Technical Manual - Tunstall GmbH

CONCENTO PLUS 

Technical Manual 

COMMUNICATION IN PERFECTION 

For nursing homes and assisted living – 

Safety in accordance with DIN VDE 0834 Part 1 and 2

This manual was compiled with great care and all the information it contains has been checked for correctness. 

However, no liability can be accepted for incorrect or incomplete information. 

All rights reserved, particularly those relating to copying and dissemination. No part of the documentation may be re‐ 

produced or electronically processed, copied or disseminated without the prior written permission of Tunstall GmbH. 

We reserve the right to make technical changes. We reserve the right to make content changes. 

© Tunstall GmbH

CONCENTO PLUS - Technical Manual, 11/12 (Rev. 3.0), 00 8814 14 

Contents 

1. Safety ................................... 3 

1.1 About this chapter ................................ 3 

1.2 Organisational measures .......................... 3 

1.3 Symbols in the manual ............................ 4 

1.4 Intended use .................................... 4 

1.5 General safety regulations ......................... 5 

1.6 Standards ....................................... 6 

2. Prior knowledge required ................. 7 

2.1 System overview ................................. 7 

2.2 System structure ................................. 8 

2.3 Physical and logical groups ........................ 10 

2.4 ConLogPLUS Management Software ................. 11 

2.5 Telephone connection ............................ 12 

3. Room types ............................. 15 

3.1 Cables legend ................................... 15 

3.2 Patient / resident room ............................ 16 

3.3 Staff room ...................................... 21 

3.4 Function room ................................... 22 

3.5 Ward bathroom .................................. 24 

3.6 WC with multiple cubicles ......................... 26 

3.7 Lounge / dining room ............................. 28 

3.8 Apartment in assisted living ........................ 32 

4. Accessories required ..................... 35 

5. Installation examples ..................... 37 

5.1 Nurse call system with speech: High volume of calls .. 38 

5.2 Nurse call system with speech: Low call volume ..... 39 

5.3 Nurse call system without speech .................. 40 

5.4 Assisted living ................................... 41 

5.5 Connection diagrams ............................. 42 

5.6 Extension of the interface between the Management 

Interface and radio paging system .................. 46 

6. Installation sequence ..................... 47 

7. Defining mounting positions .............. 49 

7.1 General requirements ............................. 49 

7.2 Mounting heights ................................. 50 

7.3 Recommendations for CONCENTOPLUS ............. 51 

8. Laying cables ............................ 55 

8.1 Cables legend ................................... 55 

8.2 Electromagnetic compatibility (EMC) ................ 

56 

1

2 

8.3 Power supply cable (code: k) ...................... 57 

8.4 Current requirement .............................. 60 

8.5 Group bus and ward bus (code: c) .................. 61 

8.6 Secondary lines (code: a) ......................... 66 

9. Switching on the power supply ............ 67 

9.1 Checking the cable network ....................... 67 

9.2 Installing the power supply unit ..................... 67 

9.3 Checking the power supply ........................ 67 

10. Configuring the nurse call system ......... 69 

10.1 Installing PC with ConLogPLUS ..................... 69 

10.2 Configuration to be done with ConLogPLUS ........... 71 

10.3 Remote maintenance ............................. 72 

11. Function check .......................... 73 

11.1 Checking that the nurse call system is free of faults ... 74 

11.2 Checking the light call function of each room ......... 76 

12. Product leaflets .......................... 79 

13. Programming tables, checklist ............ 

89 

CONCENTO PLUS - Technical Manual, 11/12 (Rev. 3.0), 00 8814 14


1. Safety 

It is essential that you read this chapter carefully before you start working with 

the nurse call system. 

1.1 About this chapter 

CONCENTO PLUS products have been manufactured in accordance with the 

state of the art. Nevertheless, hazards can arise when they are being installed, 

modified or uninstalled if the technicians carrying out the work are not suffi‐ 

ciently skilled or if they do not follow the safety instructions. Danger to the life 

and safety of the fitters or third parties and damage to the products and other 

property can arise. 

The information in this chapter is of a general nature. Special warning notices 

can be found in the text in places where the potentially hazardous action is de‐ 

scribed. 

1.2 Organisational measures 

Electrical systems may only be set up, extended, modified and serviced by au‐ 

thorised persons. In addition to the electricity supply companies, these are the 

electricians registered with these companies. The electrician must register all 

commissioning of electrical systems with the electricity supply company: This 

means that the electrician is also responsible for the system's safety and func‐ 

tional capability. 

Commercial operators (connectees) of electrical systems and equipment must 

arrange for regular servicing and maintenance. They are also responsible for 

this in the legal sense. This necessary work and checks must be done by skilled 

electricians. 

Among other things, the German standard DIN VDE 0834/2000-4 stipulates 

that all electrical work on nurse call systems in hospitals, retirement homes and 

similar facilities may only be done by a suitably trained expert. As defined by 

this standard, experts are trained persons who possess the specialist know‐ 

ledge to assemble and check a nurse call system in accordance with the valid 

standards, and to certify its functional capability. Note: Tunstall GmbH runs 

one-day training courses for the purpose of qualifying as an expert for nurse 

call systems. 

This manual is intended for skilled electricians holding the qualification ”nurse 

call systems expert”. 

Read this manual (and particularly the ”Safety” chapter) before commencing 

with the installation. It is too late once you are working! 

Keep this manual and all other necessary documents to hand while working. 

3

1. Safety 

4 

In addition to the manual, also follow all generally applicable legal and other 

binding regulations that cover accident prevention and environmental protec‐ 

tion. 

All parts installed must conform to the technical requirements specified by 

Tunstall GmbH. This is always guaranteed with original parts. 

1.3 Symbols in the manual 

This manual contains the following symbols for particularly important informa‐ 

tion: 

Warning! This symbol indicates an action that can result in a danger to persons 

(risk of death and injury). 

Warning! This symbol indicates an action that can result in a danger to persons 

from electrical voltage or electrical current. . 

Components at risk from electrostatic charges! This symbol indicates com‐ 

ponents at risk from electrostatic charges. Avoid touching these parts so as not 

to destroy them. 

Caution! This symbol indicates an action that can result in material damage to 

a unit from electrical voltage or electrical current. 

Note! Here you will find additional information and tips. 

The text contains a few symbols that always indicate the same thing: 

A square in front of the text means: 

„This is part of a list.“ 

A solid circle in front of the text means: 

„You must do this.“ 

An open circle in front of the text means: 

„This is the result of an action.“ 

1.4 Intended use 

All CONCENTO PLUS products are only intended for installation in the nurse call 

system and also only in the manner described in this manual. Any different or 

additional use is deemed incorrect. Tunstall GmbH shall not be liable for any 

damage resulting from such incorrect use. 


1.5 General safety regulations 


1. Safety 

The safety and warning notices contained in this manual, the national acci‐ 

dent prevention regulations and any internal work, operational and safety 

regulations of the operator must be obeyed. 

Forbid all ways of working that could jeopardise safety. 

Familiarise yourself with the working environment before starting work. The 

working environment includes, for example, obstacles in the working and 

traffic area. 

Use only original fuses with the specified current rating. 

Work only when the system is de-energised. 

Installed system components on which work is being carried out must be 

de-energised. Check the de-energised parts first to ensure that no voltage 

is present. 

If it is necessary to work on conductive parts, have a second person present 

who can switch the main switch in an emergency. 

Switch off the power immediately if there is a fault. Do not continue working 

until the fault has been remedied. 

Protect all devices against direct moisture. 

There are CONCENTOPLUS products that are fitted with components at risk 

from electrostatic charges. These components can be destroyed by an 

electrostatic charge. Therefore, avoid any contact with these components. 

For further information about setting up and the functional check, refer to 

the German standard DIN VDE 0834, Parts 1 and 2. 

5

1. Safety 

1.6 Standards 

6 

t is essential to attend to the following standards that are relevant to nurse call 

systems: 

DIN VDE 0834-1 0834-1:2000-04: Call systems in hospitals, nursing homes 

and similar institutions - Part 1: Requirements for equipment, erection and 

operation 

DIN VDE 0834-2; VDE 0834-2:2000-04: Call systems in hospitals, nursing 

homes and similar institutions - Part 2: - Environmental conditions and elec‐ 

tromagnetic compatibility 

ISO 11197: Medical supply units 

EN 60601-1: Medical electrical equipment - Part 1: General requirements 

for basic safety and essential performance 

EN 60601-1-1: Medical electrical equipment - Part 1: General safety re‐ 

quirements for medical electrical systems 

EN 50081-1: Electromagnetic compatibility (EMC), basic specification for 

emitted interference 

EN 50082-1: Electromagnetic compatibility (EMC), basic specification for 

immunity to interference 

DIN VDE 0100: Rules for the installation of high-voltage systems with nom‐ 

inal voltage up to 1000 V 

DIN VDE 0100-710: Erection of low-voltage installations - Requirements for 

special installations or locations Part 710: Medical locations 

EN 60950-1: Information technology equipment “Safety“ Part 1: General re‐ 

quirements 

All other national installation guidelines must also be followed. Any state or re‐ 

gional regulations must also be adhered to, e.g. Hospital Construction Ordi‐ 

nance. 


2. Prior knowledge required 

2.1 System overview 

Technical room 

Ward 2 

ESPA 4.4.4 

Paging sys‐ 

tem/DECT 

analog a/b 

Technical room 

Ward 1 

analog a/b 

Central technical room 

LAN LAN for 

remote maintenance 

Fig. 1: System overview 


7


2.2 System structure 

8 

Group bus 

Group 

electronic 

Group 

electronic 

LAN 

LAN for 

ESPA 4.4.4 

remote maintenance Paging/DECT 

Fig. 2: System structure 

Ward bus 

Secondary lines Secondary lines 

Room 1 Room 2 

Ward bus 

Secondary lines Secondary lines 

Room 1 Room 2 

Physical group 2 


The CONCENTO PLUS nurse call system is controlled decentrally via Group 

Electronics. Each Group Electronic controls a ward bus, i.e. a physical group. 

The nurse call system is based on a bus system that is comprised of a group 

bus and ward buses. The group bus interconnects all Group Electronics, the 

Management Interface and the fire alarm interface of the nurse call system. The 

ward bus is connected to a Group Electronic and connects all room terminals 

of a physical group to each other: Terminal SD6 P, Terminal S4 P, Terminal S4 

B, display modules, call/presence combination bus (RAB) and Management In‐ 

terface. 

The room terminals control the devices inside a room. The devices are connec‐ 

ted to the room terminal in a star or line configuration as ”secondary lines”. 

The Management Interface provides interfaces to external systems. It is con‐ 

nected to the group bus or the ward bus, depending on the application. The Ma‐ 

nagement Interface provides interfaces to the following systems: a/b interface 

to telephone systems, ESPA 4.4.4 interface to DECT or pager systems and a 

network access for service access via FTP. 




CONCENTO PLUS ' own ConLog PLUS management software is also connected 

to the Management Interface via an RS232 interface. The entire nurse call sys‐ 

tem is configured via the ConLog PLUS management software. 

The system's power supply is provided via decentrally installed power supply 

units. The number and installation location of the power supply units depend 

on the respective power requirement. 

2.2.1 Speech communication 

Speech communication and data transfer are separate from each other. This 

means that nurse call systems are possible with or without speech communica‐ 

tion. Mixed operation is possible with no problem. 

The speech line connects the system's own speech devices: 

Terminal SD6 P 

Terminal S4 P 

Terminal S4 B 

One speech channel is available for each physical group. 

Besides speech communication within the nurse call system, speech commu‐ 

nication via telephone devices connected to the CONCENTO PLUS nurse call 

system via the analog a/b interface of the Management Interface is also pos‐ 

sible, see from Page 12. 

9


2.3 Physical and logical groups 

10 

Logical group 5 

e.g. Ward 5 


e.g. Ward 3 


e.g. Ward 1 


e.g. Ward 6 


e.g. Ward 4 


e.g. Ward 2 

Organisation of 

the nursing home 




CONCENTO PLUS technology 

When CONCENTO PLUS was developed, the organisational structure of the in‐ 

stitution was completely separated from the technical structure. 

An organisational unit refers to a number of rooms for which the same staff are 

responsible. In most cases this is a ward. The organisational unit is referred to 

as a ”logical group”. Most logical groups are wards. 

A physical unit refers to a number of rooms that are connected to a ward bus 

and that are controlled by a Group Electronic. The physical unit is referred to 

as a ”physical group”. 

A physical group can consist of several logical groups. A logical group can even 

be divided between several physical groups. 

This separation between the organisational and physical structures means that 

the number of Group Electronics required can be significantly reduced: The 

number of Group Electronics and physical groups required is not defined by the 

number of logical groups (e.g. wards), but instead depends on the building 

structure and the desired reliability. 

The independence of the physical structure from the organisation also has the 

advantage that when the cables and equipment are being planned, there is ini‐ 

tially no need to take account of the organisation form that will be required later. 

The organisation of the system can be changed at any time, irrespective of the 

physical structure. 

Logical group = organisational unit = in most cases: Ward 

Physical group = physical unit 


2.4 ConLog PLUS Management Software 

19 8000 10 

Remote maintenance 

Telephone 

network 

ISDN 



The purpose of the ConLog PLUS management software is the central configura‐ 

tion and programming of CONCENTO PLUS nurse call systems, and the logging 

and evaluation of all system events of these nurse call systems. 

The PC with ConLog PLUS is connected to the nurse call system via the Manage‐ 

ment Interface on the group bus. 

ConLog PLUS can be operated as a stand-alone solution or in the network (client/ 

server structure). One server license (19 0803 00) is required for each nurse 

call system. The client license (19 0803 05) is required at each additional work‐ 

station. 

Server 

19 0803 00 

Management 

Interface 

19 0800 15 

Length: 3 m 

Client 1 

19 0803 05 

Group bus of the 

nurse call system 

LAN / Ethernet 

Client 2 

19 0803 05 

Client 10 

19 0803 05 

11


2.5 Telephone connection 

12 

The interface between the CONCENTO PLUS nurse call system and the tele‐ 

phone equipment is formed by the Management Interface. A telephone system 

or the public telephone network (analog) directly can be connected to the 

analog a/b interface of the Management Interface. The text messages are sent 

via the ESPA 4.4.4 protocol (ESPA 4.4.4 interface on the Management In‐ 

terface). Communication with the Telecare Control Centres PNC or WILMA is 

established via the CPC protocol. 

Each Management Interface provides a speech channel for telephoning. When 

planning the telephone connection, consideration must therefore be given as 

to how many speech channels are required. 

2.5.1 Ward speech 

Group bus 

When a high number of calls is expected, i.e. when frequent phone calls must 

be made, a Management Interface is installed for each ward bus for the purpose 

of connection to the telephone network or telephone system. 

LAN 

LAN for 

remote 

maintenance 

Group 

electronic 

Group 

electronic 

Management 

Interface 

Management 

Interface 

Management 

Interface 

analog a/b 

analog a/b 

Fig. 3: Ward speech example 

Ward bus 

Ward bus 


2.5.2 Group speech 

Group bus 



When a smaller number of calls is expected, i.e. when phone calls must be 

made less frequently, the Management Interface on the group bus takes over 

connection to the telephone network or telephone system centrally. 

LAN 

LAN for 

remote 

maintenance 

Group 

electronic 

Group 

electronic 

Management 

Interface 

analog a/b 

Telephone 

network 

Fig. 4: Group speech example 

Ward bus 

Ward bus 

Telecare Control Centre 

13


14 



3. Room types 

Frequently used room types are explained in the following pages on the basis 

of equipment examples. 

3.1 Cables legend 

The following letters are used for cables in the room type plans: 

Code Cable type Area of use 

a IY(ST)Y 2x2x0,8 - Secondary lines (except switches with 2 buttons, 

e.g. Call & cancel switch/WC) 

- Ward bus without speech (minimum requirement) 

- Group bus without speech (minimum requirement) 

c IY(ST)Y 4x2x0,8 - Ward bus with or without speech 

- Group bus with or without speech 

- Secondary lines to switches with 2 buttons, e.g. 

Call & cancel switch/WC 

k NYM 2x2,5 mm2 or 

NYM 2x1,5 mm2 or equivalent 

Power supply, equipotential bonding 

15

3. Room types 

3.2 Patient / resident room 

3.2.1 Patient / resident room with speech 

Ward bus Ward bus 

16 

c+k 

c+k 

19 0700 20 

a 

c+k 

a 

77 0180 10 

a 

19 0709 00 

a 

a 

19 0708 00 

a 

19 0790 02 

19 0790 02 

19 0707 20x 

19 0704 20 

19 0704 00 


Per room 

Per bed 

In WC room 

Terminal SD6 P or 

Terminal S4 P 

Pull cord kit for terminal (optional) 

Room lamp universal, 3 sections or 

Room lamp universal, 3 sections, with doorplate or 

Room lamp universal, 3 sections, glass decor 

Call switch with 2 connection sockets or 

Call switch with connection socket 

Pear push switch with call and light switch, 3 m or 

Pear push switch with call switch, 3 m or 


Pear push switch with 2 call switches, 3 m 

Self-releasing adapter for pear push switch (optional) 

Extension cable for pear push switch (optional) 

Cancel switch/WC or 


It must be possible to reach a call device from the 

wash basin, WC, shower and bath tub. Selection: 

Call switch 

Pull cord switch (x in order no. stands for frame: J = Jung AS 500, G = 

Gira Standard 55 matt, GG = Gira Standard 55 glossy, M = Merten 

M-SMART, B = Berker S.1) 

Pneumatic switch (x in order no. stands for frame: J = Jung AS 500, G = 



In the seat corner (optional) 

Call device, e.g. call switch or 


For accessories required, see accessories table, Page 35. 

For cable legend, see Page 15. 


3. Room types 

19 0700 20 

19 0700 40 

19 1421 10 

77 0180 10 

77 0181 10 

77 0185 10 

19 0704 20 

19 0704 00 

19 0790 02 

19 0790 00 

19 0790 32 

19 0790 30 

19 0790 04 

19 0790 06 

19 0790 00 

19 0708 50 

19 0708 00 

19 0707 20x 

19 0707 50x 

19 0708 00 

19 0704 00 

17

3. Room types 

3.2.2 Patient / resident room without speech 

Ward bus Ward bus 

18 

c+k 

c+k 

19 0700 80 

a 

c+k 

77 0180 10 

c 

a 

19 0708 50 

a 

a 

19 0707 20x 

Attention! A cable IY(ST)Y 4x2x0.8 is required for 

connecting the Call & cancel switch/WC 19 0708 50. 

19 0790 02 

19 0790 02 

19 0704 20 

19 0704 00 


Per room 

Per bed 

In WC room 

Display module or 

Call/presence combination bus (RAB) 














It must be possible to reach a call device from the wash basin, 

WC, shower and bath tub. Selection: 

Call switch 







In the seat corner (optional) 

Call device, e.g. call switch or 





3. Room types 

19 0700 80 

19 0701 00 

77 0180 10 

77 0181 10 

77 0185 10 

19 0704 20 

19 0704 00 

19 0790 02 

19 0790 00 

19 0790 32 

19 0790 30 

19 0790 04 

19 0790 06 

19 0790 00 

19 0708 50 

19 0708 00 

19 0707 20x 

19 0707 50x 

19 0708 00 

19 0704 00 

19

3. Room types 

3.2.3 Patient / resident room: Light switching 

c+k 

20 

Ward bus Ward bus c+k 

or 

Suitable relays 

19 0790 02 

19 0790 32 

Pulse relay (electronic): 

ELTAKO, ES60-TX60-24VDC 

ELTAKO, ES75-100-12..24 VDC 

SCHIELE entrelec TX60-24V 

BIAIG electronics TX60-24V 

19 0704 20 

19 0704 00 

Pulse relay (mechanical) *): 

ELTAKO, 1S9-24 VDC 

*) Attention! When a mechan‐ 

ELTAKO, S91-100-24 VDC 

ical relay is used, it is also ne‐ 

cessary to use an anti-surge 

Switching relay (mechanical) *): 

diode, min. 1N4007. 

ELTAKO, R12-100-24 VDC (for DIN rail) 

ELTAKO, R91-100-24 VDC (flush-mounted / surface-mounted version) 

FINDER, 49.61-7024.4050 

or 

The duration of the generated control signal 

corresponds to the time for which the light 

switch is pressed on the pear push switch. 


3.3 Staff room 

c+k 

Per room 



19 0700 20 

a 

77 0180 10 

3. Room types 

Terminal SD6 P 19 0700 20 






77 0180 10 

77 0181 10 

77 0185 10 

21

3. Room types 

3.4 Function room 

3.4.1 Function room with speech 

22 

c+k 

Per room 

If required 


19 0700 20 


Terminal S4 P 





a 

77 0180 10 

19 0700 20 

19 0700 40 

19 1421 10 

77 0180 10 

77 0181 10 

77 0185 10 

Call switch with connection socket 19 0704 00 




3.4.2 Function room without speech 

c+k 

Per room 

If required 



19 0700 80 






a 

77 0180 10 

3. Room types 

19 0700 80 

19 0701 00 

77 0180 10 

77 0181 10 

77 0185 10 

Call switch with connection socket 19 0704 00 



23

3. Room types 

3.5 Ward bathroom 

3.5.1 Ward bathroom with speech 

24 

19 0707 20x 

19 0708 00 

a 

Per room 

c+k 


a a 

19 0700 20 


Terminal S4 P 





Per location bathroom/WC 

a 

77 0180 10 

19 0707 50x 

a 

19 0708 00 

Call switch, suitable for washbasins 

Pull cord switch, suitable for shower, WC (x in order no. stands for 

frame: J = Jung AS 500, G = Gira Standard 55 matt, GG = Gira Standard 55 

glossy, M = Merten M-SMART, B = Berker S.1) 

Pneumatic switch, suitable for bath tub (x in order no. stands for 





19 0700 20 

19 0700 40 

19 1421 10 

77 0180 10 

77 0181 10 

77 0185 10 

19 0708 00 

19 0707 20x 

19 0707 50x 


3.5.2 Ward bathroom without speech 

19 0707 20x 

19 0708 00 

Per room 

c+k 


a 


a 

a a 

19 0700 80 






Per location bathroom/WC 

a 

77 0180 10 

19 0707 50x 

19 0708 00 

Call switch, suitable for washbasins 

Pull cord switch, suitable for shower, WC (x in order no. stands for 



Pneumatic switch, suitable for bath tub (x in order no. stands for 





3. Room types 

19 0700 80 

19 0701 00 

77 0180 10 

77 0181 10 

77 0185 10 

19 0708 00 

19 0707 20x 

19 0707 50x 

25

3. Room types 

3.6 WC with multiple cubicles 

26 

19 0707 20x 

a 

c+k 

a 


19 0700 80 

a 

a 

a 

77 0180 10 

19 0709 00 19 0709 00 19 0709 00 

19 0707 20x 

a 

a 

19 0707 20x 


a 

19 0708 00

Per room 


Call/presence combination bus (RAB) or 


Terminal S4 P 





Per WC cubicle 



t must be possible to reach a call device from the wash basin, 

WC, shower and bath tub. Selection: 

Call switch 










3. Room types 

19 0700 80 

19 0701 00 

19 0700 20 

19 0700 40 

19 1421 10 

77 0180 10 

77 0181 10 

77 0185 10 

19 0790 00 

19 0708 50 

19 0708 00 

19 0707 20x 

19 0707 50x 

27

3. Room types 

3.7 Lounge / dining room 

3.7.1 Lounge with speech 

28 

c+k 

19 0708 00 


77 0180 10 

a a 

a 

19 0708 00 

a 

19 0700 20 

a 

19 0790 00 

19 0790 00 

19 0704 20 

19 0704 00 


Per room 


Terminal S4 P 





Per location, raising calls with pear push switch 







Per location, raising calls only via call button 


3. Room types 

19 0700 20 

19 0700 40 

19 1421 10 

77 0180 10 

77 0181 10 

77 0185 10 

19 0704 20 

19 0704 00 

19 0790 00 

19 0790 30 

19 0790 04 

19 0790 06 

Call switch 19 0708 00 



29

3. Room types 

3.7.2 Lounge without speech 

30 

19 0708 00 

c+k 


77 0180 10 

19 0704 20 

19 0708 00 

a 

a a 

a 

19 0700 80 

a 

19 0790 00 

19 0790 00 

19 0704 00 


Per room 






Per location, raising calls with pear push switch 







Per location, raising calls only via call button 


3. Room types 

19 0700 80 

19 0701 00 

77 0180 10 

77 0181 10 

77 0185 10 

19 0704 20 

19 0704 00 

19 0790 00 

19 0790 30 

19 0790 04 

19 0790 06 

Call switch 19 0708 00 



31

3. Room types 

3.8 Apartment in assisted living 

c+k 

32 


19 0700 70 

+ 

19 1421 00 

a 

a 

a 

19 0707 20x 

Z 00 8202 40 

19 0790 00 

19 0708 00 

Z 00 8202 00 

19 0704 20 


Per apartment 

Per bed 

Terminal S4 B 








In bathroom / WC 

If required 





3. Room types 

19 0700 70 

19 1421 10 

19 0704 20 

19 0704 00 

19 0790 00 

19 0790 30 

19 0790 04 

19 0790 06 

19 0707 20x 

Call switch, e.g. in the kitchen 19 0708 00 

For raising calls in the entire living environment: 

Radio receiver 869.2125 MHz 

(for connecting to call switch with connection socket or 

call switch with 2 connection sockets) with 

handheld transmitter (per resident) 



Z 00 8202 00 

Z 00 8202 40 

33

3. Room types 

34 


4. Accessories required 

Accessories must be ordered for various devices! Refer to the table below for the accessor‐ 

ies required, such as central plates, frames, mounting kits and back boxes. 

Product name 

Product 

Order No. 


Central plate 

Order No. 

Select 

frame 

1) 

Mounting Back box 

kit 

Order No. 

19 0700 90 

1-gang 

2) 

Call switch with connection 

socket 

19 0704 00 19 9201 04 

Call switch with 

2 connection sockets 

19 0704 20 19 9201 08 

Pull cord switch incl. frame 

Berker S.1 

19 0707 20B 


Gira Standard 55 matt 

19 0707 20G 

Pull switch incl. frame Gira 

Standard 55, glossy 

19 0707 20GG 

Pull cord switch, incl. frame 

Jung AS 500 

19 0707 20J 


Merten M-SMART 

19 0707 20M 

Pneumatic switch incl. 

frame Berker S.1 


19 0707 50B 

frame Gira Standard 55, 

matt 


19 0707 50G 

frame Gira Standard 55, 

glossy 

19 0707 50GG 

Pneumatic switch, incl. 

frame Jung AS 500 

19 0707 50J 


frame Merten M-SMART 

19 0707 50M 

Call switch 19 0708 00 19 9201 06 

Call & Cancel switch/WC 19 0708 50 19 9201 00 

Cancel switch/WC 19 0709 00 19 9201 06 

2-gang 

3) 

Legend: 

1) Select frame: Jung AS 500: 19 9200 06, Berker S.1: 19 9200 05, Gira Standard 55 matt: 19 9200 03, Gira 

Standard 55 glossy: 19 9200 07, Merten System M-SMART: 19 9200 04 

2) Back box, 1-gang: Solid wall: 17 0100 00, partition wall: 17 5100 00 


35

4. Accessories required 

36 

Product name 

Room lamp universal, 3 

sections 


sections, with doorplate 


sections, glass decor 

Product 

Order No. 

77 0180 10 

77 0181 00 

77 0185 10 

Central plate 

Order No. 

Select 

frame 

1) 

Connector, 7-pole 

Order No. 70 0807 07 


Order No. 70 0807 07 


Order No. 70 0807 07 

Mounting Back box 

kit 

Order No. 

19 0700 90 

1-gang 

2) 

Group Electronic (GE) 19 0700 10 

2-gang 

3) 

Terminal SD6 P 19 0700 20 

Terminal S4 P 19 0700 40 

Terminal S4 B 19 0700 70 

Display module 19 0700 80 

RAB 19 0701 00 19 9201 00 

Legend: 

1) Select frame: Jung AS 500: 19 9200 06, Berker S.1: 19 9200 05, Gira Standard 55 matt: 19 9200 03, Gira 

Standard 55 glossy: 19 9200 07, Merten System M-SMART: 19 9200 04 




5. Installation examples 

See below for a few installation examples for various applications: 

Nurse call system with speech / high volume of calls 

Nurse call system with speech / low volume of calls 

Nurse call system without speech 

Assisted living 

Connection diagrams for 1-bed and 2-bed rooms 

Extension of the interface between the Management Interface and radio pa‐ 

ging system 


37


5.1 Nurse call system with speech: High volume of calls 

g (equipotential bonding) g (equipotential bonding) 

g (equipotential bonding) 

38 

c (group bus) c (group bus) 

c (group bus) 

Reserve 

Reserve 

Reserve 

19 0800 84 

19 0700 10 

19 0700 10 

19 0700 10 

19 0700 00 

Functional ground 

Cables legend: 

c IY(ST)Y 4x2x0.8 

k NYM 2x2.5 mm 2 

or NYM 2x1.5 mm 2 

g NYM 1x1.5 mm 2 

77 3400 00 

230 V AC 

24 V 

DC 

Paging/DECT 

ESPA 4.4.4 

LAN 

c 

77 3400 00 

230 V AC 

24 V 

DC 

77 3400 00 

230 V AC 

19 0700 40 

c 

24 V 

DC 

19 0700 20 

c 

19 0700 00 

19 0700 00 

19 0700 00 

19 0803 00 

LAN for 


analog a/b 

19 0700 40 

19 0700 20 

230 V AC 

Order no. Product name 

19 0700 00 Management Interface 

19 0700 10 Group Electronic (GE) 

19 0700 20 Terminal SD6P 

19 0700 40 Terminal S4P 

k 

c (ward bus) 

k 

analog a/b 

k 

c (ward bus) 

k 

analog a/b 

k 

c (ward bus) 

k 

19 0700 40 19 0700 40 19 0700 40 

19 0700 20 

Staff room 

19 0700 20 

Staff room 

19 0782 08 

19 0700 40 19 0700 40 

19 0700 20 19 0700 20 19 0700 20 

19 0700 20 

Staff room 

19 0782 08 

19 0700 20 19 0700 20 

19 0700 20 19 0700 20 19 0700 20 

19 0782 08 

19 0700 20 19 0700 20 

Note: The bus terminating resistor must be ac‐ 

tivated in the first and last bus user of the group 

bus and ward bus. 


19 0803 00 ConLogPLUS Management Software 

19 0800 84 Fire alarm interface 

19 0782 08 Corridor display, 8‐digit, double-sided 

77 3400 00 Power supply unit UPS 


5.2 Nurse call system with speech: Low call volume 





c (group bus) 

Reserve 

Reserve 

Reserve 

19 0800 84 

19 0700 10 

19 0700 10 

19 0700 10 

19 0700 00 







77 3400 00 

230 V AC 

24 V 

DC 

77 3400 00 

230 V AC 

77 3400 00 

230 V AC 


c 


19 0782 08 

19 0700 20 19 0700 20 19 0700 20 

Staff room 

19 0700 20 19 0700 20 

24 V 

DC 

c 

19 0782 08 

19 0700 20 19 0700 20 19 0700 20 

Staff room 

19 0700 20 19 0700 20 

24 V 

DC 

c 

analog a/b 

Paging/DECT 

ESPA 4.4.4 

19 0803 00 

LAN LAN for 






k 

c (ward bus) 

k 

k 

c (ward bus) 

k 

k 

c (ward bus) 

k 

230 V AC 

19 0700 20 19 0700 20 19 0700 20 

19 0700 20 19 0700 20 19 0700 20 

19 0700 20 19 0700 20 19 0700 20 

19 0700 20 

Staff room 

19 0782 08 

19 0700 20 19 0700 20 






19 0800 84 Fire alarm interface 



39


5.3 Nurse call system without speech 




40 


c (group bus) 

Reserve 

Reserve 

Reserve 

19 0800 84 

19 0700 10 

19 0700 10 

19 0700 10 

19 0700 00 







77 3400 00 

230 V AC 

24 V 

DC 

Paging/DECT 

ESPA 4.4.4 

LAN 

c 

77 3400 00 

230 V AC 

24 V 

DC 

77 3400 00 

230 V AC 

19 0803 00 

230 V AC 

19 0701 00 19 0701 00 19 0701 00 

19 0700 20 

Staff room 

19 0782 08 

19 0701 00 19 0701 00 

19 0701 00 19 0701 00 

c 

19 0700 80 19 0700 80 19 0700 80 

19 0700 20 

Staff room 

19 0782 08 

19 0700 80 19 0700 80 

19 0700 80 19 0700 80 

24 V 

DC 

c 

analog a/b only 

speech phrases 

LAN for 






19 0700 80 Display module 

19 0701 00 RAB 

k 

c (ward bus) 

k 

k 

c (ward bus) 

k 

k 

c (ward bus) 

k 

19 0700 80 19 0700 80 19 0700 80 

19 0700 20 

Staff room 

19 0782 08 

19 0700 80 19 0700 80 






19 0800 84 Fire alarm Interface 




5.4 Assisted living 

g (equipotential bonding) g (equipotential bonding) 



c (group bus) 

Reserve 

Reserve 

Reserve 

19 0800 84 

19 0700 10 

19 0700 10 

19 0700 10 

19 0700 00 







77 3400 00 

230 V AC 

24 V 

DC 

77 3400 00 

230 V AC 

77 3400 00 

230 V AC 

19 0803 00 

analog a/b 

230 V AC 


c 


19 0700 70 19 0700 70 19 0700 70 

19 0700 70 19 0700 70 

19 0700 70 

19 0700 70 19 0700 70 

24 V 

DC 

c 

24 V 

DC 

c 

LAN for 


LAN 





19 0700 70 Terminal S4B 

k 

c (ward bus) 

k 

c (ward bus) 

19 0700 70 19 0700 70 

19 0700 70 

19 0700 70 19 0700 70 

Telephone 

network 

k 

c (ward bus) 

Telecare Control 

Center PNC6 

19 0700 70 19 0700 70 19 0700 70 

19 0700 70 19 0700 70 19 0700 70 

19 0700 20 

Manned 

location, e.g. 

staff room 

19 0700 70 19 0700 70 






19 0800 84 Fire alarm Interface 



41


5.5 Connection diagrams 

5.5.1 2‐bed room with WC 

42 

Ward bus 

+24 V 

GND 

IB 

IA 

+24 V 

GND 

IB 

IA 

Ward bus 

WC 

Bed 1 Bed 2 

RT 

+24 V 

RL 

LT1 

LT1 

GND 

19 0704 00 


19 0704 00 

RT 

+24 V 

RL 

LT1 

LT1 

GND 


+24V 

+24V 

WR 

WA 

R2 

GND 

R3 

R4 

R1 

WL 

RL 

IA 

IB 

GND 

+24V 

AW 

10 

9 

6 

5 

4 

3 

2 

1 

11 

12 

4 

3 

2 

1 

8 

7 

19 0701 00 

RAB 

GND 

RL 

RT 

+24 V 

19 0709 00 

Cancel switch/WC 

GND 

RL 

RT 

+24 V 

19 0709 20x 

Pull cord switch in WC 

COM 

L1 

L2 

L4 

(GND) 

(RL) 

(AW) 

(WL) 

77 0180 10 + 77 0807 07 

Room lamp universal 


5.5.2 1‐bed room with WC 

Ward bus 

+24 V 

GND 

IB 

IA 

+24 V 

GND 

IB 

IA 

Ward bus 

WC 

Bed 1 

RT 

+24 V 

RL 

LT1 

LT1 

GND 

19 0704 00 


+24V 

+24V 

WR 

WA 

R2 

GND 

R3 

R4 

R1 

WL 

RL 

IA 

IB 

GND 

+24V 

AW 

10 

9 

6 

5 

4 

3 

2 

1 

11 

12 

4 

3 

2 

1 

8 

7 

19 0701 00 

RAB 

GND 

RL 

RT 

+24 V 

19 0709 00 


GND 

RL 

RT 

+24 V 

19 0708 00 

Call switch in the WC 

GND 

RL 

RT 

+24 V 

19 0709 20x 

Pull cord switch in the WC 



COM 

L1 

L2 

L4 

(GND) 

(RL) 

(AW) 

(WL) 

77 0180 10 + 77 0807 07 


43


5.5.3 2-bed room with WC: Wiring in the room lamp 

Bed 2 

44 

19 0704 00 

The following connection diagram is a special solution for renovation projects 

where the cabling of the previous system was in the room lamp. Installation is 

only permitted following consultation with Tunstall GmbH. 

RT 

+24 V 

RL 

LT1 

LT1 

GND 


Bed 1 

RT 

RL 

LT1 

LT1 

GND 

+24 V 

19 0704 00 


WC 

+24V 

+24V 

WR 

WA 

R2 

GND 

R3 

R4 

R1 

WL 

RL 

IA 

IB 

GND 

+24V 

AW 

10 

9 

6 

5 

4 

3 

2 

1 

11 

12 

4 

3 

2 

1 

8 

7 

19 0701 00 

RAB 

GND 

RL 

RT 

+24 V 

19 0709 00 


GND 

RL 

RT 

+24 V 

19 0709 20x 


4 

4 

4 

4 

11 

WA 

WR 

WL 

WL 

R1 

R2 

RL 

Ward bus 

+24 V 

GND 

IB 

IA 

RL 

+24 V 

GND 

IB 

IA 

Ward bus 

COM 

L1 

L2 

(GND) 

(RL) 

(AW) 

L4 (WL) 

77 0180 10 + 77 0807 07 



5.5.4 1-bed room with WC: Wiring in the room lamp 

Bett 1 



The following connection diagram is a special solution for renovation projects 

where the cabling of the previous system was in the room lamp. Installation is 

only permitted following consultation with Tunstall GmbH. 

RT 

RL 

LT1 

LT1 

GND 

+24 V 

19 0704 00 


WC 

+24V 

+24V 

WR 

WA 

R2 

GND 

R3 

R4 

R1 

WL 

RL 

IA 

IB 

GND 

+24V 

AW 

10 

9 

6 

5 

4 

3 

2 

1 

11 

12 

4 

3 

2 

1 

8 

7 

19 0701 00 

RAB 

GND 

RL 

RT 

+24 V 

19 0709 00 


GND 

RL 

RT 

+24 V 

19 0709 20x 


4 

10 

4 

4 

WA 

WR 

WL 

WL 

R1 

Ward bus 

+24 V 

GND 

IB 

IA 

RL 

+24 V 

GND 

IB 

IA 

Ward bus 

COM 

L1 

L2 

L4 

(GND) 

(RL) 

(AW) 

(WL) 

77 0181 11 


45


5.6 Extension of the interface between the Management 

Interface and radio paging system 

230 V AC 

46 

RS232, 

Sub-D, 9-pole (f) 

DCE SIM 

T-ON/R-ON 

T-ON/R-ON 

DCE SIM 

Radio paging system 

Sub-D adapter cable 

(order no. 19 1990 55) 

Sub-D adapter cable 

(order no. 19 1990 55) 

Management Interface 

(order no. 19 0700 00) 

Interface converter RS232 to RS485 

(order no. 19 1990 12) 

230 V AC 

IY(St)Y 2x2x0.8 mm 

Attention! Crossed cable 

Maximum cable length: 1,000 m 

RS232, 

Sub-D, 9-pole (f) 

Sub-D, 25-pole (m) 

Note: Set the DIP switch as shown. 

Interface converter RS232 to RS485 

(order no. 19 1990 12) 

Note: Set the DIP switch as shown. 

Sub-D, 25-pole (m) 


6. Installation sequence 

Work step Description 

1. Defining mounting positions from Page 49. 

2. Installing the back boxes from Page 35. 

3. Laying cables from Page 55. 

4. Installing and connecting devices In the chapter ”Product 

leaflets” from Page 79. 

5. Switching on and checking the power supply from Page 67. 

6. Checking the room installations from Page 76. 

7. Configuring the nurse call system with ConLog PLUS 

Management Software 

8. Commissioning the nurse call system. Commission‐ 

ing support by the manufacturer = order 

no. 19 0000 63. 


from Page 69. 

9. System function check from Page 73. 

47

6. Installation sequence 

48 


7. Defining mounting positions 

7.1 General requirements 

All devices of the nurse call 

system 


- Unambiguous call raising and simple handling must be ensu‐ 

red for the changing users, and the possibility of mix-ups with 

parts of other systems must be eliminated. 

- Damage or destruction by external influences that can be ex‐ 

pected during proper use (e.g. bed transport) must be impossi‐ 

ble. 

- May not be installed in rooms that can have harmful effects on 

telecommunications systems. 

Devices with displays - Must be well within the field of vision (terminals, display mo‐ 

dule). 

- Should not be subjected to direct sunlight 

Call switches, call devices - Must be in easy reach. 

Presence buttons - Near doors 

Visual signalling devices - Recognition must not be impaired by light from other sources. 

Signal lamps, corridor displays - Must guide the called or sought persons to the call location via 

the shortest route. 

Room lamps - Must be easily assignable to the rooms. 

In WCs and wet rooms - Observe the special regulations of DIN VDE 0100! 

Power supply units, Group 

Electronics, Management 

Interface, fire alarm interface 

Distribution boxes that are 

used jointly for the nurse call 

system and power system 

- Only in dry rooms, ideally in a distribution box (not in pati‐ 

ents'/residents' rooms). 

- Easily accessible at all times (access space min. 60 cm width). 

- Heat dissipation must not be obstructed. 

- In the case of installation in switch cabinets etc., the heat loss 

must be dissipated by forced ventilation if necessary. 

- Due to the voltage drop, the power supply unit should, if possi‐ 

ble, be housed close to the largest consumers. 

- Fire hazard! Heat is produced in short-circuit operation of 

power supply units. Make sure thatt here is sufficient ventilation 

in the distribution box. 

- After the outer cover is removed, the power section must re‐ 

main covered. 

- The terminals for the nurse call system and the power system 

must differ from each other clearly, e.g. in shape and/or colour. 

Labelling alone is not a sufficient distinguishing feature. 

- Spatially separate arrangement. 

49


7.2 Mounting heights 

50 

Specified mounting heights in accordance with the German standard DIN VDE 

0834-1:2000: 

Mounting height above the floor: 

Devices for operation (with and without indicator lamps) 700 - 1,500 mm 

Devices for operation with text displays 1500 - 1,700 mm 

Devices in installation units 1600 - 1,800 mm 

Signal lamps and large-text displays 1500 - 2,200 mm 

Distribution boxes 700 - 2,200 mm 

Pull cord switches or similar in shower cubicles 200 mm above the 

highest possible 

shower head posi‐ 

tion 



7.3 Recommendations for CONCENTO PLUS 

In the following pages you will find installation examples with practical recom‐ 

mendations for CONCENTO PLUS products. 

7.3.1 Room terminals and other room controllers 

120 mm 

120 mm 

120 mm 

120 mm 

170 mm 

170 mm 

1,600 mm 

1,600 mm 

1,600 mm 

Terminal 


Order no.: 19 0700 20, 19 0700 40, 19 0700 70 

Position in the room: Near the door. 

2-gang back box required. 

Note: With 2-gang back sockets, a space of at least 120 mm 

upwards and downwards from the centre point of the box 

must be provided for the terminal. 

When a pull cord (order no. 10 1421 10) is installed, the pull 

handle must not be higher than 200 mm above the floor so 

that persons lying on the floor can reach the pull cord. 

Terminal in an apartment 

Order no.: 19 0700 70 

In an assisted living apartment, the terminal should be in‐ 

stalled in a position that favours audible contact from where 

speech contact is possible throughout the apartment, for ex‐ 

ample in the living room. 


Note: With 2-gang back boxes, a space of at least 120 mm 

upwards and downwards from the centre point of the box 

must be provided for the terminal. 

When a pull cord (order no. 10 1421 10) is installed, the pull 

handle must not be higher than 200 mm above the floor so 

that persons lying on the floor can reach the pull cord. 

Display module 

Order no.: 19 0700 80 



51


52 

150 mm 

1,300 mm 

7.3.2 Room lamps 

55 mm 

55 mm 

150 mm 

150 mm 


Order no.: 19 0701 00 




Order no.: 77 0180 10, 77 0185 10 

A 1-gang back box is required for each room lamp. 

Room lamp universal with doorplate 

Order no.: 77 0181 10 

A 1-gang back box is required for each room lamp with door 

plate. 

A 1-gang back box is required for each room lamp with door‐ 

plate. 


7.3.3 Switches 

ÀÀ 

ÀÀÀÀÀ 

ÀÀÀ 

150 mm 

300 mm 

1,300 mm 

1,000 mm 



Cancel switch next to the door in the WC 

Order no.: 19 0708 50, 19 0709 00 

A 1-gang back box is required for each switch. . 

Call switch 

Order no.: 19 0708 00 

A 1-gang back box is required for each switch. 

The call switch must be easily reachable, e.g. next to the 

washbasin. 

300 mm Pull cord switch in the bathroom/WC 

(ceiling mounting) 

300 mm 

2,250 mm 

Order no.: 19 0707 20x 


The special requirements for ”barrier-free living” (DIN 18025) 

must be observed in the case of pull cord switches in wet 

rooms. Here too, persons lying on the floor must be able to 

reach the pull cords. This means that the call handle must not 

be more than 200 mm above the floor. 

Pull cord switch in the bathroom/WC 

(wall mounting) 

Order no.: 19 0707 20x 


Pull cord switches in wet rooms must be installed at least 200 

mm above the highest possible shower head position. 

The special requirements for ”barrier-free living” (DIN 18025) 

must be observed in the case of pull cord switches in wet 

rooms. Here too, persons lying on the floor must be able to 

reach the pull cords. This means that the call handle must not 

be more than 200 mm above the floor. 

53


54 

300 mm 

1,750 mm 

Pneumatic switch 

Order no.: 19 0707 50x 


7.3.4 Call switch with connection socket 

Medical supply unit 

Call switch with 

connection socket 

100 mm 


(mounting in a wall) 

Order no.: 19 0704 00, 19 0704 20 


Install above the bed frame so that the call switch is easily 

reachable and so that when it is moved, the bed cannot hit 

the call switch with connection socket. 


(mounting in medical supply unit) 

Order no.: 19 0704 00, 19 0704 20 

The connection sockets are normally installed by the medical 

supply unit manufacturer. 



8. Laying cables 

When laying the cables, it is essential to observe the valid VDE regu‐ 

lations. 

8.1 Cables legend 

A cables legend has been introduced for CONCENTO PLUS in order to simplify 

use of the installation plans. 

Code Code Area of use 

a IY(ST)Y 2x2x0.8 - Secondary lines (except switch with 2 buttons, 

e.g. Call & Cancel switch/WC) 

- Ward bus without speech (minimum requirement) 

- Group bus without speech (minimum requirement 

c IY(ST)Y 4x2x0.8 - Ward bus with or without speech 

- Group bus with or without speech 

- Secondary lines with switches with 2 buttons, e.g. 

Call & Cancel switch/WC 


or 

NYM 2x1.5 mm 2 

8.1.1 Colour coding 

Abbreviation Colour 

BK black 

BU blue 

BN brown 

GN green 

RD red 

WH white 

YE yellow 

- Power supply 

- Equipotential bonding 

55


8.2 Electromagnetic compatibility (EMC) 

56 

All components of the nurse call system remain well below the specified electro‐ 

magnetic compatibility (EMC) limit values. Nevertheless, in individual cases 

and under certain conditions, faults can arise in the nurse call system due to 

insufficient interference suppression of fluorescent lamps, e.g. in medical sup‐ 

ply units. 

The customer must ensure that appropriate precautions are taken in order to 

prevent such external interference and the resulting faults. It may be possible 

to prevent these faults by installing interference suppression elements (varistor 

circuits). The varistor circuits are available from the manufacturers. 

Tunstall GmbH supplies the 230 V AC overvoltage protection filter (Order no. 

70 0890 97) for this. 

The EMC behaviour of different medical supply units can vary greatly. Even two 

supply units of the same type can behave differently if they are wired up dif‐ 

ferently. 

Nurse call systems normally have a widely extended spatial structure, the EMC 

behaviour of which is influenced by the configuration of the wiring network. 

Also bear this in mind when retrofitting or when converting existing medical sup‐ 

ply units. 

8.2.1 Cables of the power system or other systems carrying 

hazardous voltage 

The cables of the nurse call system power circuits must not be routed in com‐ 

mon cables, pipes or installation ducts together with wires of the power system 

or other systems carrying hazardous voltage. 

The cables of the nurse call system and the power system must be laid with a 

minimum spacing of 30 cm. In the case of shorter sections of less than 10 m, 

a spacing of 10 cm is regarded as sufficient. 

230 V / 400 V AC 

Spacing > 30 cm 

Power system cable 

Nurse call system cable 

In medical supply units, the specifications of ISO 11197:2004 apply to laying 

wiring. 


8.3 Power supply cable (code: k) 



The system's power supply is provided with +24 V direct voltage. A sheathed 

cable of the type NYM 2x1.5 mm 2 or NYM 2x2.5 mm 2 must be used as the 

power supply cable ”k”. The operating voltage of the devices being supplied 

should not be less than 22 V DC at 20% call capacity utilisation. 

+24 V 

GND 

Fig. 5: NYM 2x2.5 mm 2 or NYM 2x1.5 mm 2 

The power supply cable is laid as a ring. 

A separate power supply cable is recommended for corridor displays. 

Note! To keep the voltage drop as low as possible, always choose the shortest 

route when laying the cables. 

12 A or 5 A power supply units are available, depending on the ward's power 

requirements. The power supply units have current limitation and have built-in 

overvoltage protection devices so that no additional fusing is necessary. 

The power supply unit for the CONCENTO PLUS system must always be connec‐ 

ted to the 230 V AC supply voltage via its own protective system and with a per‐ 

manent connection. The German standard DIN VDE 0834 stipulates an 

emergency power supply. If no emergency mains system is available, compar‐ 

able measures must be taken (UPS). 

A current balance calculation must be performed for dimensioning the power 

supply units. The capacity of the power supply unit should be calculated with 

a 20% simultaneity factor of set calls and presences. 

Note! If the maximum permissible cable length is exceeded (see Page 68), a 

centre infeed must be provided and this must be taken into account for the 

cabling. 

The Group Electronics must be connected to each other via the GND connec‐ 

tions (ground line) and must be centrally earthed and fixed in the determined 

place (PE) in the building (functional ground). Use a suitable cable for this, the 

core cross section of which is at least the same as the power supply unit's 

equipment connecting cable. 4 mm 2 is recommended. 

Note! In any case, more than one functional ground must be avoided due to 

possible vagabond voltages. 

57


58 

As an alternative to what is shown on the next page, the 0V can also be laid in 

a star configuration to a functional ground. 

Mix-ups with power system cables must be prevented by choosing a suitable 

colour, cable identification and a suitable method of laying the low-voltage ca‐ 

bles. 


8.3.1 Earthing the nurse call system 



Caution! The nurse call system's ground line (GND) must be connected to the 

equipotential bonding strip at one point. 

Primary Secondary 

L 

N 

PE 

Power supply 

unit 

0 V 

+24 V 


L 

N 

PE 

Power supply 

unit 

0 V 

+24 V 


L 

N 

PE 

Power supply 

unit 

0 V 

+24 V 

Ward bus 

Group 1 

GND 

+24 V 

Ward bus 

Group 2 

GND 

+24 V 

Ward bus 

Group 3 

GND 

+24 V 

Group Electronic (GE) 1 

GND 


GND 


GND 

Group bus 


in accordance with VDE 0800 min. same as the cross 

section of the connecting cable to the power supply unit. 

59


8.4 Current requirement 

60 

The overview below was compiled for the purpose of calculating the current re‐ 

quirement in the CONCENTO PLUS system. The values are averages and can 

deviate slightly in individual cases. The system's total current consumption var‐ 

ies depending on the functions used. 

Standby 

current 

consumption 

Additional current 

consumption 

11 5350 00 Telephone interface relay 10 mA 

19 0700 00 Management Interface 240 mA 

19 0700 10 Group Electronic (GE) 60 mA max. 300 mA per lamp output, 20 mA 

for the display backlight 

19 0700 20 Terminal SD6 P 85 mA max. 100 mA per lamp output, 20 mA 


19 0700 40 Terminal S4 P 75 mA max. 100 mA per lamp output 

19 0700 70 Terminal S4 B 75 mA max. 100 mA per lamp output 

19 0700 80 Display module 10 mA max. 100 mA per lamp output, 20 mA 


19 0701 00 Call/presence combination bus (RAB) 10 mA max. 100 mA per lamp output 

19 0704 00 Call switch with connection socket 9.1 mA 

19 0704 20 Call switch with 2 connection sockets 9.1 mA 

19 0707 20x Pull cord switch 0.1 mA 

19 0707 50x Pneumatic switch 0.1 mA 

19 0708 00 Call switch 1 mA 

19 0708 50 Call & cancel switch/WC 2 mA 

19 0708 80 Smoke detector 24 V DC 0 mA 35 mA (for alarm) 

19 0709 00 Cancel switch/WC 1 mA 

19 0781 08 Corridor display, 8-digit 50 mA max. 220 mA (for call) 

19 0781 16 Corridor display, 16-digit 60 mA max. 470 mA (for call) 

19 0782 08 Corridor display, 8-digit, double-sided 60 mA max. 470 mA (for call) 

19 0782 16 Corridor display, 16-digit, double-sided 80 mA max. 980 mA (for call) 

19 0790 00 Pear push switch incl. call switch 0.7 mA 

19 0790 02 Pear push switch incl. call and light switch 0,7 mA 

19 0790 30 Pear push switch incl. 2 call switches 0.4 mA 

19 0790 32 Pear push switch incl. call and light switch 0.4 mA 

19 0800 84 Fire alarm interface 40 mA 

77 0180 10 Room lamp universal, 3 sections 0 mA Per activated light section: 30 mA 

77 0181 10 Room lamp uni., 3 sections, with doorplate 0 mA Per activated light section: 30 mA 

Z 00 8201 10 Large-surface pneumatic switch 20 mA 

Z 00 8201 20 Sound detector 30 mA 

Z 00 8201 30 1-channel respiratory dual sensor system 100 mA 

Z 00 8002 04 Sensor mat CONCENTO 10 mA 

Z 00 8002 00 Sensor mat with free cable ends 0 mA 

Z 00 8202 00 Radio receiver 869.2125 MHz 33 mA 


8.5 Group bus and ward bus (code: c) 

The group bus and the ward bus must be wired up in a line topology. 



Warning! No stub lines may be installed for the group bus and for the ward bus. 

All devices must be directly connected to the bus. 

For laying the group bus, use what is available on location (distribution cabinet, 

cable shaft). 

The cables of the nurse call system and the power system must be laid with a 

minimum spacing of 30 cm. In the case of shorter sections of less than 10 m, 

a spacing of 10 cm is regarded as sufficient. 

230 V / 400 V AC 

Spacing > 30 cm 

Power system cable 

Nurse call system cable 

Nurse call system cables that leave the building must have overvoltage protec‐ 

tion in accordance with DIN VDE 0845 at the exit point. There is no need for this 

overvoltage protection if a galvanic isolation point reliably prevents the crossing 

of hazardous voltages. 

8.5.1 Cable types 

8.5.1.1 System with speech 

In a system with speech transmission, install an installation cable of the type 

IY(ST)Y 4x2x0.8 mm for the group bus and for the ward bus. 

8.5.1.2 System without speech 

In systems without speech transmission, it is sufficient to install an installation 

cable of the type IY(ST)Y 2x2x0.8 mm for the group bus and for the ward bus. 

However, as with the speech transmission system, it is urgently recommended 

to install the type IY(ST)Y 4x2x0.8 so that there is a possibility for subsequent 

upgrading to speech transmission. 

61


8.5.2 Specified cable assignment 

IY(ST)Y 4x2x0,8 

IY(ST)Y 2x2x0,8 

62 

The cable IY(ST)Y 4x2x0.8 is twisted in pairs with the following structure: 

white 

yellow 

white 

green 

white 

brown 

red 

blue 

Group bus 

GA 

GB 

GSA 

GSB 

GSC 

GSD 

unused 

unused 

Ward bus 

IA 

IB 

ISA 

ISB 

ISC 

ISD 

Data 

Speech 

The cable IY(ST)Y 2x2x0.8 is twisted in pairs with the following structure: 

white 

yellow 

red 

black 

Group bus 

GA 

GB 

unused 

unused 

Ward bus 

IA 

IB 

Data 

Warning! The specified twisted pairs must be kept to, otherwise functional 

faults will arise in the nurse call system. Wires must not be mixed up. There is 

a risk of mix-ups in the case of the white wires in particular. 

Proceed as follows to prevent the wires being mixed up: 

1. Pull in the cable so that 30 cm is still available for stripping. 

2. Strip the cable at the back box input. The pairs are now clearly recognisable. 

3. Clearly and permanently identify the pairs immediately and directly at the 

end of the cable sheath by firmly twisting or some other marking. Permanent 

identification is important so that the wires cannot be mixed up in the event 

of a device change later. 



4. Only now cut off the wires to the required length and connect them up. 

Warning! The cable shield and the ground wire are not connected and must be 

removed in the back box up to the cable sheath. Otherwise short circuits or 

crosstalk can occur. 

Note! The warnings about mixing up wires and about the cable shield and 

ground wire also apply to the secondary lines, see Page 66. 


63


8.5.3 Group bus 

64 

The maximum permissible cable length of the group bus is 700 m. 

The maximum number of users on the group bus is 40. 

The following devices are group bus users: 

Group Electronic 

Management Interface (maximum 1) 

Fire alarm interface (maximum 1) 

It is recommended to lay the group bus as a ring. The last part of the ring 

between the last and the first user is however not connected. It serves merely 

as a reserve in the event that faults occur in the group bus. 

The group bus must be connected at the first and last user with a 2.7 kOhm ter‐ 

minating resistor between GA and GB. The resistor is already present in all 

devices (apart from the fire alarm interface) and only needs to be activated via 

a DIP switch or jumper. 

Group bus: IY(ST)Y 4x2x0.8 mm, max. 700 m 

max. 40 group bus users 

Terminating 

resistor 

2.7 kOhm 

Terminating 

resistor 

2.7 kOhm 






Fire alarm interface 

Management Interface 


8.5.4 Ward bus 

Group bus 

GE 

Terminating 

resistor 

2.7 kOhm 

The maximum permissible cable length of the ward bus is 700 m. 

The maximum number of users on the ward bus is 40. 

The following devices are ward bus users: 



Terminals SD6 P 

Terminals S4 P 

Terminals S4 B 



Corridor displays (maximum 10 per ward bus) 

Management Interface (maximum 1, when connected to ward bus) 

It is recommended to lay the ward bus as a ring. The last part of the ring between 

the last user and the Group Electronic (GE) is however not connected. It serves 

merely as a reserve in the event that faults occur in the ward bus. 

The ward bus must am be connected at the first and last user with a 2.7 kOhm 

terminating resistor between IA and IB. The resistor is already present in all 

devices (apart from the corridor displays) and only needs to be activated via a 

DIP switch or jumper. 

Terminating 

resistor 

2.7 kOhm 

Terminal 

Ward bus: IY(ST)Y 4x2x0.8 mm, max. 700 m 

Terminal 

RAB 

max. 40 ward bus users 

Terminal Terminal Display 

module 

Terminal 

65


8.6 Secondary lines (code: a) 

Ward bus 

66 

19 0700 20 

The cable system with room devices that is connected to a defined input of a 

room terminal is designated as a secondary line. Room terminals are Terminal 

SD6 P, Terminal S4 P, Terminal S4 B, the display module and the call/presence 

combination bus (RAB). The number of secondary lines, i.e. the number of in‐ 

puts of a room terminal, depends on the devices and can be found in the room 

terminal's product leaflets. 

Room devices that are connected to the secondary lines are: 

Room lamp 

All switches 


Call switch with 2 connection sockets 

Sensor mat with free cable ends 

Smoke detector 

The cable type for secondary lines is ”a”, i.e. a standard telecommunications 

cable IY(ST)Y 2x2x0.8 mm. 

Note! Switches with 2 buttons, e.g. the call & cancel switch/WC, order 

no.19 0708 50, are connected differently to all other room devices with the ca‐ 

ble type ”c”, i.e. a standard telecommunications cable IY(ST)Y 4x2x0.8 mm. 

Each room device (apart from the room lamp) must be terminated with a 

120 kOhm resistor. Even when several room devices are connected to one 

defined secondary line, each of these devices must be terminated with a 

120 kOhm resistor. The resistor is already present in the devices. Refer to the 

product leaflet for the respective device for details of how to activate the termin‐ 

ating resistor. 

Note! The maximum permissible cable length of each secondary line is 20 m 

in total. A maximum of 4 room devices may be connected to one defined secon‐ 

dary line, i.e. at one input of a room terminal. 

a 

Secondary line 




a 

77 0180 10 

4x2x0.8 

a 

19 0708 50 

19 0704 00 19 0704 00 

a a 

19 0708 00 

a 

19 0704 00 

19 0707 20x 

19 0704 00 


9. Switching on the power supply 

Prerequisite: You have laid all cables and connected all devices apart from the 

power supply unit as per the enclosed product leaflets. Note: You can also find 

all product leaflets in the chapter ”Product leaflets” from Page 79. 

9.1 Checking the cable network 

You must check the cable network completely before switching on the system's 

supply voltage: 

Group bus (data line, speech line, power supply line) 

Ward bus (data line, speech line, power supply line) 

Secondary lines (data line, power supply line) 

9.2 Installing the power supply unit 

Before connecting the power supply unit, check the cables to the power supply 

unit to ensure that there are no short circuits and electric earth connections. 

Install the power supply unit as per the installation instructions enclosed with 

the power supply unit. You can also find all installation instructions in the 

chapter ”Product leaflets” from Page 79. 

9.3 Checking the power supply 

The operating voltage of the entire system is +24 V direct voltage. The system 

components are supplied with power supply units. 

Perform the tests described below: 

9.3.1 Test the power supply unit's output voltage 

Use a voltmeter to test the power supply unit's +24V output voltage. 

9.3.2 Test the +24V ring loop for continuity 

Disconnect one end of the ring loop from the power supply unit. Switch on the 

power supply unit and use a voltmeter to measure the voltage at the free wire 

ends. If there is no voltage present, the ring is not closed or a wire (+24V or 

GND) has been interrupted. 


67

9. Switching on the power supply 

68 

Power 

supply 

unit 

1. Ward bus user 

k 

k 


9.3.3 Supply voltage of the ward bus users 

In the ward being tested, activate 5 calls and 5 presences at the location with 

the greatest voltage drop with respect to the operating voltage, i.e. normally as 

far away as possible from the power supply unit. 

By measuring the voltage, determine the ward bus user (terminal, display mod‐ 

ule, call/presence combination bus (RAB), Management Interface) at which the 

voltage is lowest. This point is the electric centre of the loop. At this point, the 

voltage difference to the first ward bus user (looking from the power supply unit) 

may not be greater than 4 V. 

If you measure a lower value, you must reduce the voltage drop by laying an 

additional cable from the power supply unit to this point (mid-feed) or - if present 

- double the GND wire. 

Power 

supply 

unit 



k 

k 

Electric 

centre 

Corridor displays are normally supplied with a separate power supply cable. 


10. Configuring the nurse call system 

Before the nurse call system can be put into operation, it must be configured 

with the specific data of the respective project. Configuration is performed ex‐ 

clusively centrally with the ConLog PLUS management software. 

All project-specific data must be available for the start of the configuration. 

The ConLog PLUS management software is also used for logging and evaluating 

all system events of the nurse call system. 

10.1 Installing PC with ConLog PLUS 

10.1.1 System requirements 

10.1.1.1 Operating systems that can be used 

Microsoft Windows 7 (64 Bit) 

Microsoft Windows 7 (32 Bit) 

Microsoft Windows XP with SP3 

10.1.1.2 Minimum hardware configuration 

CPU with 1 GHz 

4 GB RAM 

40 GB hard drive 

1 serial COM interface 

DVD drive 

17 inch monitor 

USB 2.0 

LAN 

10.1.1.3 For remote maintenance (see Page 72) 

ISDN FRITZ!Card 

Software pcAnywhere 

10.1.2 Installation 

Connect the PC with the ConLog PLUS management software to the 

Management Interface on the nurse call system's group bus. For the necessary 

information, refer to the product leaflet for the Management Interface, see the 

chapter ”product leaflets”. 


69


Remote 

maintenance 

(see Page 72) 

19 8000 10 

Telephone 

network 

70 

ISDN 

You can operate this installation as a stand-alone solution. 

However, ConLog PLUS is also network-capable, i.e. it can be operated in a 

server/client structure. The PC, which is connected directly at the Management 

Interface, is the server and contains the database with the project-specific data. 

At the same time, this is the first ConLog PLUS workstation. A maximum of 10 

further workstations can be installed as clients in the network. They access the 

server's database. The following software must be installed on the PCs: 

ConLogPLUS Management Interface Server, Order no. 19 0803 00 

ConLogPLUS Management Interface Client, Order no. 19 0803 05 

Server and clients must be organised in the same network. 

Server 

19 0803 00 

Management 

interface 

19 0800 15 

Length: 3 m 

Client 1 

19 0803 05 

Group bus of the nurse call system 

LAN / Ethernet 

Client 2 

19 0803 05 

Fig. 6: Workstations with ConLog PLUS management software 

Client 10 

19 0803 05 




10.2 Configuration to be done with ConLog PLUS 

Fig. 7: ConLog PLUS Management Software 

Establishment of the logical structure of the nurse call system in wards, 

areas and shifts 

Entry of ward and room names 

Programming of the Management Interface, the Group Electronics and ter‐ 

minals with the project-specific settings via the bus system via Management 

Interface 

Firmware updates of the Management Interface, the Group Electronics and 

terminals (note: currently not possible.) 

Management of the system interfaces for paging and telephoning 

Management of call forwarding to Telecare Control Centres 

Note! Use of the ConLog PLUS management software is described in the Online 

Help for the software. 

Note! A database containing the project-specific data is required for the config‐ 

uration of a CONCENTO PLUS nurse call system. We create this database for 

you, on the basis of your specified data, order no. 19 0000 70. This order num‐ 

ber is required for 10 rooms. 

71


10.3 Remote maintenance 

72 

It is highly recommended to set up access for remote maintenance of the 

CONCENTO PLUS nurse call system. This enables a system technician to re‐ 

motely control the computer on which the ConLog PLUS management software 

is installed in order to diagnose faults, install updates or provide support during 

operation and configuration. Unauthorised third-party remote access is not 

possible. 

Remote maintenance module for ConLogPLUS , order no. 19 0800 10 

The remote maintenance module includes an ISDN FRITZ!Card as well as the 

Software pcAnywhere. 

10.3.1 Performance features 

Efficient troubleshooting on remote systems 

File transfer in the background 

Supports 13 different authentication methods including LDAP, ADS, NDS, 

Novell Bindery, NT domains and RSA SecurID 

Input prompt, task manager, services and Regedit can be started directly 

from the user interface. 

Fast remote connections thanks to compatibility with cable and DSL mo‐ 

dems 

Reliable security functions protect against unauthorised access 



11. Function check 

Note! If the nurse call system is to meet the requirements of German Standard 

DIN VDE 0834, all tests specified in this standard must be carried out. Please 

note that the tests specified in DIN VDE 0834 go beyond the tests described 

in this manual. 

73


11.1 Checking that the nurse call system is free of 

faults 

11.1.1 Fault displays on equipment for the nursing staff 

74 

Faults are shown in the display (”Fault”, ”FLT” or ”FR”) of the following devices, 

along with the fault location: 

On corridor displays (scrolling) and alternately with calls and presences. 

On the terminal SD6 P (when presence is activated) when scrolling through 

the current messages or directly when there are no calls and presences. 

On the display module (when presence is activated), alternately with calls 

and presences. 

Here, the faults are displayed in the same way as calls, i.e. initially only in their 

own ward or, in the case of group coupling, in the coupled wards. If the fault is 

not remedied within the call overflow time, it is displayed in all wards in the build‐ 

ing. 

11.1.1.1 ConLog PLUS Management Software 

All of the nurse call system's fault messages can be identified in the 

ConLog PLUS management software by looking at and evaluating the call docu‐ 

mentation of the messages present. 

11.1.2 Fault messages on equipment for technicians 

11.1.2.1 Group Electronic 

Button 1 

Button 3 

Button 5 

Button 2 

Button 4 

Button 6 

Fault on group bus when LED in button 5 is permanently on or off. 

Fault on ward bus when LED in button 6 is permanently on or off. The output 

to the fault signal lamp also switches. 

Group Electronic faulty or is not completely programmed when LED in but‐ 

ton 2 is on. The fault signal relay (potential-free) also switches. 




Input for fault signal contact of the power supply unit (24 V DC) leads to 

mains failure message in the nurse call system. 

11.1.2.2 Management Interface 

Fault signal relay (potential-free) for monitoring the ConLog service. 

Forwarding fault messages to particular destinations (telephone, DECT, 

pager, PNC/ WILMA) 

75


11.2 Checking the light call function of each room 

11.2.1 Checking the room 

Press 

call button (red). 

76 

Activate 

presence 1 

(green) on the 

room terminal. 

Deactivate 

presence 1 

(green) on the 

room terminal. 

Perform the following test for all call devices in the room: 

Start 

yes 

LED of 

call button (red) is 

on with a weak 

light. 

no 

LED of call button 

(red) is on with a 

bright light. 

LED of call button 


weak light. 

LED in the 

presence button 

(green) is on. 

LED in the 

presence button 

(green) turns off. 

Remedy fault. 

Room lamp: 

Red is on. 

Room lamp: 

Red is off. 

Green is on. 

Room lamp: 

LEDs turn off. 


11.2.1.1 Checking function from WCs en suite to room 

Press 

WC call button 

(red). 

Press 

WC cancel button 

(grey). 



Perform the following test for all call devices in the WC en suite to room: 

LED of WC call 

button (red) is on 

with a bright light. 

LED of WC call 

button (red) is on 

with a weak light. 

Start 

yes 

LED of 

WC call button 


weak light. 

no 

LED of 


(grey) is on. 

LED of 


(grey) turns off. 

Remedy fault. 

Room lamp: 

Red is on. 

White is on. 

Room lamp: 

LEDs turn off. 

77


78 



12. Product leaflets 

Each device comes with a product leaflet describing how to install and connect 

this device. You will also find the product leaflets on the following pages of this 

Technical Manual. 

Warning! Do not install the power supply unit until the other installation work has 

been completed. Work with the equipment de-energized. Otherwise a short circuit 

can occur! 

Room terminals .......................... 81 

19 0700 20 Terminal SD6 P .................................. 82 

19 0700 40 Terminal S4 P ................................... 87 

19 0700 70 Terminal S4 B ................................... 87 

19 0700 80 Display module .................................. 90 

19 0701 00 Call/presence combination bus (RAB) ............... 94 

Room lamps, corridor displays ............ 96 

77 0180 10 Room lamp universal, 3 sections ................... 97 

77 0181 10 Room lamp universal, 3 sections, with doorplate ...... 99 

19 0781 08 Corridor display, 8-digit ............................ 100 

19 0781 16 Corridor display, 16-digit ........................... 100 

19 0782 08 Corridor display, 8-digit ............................ 102 

19 0782 16 Corridor display, 16-digit ........................... 102 

Switches ................................ 104 

19 0707 20x Pull cord switch .................................. 105 

19 0708 00 Call switch ...................................... 107 

19 0708 50 Call & cancel switch/WC ........................... 109 

19 0709 00 Cancel switch /WC ............................... 111 

19 0707 50x Pneumatic switch ................................. 113 

Call switches with connection socket ...... 115 

19 0704 00 Call switch with connection socket .................. 116 

19 0704 20 Call switch with 2 connection sockets ............... 119 

System control .......................... 122 

19 0700 10 Group Electronic (GE) ............................. 123 

Technical Manual Page 79


19 0700 00 Management Interface ............................ 127 

Power supply units ....................... 133 

77 3400 00 Power supply unit UPS ............................ 134 

77 3401 00 Power supply unit ................................ 141 

77 3400 10 Power supply unit UPS 60 ......................... 144 

77 3450 00 Battery set for UPS 60 ............................ 150 

Technical Manual Page 80 


12.1 Room terminals 

19 0700 20 Terminal SD6 P 

19 0700 40 Terminal S4 P 

19 0700 70 Terminal S4 B 

19 0700 80 Display module 

19 0701 00 Call/presence combination bus (RAB) 



12. Product leaflets

Tunstall GmbH, Orkotten 66, 48291 Telgte, www.tunstall.de 

Terminal SD6 P, order no. 19 0700 20 

Room terminal for the CONCENTO PLUS system, incorporating 

duplex speech facility with display and buttons for activation and 

deactivation of presence, raising calls, answering calls and uni‐ 

versal button. The room terminal controls and monitors all room 

functions. 

It is possible to install the terminal in an existing nurse call sys‐ 

tem of the type ”Concento” if the terminal is connected to a ward 

bus that is controlled by a group electronic, order no. 19 0700 10 

or 10 0700 10, and the ConLogII or ConLog PLUS software is used 

in the system. 

Dimensions incl. mounting plate (HxWxD): 190 x 102 x 50 mm 

Weight: approx. 330 g 

Standby current consumption: approx. 90 mA at 24 V DC 

The mounting kit, order no. 19 0700 90, i.e. the mounting plate 

with three connectors, must be ordered separately. 

A pull cord, order no. 19 1421 10, can be connected at the input 

R7 of the terminal. 

Note: The complete installation of the system is 

described in the Technical Manual. 

Caution! Electrostatic sensitive components 

The printed circuit boards in the terminal contain 

components at risk from electrostatic charges. 

Therefore, avoid touching them. 

Installation in an existing Concento system 

If you connect the terminal to an existing Concento system ins‐ 

tead of a CONCENTOPLUS system, you must adapt the position 

of the DIP switches behind the cover 2 on the side. 

1. Lever off the cover 2 on the side of the Terminal 1 with a 

screwdriver and then remove it 

2. Set the DIP switches according to the connected group 

electronic (GE): 

DIP switch 

1 

2 

3 

4 

ON 

ON 

ON 

ON 

3. Replace the cover 2 and press it on until it engages. 

Mounting 

GE = 19 0700 10 

Sliding switch 

in position: 

CONCENTO PLUS 

Factory setting 

GE = 19 0700 10 


in position: 

Concento 

1 

2 

3 

4 

OFF 

OFF 

OFF 

ON 

GE = 10 0700 10 

OFF 

OFF 

OFF 

ON 

Wall mounting in the room's entrance area. 

1. Strip the connecting cable to a suitable length. Remove the 

cable shield and the ground wire up to the cable sheath. 

2. Connect the wires as per Fig. D to the three connectors of the 

mounting kit. 

3. Route the three connected connectors through the opening of 

the mounting plate 5. 

4. Securely screw the mounting plate 5 to the back box 6 with 

the four screws 4 of the back box. 

5. Set the DIP switch next to the connection field 8 on the rear of 

the terminal as per Fig. D. 

6. Plug the three wired connectors onto the connection field 8 on 

the back of the terminal, see Fig. A. 

7. Attach the Terminal 1 to the mounting plate 5 so that the four 

protruding screws 3 are inserted into the ”keyholes” of the 

mounting plate 5. 

8. Slide down the Terminal 1 until it clicks into place. 

00 8814 18, 10/12 (Rev. 2.0) 1 


1 

2 

3 

4 

Front side 

2 

1 1 

3 

3 

Rear side 

1 Terminal SD6 P 

2 Cover on side of terminal 

3 Four protruding screws 

4* Four screws of the back box 

5* Mounting plate 

6* Back box 

7* Mounting plate latch 

8 Connection field 

* Not included with product delivery. 

1 

1 

2 

2 

3 

3 

3 

3 

4 

4 

7 

3 

8 

3 

1 

DIP switch 1 - 4 

4 

4 

5 

6


Connect the connecting cable and set the DIP switches 

Note! There is no bridge between 1 and 2 

(GND) and no bridge between 3 and 4 

(+24V) in the connector. The bridges are on 

the printed circuit board. 

R6 = Door alarm 

R5 = Fire 

R4 = WC cancel button 


Ward bus (data) 

Ward bus (speech) 

+24 V 

RD 

IA 

WH(YE) 

R6 

IB 

YE 

Legend: 

1 ) GND = Connection to Point 1 or 2 of the 4-pole connector, 

or Point 1 of the 10-pole connector 

2 ) Colour WA = WH. Only for Call & cancel switch only = WH(GN). 

3 ) Switching power per output: 100 mA at 24 V DC. 

00 8814 18, 10/12 (Rev. 2.0) 2 


+24 V 

ISA 

WH(GN) 

R5 

ISB 

GN 

BU 

GND 

+24 V 

ISC 

WH(BN) 

GND 

R4 

ISD 

BN 

BN 

+24 V 

+24 V 

AW 

WL 

RL 

GND 

10 9 8 7 6 5 4 3 2 1 

YE 

R3 

WH 

+24 V 

1 2 3 4 

Room lamp 3 ) 

Power supply 

+24 V 

RD 

4-pole connector 

Max. wire cross section: 2.5 mm 2 

R2 

BK or BU 

+24 V 

R1 

1 2 3 4 5 6 7 8 9 10 11 12 

WH 

BK or BU GND 1 ) 



Inputs 

A maximum of 4 monitored devices can be connected at each 

input. 

All inputs are configurable. For restrictions when installing in an 

existing Concento system, see the ”Configuring inputs” chapter. 

The factory setting is shown in Fig. D and E. 

The following parameters can be configured: 

- Call type 

- NC/NO contact 

- Static call (trigger pulse) / dynamic call (trigger duration) 

RD 

WH 

RD 

WH 2 ) 

RD 

WH 

YE 

RD 

YE 

WH 

RD 

WH 

GND 1 ) 

GND 1 ) 

GND 1 ) 

ON 

OFF 

BK or BU 

BK or BU 


BK or BU 

R1 = Call button Bed 1 


R3 = WC call button 


DIP switch 

ON: Terminal is the first or last bus 

user on the ward bus 

(= bus termination) 

OFF: Terminal is neither the first nor 

last bus user on the ward bus 

One wire 

Four wires 

Factory setting of the inputs 

Inp. Call type NC or NO 

contact 

Output 

Input 

Static or 

dynamic call 

R1 Bed 1 

NO contact Static call 

R2 Bed 2 


R3 WC call 


R4 WC cancel button NO contact Static call 

R5 Fire 

NO contact Dynamic call 

R6 Door alarm NO contact Static call 

R7 Door alarm NO contact Static call



Putting a terminal into operation 

If you have carried out all the aforementioned installation work 

and the ward bus is in operation with the physically associated 

group electronic, put the terminal into operation: 

1. Switch on the power supply. 

The display briefly shows the terminal's device ID. 

The device ID is a 7-digit number that can also be found on 

the device label, e.g. 0020000. 

The display briefly shows ”Adr 9999, ”PGR 00” and then 

”Room Type Room”. 

The display then continuously shows: ”WAIT FOR CONFIG” 

('waiting for configuration'). The LEDs in the middle two 

buttons are on. See Fig. F. 

2. Program the terminal via the bus system with the ConLog 

software. For details, refer to the documentation of the 

ConLog software. 

When the terminal is fully programmed, the LEDs in the two 

middle buttons go out. The display changes to the operating 

display. 

The terminal is in operation. For details of operating the 

terminal, refer to the nurse call system's operating 

instructions. 

Service menu 

Starting the service menu 

Keep the buttons 3 and 4 simultaneously pressed for 10 sec. 

The software revision of the terminal (SW-Rev.) is displayed. 

The service menu is active. 

Scrolling through the service menu 

Press the button 2 to scroll forwards in the menu. 

Press the button 1 to scroll backwards in the menu. 

Displaying password-protected menu points 

Menu points that are used for system configuration are pass‐ 

word-protected. This is how to display password-protected menu 

points: 

1. In the service menu, scroll to the ”System Config” menu point 

as described above. 

2. Press the button 4 to select the menu point 

”Password” appears. 

3. Press the following buttons in turn as the password: 

1- 3 - 4 - 6. 

4. Press the button 4. 

The software version of the terminal is displayed. The 

password-protected menu points are accessible. 

Saving changes and exiting the service menu 


The changes are saved. The service menu is no longer 

active. The display shows the normal operating display. 

Timeout for the service menu! If no button is pressed for longer 

than 1 minute, the menu is ended automatically without saving 

the changes. 

00 8814 18, 10/12 (Rev. 2.0) 3 


Display before programming: 

LEDs are on until the terminal is fully 

programmed and in operation 

Button 1 

Button 3 

Button 5 

Display in normal operation: 

If there is no message 

(call, presence, fault): 

Timezone 

Time 

Button 2 

Button 4 

Button 6


Changing the display language of the terminal 

1. In the service menu, scroll to the menu point ”Language” (see 

Page 3). 


3. Press button 1 as often as necessary until the desired 

language appears. 

4. Press the button 2 in order to accept your setting. 

The set language is accepted. Note: The setting is not saved 

until the service menu is ended (see Page 3). 

Button 1 

Button 3 

Button 5 

00 8814 18, 10/12 (Rev. 2.0) 4 


Button 2 

Button 4 

Button 6 

Registering room devices (absolutely essential) 

So that the room devices connected to the terminal are monitored for faults, they must first be registered by the termi‐ 

nal. 

Prerequisite: Terminating resistors active 

The 120 kOhm terminating resistor must be active on all room devices connected to the terminal. If several devices 

(max. 4 per input) are connected, the terminating resistor must be active on each of these devices. Refer to the in‐ 

stallation instructions for the device for how to activate the terminating resistor. 

How to register the room devices 

1. In the service menu, scroll to the menu point ”Register Inputs” (see Page 3). 


The terminal registers all operational room devices with a terminating resistor. The display shows the number of 

registered devices. 

Setting the room type (absolutely essential) 

The following room types can be set: 

- Room = Patient's / resident's room (factory setting). 

- Staff = Function same as ”Room” plus possibility of making announcements. No passive alarm function. 

- StaffHAB = Staff room + main console = Function same as ”Staff” plus possibility of switching timezones. 

Attention! The room type ”StaffHAB” can only be used in nurse call systems with manual coupling 

(setting in ConLog). Only one terminal SD6 P may be set to this room type per nurse call system. 

1. Displaying the password-protected menu points (see Page 3). 

2. Scroll to ”Room type” with button 1 or 2. 


4. Press button 1 as often as necessary until the desired room type appears. 


The setting is accepted. Note: The setting is not saved until the service menu is ended (see Page 3). 

Changing function of universal button (optional function) 

In the factory setting, the universal button (button 5) is configured as the WC cancel button. However, you can set for 

the universal button (button 5) any desired call type stored in the ConLog software, e.g.”Service call” (= call type 17). 

1. Displaying the password-protected menu points of the service menu (see Page 3). 

2. Scroll to ”Config C Switch” with button 1 or 2. 


4. Press button 1 as often as necessary until the desired tens digit appears (e.g. 17 in the case of Service call). 

5. Press the button 2 to change to the units digit. 

6. Press button 1 as often as necessary until the desired units digit appears (e.g. 17 in the case of Service call). 


The set room type is accepted. Note: The setting is not saved until the service 

menu is ended (see Page 3).


Configuring inputs (optional function) 

In the factory setting the terminal inputs are configured as shown 

in Fig. E. For each input*) you can set another call type, NO or 

NC contact as well as static call (trigger pulse) or dynamic call 

(trigger duration). 

1. Displaying the password-protected menu points of the service 

menu (see Page 3). 

2. Scroll to ”Rx Conf” with button 1 or 2 (x = input number). 


4. Press button 1 as often as necessary until the desired value 

appears: NO contact = 0, NC contact = 1 

5. Press the button 2 to change to the next digit. 

6. Press button 1 as often as necessary until the desired tens 

digit for the call type appears (e.g. 13 for room call). 


8. Press button 1 as often as necessary until the desired units 

digit for the call type appears (z.B. 13 for room call). 


10.Press button 1 as often as necessary until the desired value 

appears: Static call = S, Dynamic call = D 


The set room type is accepted. Note: The setting is not saved 

until the service menu is ended (see Page 3). 

*) Exception: Installation in an existing Concento system 

If the DIP switches 1, 2, and 3 behind the cover on the side of the 

terminal are set to position OFF (see Fig. B) only the settings for 

input R5 and input R6 can be changed. Furthermore the inputs 

R7 and R6 are connected, i.e. the setting for R6 also appllies to 

R7. If a pullcord is connected to R7, R6 has to be set to the ap‐ 

propiate call type. 

00 8814 18, 10/12 (Rev. 2.0) 5 


Configuring an input 

0 = NO contact 

1 = NC contact 

R1-Konf 

1 13 S 

Extract from the ConLog 

call type table 

Nr. 

01 

09 

13 

31 

32 

34 

38 

Terminal's input 

Call type from the 

ConLog call type list 

Callart 

Alarm call 

WC Cancel 

Room Call 

Diagnostic 

Telephone call 

Intruder 

External alarm 

S = Static call 

D = Dynamic call 

Test Lamp 

To check whether the room lamp and all switches are connected, 

perform the following test: 

1. In the service menu, scroll to the menu point ”Test Lamp” 

(see Page 3). 

Temporary settings (optional function) 

The following menu points of the service menu can 

be only temporarily set on the terminal, as they are 

overwritten by the ConLog software during the next 

update: 

2. Press the button 4 to start the test. 

The light sections of the room lamp and the LEDs of all 

switches flash simultaneously 15 times at 1-second intervals. 

Note: Call switches with connection socket(s) and pear push 

switches are not covered by this test. 

- 

- 

- 

- 

Passive Alarm: Switch function on/off 

Timeout NAB (answering): „1–10 Min.“ 

Call Overflow: „1–5 Min.“ or Call Overflow „Off“ 

Fresh Call: „1–30 Min.“ 

- Call tone volume: „1–4“ or Call tone „Off“ 

Dismantling 

1. With the thumb of one hand, push the latch 7 on the 

underside of the terminal 1 towards the wall so that the lock is 

released. 

Underside 

2. At the same time and with the other hand, slide up the 

terminal 1 approximately 1 cm and then remove it from the 

1 

mounting plate. 

3. Unplug the connectors from connection field 8 on the rear of 

the terminal 1, see Fig. A. 

5 

7


Terminal S4 P, order no. 19 0700 40 / Terminal S4 B, order no. 19 0700 70 

Terminal S4 P, order no. 19 0700 40 

Room terminal for the CONCENTO PLUS system, incorporating 

duplex speech facility system, with buttons for activating/deac‐ 

tivating of presence, raising calls and answering calls. 

Terminal S4 B, order no. 19 0700 70 

Room terminal for the CONCENTOPLUS system, incorporating 

duplex speech facility system, with buttons for activating/deac‐ 

tivating of presence, raising calls, residents' daily notification and 

residents' notification of absence as well as call answering. 

Technical data 




The mounting kit, order no. 19 0700 90, i.e. the mounting plate 

with three connectors, must be ordered separately 

A pull cord, order no. 19 1421 10, can be connected to the input 

R7 of the terminal. 

It is possible to install the terminals in an existing nurse call sys‐ 

tem of the type ”Concento” if the terminal is connected to a ward 

bus that is controlled by a group electronic, order no. 19 0700 10 

or 10 0700 10, and the ConLogII or ConLogPLUS 8 

2 

1 1 1 

3 3 

Terminal S4 P Terminal S4 B Rear of the 

terminals 

1 Terminal 

2 Covers on side of terminal 

software is used 

in the system. In this context, refer to the instructions on Page 3. 


4* Four screws of the back box 


6* Back box 







The printed circuit boards in the terminal contain 

components at risk from electrostatic charges. 

Therefore, avoid touching them. 

Mounting 

Wall mounting in the room's entrance area. 



2. Connect the wires as per Fig. D to the three connectors of the 

mounting kit. 

3. Route the three connected connectors through the opening of 



the four screws 4 of the back box. 

5. Set the DIP switch next to the connection field 8 on the rear of 

the terminal as per Fig. D. 


the back of the terminal, see Fig. A. 

7. Attach the Terminal 1 to the mounting plate 5so that the four 

protruding screws 3 are inserted into the 'keyholes' of the 


8. Slide down the Terminal 1 until it clicks into place. 

Dismantling 


underside of the terminal 1 towards the wall so that the lock is 

released. 

2. At the same time and with the other hand, slide up the 

terminal 1 approximately 1 cm and then remove it from the 

mounting plate. 


the terminal 1, see Fig. A. 

00 8814 19, 10/12 (Rev. 2.0) 1 


1 

1 

5 

2 

3 

3 

3 

3 

4 

4 

7 

4 

4 

5 

Underside 

3 

6 

3 

7


Connect the connecting cable and set the DIP switches 



(+24V) in the connector. The bridges are 

on the printed circuit board 


R5 = Fire 

R4 = WC cancel button 




+24 V 

RD 

IA 

WH(YE) 

Legend: 

1 ) GND = Connection to Point 1 or 2 of the 4-pole connector, or Point 1 of the 


2 ) Colour WA = WH. Only for Call & cancel switch only = WH(GN). 

3 ) Switching power per output: 100 mA at 24 V DC 

R6 

IB 

YE 

00 8814 19, 10/12 (Rev. 2.0) 2 


+24 V 

ISA 

WH(GN) 

R5 

ISB 

GN 

BU 

GND 

+24 V 

ISC 

WH(BN) 

GND 

R4 

ISD 

BN 

BN 

+24 V 

+24 V 

AW 

WL 

RL 

GND 

10 9 8 7 6 5 4 3 2 1 

YE 

R3 

WH 

+24 V 

1 2 3 4 

Zimmerleuchte 3 ) 

Power supply 

+24 V 

RD 



R2 

BK or BU 

+24 V 

R1 

1 2 3 4 5 6 7 8 9 10 11 12 

WH 




Inputs 

A maximum of 4 monitored devices can be connected at each 

input. All inputs are configurable with a service module. For ex‐ 

ceptions see the chapter ”Installation in an existing Concento 

system” on Page 3. The inputs R5 and R6 can be configured 

with the ConLog software. The factory setting is shown in Fig. D 

and E. 

The following parameters can be configured: 

- Call type 

- NC/NO contact 

- Static call (trigger pulse) / dynamic call (trigger duration) 

RD 

WH 

RD 

WH 2 ) 

RD 

WH 

YE 

RD 

YE 

WH 

RD 

WH 

GND 1 ) 

GND 1 ) 

GND 1 ) 

ON 

OFF 


BK or BU 

BK or BU 

BK or BU 



R3 = WC call button 


DIP switch 

ON: Terminal is the first or last bus 

user on the ward bus 


OFF: Terminal is neither the first nor 

last bus user on the ward bus 

One wire 

Four wires 

Factory setting of the inputs 

Inp. Call type NC or NO 

contact 

Output 

Input 

Static or 

dynamic call 

R1 Bed 1 


R2 Bed 2 


R3 WC call 


R4 WC cancel button NO contact Static call 

R5 Fire 

NO contact Dynamic call 

R6 Dooralarm NO contact Static call 

R7 Dooralarm NO contact Static call



Putting a terminal into operation 

If you have carried out all the aforementioned installation work and the ward bus is in operation with the physically as‐ 

sociated group electronic, put the terminal into operation: 


The LEDs of the two grey buttons are on. 

2. Program the terminal via the bus system with the ConLog software. For details, refer to the documentation of the 


When the terminal is fully programmed, the LEDs in the two grey buttons go out. 

The terminal is in operation. For details of operating the terminal, refer to the nurse call system's operating 

instructions. 

Registering room devices 

So that the room devices connected to the terminal are monitored for faults, they must first be registered by the termi 

nal. 

Prerequisite: Terminating resistors active 

The 120 kOhm terminating resistor must be active on all room devices connected to the terminal. If several devices 

(max. 4 per input) are connected, the terminating resistor must be active on each of these devices. Refer to the in‐ 

stallation instructions for the device for how to activate the terminating resistor. 

How to register the room devices and perform two simultaneous tests: 

Keep the two grey buttons on the terminal pressed for 10 seconds and then release them. 

The terminal registers all operational room devices with a terminating resistor. Three short confirmation tones 

sound. 

The LEDs of all functional terminal buttons flash 5 times at 1-second intervals. 

The light sections of the room lamp and the LEDsof all connected switches flash simultaneously 15 times at 

1-second intervals. 

Note: The LEDs of the call switches with connection socket(s) and the LEDs of the pear push switches do not flash in 

this test. 

Installation in an existing Concento system 

If you connect the terminal to an existing Concento system ins‐ 

tead of a CONCENTOPLUS system, you must adapt the position 

of the DIP switches behind the cover 2 on the side. 

1. Lever off the cover 2 on the side of the Terminal 1 with a 

screwdriver and then remove it. 

2. Set the DIP switches 1 - 4 according to the connected group 

electronic (GE), as per Fig. B. 

3. Replace the cover 2 and press it on until it engages. 

Note: Configurability of the inputs 

When the DIP switches 1, 2 and 3 are inthe OFF position, not all 

inputs are configurable. Only the configuration of inputs R5 and 

R6 can be changed. Furthermore the inputs R7 and R6 are 

connected, i.e. the R6 setting also applies to R7. If a pull cord is 

connected to R7, then R6 must be set to the desired call type. 

00 8814 19, 10/12 (Rev. 2.0) 3 


DIP switch 

1 

1 

2 

3 

4 

ON 

ON 

ON 

ON 

2 

GE = 19 0700 10 


in position: 

CONCENTO PLUS 

Factory setting 

GE = 19 0700 10 


in position: 

Concento 

1 

2 

3 

4 

OFF 

OFF 

OFF 

ON 

1 

DIP switch 1 – 4 

GE = 10 0700 10 

1 

2 

3 

4 

OFF 

OFF 

OFF 

ON

Tunstall GmbH, Orkotten 66, D-48291 Telgte, www.tunstall.de 

Display module, order no. 19 0700 80 

Module for nurse call systems CONCENTO PLUS type for use by 

staff including a green presence button and a red call button as 

well as a display and a buzzer for displaying forwarded calls. The 

display module controls all room functions according to the Ger‐ 

man standard DIN VDE 0834. 

It is possible to use the display module in an existing nurse call 

system „Concento“ type, if it is connected to a ward bus with a 

group electronic only of order no.10 0700 10. 

A 4-pole and a 12-pole connector are included with delivery. 

Dimensions (HxWxD): 102 x 100 x 29 mm 



Note! The complete installation of the system is 



The printed circuit board within the display module 

includes electro static sensitive components. Therefore 

avoid touching. 

Mounting 

Wall mounting on a one gang back box. 

1. Strip the connection cables to the appropriate length. Remove 

the cable shield and ground wire up to the cable sheath. 

2. Unplug the connectors from the printed circuit board. 

3. Attach the wires according to Fig. E to both connectors. 

4. Release the fixing screw 2 on the bottom of the display 

module 1. 

5. Unlink the mounting frame 4 from the display module 1, by 

reaching into the mounting frame 4 and levering off the 

mounting frame. 

6. Set the three DIP switches 8 (see Fig. A) on the rear side of 

the display module according to Fig. E. 

7. Route both wired connectors through the opening of the 

mounting frame 4. 

8. Fix the mounting frame 4 with the back box screws 3 to the 

back box 5. 

9. Plug both wired connectors to the connection field 7. 

10.Grip the display module at the level of the buttons and lever it 

off from the wall 

11. While holding the display module 1 at the level of the buttons 

hinge it into the mounting frame and press it down until it lies 

flat on the mounting frame, see Fig. C. 

12.Fix the fixing screw 2 in the hole at the bottom of the display 

module 1. 

Dismantling 

1. Release the fixing screw 2 on the bottom of the display 

module 1. 

2. With one hand hold the display module at the level of the 

buttons and lever it from the wall, see Fig. D. 

3. Unplug both connectors from the rear side of the display 

module 1. 

4. Release the back box screws 3 and remove the mounting 

frame 4 from the back box 5. 

00 8814 02, 10/12 (Rev. 4.0) 1 


1 front view 1 rear view 

(without mounting frame) 

1 Display module 

2 Fixing screw 

3* Back box screws 

4 Mounting frame 

5* Back box, 1-gang 


8 DIP switches 

* Not included with delivery. 

1 

2 

1 

3 

1 

3 

2 

2 

7 

4 

4 

4 

8 

5


Connecting the wires to the connectors and setting the DIP switches 

RL 

Room lamp 7 ) 

AW 

WL 


GND 

IA 

WH(YE) 

R3 

IB 

YE 

R4 

00 8814 02, 10/12 (Rev. 4.0) 2 


+24 V 

GND 

BU 

+24 V 

+24V 

BN 

R1 

R2 

WR 

12 11 10 9 8 7 6 5 4 3 2 1 

4 

IA 

R3 = Call button bed 3 1 ) 3 ) 

R4 = Door alarm 1 ) 2 ) 3 ) 

IB 

3 2 1 

GND 


+24 V 

Display module is first or last ward 

bus user (= bus termination). 

WC calls can be cancelled with the 

WC cancel button or the presence 

button. 


WC call button 3 ) 

WC cancel button 3 ) 

WA 

Legend: 

1 ) In CONCENTO PLUS systems the call type and 

contact type can be changed, refer to chapter 

“Configuration“ on page 3. 

2 ) In Concento systems R4 = Room call. 

3 ) Maximum 4 monitored devices per input. 

4 ) RL colour = YE. For room lamp only = RD. 

5 ) WL colour = YE. For room lamp only = WH. 

6 ) WA colour = WH. For room lamp only = WH(GN). 

7 ) Switching power per output: 100 mA at 24 V DC. 

One wire 

Oour wires 

Output 

Input 


Max. wire cross-section: 2.5 mm 2 

Power supply (input) 

Note! All inputs are pre-programmed as NO contacts. 


ON 

OFF 

1 2 

Display module is neither first nor 

last ward bus user. 

WC calls can be cancelled only with 

the WC cancel button. 

3 

DIP switches 1, 2, 3 

DIP Switch ON OFF 

Factory Setting 

1 

2 

3 

YE 4 ) 

YE 

YE 5 ) 

BK or BU 

WH 

WH 

RD 

RD 

WH 

Not all ward bus users are 

CONCENTO PLUS type. One or more 

ward bus users are Concento type, 

order no.: 

- Group electronic: 10 0700 10 

- Terminals: 10 0700 x0 

- Display module: 10 0700 8x 

- RAB: 10 0701 x0 

WH 

WH 

WH 6 ) 

All ward bus users are CONCENTO PLUS 

type, order no.: 



- Display module: 19 0700 80 

- RAB: 19 0701 00 

OFF 

OFF 

OFF 

Tunstall GmbH, Orkotten 66, D-48291 Telgte, www.tunstall.de



Configuration 

All configuration settings are changed in the service menu. 

On page 4 is described, how you start the service menu, how 

you run through all service menu steps and how you close the 

service menu with saving the settings. 

You have to change the following setting: 

- Set the display module's logical group according to the setting 

within the ConLog software. Both values must match. 

You can change the following settings if required: 

- Changing the display module's device ID. 

- Changing the call type and contact type (NC contact/NO con‐ 

tact) for the inputs R1, R2, R3, and R4.*) 

The following settings cannot be changed. But you can look at 

them in the service menu: 

- Checking whether DIP switch is set to ON, i.e. whether WC 

calls can be cancelled with the presence button. 

- Software and hardware version on the display module. 

*) Note for „Concento“ type nurse call systems! In “Concento“ 

type systems (DIP switch 3 in the ON position) the inputs R1, R2, 

R3, and R4 cannot be changed. The appropriate steps are 

skipped in the service menu. 

Registering the room devices in the display module 

In order that the display module will monitor all room devices 

connected to the display module's inputs (max. 4 room devices 

per input) for faults during nurse call system operation, the room 

devices have to be registered in the display module. 

Pre-condition: Terminating resistors are active 

On each room device connected to a display module input the 

120 kOhm terminating resistor must be active. If several devices 

are connected in series, the terminating resistor of each device 

must be active. If you want to know how to activate a terminating 

resistor refer to the installation instructions for the relevant 

device. 

This is how you have to proceed 

You have to start and then to close the service menu: 

1. Start the service menu: Press the green button and keep it 

pressed. Within 1 second, also press the red button and keep 

it pressed for 10 seconds. 

The service menu is started. The display module registers all 

operational room devices with terminating resistor. 

2. Close the service menu: Keep the green button pressed for 3 

seconds. 

As an alternative to the described method, you can disconnect 

the display module from the power supply and then reconnect it. 

The display module then automatically registers all operational 

room devices with a terminating resistor. 

00 8814 02, 10/12 (Rev. 4.0) 3 


red button green button


Running through the service menu and selecting the settings 

CONCENTO Display in standby operation of the display module 

10:06 Time 

To start the service menu, press the green button and keep it pressed. Within 1 second, also press the red button 

and keep it pressed for 10 seconds. 

RAB 

RAB, if DIP switch 2 is set to OFF position. 

RAB+WCAB, if DIP switch 2 is set to ON position. 

19070080 

Order no. for display module 

Press the green button. 

SW 1.0.1 

HW 1.0 

Press the green button. 

DeviceID 

0040000 

LGR 

001 

R1 0 10 

R2 0 11 

Software version for display module 

Hardware version for display module 

„Device ID“ 

Current device ID for the display module 

To change the value at the cursor position, press the red button repeatedly until the desired value is displayed. 

To move the cursor to the next digit press the green button. 

After the last digit press the green button once again. 

R3 0 14 

R4 0 33 

„Logical Group“ 

Current logical group for the display module, factory set to 001 

To change the value at the cursor position press the red button repeatedly until the desired value is displayed. 



Call input R1 

0 = R1 is NO contact, 1 = R1 is NC contact, factory setting: 0 

Call type for R1 according to call type list in ConLog software, factory setting: 12 (bed 1) 



Call input R2 




Call input R3 



Call type for R4 according to call type list in ConLog software, factory setting: 33 (door alarm) 


Call input R4 



After the last digit press the green button one again to save the settings and to close the service menu. 

CONCENTO 

10:06 10:08 

Display in standby operation of the display module 

Time 

Quick closing the service menu + saving the settings 

If you do not wish to run through the entire service menu, you 

can close it early and save the settings by keeping the green 

button pressed for 3 seconds. 

00 8814 02, 10/12 (Rev. 4.0) 4 


Timeout for the service menu! 

If no button is pressed for longer than 1 

minute, the service menu is closed 

automatically without saving the settings. 



Call/presence combination bus (RAB), order no. 19 0701 00 

The call/presence combination bus (RAB) for nurse call systems 

CONCENTO PLUS type is used by staff. It includes a green 

presence button and a red call button as well as a buzzer for 

signalling forwarded calls. The RAB controls all room functions 

according to the German standard DIN VDE 0834. 

It is possible to use the RAB in an existing nurse call system 

„Concento“ type, if it is connected to a ward bus with a group 

electronic only of order no.10 0700 10. 

A 4-pole and a 12-pole connector included with delivery. 

Dimensions (HxWxD): approx. 71 x 71 x 24 mm 

Weight incl. central plate and frame: approx. 75 g 





The printed circuit board includes electrostatic sensitive 

components. Therefore avoid touching. 

Mounting 

Wall mounting on 1-gang back box. 

1. Strip the connection cables to the appropriate length. Remove 


2. Attach the wires according to fig. D to both connectors. 

3. Set the three DIP switches (refer to fig. A) according to Fig. 

D. 

4. Plug both wired connectors to the connection field 7. 

5. Screw the RAB 4 with the back box screws 3 to the back 

box 5. 

6. Insert the central plate 1 in the frame 2. 

7. Press the central plate 1 together with the frame 2 onto the 

RAB, until it clicks into place. 

Dismantling 

1. Lever off the frame 2 together with the central plate 1 from the 

wall using a screw driver, see fig. C. 

2. Unscrew the back box screws 3 and remove the RAB 4 from 

the back box. 

3. Unplug both connectors from the rear side of the RAB 4. 

00 8814 03, 10/12 (Rev. 4.0) 1 


6 

4 front view 

4 rear view 

1* Central plate for 2 buttons, 

order no. 19 9201 00 

2* Frame, internal dimensions: 55 x 55 mm 

3* Back box screws 

4 RAB 


6 DIP switches 


* Not included with delivery. 

Registering the room devices in the RAB 

So that the room devices that are connected to the inputs of the This is how you have to proceed 

RAB (max. 4 room devices per input) are monitored by the RAB 

for faults during nurse call operation, they must first be registered 

by the RAB. 

Press the green button and keep it pressed. 

Within 1 second, also press the red button and 

keep it pressed for 10 seconds. 

The RAB registers all operational room devices 

Pre-condition: Terminating resistors are active 

with terminating resistor. 

The 120 kOhm terminating resistor must be active on all room 

devices connected at an input of the RAB. If several devices are 

Three short confirmation tones sound. 

connected in series, the terminating resistor must be active on 

each of these devices. Refer to the installation instructions for the 

device for how to activate the terminating resistor. 

As an alternative to the described method, you can 

disconnect the RAB from the power supply and 

then reconnect it. The RAB then registers all opera‐ 

tional room devices with a terminating resistor 

automatically. 

1* 

3* 

2* 

2* 

1* 

7 

4 

3* 

5*

Call/presence combination bus (RAB), order no. 19 0701 00 

Connecting the wires to the connectors and setting DIP switches 

YE 4 ) 

RL 

Room lamp 7 ) 

YE 

AW 

YE 5 ) 

WL 


BK or BU 

GND 

IA 

WH(YE) 

R3 

IB 

YE 

R4 

+24 V 

GND 

BU 


Max. wire cross-section: 2.5 mm 2 

00 8814 03, 10/12 (Rev. 4.0) 2 


+24 V 

+24V 

BN 

R1 

R2 

WR 

12 11 10 9 8 7 6 5 4 3 2 1 

4 

IA 


WH 

R4 = Door alarm 1 ) 2 ) 3 ) 

IB 

WH 

RD 

3 2 1 

GND 

RD 


+24 V 

WH 


WH 

WC call button 3 ) 

WH 

WC cancel button 3 ) 

WH 6 ) 

WA 

Power supply (input) 

Legend: 

1 ) In CONCENTOPLUS systems the call type and contact 

type can be changed using a service module. 

2 ) In Concento systems R4 = Room call. 

3 ) Maximum 4 monitored devices per input. 

4 ) RL colour = YE. For room lamp only = RD. 

5 ) WL colour = YE. For room lamp only = WH. 

6 ) WA colour = WH. For room lamp only = WH(GN). 

7 ) Switching power for each output: 100 mA at 24 V DC. 


DIP Switch ON OFF 

Factory Setting 

3 

2 

1 

Not all ward bus users are 

CONCENTO PLUS type. One or more 

ward bus users are Concento type, 

order no.: 



- Display module: 10 0700 8x 

- RAB: 10 0701 x0 

WC calls can be cancelled with the 

WC cancel button or the presence 

button. 

RAB is first or last ward bus user 

(= bus termination). 

All ward bus users are CONCENTO PLUS 

type, order no.: 



- Display module: 19 0700 80 

- RAB: 19 0701 00 

WC calls can be cancelled only with 

the WC cancel button. 

RAB is neither first nor last ward bus 

user. 

One wire 

Four wires 

OFF 

OFF 

OFF 

Not! All inputs are programmed 

as normally open contacts. 

DIP switches 3, 2, 1 

Output 

Input 



12.2 Room lamps, corridor displays 

77 0180 10 Room lamp universal, 3 sections 

77 0181 10 Room lamp universal, 3 sections, with doorplate 

77 0185 10 Room lamp universal, 3 sections, glass decor 

19 078x xx Corridor displays, single-sided 

19 078x xx Corridor displays, double-sided 




Installationsanleitung D Installation Instructions GB 

Zimmerleuchte Universal, 3-teilig, Best.‐Nr. 77 0180 10 

zur optischen Anzeige von allen Rufarten und Personalanwesenheit 1 sowie zusätzliche 

Anzeige für WC‐Ruf. Wandmontage. 


wie 77 0180 10, jedoch zusätzlich mit Personalanwesenheit 2. 


zur optischen Anzeige von Personalanwesenheit 1 und von Telefonruf. Wandmontage. 


zur optischen Anzeige von allen Rufarten. Wandmontage. 

Achtung! Die LED‐Module sind mit elektrostatisch gefährdeten Bauteilen bestückt. 

Vermeiden Sie deshalb eine direkte Berührung. 

Montage Mounting 

1* Einbaudose 

2 Gehäuse‐Rückwand 

3* Anschlussklemme (70 0807 07) 

4 Leiterplatte mit LED‐Modulen 

00 8802 56, 12/11 (Rev. 2.1) 

5 Dekorrahmen 

6 Befestigungsschrauben 

7 Lichtkuppel mit Trenneinsatz 

* ist nicht im Lieferumfang enthalten. 

1. Gehäuse‐Rückwand 2 mit den Schrauben der Einbaudose an der Einbaudose 1 

festschrauben. Einbaurichtung beachten, siehe Markierung im Gehäuse. 

2. Angeschlossene Anschlussklemme 3 in die eingebaute Buchse der Leiterplatte 4 

stecken. 

3. Leiterplatte 4 in die Gehäuse‐Rückwand 2 einsetzen (erst oben, dann unten). Dabei die 

beiden Löcher unten in der Leiterplatte 4 auf die Arretierungsstifte der 

Gehäuse‐Rückwand 2 stecken. 

4. LED‐Module gemäß der folgenden Übersicht auf die Leiterplatte stecken. 

5. Dekorrahmen 5 mit den Befestigungsschrauben 6 auf die Gehäuse‐Rückwand 2 

schrauben. 

6. Lichtkuppel mit Trenneinsatz 7 auf den Dekorrahmen 5 drücken bis sie einrastet. 

Farben der LED‐Module LED module colours 

Anschlusspunkt 

L1 

L2 

L3 

L4 


L1 

L2 

L3 

L4 

77 0180 10 77 0180 00 

rot: Rufe 

rot: Rufe 

grün: Personal 1 grün: Personal 1 

kein LED‐Modul gelb: Personal 2 

weiß: WC‐Ruf weiß: WC‐Ruf 

77 0182 10 77 0182 50 

kein LED‐Modul rot: Rufe 

grün: Personal 1 kein LED‐Modul 

weiß: Telefonruf kein LED‐Modul 

kein LED‐Modul 

kein LED‐Modul 

Demontage Dismantling 

Room lamp universal, 3 sections, order no. 77 0180 10 

for optical signalling of all call types and staff presence 1 as well as additional display for 

WC call. Wall mounting. 


as 77 0180 10, but additionally with staff presence 2. 


for optical signalling of staff presence 1 and telephone call. Wall mounting. 

Room lamp universal, 1 section, order no. 77 0182 50 

for optical signalling of all call types. Wall mounting. 

Attention! The LED modules include electrostatic sensitive components. Avoid 

touching. 

1* Back box 

5 Decorative frame 

2 Pattress 

6 Fixing screws 

3* Connector (70 0807 07) 

7 Light dome with insert module 

4 Printed circuit board (PCB) with LED modules * not included with product delivery. 

1. Fit the pattress 2 with the back box screws to the back box 1. For the correct mounting 

direction refer to the markings in the pattress. 

2. Plug the pre-connected connector 3 into the socket on the PCB 4. 

3. Put the PCB 4 into the pattress 2 (first the top, then the bottom). The two holes on the 

base of the PCB must fit onto the fixing pins of the pattress 2. 

4. Plug the LED modules onto the PCB according to the following overview. 

5. Fit the decorative frame 5 with the fixing screws 6 onto the pattress 2. 

6. Press the light dome with the insert module 7 onto the decorative frame 5 until it locks in 

place. 

Connector 

L1 

L2 

L3 

L4 

Connector 

Lichtkuppel von oben und unten leicht zusammendrücken und dann abziehen. Compress and pull off the light dome. 

77 0180 10 

Zimmerleuchte Universal , 3‐teilig 

Room lamp universal, 3 sections 

77 0180 00 

Zimmerleuchte Universal, 4‐teilig 


77 0182 10 

Zimmerleuchte Universal , 2‐teilig 


77 0182 50 

Zimmerleuchte Universal, 1‐teilig 

Room lamp universal, 1 section 

1 

2 

3 

OBEN 

TOP 


4 

5 

6 

L1 

L2 

L3 

L4 

6 

77 0180 10 77 0180 00 

red: calls red: calls 

green: staff 1 green: staff 1 

no LED module yellow: staff 2 

white: WC call white: WC call 

77 0182 10 

no LED module 

green: staff 1 

white: telephone call 

no LED module 

7 

77 0182 50 

red: calls 

no LED module 

no LED module 

no LED module 

1. 

1. 

2.

Anschlüsse D Connections GB 

77 0180 10 

System EccoLine L200, NewLine L200: System CCS: 

Terminal L200 

77 0180 00 

77 0182 10 

00 8802 56, 12/11 (Rev. 2.1) 

0V 

RL 

AWL 

WCL 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

ComTerminal 

System CCS: 

3 0V 

2 AW 

ComTerminal 

System Flamenco, EccoLine mit Sprechen, EccoLine L200: 

System Flamenco, EccoLine with speech, EccoLine L200: 

Steckvorrichtung ComStation 

(Bestell‐Nr. 74 0452 30) 

mit Anschluss einer ComStation BUS , 

EccoLine ComStation 

oder ComStation L200 

Connection socket ComStation 

(order no. 74 0452 30) 

with connection of a ComStation BUS , 

EccoLine ComStation 

or ComStation L200 

77 0182 10 

77 0182 50 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

System Flamenco: 

Telefonanschaltrelais 

(Bestell‐Nr. 11 5350 00) 

Telephone interface relay 

(order no. 11 5350 00) 

0V 

C 

S 

WL 

0V 

C 

S 

HS 

WL 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

System CONCENTO PLUS / Concento: 

Terminal / 

Displaymodul / 

RAB / 

System Flamenco: 

Steckvorrichtung ComStation PC 

(Bestell‐Nr. 74 0452 60A) 

mit Anschluss einer ComStation PC 

Connection socket ComStation PC 

(order no. 74 0452 60A) 

with connection of a ComStation PC 

14 

A1 

System Communicall Connect: 

0 V 

+24VDC AUX NO 

PiperTerminal 

mit 24VDC-Zusatzstromversorgung 

Speech module 

with 24VDC additional power supply 


COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

GND 

RL 

AW 

WL 

0 V 

2 AW 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 



Installationsanleitung D Installation Instructions GB 

Zimmerleuchte Universal, 3-teilig, mit Türschild, Best.‐Nr. 77 0181 10 

zur optischen Anzeige von allen Rufarten, Personalanwesenheit 1 und zusätzlich WC‐Ruf. 

Türschild als Beschriftungsfeld für die Raumbezeichnung. Wandmontage. 

Zimmerleuchte Universal, 4-teilig, mit Türschild, Best.‐Nr. 77 0181 00 

wie 77 0181 10, jedoch zusätzlich mit Personalanwesenheit 2. 

Achtung! Die LED‐Module sind mit elektrostatisch gefährdeten Bauteilen bestückt. 

Vermeiden Sie deshalb eine direkte Berührung. 

Anschlüsse Connections 

System EccoLine L200, NewLine L200: System CCS: 

Terminal L200 

00 8802 55, 12/11 (Rev. 1.1) 

0V 

RL 

AWL 

WCL 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

ComTerminal 

*nur bei 77 0181 00 

*only for 77 0181 00 

Room lamp universal, 3 sections, with doorplate, order no. 77 0181 10 

for optical signalling of all call types, staff presence 1 and additional display for WC call. 

Doorplate as label field for room designation. Wall mounting. 

Room lamp universal, 4 sections, with doorplate, order no. 77 0181 00 

as 77 0181 10, but additionally with staff presence 2. 

0V 

C 

S 

HS* 

WL 

Montage Mounting 

1* Einbaudose 

2 Gehäuse‐Rückwand 

3* Anschlussklemme (70 0807 07) 

4 Leiterplatte mit LED‐Modulen 

5 Dekorrahmen 

6 Befestigungsschrauben 

7 Lichtkuppel mit Trenneinsatz 

8* Namensschild (Höhe x Breite: 70 x 92 mm) 

9 Schutzabdeckung 

* ist nicht im Lieferumfang enthalten. 

1. Gehäuse‐Rückwand 2 mit den Schrauben der Einbaudose an der Einbaudose 1 

festschrauben. Einbaurichtung beachten, siehe Markierung im Gehäuse. 

2. Angeschlossene Anschlussklemme 3 in die eingebaute Buchse der Leiterplatte 4 

stecken. 

3. Leiterplatte 4 in die Gehäuse‐Rückwand 2 einsetzen (erst oben, dann unten). Dabei die 

beiden Löcher unten in der Leiterplatte 4 auf die Arretierungsstifte der 

Gehäuse‐Rückwand 2 stecken. 

4. LED‐Module gemäß der folgenden Übersicht auf die Leiterplatte stecken. 

5. Dekorrahmen 5 mit den Befestigungsschrauben 6 auf die Gehäuse‐Rückwand 2 

schrauben. 

6. Lichtkuppel mit Trenneinsatz 7 auf den Dekorrahmen 5 drücken bis sie einrastet. 

7. Namenschild 8 und Schutzabdeckung 9 einlegen. 

Attention! The LED modules include electrostatic sensitive components. Avoid 

touching. 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

Farben der LED‐Module LED module colours 


L1 

L2 

L3 

L4 

77 0181 10 77 0181 00 

rot: Rufe 

rot: Rufe 

grün: Personal 1 grün: Personal 1 

kein LED‐Modul gelb: Personal 2 

weiß: WC‐Ruf weiß: WC‐Ruf 

Demontage Dismantling 

System CONCENTO PLUS , Concento: 

Terminal / 

Displaymodul / 

RAB / 

GND 

RL 

AW 

WL 

COM 

L1 

L2 

L3 

L4 

LB1 

LB2 

1* Back box 

6 Fixing screws 

2 Pattress 

7 Light dome with insert module 

3* Connector (70 0807 07) 

8* Label strip (hxw: 70 x 92 mm) 

4 Printed circuit board (PCB) with LED modules 9 Protection cover 

5 Decorative frame 

* not included with product delivery. 

1. Fit the pattress 2 with the back box screws to the back box 1. For the correct mounting 

direction refer to the markings in the pattress. 

2. Plug the pre-connected connector 3 into the socket on the PCB 4. 

3. Put the PCB 4 into the pattress 2 (first the top, then the bottom). The two holes on the 

base of the PCB must fit onto the fixing pins of the pattress 2. 

4. Plug the LED modules onto the PCB according to the following overview. 

5. Fit the decorative frame 5 with the fixing screws 6 onto the pattress 2. 

6. Press the light dome with the insert module 7 onto the decorative frame 5 until it locks in 

place. 

7. Insert the label strip 8 and the protection cover 9. 

Connector 

L1 

L2 

L3 

L4 

Lichtkuppel von oben und unten leicht zusammendrücken und dann abziehen. Compress and pull off the light dome. 

77 0181 10 

Zimmerleuchte Universal , 3‐teilig, 

mit Türschild 

Room lamp universal, 3 sections, 

with doorplate 

77 0181 00 

Zimmerleuchte Universal, 4‐teilig, 

mit Türschild 

Room lamp universal, 4 sections, 

with doorplate 

1 

2 

3 

OBEN 

TOP 


4 

5 

6 

6 

8 

9 

77 0181 10 77 0181 00 

red: calls red: calls 

green: staff 1 green: staff 1 

no LED module yellow: staff 2 

white: WC call white: WC call 

7 

1. 

1. 

2.


Corridor display, order no. 19 0781 xx 

Corridor display, 8‐digit, order no. 19 0781 08 

Display for the alphanumeric displaying of calls and general sys‐ 

tem information. 8-digit text display, single-sided version. 


Weight: approx. 1 kg 

Standby current consumption: 50 mA 

Max. current consumption (for call): 270 mA 

Corridor display, 16‐digit, order no. 19 0781 16 


tem information. 16-digit text display, single-sided version. 


Weight: approx. 1.5 kg 





Wall mounting 

Do not cover the 

light sensor! 

460 mm 

22 22 


light sensor! 

order no. 19 0781 08 

504 mm 

Order no. 19 0781 16 

00 8814 13, 10/12 (Rev. 3.0) 1 


125 mm 

19 0781 08 

19 0781 16 

760 mm 

22 22 

804 mm 

Connection cable: approx. 1.2 m 

42 mm 


42 mm 

125 mm

Corridor display, order no. 19 0781 xx 

Only if necessary: Change address 

A maximum of 10 corridor displays may be connected to a ward 

bus. Each corridor display must have an unique address on the 

ward bus. The addresses in the range 9980 to 9989 may be 

used. 

One address is already preset at the factory. For this, refer to the 

label on the corridor display ”ADR: ....”. If this address is used 

only once on the ward bus, you do not have to change anything. 

If this address is already being used on the ward bus by another 

corridor display, you must change the address on one corridor 

display: 

Proceed as follows: 

1. The corridor display must be disconnected from the power 

supply. 

2. Wrap adhesive tape around the corridor display on the side 

facing away from the cable outlet in order to secure the 

housing cover and the housing base. Select an adhesive tape 

(e.g. masking tape) that can be removed easily afterwards. 

3. Unscrew the side cover on the side facing away from the 

cable outlet. 

4. Pull out the power supply circuit board approx. 2 cm. 

5. Set the desired address on the 4-pole DIP switch. 

6. Push the power supply circuit board back in and screw the 

side cover back on. 

Note: The set address corresponds to the room number in the 


DIP switch 

1234 

00 8814 13, 10/12 (Rev. 3.0) 2 



Note: The power supply circuit 

board is located on the side 

facing away from 

the cable outlet. 

Power supply 

circuit board 

= Address 9980 

Loop in the corridor display into the ward bus and connect to the power supply 

Ward bus 

Green 

IA 

WH(YE) 

Yellow 

IB 

YE 

White 

GND 

BU 

Connection cable of corridor display 

Brown 

+24 V 

BN 

Junction box 

Cable outlet 

DIP switch 

Address 1 2 3 4 

9980 OFF OFF OFF OFF 

9981 ON OFF OFF OFF 

9982 OFF ON OFF OFF 

9983 ON ON OFF OFF 

9984 OFF OFF ON OFF 

9985 ON OFF ON OFF 

9986 OFF ON ON OFF 

9987 ON ON ON OFF 

9988 OFF OFF OFF ON 

9989 ON OFF OFF ON 

Lay a separate NYM stub line for the 

power supply! 

Tunstall GmbH, Orkotten 66, 48291 Telgte, www.tunstall.de


Corridor display, double-sided, order no. 19 0782 xx 

Corridor display, 8‐digit, double-sided, order no. 19 0782 08 


tem information. 8-digit text display, double-sided version. 


Weight: approx. 1 kg 



Corridor display, 16‐digit, double-sided, order no. 19 0782 16 


tem information. 16-digit text display, double-sided version. 


Weight: approx. 1.5 kg 


Max. current consumption (for call) 1,060 mA 



Ceiling mounting 

Do not loose 

the eye bolts! 


Ceiling mounting e.g. 

with snap hook and 

eye bolt (not included 

with the corridor display) 

19 0782 08: 504 mm 

19 0782 16: 804 mm 


light sensor! 

approx. 325 mm 

125 mm 

Do not loose 

the eye bolts! 

00 8814 12, 10/12 (Rev. 3.0) 1 


Connection cable 

19 0782 08 

19 0782 16 


light sensor! 

22 22 

42 mm

Corridor display, double-sided, order no 19 0782 xx 


A maximum of 10 corridor displays may be connected to a ward 

bus. Each corridor display must have an unique address on the 

ward bus. The addresses in the range 9980 to 9989 may be 

used. 

One address is already preset at the factory. For this, refer to the 

label on the corridor display ”ADR: ....”. If this address is used 

only once on the ward bus, you do not have to change anything. 

If this address is already being used on the ward bus by another 

corridor display, you must change the address on one corridor 

display: 

Proceed as follows: 

1. The corridor display must be disconnected from the power 

supply. 

2. Wrap adhesive tape around the corridor display on the side 

facing away from the cable outlet in order to secure the 

housing cover and the housing base. Select an adhesive tape 

(e.g. masking tape) that can be removed easily afterwards. 

3. Unscrew the side cover on the side facing away from the 

cable outlet. 

4. Pull out the power supply circuit board approx. 2 cm. 

5. Set the desired address on the 4-pole DIP switch. 

6. Push the power supply circuit board back in and screw the 

side cover back on. 

Note: The set address corresponds to the room number in the 


DIP switch 

1234 

00 8814 12, 10/12 (Rev. 3.0) 2 



Note: The power supply circuit 

board is located on the side facing 

away from the cable outlet. 

Power supply 

circuit board 

= Address 9980 

Loop in the corridor display into the ward bus and connect to the power supply 

Ward bus 

Green 

IA 

WH(YE) 

Yellow 

IB 

YE 

White 

GND 

BU 

Connection cable of corridor display 

Brown 

+24 V 

BN 

Junction box 

Cable outlet 

DIP switch 

Address 1 2 3 4 

9980 OFF OFF OFF OFF 

9981 ON OFF OFF OFF 

9982 OFF ON OFF OFF 

9983 ON ON OFF OFF 

9984 OFF OFF ON OFF 

9985 ON OFF ON OFF 

9986 OFF ON ON OFF 

9987 ON ON ON OFF 

9988 OFF OFF OFF ON 

9989 ON OFF OFF ON 

Lay a separate NYM stub line for the 

power supply! 


12.3 Switches 

19 0707 20x Pull cord switch 

19 0708 00 Call switch 

19 0708 50 Call & cancel switch/WC 

19 0709 00 Cancel switch/WC 

19 0707 50x Pneumatic switch 





Pull cord switch, order no. 19 0707 20x 

19 070720J incl. frame Jung AS 500 

19 070720B incl. frame Berker S.1 

19 070720G incl. frame Gira Standard 55 matt 

19 070720GG incl. frame Gira Standard 55 glossy 

19 070720M incl. frame Merten System M-SMART 

Pull cord switch with 2 m pull cord and call handle for raising 

calls by pulling the cord. The reassurance light lights up as soon 

as a call is raised. Incl. frame and central plate. 

Connection to terminal, display module or call/presence combi‐ 

nation bus (RAB). The call type depends on the input to which 

the pull cord switch is connected. 

Weight : approx. 90 g 

Standby current consumption: 0.05 mA 

Maximum current consumption: 10 mA 

Note! Complete installation of the system is described 

in the Technical Manual.. 

Mounting 

Wall or ceiling mounting on 1-gang back box. 



2. If you want to connect the switch to a terminal, order no. 

19 0700 x0, or display module, order no. 19 0700 80, or a 

RAB, order no. 19 0701 00, connect the connecting cable to 

the connector 8 as per Fig. D. 


10 0700 x0, or display module, order no. 10 0700 8x, or a 

RAB, order no. 10 0701 x0, connect the connecting cable to 

the connector 8 as per Fig. E. 

4. Screw the pull cord switch insert 5 and the sealing flange 6 

onto the back box 7 with the screws 4 of the back box. When 

doing this, pay attention to the orientation of the ”top” 

marking. 

5. Insert central plate 2 into the frame 3. 

6. Press the central plate 2 together with frame 3 onto the pull 

cord switch insert until it engages audibly on both sides. 

7. Shorten the pull cord 1 to the desired length and knot it again 

in the call handle. Attention! The call handle must not be more 

than 200 mm above the floor. 

Dismantling 

1. Lever frame 3 together with central plate 2 off the wall using a 

screw driver, see Fig. C. 

2. Undo the screws 4 of the back box and remove the pull cord 

switch insert 5 with the sealing flange 6 from the back box. 

3. Unscrew the connecting cable from the connector on the rear 

of the pull cord switch insert 5. 

00 8814 05, 10/12 (Rev. 2.0) 1 


1 

Front side: 

7 2 

1 

2 

4* 

3 

top 

5 Rear side: 

8 9 

1 Pull cord with call handle 

2 Central plate 

3 Frame 

4* Screws of the back box 

5 Pull cord switch insert 

6 Sealing flange 

7* Back box 

8 Connector 

9 Plug bridge 

* Not included with product delivery 

3 

4* 

top 

5 

2 3 

6 

7*

Pull cord switch, order no. 19 0707 20x 

Connection on terminal, order no. 19 0700 x0, or display module, order no. 19 0700 80, or 

RAB, order no. 19 0701 00 (CONCENTO PLUS system) 

See table below 

Order no.: 19 0700 x0 or 19 0700 80 or 19 0701 00 

Device Order no. 

Display module 19 0700 80 

RAB 

19 0701 00 

Terminal 19 0700 x0 

Reassurance light 

GND 

Call input 

+24 V 

Several call buttons in the room 

Max. 4 call devices can be connected in line or star topology. The max. cable length per input is 20 m. The integrated 120 kOhm 

terminating resistor must be active for all call devices (= factory setting). 

Caution! Do not remove the plug bridge 9. It must always be inserted. 

YE 

BK 

WH(YE) 

RD 

IY(ST)Y 2x2x0.8 mm 

Call type*) Reassurance light Call input 

WC Call WL WR 

Call Bed 1 RL R1 

Call Bed 2 RL 

R2 


WC Call WL R3 


Call Bed 2 RL 

R2 

*) Note! Many inputs of the display module, RAB and terminals are configurable, i.e the 

call type can be changed. In addition there are further inputs available that are also 

configurable. For details, read the product leaflets accompanying the respective device. 

00 8814 05, 10/12 (Rev. 2.0) 2 


RL 

GND 

RT 

+24 V 

Connector 8 

on switch 

Connection to terminal, order no. 10 0700 x0, or display module, order no. 10 0700 8x, or 

RAB, order no. 10 0701 x0 (Concento system) 



GND 

Call input 

+24 V 

Order no.: 10 0700 x0 or 10 0700 8x or 10 0701 x0 

Device 


RAB 

Order no. 

10 0700 80 

10 0701 00 


RAB 

10 0701 20 


YE 

BK 

WH(YE) 

RD 


Call type Reassurance light Call input 

WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

WC Call WL 

WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

Call Bed 3 RL 

RT3 

WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

configurable RL R5 


RL 

GND 

RT 

+24 V 

Connector 8 

on switch 

Terminating resistor 

Several call devices on one input can be connected in line topology. Star topology is not permissible. The maximum cable length 

per input is 15 m. 

The integrated 120 kOhm terminating resistor must be active in the case of the last call devices at an input. 

The integrated 120 kOhm terminating resistor must be inactive in the case of all other call devices at the input. 

The terminating resistor is set to active at the factory. The terminating resistor is activated and deactivated via the plug bridge 9 

(see Fig. A). 

Plug bridge plugged in 

Plug bridge removed 

9 = Terminating resistor active (factory setting) 9 = Terminating resistor not active 



Call switch, order no. 19 0708 00 

Call switch with reassurance light and integrated location light as 

an LED. The reassurance light lights up as soon as a call is 

raised. 



the pull cord switch is connected. 


Weight incl. Central plate und frame: approx. 50 g 


6 

7 

Maximum current consumption: 7.5 mA 4 Front side 4 Rear side 


in the Technical Manual. 

Mounting 












4. Screw the switch 4 to the back box 5 with the screws 3 of the 

back box. 


6. Press the central plate 1 together with frame 2 onto the switch 

until it engages audibly on both sides. 

Dismantling 

1. Lever frame 2 and central plate 1 off the wall with a screw 

driver, see Fig. C. 

2. Undo the screws 3 of the back box and remove the switch 4 

from the back box. 

3. Unscrew the connecting cable of the connector from the rear 

of the switch 4. 

00 8814 07, 10/12 (Rev. 2.0) 1 


1* Central plate for 1 button, 

order no. 19 9201 06 



4 Call switch 

5* Back box, 1‐gang 

6 Solder bridge 

7 Connector 


1* 

3* 

2* 

1* 

2* 

3* 

4 

5*

Call switch, order no. 19 0708 00 

Connection on terminal, order no. 19 0700 x0, or display module, order no. 19 0700 80, or RAB, 

order no. 19 0701 00 (CONCENTO PLUS system) 


Order no. 19 0700 x0 

or 19 0700 80 

or 19 0701 00 



RAB 

19 0701 00 


GND 


Call input 

+24 V 

BK 

YE 

WH(YE) 

RD 



WC Call WL WR 


Call Bed 2 RL 

R2 


WC Call WL R3 


Call Bed 2 RL 

R2 

*) Note! Many inputs of the display module, RAB and terminals are configurable, i.e the 

call type can be changed. In addition there are further inputs available that are also 

configurable. For details, read the product leaflets accompanying the respective device. 




Caution! Do not change the solder bridge 6. It must always be closed. 

00 8814 07, 10/12 (Rev. 2.0) 2 


GND 

RL 

RT 

+24 V 

Connector 7 

on switch 

Connection on terminal, order no. 10 0700 x0, or display module, order no. 10 0700 8x, or RAB, 

order no. 10 0701 x0 (Concento system) 


GND 


Call input 

+24 V 

Order no. 10 0700 x0 

or 10 0700 8x 

or 10 0701 x0 

Device 


RAB 

Order no. 

10 0700 80 

10 0701 00 


RAB 

10 0701 20 

Call type 

BK 

YE 

WH(YE) 

RD 


GND 

RL 

RT 

+24 V 

Connector 7 

on switch 

Reassurance light Call input 

WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

WC Call WL 

WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

Call Bed 3 RL 

RT3 

Terminal 10 0701 x0 WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 






The integrated 120 kOhm terminating resistor must be active in the case of the last call device at an input. 


The terminating resistor is set to active at the factory. The terminating resistor is activated and deactivated via the solder bridge 6 

(see Fig. A). 

Solder bridge closed 

Terminating resistor active (factory setting) 

Solder bridge opened (e.g. with knife blade) 

Terminating resistor not active 



Call & cancel switch/WC, order no. 19 0708 50 

Switch with call button and cancel button for raising calls and for 

cancellation of WC calls at the call location. Red call button with 

reassurance light and integrated location light as LED. The re‐ 

assurance light lights up as soon as a call is raised. Grey cancel 

button with reminder light and integrated location light as LED. 

The reminder light lights up when a WC call has been raised that 

must be cancelled with the cancel button. 


nation bus (RAB) 


Weight incl. central plate und frame: approx. 50 g 





Mounting 













back box. 




Dismantling 







00 8814 08, 10/12 (Rev. 2.0) 1 


6 

6 

4 Front side 4 Rear side 

1* Central plate for 2 buttons, 

order no. 19 9201 00 


3* Srews of the back box 

4 Call & cancel switch/WC 


6 Solder bridges 

7 Connector 

* Not included with product delivery.. 

1* 

3* 

2* 

1* 

2* 

3* 

4 

7 

5*

Call & cancel switch/WC, order no. 19 0708 50 



GND 

WL 

WA 

WR 

+24 V 


or RAB, order no. 19 0701 00 

GND 

WL 

R4 

R3 

+24 V 

Terminal, order no. 19 0700 x0 

Several Call & cancel switches in the room 

Max. 4 call & cancel switches can be connected in line or star topology. The max. cable length per input is 20 m. The integrated 

120 kOhm terminating resistor must be active for all call & cancel switches (= factory setting). 

Optional other call type 


BU 

GN 

WH(GN) 

YE 

WH(YE) 

RD 


BU 

GN 

WH(GN) 

YE 

WH(YE) 

RD 

GND 

WL 

WA 

RL/WL 

RT/WR 

+24 V 

Callbutton WC 

Connector 7 

on switch 

GND 

WL 

WA 

RL/WL 

RT/WR 

+24 V 

Connector 7 

on switch 


As an option, it is possible to use the call button for a another call type than a WC call (e.g. room call). The connection points 

RT/WR (for the call button) and RL/WL (for the reassurance light) must then be connected to the corresponding other connection 

points of the terminal, the display module and the RAB. 

00 8814 08, 10/12 (Rev. 2.0) 2 


Cancel button 

Call button WC Cancel button 



GND 

WL 

WA 

WR 

+24 V 

Order no. 10 0700 x0 

or 10 0700 8x 

or 10 0701 x0 


BU 

GN 

WH(GN) 

YE 

WH(YE) 

RD 

GND 

WL 

WA 

RL/WL 

RT/WR 

+24 V 

Connector 7 

on switch 

Call button WC Cancel button 


Several switches can be connected in line topology. Star topology is not permissible. The maximum cable length per input is 15 m. 

The integrated 120 kOhm terminating resistor must be active in the case of the last call button (for WC call) and cancel button. 

The integrated 120 kOhm terminating resistor must be inactive in the case of all other call buttons (for WC call) and cancel buttons. 

The terminating resistors are set to active at the factory. The terminating resistors are activated and deactivated via the solder 

bridges 6 (see Fig. A). 

Solder bridge for call button 



Solder bridge for cancel button Solder bridge opened (e.g. with knife blade) 


Optional other call type 

As an option, it is possible to use the call button for a another call type to a WC call (e.g. room call). The connection points RT/WR 

(for the call button) and RL/WL (for the reassurance light) must then be connected to the corresponding other connection points of 

the terminal, the display module and the RAB. 



Cancel switch/WC, order no. 19 0709 00 

Cancel switch for cancelling WC calls at the call location. Grey 

cancel button with reminder light and integrated location light as 

LED. The reminder light lights up when a WC call has been 

raised that must be cancelled with the cancel button. 


nation bus (RAB) 


Weight incl. Central plate und frame: approx. 50 g 


6 

7 

Maximum current consumption: 7.5 mA 4 Front side 4 Rear side 



Mounting 













back box. 




Dismantling 







00 8814 09, 10/12 (Rev. 2.0) 1 


1* Central plate for 1 button, 

order no. 19 9201 06 



4 Cancel switch/WC 


6 Solder bridge 

7 Connector 


1* 

1* 

2* 

3* 

2* 

3* 

4 

5*

Cancel switch/WC, order no. 19 0709 00 



GND 

WL 

WA 

+24 V 

Display module order no. 19 0700 80 

or RAB, order no. 19 0701 00 

GND 

WL 

R4 

+24 V 

Terminal, order no. 19 0700 x0 


BK 

YE 

WH(YE) 

RD 


BK 

YE 

WH(YE) 

RD 

GND 

RL 

RT 

+24 V 

Connector 7 on switch 

GND 

RL 

RT 

+24 V 


Several cancel switches in the room 

Max. 4 cancel buttons can be connected in line or star topology. The max. cable length per input is 20 m. The integrated 120 kOhm 

terminating resistor must be active for all cancel buttons (= factory setting). 


www.tunstall.de 


Telgte, 


48291 


66, 

GND 

BK 

GND 

WL 

YE 

RL 

Orkotten 

WA 

WH(YE) 

RT 

GmbH, 

+24 V 

RD 

+24 V 

Tunstall 

Order no. 10 0700 x0 

Connector 7 on switch 

or 10 0700 8x 

or 10 0701 x0 


Several cancel buttons can be connected in line topology. Star topology is not permissible. The maximum cable length 


The integrated 120 kOhm terminating resistor must be active in the case of the last cancel button. 

The integrated 120 kOhm terminating resistor must be inactive in the case of all other cancel buttons. 

The terminating resistor is set to active at the factory. The terminating resistor is activated and deactivated via the solder bridge 6 

(see Fig. A). 



Solder bridge opened (e.g. with knife blade) 


00 8814 09, 10/12 (Rev. 2.0) 2 




Pneumatic switch, order no. 19 0707 50x 

19 070750J incl. frame Jung AS 500 

19 070750B incl. frame Berker S.1 

19 070750G incl. frame Gira Standard 55 matt 

19 070750GG incl. frame Gira Standard 55 glossy 

19 070750M incl. frame Merten System M-SMART 

Pneumatic switch with 2 m air hose and rubber ball for raising a 

call by pneumatic actuation. The reassurance lights up as soon 

as a call is raised. Incl. frame and central plate. 



the pneumatic switch is connected. 

Weight : approx. 205 g 

Standby current consumption: 0.05 mA 




Mounting 


1. Anschlusskabel auf geeignete Länge abmanteln. Kabelschirm 

und Beidraht bis zum Kabelmantel entfernen. 









4. Screw the pneumatic switch insert 6 and the sealing flange 7 

onto the back box 8 with the screws 5 of the back box. When 

doing this, pay attention to the orientation of the ”top” marking 


6. Press the central plate 2 together with frame 3 onto the 

pneumatic switch insert until it engages audibly on both sides. 

7. Push the air hose 1 onto the metal pipe 4 as far as possible. 

This closes the disconnection contact 11. 

Attention! If the air hose is not pushed as far as possible onto 

the metal pipe, a call is raised when the pneumatic switch is put 

into operation (disconnection call). This cannot be cancelled until 

the air hose has been pushed onto the metal pipe as far as pos‐ 

sible. This is a safety function that ensures that the nursing staff 

are informed when the air hose has been accidentally disconnec‐ 

ted (for example). 

Dismantling 

1. Pull the air hose 1 off the metal pipe 4. 

2. Lever frame 3 and central plate 2 off the wall with a screw 

driver, see Fig. C. 

3. Undo the screws 5 of the back box and remove the 

pneumatic switch insert 6 with the sealing flange 7 from the 

back box. 

4. Unscrew the connecting cable from the connector on the rear 

of the pneumatic switch insert 6. 

00 8814 06, 10/12 (Rev. 2.0) 1 


Front side: 

1 

4 

2 

3 

6 Rear side: 

1 Air hose with rubber ball 

2 Central plate 

3 Frame 

4 Metal pipe for hose connection 


6 Pneumatic switch insert 

7 Sealing flange 

8* Back box 

9 Connector 

10 Plug bridge 

11 Disconnection contact for air hose 


10 

11 

5* 

6 

2 3 

3 

2 

4 

4 

1 

top 

6 

5* 

7 

9 

8

Pneumatic switch, order no. 19 0707 50x 




Order no.: 19 0700 x0 or 19 0700 80 or 19 0701 00 

Device order no. 

Display module19 

0700 80 

RAB 19 0701 00 



GND 

+24 V 

Call input 


WC Call WL WR 


Call Bed 2 RL 

R2 



Max. 4 call devices can be connected in line or star topology. The max. cable length per input is 20 m. The integrated 

120 kOhm terminating resistor must be active for all call devices (= factory setting). 

Caution! Do not remove the plug bridge 10. It must always be inserted. 

YE 

BK 

RD 

WH(YE) 


WC Call WL R3 


Call Bed 2 RL 

R2 

*) Note! Many inputs of the display module, RAB and terminals are configurable, i.e 

the call type can be changed. In addition there are further inputs available that are also 

configurable. For details, read the product leaflet accompanying the respective device. 

00 8814 06, 10/12 (Rev. 2.0) 2 


RL 

GND 

+24 V 

RT 

Connector 9 

on switch 




Order no.: 10 0700 x0 or 10 0700 8x or 10 0701 x0 

Device 


RAB 

Order no. 

10 0700 80 

10 0701 00 


RAB 

10 0701 20 



GND 

+24 V 

Call input 

YE 

BK 

RD 

WH(YE) 



WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

WC Call WL 

WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

Call Bed 3 RL 

RT3 

WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 



RL 

GND 

+24 V 

RT 

Connector 9 

on switch 






The terminating resistor is set to active at the factory. The terminating resistor is activated and deactivated via the plug bridge 10 

(see Fig. B). 

Plug bridge plugged in 

Plug bridge removed 

10 = Terminating resistor active (factory setting) 10 = Terminating resistor not active 



12.4 Call switches with connection socket 

19 0704 00 Call switch with connection socket 

19 0704 20 Call switch with 2 connection sockets 




Call switch with connection socket, order no. 19 0704 00 

Red call button with reassurance light and integrated location 

light as LED. The reassurance light lights up as soon as a call is 

raised. A socket for connecting a pear push switch or another 

plug-in call device. 


nation bus (RAB). 



Standby current consumption: 9.1 mA (without connecting the 

connection socket) 

Maximum current consumption: 18.5 mA (without connecting the 

connection socket) 




The printed circuit board contains components at risk 

from electrostatic charges. Therefore, avoid touching 

them. 

Mounting 













back box. 




Dismantling 







00 8814 10, 10/12 (Rev. 2.0) 1 


6 


1* Central plate for 1 button & 1 connection 

socket, order no. 19 9201 04 

2* Frame, internal dimension: 55 x 55 mm 


4 Call switch with connection socket 


6 DIP switch or jumper 

7 Connector 


1* 

1* 

2* 

3* 

2* 

6 

3* 

4 

7 

5*




GND 



Call input 

+24 V 

Order noo. 19 0700 x0 

or 19 0700 80 

or 19 0701 00 



RAB 

19 0701 00 


Light switching - see below 


BK 

YE 

WH/YE 

RD 



1 ) 

WC Call WL WR 


Call Bed 2 RL 

R2 


WC Call WL R3 


Call Bed 2 RL 

R2 

1 ) Note! Many inputs of the display module, RAB and terminals are configurable, i.e 






Caution! Do not change the DIP switch or jumper 6. It must be in the ”RA ON” position. 

Light switching 

24 V DC not from 


Light 

230 V AC 

Recommended pulse relays: 

Pulse relay 

LT1 

LT1 

GND 

RL 

RT 

+24 V 

Connector 7 

on switch 

00 8814 10, 10/12 (Rev. 2.0) 2 


WH(YE) 

YE 

Pulse relay (electronic): Pulse relay (mechanical*): Switching relay (mechanical) *): 


ELTAKO, ES75-100-12..24 VDC 





Anti-surge diode 

min. 1N4007 

LT1 

LT1 

GND 

RL 

RT 

+24 V 


Light button on pear push switch 


ELTAKO, R91-100-24 VDC (Flush-mounted, surface-mounted version) 

FINDER, 49.61-7024.4050 






Device 


RAB 


Several call devices can be connected in line topolgy. Star topology is not permissible. The maximum cable length 




The terminating resistor is set to active at the factory. The terminating resistor is activated and deactivated via the DIP switch or 

jumper 6. 

6 


= DIP switch ON (left) or 

= Jumper position left 

6 




GND 



Call input 

+24 V 

Order no. 10 0700 x0 

or 10 0700 8x 

or 10 0701 x0 

Light 

230 V AC 

Order no. 

10 0700 80 

10 0701 00 


RAB 

10 0701 20 





Pulse relay 

BK 

YE 

WH(YE) 

RD 



WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

WC Call WL 

WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

Call Bed 3 RL 

RT3 

WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 



LT1 

LT1 

GND 

RL 

RT 

+24 V 

Connector 7 

on switch 


min. 1N4007 

00 8814 10, 10/12 (Rev. 2.0) 3 


WH(YE) 

YE 

LT1 

LT1 

GND 

RL 

RT 

+24 V 

Connector 7 

on switch 


= DIP switch OFF (right) or 

= Jumper position right 



ELTAKO, ES75-100-12..24 VDC 





Light button on pear push switch 



FINDER, 49.61-7024.4050


Call switch with 2 connection sockets, order no. 19 0704 20 

Red call button with reassurance light and integrated location 

light as LED. The reassurance light lights up as soon as a call is 

raised. Two equal sockets for connecting a pear push switches or 

other plug-in call devices. 


nation bus (RAB). 



Standby current consumption: 9.1 mA (without connecting the 

connection socketes) 

Maximum current consumption: 18.5 mA (without connecting the 

connection socketes) 


in the Technical Manual beschrieben. 


The PCB contains components at risk from electrostatic 

charges. Therefore, avoid touching them. 

Mounting 













back box. 




Dismantling 







00 8814 11, 10/12 (Rev. 2.0) 1 


6 


1* Central plate for 1 button & 2 connection 

sockets, order no. 19 9201 08 

2* Frame, internal dimension: 55 x 55 mm 


4 Call switch with 2 connection sockets 


6 DIP switch or jumper 

7 Connector 


1* 

1* 

2* 

3* 

2* 

6 

3* 

4 

7 

5*




GND 



Call input 

+24 V 

Order no. 19 0700 x0 

or 19 0700 80 

or 19 0701 00 



RAB 

19 0701 00 


BK 

YE 

WH(YE) 

RD 



1 ) 

WC Call WL WR 


Call Bed 2 RL 

R2 


WC Call WL R3 


Call Bed 2 RL 

R2 

1 ) Note! Many inputs of the display module, RAB and terminals are configurable, i.e 







same as LT1, but for pear push switch 2 


the nurse call system 

Light 

230 V AC 



Pulse relay 

LT2 

LT2 

LT1 

LT1 

GND 

RL 

RT 

+24 V 

Connector 7 

on switch 

00 8814 11, 10/12 (Rev. 2.0) 2 


RD 

BK 

WH(YE) 

YE 

Caution! Do not change the DIP switch or jumper 6. It must be in the ”RA ON” position. 



min. 1N4007 



ELTAKO, ES75-100-12..24 VDC 





LT2 

LT2 

LT1 

LT1 

GND 

RL 

RT 

+24 V 


same as LT1, but pear push switch 2 

Light button on pear push switch 1 

Pear push switch 1 




FINDER, 49.61-7024.4050 






Device 


RAB 

Abschlusswiderstand 

Several call devices can be connected in line topolgy. Star topology is not permissible. The maximum cable length 




The terminating resistor is set to active at the factory. The terminating resistor is activated and deactivated via the DIP switch or 

jumper 6. 



= DIP switch ON (left) or 

= DIP switch OFF (right) or 

6 6 

= Jumper position left 

= Jumper position right 




GND 



Call input 

+24 V 

Order no. 10 0700 x0 

or 10 0700 8x 

or 10 0701 x0 

Light 

230 V AC 

Order no. 

10 0700 80 

10 0701 00 


RAB 

10 0701 20 



Pulse relay 

BK 

YE 

WH(YE) 

RD 



WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

WC Call WL 

WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 

Call Bed 3 RL 

RT3 

WC Call WL WR 

Call Bed 1 RL 

RT1 

Call Bed 2 RL 

RT2 



LT2 

LT2 

LT1 

LT1 

GND 

RL 

RT 

+24 V 

Connector 7 

on switch 


min. 1N4007 

00 8814 11, 10/12 (Rev. 2.0) 3 


RD 

BK 

WH(YE) 

YE 

LT2 

LT2 

LT1 

LT1 

GND 

RL 

RT 

+24 V 



ELTAKO, ES75-100-12..24 VDC 







Connector 7 

on switch 

same as LT1, but for pear push switch 2 same as LT1, but pear push switch 2 

Light button on pear push switch 1 





FINDER, 49.61-7024.4050

12.5 System control 







Group electronic (GE), order no. 19 0700 10 

The group electronic (abbreviation: GE) is for controlling a ward 

bus of a nurse call system, type CONCENTO PLUS (max. 40 ward 

bus users). All GE units are connected to each other via the 

group bus. Additionally one management interface and one fire 

alarm interface can be connected to the group bus (max. 40 

group bus users). 

It is possible to install the GE in an existing nurse call system of 

the type ”Concento” if the ConLog II or ConLog PLUS software is 

used in the system. 


GE weight: approx. 295 g, mounting plate weight: 60 g 

Standby current consumption: 60 mA at 24 V DC 

The mounting kit (order no. 19 0700 90), i.e. the mounting plate 

with three connectors, must be ordered separately. 




The printed circuit boards in the GE contain electrostatic 

sensitive components. Therefore, avoid touching them. 

Mounting in an existing Concento nurse call system 

If you install the GE in a nurse call system with speech transmis‐ 

sion and if terminals, GEs or interfaces are installed there, the 

order no. of which does not begin with ”19 07”, you must set the 

type ”Concento” on the GE instead of ”CONCENTOPLUS ” (factory 

setting). 

Proceed as follows to set ”Concento” in an existing Concento 

nurse call system (see Fig. B): 

1. Lever off the cover 2 on the side of the GE 1 with a 

screwdriver and then remove it. 

2. Slide the slide switch upwards into the ”Concento” position. 

3. Replace the cover 2 and press it on until it clicks into place. 

Mounting 

Wall mounting preferably in the electrical sub-distribution unit. 



2. Connect the wires according to Fig. F to the three connectors 

included with the mounting kit. 

3. Set the two DIP switches beside the connection field 8 on the 

rear of the GE as per Fig. E. 

4. Push the three connected connectors through the opening of 



the four back box screws 4. 


the back of the GE, see Fig. A. 

7. Attach the GE 1 to the mounting plate 5 so that the four 

protruding screws 3 are inserted into the ”keyholes” of the 


8. Slide down the GE 1 until it clicks into place 

00 8814 01, 10/12 (Rev. 3.0) 1 


1 Front view 

2 

3 

3 

3 

3 

1 Rear view 

1 Group electronic (abbreviation: GE) 

2 Cover on the side of GE 


4* Four back box screws 


6* Back box 




1 

1 

2 

2 

3 

3 

3 

3 

4 

4 

7 

8 

Slide switch 

Concento 

1 

CONCENTO PLUS 

(Factory setting) 

4 

4 

5 

6


Dismantling 


underside of the GE 1 towards the wall so that the lock is 

released. 

2. At the same time and with the other hand, slide up the GE 1 

approximately 1 cm and then remove it from the mounting 

plate. 


the GE 1, see Fig. A. 

Connection points and DIP switches on the connection field 

8 

8 

Relay NO 

Relay COM 

Relay NC 

GND 

1 

GSD 

GND 

+24V 

2 3 4 

nc 

GSC 

nc 

GSB 

nc 

GSA 

00 8814 01, 10/12 (Rev. 3.0) 2 


+24V 

IN1 

GA 

1 2 3 4 5 6 7 8 9 10 11 12 

IA 

IB 

ISA 

ISB 

ISC 

ISD 

A1 

A2 

GB 

GND 

10 9 8 7 6 5 4 3 2 1 

SB 

GB 

12 

ON 

OFF 

Connecting the connecting cable to the connectors 



(+24 V) in the connector. The bridges are 

on the printed circuit board. 

Fault signal relay (potential-free) 

Switching power: 2 A at 24 V DC 

NO 

COM 

NC 

Group bus (speech) 

1 2 3 4 5 6 7 8 9 10 11 12 

ISA 

GSD 

BN 

ISB 

GSC 

WH(BN) 

GSB 

GN 

10 9 8 7 6 5 4 3 2 1 

IA 

IB 

WH(YE) 

YE 



WH(GN) 

GND 

1 

GN 

ISC 

ISD 

A1 

A2 

WH(BN) 

BN 

300 mA at 24 V DC 

BN 

+24V 

2 3 4 

Group bus (data) 

Output: Fault signal lamp 

Output: Group lamp 

300 mA at 24 V DC 

1 

5 

Underside 

DIP switch 1 

ON: The GE is the first or last bus user (= bus 

termination) on the ward bus 

OFF: The GE is neither the first nor the last 

bus user on the ward bus 

DIP switch 2 

ON: The GE is the first or last bus user (= bus 

termination) on the group bus 

OFF: The GE is neither the first nor the last 

bus user on the group bus 

Voltage supply 

WH(GN) GSA 

Mains failure message IN1 

WH(YE) GA 

GB 

GND 

YE 

4 pole connector 


GND 



Fault signal contact of 

the power supply unit (24 V DC) 

7 




Putting a GE into operation 

When you have performed all the above steps for installing the 

GE, put the GE into operation: 


The display briefly shows the GE's device ID. 

The device ID is a 7-digit number that can also be found 

on the device label, e.g. 0010001. 

The display briefly shows ”Adr 9999” and ”PGR 00”. 

The display continuously shows: ”WAIT FOR CONFIG”. The 

LED on the right below the display is on. See Fig. G. 

2. Program the GE via the group bus. For details, refer to the 

documentation of the ConLog software. 

When the GE is completely programmed, the LED on the 

right below the display goes out. The display changes to 

the operating display, see Fig. H. 

The GE is in operation. 

GE in normal operation: 

Number of active messages 

(calls, presences, faults) on the 

ward bus 

Note! For LED indicator lights see 

Fig. I. 

LED indicator lights during operation 

Button 1: GE function on the group bus 

LED is on. 

LED is off. 

LED flashing 

(4 s on / 4 s off) 

GE is Master. 

GE is Slave. 

Button 3: Clear call memory 

Only for Tunstall engineers. 

GE is not connected to 

the group bus or faulty or 

is the only group bus 

user. 

Button 5: Group bus polling 

LED is on. Fault on group bus. 

LED is off. Fault on group bus. 

LED flashes 

rhythmically. 

Group bus ok. 

00 8814 01, 10/12 (Rev. 3.0) 3 


Display before putting into operation 

WAIT FOR 

CONFIG 

LED is on. It does not go out until the GE 

is fully programmed and is in operation. 

Note! When the LED is on, the fault signal 

relay (Fig. F) is pulled. 

Time of day 

Press one of the buttons shortly to switch 

on the display light for 10 seconds. 

Press the button to scroll through the details of 

the active messages (calls, presence, faults) 

on the ward bus. 

Button 2: Operating state of the GE 

LED is off. GE ok. 

LED is on. GE faulty or not 

completely programmed. 

Button 4: GE update status 

Only for Tunstall engineers. 

Button 6: Ward bus polling 

LED is on. Fault on ward bus. 

LED is off. Fault on ward bus. 

LED flashes 

rhythmically. 

Ward bus ok.


Service menu 

Starting the service menu 


The software revision of the GE (SW Ver.) is displayed. The 

service menu is active. The LED indicator lights show the 

same as in normal operation, see Fig. I. 

Scrolling through the service menu 

Press the button 2 to scroll forwards in the service menu. 

Press the button 1 to scroll backwards in the service menu. 

Saving changes and exiting the service menu 


The changes are saved. The service menu is no longer 

active. The display shows the operating display, see Fig. H. 

Timeout for the service menu! If no button is pressed for longer 

than 1 minute, the service menu is ended automatically without 

saving the changes. 

Button 1 

Button 3 

Button 5 

Changing the menu language of the GE 

1. In the service menu, scroll to the ”Language” menupoint as described above in the ”service menu” section. 

2. Press the button 4 to select the ”Language” menu point. 

3. Press button 1 as often as necessary until the desired language appears. 

4. Press the button 2 in order to apply the new setting. 

The set language is applied. Note: The setting is not saved until the service menu is ended. 

Displaying the number of programmed ward bus users 

1. In the service menu, scroll to the ”Ward-Dev” menu point as 

described above in the ”service menu” section. 

The number of ward bus users programmed into the GE is 

displayed. This number must match the number of existing 

ward bus users. 

2. If the displayed number does not match the number of 

existing ward bus users, correct the programming with the 


00 8814 01, 10/12 (Rev. 3.0) 4 


Button 2 

Button 4 

Button 6 

Displaying the active timezone 

1. In the service menu, scroll to the ”timezone” 

menu point as described above in the ”service 

menu” section. 

The active timezone/shift is displayed. 

Testing the group lamp 

Testing the fault signal lamp 

Proceed as follows to test the connected group lamp (see Fig. F): Proceed as follows to test the connected fault 

1. In the service menu, scroll to the ”Test Gr-Lamp” menu point signal lamp (see Fig. F): 

as described above in the ”service menu” section. 

1. In the service menu, scroll to the ”Test Er-Lamp” 


menu point as described above in the ”service 

The connected group lamp is on for 30 seconds. 

menu” section. 


The connected fault signal lamp is on for 30 

seconds. 

Testing the fault signal relay 

Proceed as follows to test the function of the fault signal relay 

(see Fig. F): 

1. In the service menu, scroll to the ”Test Relay” menu point as 

described above in the ”service menu” section. 

2. Press button 4 to switch the relay. 

The relay is switched. 

You can switch the relay (toggle) as often as you like by pressing 

button 4. 

3. To ensure that the relay is in the correct state after the test, 

perform a GE reset by keeping buttons 5 and 6 pressed for 5 

seconds. 

Simulating a mains power failure 

Proceed as follows to simulate a mains power fai‐ 

lure (see Fig. F): 

1. In the service menu, scroll to the ”Simulate 

NetError” menu point as described above in the 

”service menu” section. 

2. Press button 4 to simulate a mains power 

failure. 

A mains power failure (fault) is displayed in the 

nurse call system for 30 seconds. 



Management Interface, Order no. 19 0700 00 

Interface for transferring call and system messages, speech 

phrases, and connection to speech communication via PBX. Ad‐ 

ditional interfaces for system administration and for transmission 

of recorded data. Connection to the group bus or to a ward bus. 

Only 1 Management Interface per group bus. 

Only 1 Management Interface per ward bus. 

Dimensions (HxWxD): 135 x 190 x 90 mm, weight: approx. 640 g 

Current consumption: 240 mA at +24 V DC 




The printed circuit boards within the control panel 1 

include electrostatic sensitive components. Therefore 

avoid touching. 

Dismantling 

1. Use a screw driver to turn both locks 6 to position “open“, see 

Fig. B. 

2. Hold the control panel 1 with both hands and push both fixing 

clips 5 simultaneously. 

3. Detach control panel 1 carefully. Caution! Control panel and 

base are interconnected via a flat cable 7, see Fig. C. 

4. Disconnect flat cable 7 from base 2. 

Mounting 

Fix the Management Interface to the wall on a one gang back 

box or on a cable duct. 

1. Strip the connection cable to the appropriate length. Remove 


2. Fix base 2 at the four mounting holes to the wall using screws 

and dowels. 

3. Lead the connection wires through the opening in the base 2. 

Note! Only one a/b connection may be made either at the con‐ 

nection field 8 or at the RJ11 socket 9. 

4. If you want to use the Management Interface on the group 

bus, connect the connection wires according to Fig. E. If you 

want to use the Management Interface on a ward bus, 

connect the connection wires according to Fig. F. 

5. Set jumper JP1 in the control panel 1 to ON position 

according to Fig. D. JP1 activates a Li battery for the clock 

module as voltage buffer in case of power failure. 

6. If you install the Management Interface in an existing nurse 

call system with speech transmission, you have to slide the 

slide switch according to Fig. D. 

You have to slide the slide switch to „Concento“ position, if 

one of the following conditions is met: 

- Min. one group electronic has the order no. 10 0700 10. 

- Min. at one group electronic of order no. 19 0700 10 the 

slide switch is set to the upwards „Concento“ position 

(refer to product leaflet for group electronic). 

7. Set jumper JP3 according to Fig. E or F. 

8. Connect flat cable 7. 

9. Press control panel 1 to the base 2 until it audibly snaps in. 

10.Use a screw driver to turn both locks 6 to position “secured”, 

see Fig. B. 

11. Attach the patch cords to the connectors 9 according to Fig. 

G. 

00 8814 00, 10/12 (Rev. 4.0) 1 


1 

1 Control panel (with electronics) 

2 Base (with connection field) 

3 Keypad 

4 Display 

5 Fixing clip 

6 Lock 

7 Flat cable 


9 Connectors 

6 open = 

6 secured = 

9 

7 

4 

9 

9 

1 

3 

5 

7 

8 

2 

1 

2 

2 

5 

6 

Slide switch: 

= CONCENTO PLUS (factory setting) 

= Concento 

JP1 

5 

6 

JP1: 

= OFF 

= ON 

In operation jumper JP1 must 

always be set to ON position. 

1


Connections to connection field (connection to the group bus) 

JP3: 

= ON: Management 

Interface is first or last 

bus user 


= OFF: Management 

Interface is neither first 

nor last bus user 

group bus (speech) 

GSD 

GSC 

GSB 

a/b connection to the analogue 

telephone network (alternative to the 

connection to the RJ11 socket, Fig. G). 

8 

BN 

WH(BN) 

GN 

GSA 

TB 

TA 

NO 

NC 

COM 

GB 

GA 

YE 

WH(YE) 

Connections to connection field (connection to a ward bus) 

JP3: 

= ON: Management 

Interface is first or last 

bus user 


= OFF: Management 

Interface is neither first 

nor last bus user 

ward bus (speech) 

ISD 

ISC 

ISB 

BN 

WH(BN) 

GN 

a/b connection to the analogue telephone 

network (alternative to the connection to the 

RJ11 socket, Fig. G). 

8 

JP3 JP2 

00 8814 00, 10/12 (Rev. 4.0) 2 


WH(GN) 

WH(GN) ISA 

TB 

TA 

NO 

NC 

COM 

WH(YE) 

GND 

GND 

BN 

BN 

+24 V 

+24 V 

BU 

BU 

power supply 

group bus (data) 

potential free fault message output 

IA 

IB 

Attaching the patch cords to the Management Interface 

9 

JP3 JP2 

YE 

GND 

GND 

BU 

BU 

+24 V 

+24 V 

BN 

BN 

JP2: 

= ON 

JP2 must always be set to 

ON position. 

power supply 

ward bus (data) 

Potential free fault message output 

JP2: 

= ON 

JP2 must always be set to 

ON position 

not connected 

RJ11 socket: a/b connection to the analogue telephone network. 

Sub D socket, 9 pole (RS232): ConLog PLUS or ConLog II software, 

max. 10 m cable length 

Sub D plug, 9 pole (RS232): ESPA 4.4.4 for paging system or DECT, 

max. 10 m cable length 

not connected 

RJ45 socket: network connection for service access by FTP for Tunstall GmbH (password protected) 

Reset button: use e.g. after having set the IP address, see Fig. O 




Standby display 

Time / Date: (adjustable in the Management Interface, 

“Time / Date” menu). 

Timezone: Active timezone according to ConLog setting 

Timezone Mode: According to ConLog setting. 

Active Messages: Number of calls, presences and faults. 

ID: Factory setting (can be changed in the 

Management Interface, “Device Settings” 

menu). 

-> ??? : Management Interface did not yet receive 

any settings from ConLog. 

Add: Address/room number of the Management 

Interface (ConLog setting). 

LGR: Logical group of the Management Interface 

(ConLog setting). 

PGR: Physical group of the Management Interface 

(ConLog setting). 

IP / Subnet: IP address for Tunstall service access via 

FTP 

(set up in the Management Interface, 

“Device Settings” menu). 

Symbols indicate the status of the bus line, the ConLog interface, 

the telephone module, and the paging module: 

green: OK! The module is set to “ON” in the 

Management Interface. There is no fault. 

red: Fault! The module is set to “ON” in the 

Management Interface. There is a fault! 

blue: The module is set to “OFF” in the 

Management Interface. 

Start programming 

Access level „User“ for the main settings. 

The user password is „0000“. 

Access level „Service“ for special settings. 

You will obtain the service password from Tunstall GmbH. 

1. In the stand by display press Enter. 

“Password“ is displayed. 

2. Enter the password, e.g. „0000“ for user access. 

3. Press Enter. 

The Main Menu is displayed, see Fig. I. 

Save changes and complete programming 

The changes described on the following pages must be be saved 

manually. There is no automatic saving. You have to save the 

changes as follows: 

1. To save the changes and to complete programming, press 

Clear in the main menu. 

The following message is displayed: “Save Changes? Press 

'Enter' to save. Press any key to cancel.” 

2. To save the changes, press Enter. 

Timeout for the service menu! If no key is pressed within 120 

seconds (adjustable), the menu will be closed automatically 

without saving the changes. 

Power-safe! If no key is pressed within 30 seconds (adjustable), 

the display backlight will be dimmed. After 5 minutes (adjustable) 

the display backlight will be switched off. To reactivate the back‐ 

light press any key. 

00 8814 00, 10/12 (Rev. 4.0) 3 


Standby display at initial operation 

Sunday 00.00.0000 00:00 

Timezone: 1-Day 

Timezone Mode: automatic 

Active Messages: 1 

ID: 0010000001 - > ??? 

Add: 9990 

LGR: 001 

PGR: 01 

IP: 255.255.255.0 

Subnet: 255.255.255.0 

Bus ConLog Tel. Paging 

Standby display in normal operation 

Wednesday 06.07.2011 21:37 

Timezone: 3-Night 

Timezone Mode: automatic 

Active Messages: 5 

ID: 0010000001 

Add: 9990 

LGR: 010 

PGR: 10 

IP: 172.20.053.3 

Subnet: 255.255.0.0 


Time / Date 

Paging Module 

ConLog Interface 

Telephone Module 

System Test 

Device Settings 

Menu Settings 

Info... 

Main Menu 


How to operate the Management Interface: 

= Scroll up the menu. 

= Scroll down the menu. 

= Select marked menu item. 

= To go back to the higher-level menu. 

If you press the button in the Main Menu, 

you will be asked to save your changes 

as well.


Setting time and date 

1. Select “Time / Date” in the Main Menu. 

The “Time / Date” menu is displayed, see Fig. J. 

2. Select “Set Time”. 

The digit to be entered is flashing. 

3. Enter the current time. 

4. Select “Set Date”. 

The digit to be entered is flashing. 

5. Enter the current date using the format yyyy.mm.dd. 

6. To close the “Time / Date” menu, press Clear. 

Note! The time set here will be overwritten by the ConLog 

software. 

Note! The “Auto. daylight saving conversion” feature is currently 

not used. However, the daylight saving conversion is 

automatically performed by the ConLog software. 

Settings only with the service password 

If the Management Interface is connected to the ward bus, the 

menu item “Send time to System” must be changed from factory 

setting “Yes” to “No”. 

Paging module settings 

1. Select “Paging Module” in the Main Menu. 

The “Paging Module” menu is displayed, see Fig. K. 

2. Select „Paging Module ON/OFF“. 

The submenu “Paging Module ON/OFF” is displayed. 

3. Select “ON”, if a paging or a DECT system is connected. 

Select “OFF”, if no paging and no DECT system is connected. 

Sending a test message to a Pager or a DECT telephone 

1. Select “Test Message”. 

“Pager address” is displayed. 

2. Enter the pager address for the test message. 


The Test message “Testmessage“ is sent. 

4. To close the “Paging Module” menu, press Clear. 


If required the following factory settings can be changed: Baud 

Rate* (1200), Data Bits* (7), Stop Bits* (2), Parity* (Even), 

Timeout (500 ms), Retransmission* (9 min), Transmission At‐ 

tempts (3), Polling Cycle (5 sec), Alias / Room No (Alias). 

* = The settings marked with a * will be overwritten by ConLog 

settings (“Project Configuration” menu). 


If the Management Interface is connected to the group bus, the 

menu item “ConLog connection” must stay set to the factory set‐ 

ting “Yes”. 


menu item “ConLog connection” must be changed from factory 

setting “Yes” to “No”: 

1. Select “ConLog Interface” in the Main Menu. 

The “ConLog Interface” menu is displayed, see Fig. L. 

2. Select “ConLog Connection”. 

The submenu “ConLog connection” is displayed. 

3. Select “OFF”. 

4. To close the “ConLog Interface” menu, press Clear. 

Note! For the standard baud rate (9600) the sync cycle must be 

changed to 3 sec in the Conlog II software. Higher baud rates 

can be used after consulting Tunstall GmbH. 

Set Time 

Set Date 

00 8814 00, 10/12 (Rev. 4.0) 4 


Time / Date 

Auto. daylight saving conversion 

15:23 

2011.07.31 

OFF 


Paging Module 

Paging Module ON/OFF 

Test Message 

ON 



ConLog Connection 

ON 





Telephone module settings 

1. Select “Telephone module” in the Main Menu. 

The “Telephone Module” menu is displayed, see Fig. M. 

2. Select “Telephone Module ON/OFF”. 

The submenu “Telephone module ON/OFF” is displayed. 

3. Select “ON”, if a telephone system is connected. 

Select “OFF”, if no telephone system is connected. 

Test telephone call 

1. In the “Telephone Module“ menu select “Test Call”. 

“Tel. No.:” is displayed. 

2. Enter the telephone number to be dialled. 


The telephone is called. Then a speech message is 

transmitted, which should be followed. 

4. To close the “Telephone Module” menu, press Clear. 



menu item “Group Bus / Ward bus” must be changed from fact‐ 

ory setting “Group Bus” to “Ward Bus”. 

If required the following factory settings can be changed: 

- Volume Settings: Volume Speech Phrases, Gain Modem 

Speaker, Gain Modem Mic 

- Speech Phrases (ON) 

- Call Delays: Call Delay Telephone* (0 min), Call Delay DECT 

(0 min), Call Delay Common (5 sec) 

- No. of Call Repeats* (3) 

- Delay Between Calls (10 sec) 

- Max. Talk Time* (2 min) 

- On Hook Timeout (60 sec) 

- Line Busy Timeout (30 sec) 

- No. of Call Repeats on Busy (3) 

- Speech Format (Room 1-2-3-4) 

- CPC Protocol (PNC) 

* = The settings marked with a * will be overwritten by ConLog 

settings (“Project Configuration” menu). 

System Test 

Select „System Test“ in the Main Menu. 

The “System Test” menu is displayed, see Fig. N. 

Sending a test message to a pager or a DECT telephone 

1. Select “Test Paging (ESPA 4.4.4)”. 

“Pager Address:” is displayed. 

2. Enter the pager address for the test message. 


The Test message “Testmessage“ is sent. 

Test telephone call 

1. Select “Test Telephone Call”. 

“Tel. No.:” is displayed. 

2. Enter the telephone number to be dialled. 


The telephone is called. Then a speech message is 

transmitted, which should be followed. 

Trigger a test message at the fault output 

1. Select “Test Fault Relay”. 

The fault relay is switched. “Relay Test” is displayed. 

2. To finish the test press Enter. 

00 8814 00, 10/12 (Rev. 4.0) 5 


Telephone Module 

Telephone Module ON/OFF 

Test Call 

OFF 


System Test 

Test Paging (ESPA 4.4.4) 

Test Telephone Call 

Test Fault Relay 

Bus ConLog Tel. Paging



1. Select “Device Settings” in the Main Menu. 

The “Device Settings” menu is displayed, see Fig. O. 

Selecting menu language for Management Interface 

1. Select “Language”. 

The submenu “Language” is displayed. 

2. Select the desired language. 

Selecting holiday calendar for the connected devices 

1. Select 'Holiday Calendar'.. 

The submenu “Holiday Calendar” is displayed. 

2. Select the needed holiday calendar. 



10-digit device ID must be changed from factory setting “001...” 

to “000...”. For the group bus the factory setting “001...” must 

stay. 

If required the following settings can be made: 

- IP Configuration: IP Address + Netmask for service access 

via FTP. After setting the IP address, you have to reset the 

Management Interface, see Fig. G. 

- Backup Configuration: Save the current settings on the 

storage card in the Management Interface. 

- Restore Configuration: Restore the settings, that have been 

saved on the storage card. 

Menu Settings 

1. Select “Menu Settings” in the Main Menu. 

The “Menu Settings” menu is displayed, see Fig. P. 

1. Select “Backlight / Powersafe”. 

The submenu “Backlight / Powersafe” is displayed. 

Display dimming time 

1. Select “dim (sec)”. 

The current value (factory setting: 30 sec) is flashing. 

2. Enter the needed time (value between 10 and 240 seconds). 

Display brightness 

1. Select “Brightness”. 

The current value (factory setting: 1) is flashing. 

2. Enter the needed brightness (value between 0 and 3). 

Display switchoff time 

1. Select “Backlight Off (min)” 

The current value (factory setting: 5 min) is flashing. 

2. Enter the needed time (value between 0 and 9). 


If required the timeout for the service menu (factory setting: 

120 sec) can be changed. 

Further settings only with the service password 

System Settings 

- Manual Coupling On/Off 

- Temp. Time Zone Setting 

Factory Settings 

- Cancel 

- Reset to Factory Settings 

- Quit Application (use ONLY in consultation with Tunstall 

GmbH) 

00 8814 00, 10/12 (Rev. 4.0) 6 


Language 

Holiday Calendar 


English 

None 


Menu Settings 

Backlight / Powersafe 




12.6 Power supply units 


77 3401 00 Power supply unit 

77 3400 10 Power supply unit UPS 60 

77 3450 00 Battery set for UPS 60 



Power supply unit UPS, Order No. 77 3400 00 

The power supply unit UPS serves as a conventional power supply unit with integrated uninterrupted 

power supply module (UPS) in a common housing. Input voltage of 115 - 230 V AC is transformed into 

24 V DC, and the UPS feature ensures the supply of a connected DC user also in case of a mains 

power failure. 

When in the normal operating mode, i.e. mains power supply, the electronic module monitors the 

output voltage. Starting at a load current level of approx. 12.5 A DC, the output voltage is reduced 

while keeping a constant current load. 

This is a self-correcting output voltage feature, as the output voltage will be reactivated. Further to this, 

the output voltage is protected by a 15 A flat fuse "F2". 

If the mains input voltage fails or when it drops to less than 90 VAC, the two lead batteries in the unit 

will continue to supply the connected user without any interruption. 

To protect the batteries from going flat, circuit breakers will open when during the UPS mode the 

output voltage drops below to 19.5 V. When the mains supply voltage is active again, the system 

reverts to its normal operating mode. 

Roughly every 15 minutes, an integrated test circuitry performs a voltage check at the battery 

terminals, the connections and at the circuit breakers. Upon the return of the mains supply current, the 

battery is isolated from the outputs, and the internal charging module recharges the battery. 

Safety instructions 

1. Mounting 

• Non-compliance with the safety instruction or improper handling of the unit (e.g. skin 

contact with live components when the unit is open) can be extremely dangerous. 

• The power supply unit UPS should only be installed and operated by qualified 

specialists. 

• Before effecting any work at or with the unit, it must be isolated from any voltage 

(mains or battery). 

• Connection to the mains supply must be executed acc. to the valid national 

regulations (for Germany: VDE 0100 and VDE 0160). 

• Fuse or circuit breaker must be provided for safe isolation from the input (mains) 

current. 

• Overheating of the unit may occur when the values as shown in the technical data 

are exceeded. This may lead to permanent damage to the unit, and system safety is 

jeopardised. 

• Always watch for the safe isolation of AC and DC circuits! 

• Observe the general safety instructions for the handling of batteries! Sufficient 

ventilation must be provided to preclude the development of an explosive hydrogenair 

mixture! 

• If the power supply unit UPS will not be used for a longer time, first the batteries 

have to be fully charged. After that the power supply unit UPS has to be 

disconnected from mains supply and the battery fuse (under the left cover) has to be 

removed. 

The power supply unit UPS is designed for wall mounting. Bore holes are prepared at the housing for 

fixing the unit at the wall using the enclosed mounting material. A dimensional drawing is shown on 

the next page. 

Before mounting, check the condition of the wall itself. 

The power supply unit UPS weighs approx. 9 kg. 

The unit must be mounted such that the venting ports are at the top and bottom. 

© Tunstall GmbH, Orkotten 66, 48291 Telgte, Germany, www.tunstall.de, 00 8802 41, Rev. 3.1 (05/2008) English - 1 



The selected location must ensure sufficient air circulation above and below the unit. Therefore, check 

for minimum distance of 50 mm to walls, ceiling and other equipment. The venting ports must not be 

covered up. Insufficient air circulation may lead to damage to the power supply unit. 

Dimensional drawing: 

2. Connection 

The internal connection terminals are provided as screw/plug-in clamps. 

2.1 Mains connection 

You have to ensure, that the mains cable is disconnected from the AC supply voltage during the 

following procedure: 

1. Release 4 screws for the left cover and remove the cover to the front. 

Now, the terminal connection clamps are accessible. 

2. Direct the mains cable through the cable duct into the housing and connect to the appropriate 

terminal posts as designated in the unit. 

NOTE: To simplify this process, you may pull the input connector, connect the wires as shown and 

replace the plug in its socket. 

CAUTION ! Check for the correct and positive connection of the protective conductor. 

3. Secure the connecting cable against being pulled from the housing for example by fixing the 

installation cable with cable clamps. 

2.2 Output terminal clamps 24 V DC / 12.5 A 

The output voltage is generated via a primary pulse controller. This controller provides the output 

voltage of 24 V DC with 12.5 A current (for continuous operation considering all tolerance criteria). 


output voltage. When the load current exceeds approx. 12.5 A, the output current is shut off (hicc-up 

mode) until the overload at the output terminal connections has been reduced. 

This is a self-correcting output voltage feature, as the output voltage will be reactivated. Further to this, 

the output voltage is protected by a 15 A flat fuse "F2". 

• The load shall be connected to the terminal clamps "+24V" and "0V" (provided 2 x). 

2.3 Control terminal clamps x + y 

The control terminal clamps "x" and "y" are used to prepare the unit for the uninterrupted power supply 

(UPS mode). 

English - 2 © Tunstall GmbH, Orkotten 66, 48291 Telgte, Germany, www.tunstall.de, 00 8802 41, Rev. 3.1 (05/2008) 



2.3.1 Preparing the UPS function by placing a bridge contact between "x" and "y" 

• Connect the control terminal clamps "x" and "y" using the enclosed bridging contact or via a 

potential-free 'make contact'. The current for the bridging contact is approx. 1 mA.. 

2.3.2 LED and indicator outputs 1 - 5 

The five indicator outputs 1 – 5 at the 7-pole terminal block indicate the status of the unit via potentialfree 

solenoid contacts. The current load for these contacts is up to 125 V / 1.5 A / 60 VA. 

2.3.2.1 Green LED "Power" (mains supply mode and bridging contact between "x" and "y" 

closed) 

Only green LED "Power“ is on. 

Contacts 3 – 1 & 3 - 5 are closed. 

2.3.2.2 Amber LED "Battery active" 

Only amber LED "Battery active“ is on. 

Contacts 3 – 1 & 3 – 4 are closed. 

2.3.2.3 Red LED "Battery low" 

During mains failure 



Amber LED "Battery active“ and red LED "Battery 

low“ are on. 


All LEDs are off. 


24 V voltage is available at the terminal clamp. 

Battery mode 

(when bridging contact between "x" and "y" is 

closed) 

The 24 V voltage at the terminal clamp is from the 

battery. 

The voltage at the terminal clamps depends on 

the relevant battery charge state. 

When the output voltage has dropped to 

approx. 19.5 V, the power supply unit will shut off 

(protection against totally flat battery) 

After the input voltage (115 - 230 Volt) has been reactivated again, the output clamps will be supplied 

with 24 V DC, and the batteries will be recharged automatically. 

2.3.2.4 Red LED "Output Failure Fuse F2" defective 

Green LED "Power“ and red LED "Output Failure 

Fuse F2" are on 

2.3.4 Battery test 

Green LED "Power“ is on and red LED "Battery 

low“ illuminates for 30 seconds every 15 minutes. 

Contact 3 – 2 is closed for 30 seconds every 15 

minutes. 

Output fuse F2 was removed or it is defective. No 

output voltage at the power supply terminal 

clamps. 

Battery capacity not sufficient for safe UPS 

operation. 

Batteries are automatically checked every 15 

minutes. If a battery fault is detected during this 

test, the indicating contact and the LED "Battery 

low" are activated for the approx. 30 sec. test 

period. 

The unit features an automatic battery load test. For this, the internal batteries' status is checked at 

regular intervals (approx. 15 minutes). 

This takes place by voltage measuring while simultaneously demanding a defined load current for a 

period of approx. 30 sec. 




If during this test the battery voltage should drop below approx. 21.5 V, the indicating contact (3 – 2 – 

1) "Battery low" is reversed and this shows that the battery capacity will not sustain a UPS operating 

mode. 

This warning will be indicated for the said test period of approx. 30 sec. or until the battery voltage has 

been increased to approx. 23 V . This may also take place when the battery voltage rises during a 

recharging process after previous discharging, e.g. in the course of UPS operation. 

This warning message is reset after the test phase and will be reactivated again during the next 

battery load test. This is the reason for the cyclic indication of the battery fault as described above. 

The battery load test is an effective instrument for checking the true battery state. A negative result, 

i.e. a warning message is issued, may be caused by one or more of the following : 

• Charge status too low. 

• Battery fuse has failed. 

• Battery not correctly connected. 

• Battery is defective. 

• Battery is too old, and must be replaced. 

3. Commissioning 

1. Insert the battery fuse between the batteries in the fuse holder (protection against total discharge 

during storage). 

2. Connect input and output terminal connections (refer to items 2.1 and 2.2). 

3. Switch on the input voltage (115 – 230 Volt). 

From now on, the connected nurse call system devices are supplied with 24 V DC. 

4. The green LED "Power" is on due to the voltage at the terminal clamps. 

If the red LED "Battery low“ is on, the UPS function is not yet active 

(Place the bridging contact x – y). 

5. Now the power supply unit UPS is fully operational. 

4. Shutting the power supply UPS off 

1. Shut off the input voltage (115 – 230 Volt). 

2. Remove the UPS function acc. to item 2.3.1 (Remove the bridging contact), otherwise the load for 

the user circuits will be supplied through the battery until the total discharge circuit disconnects the 

battery. 

5. Service 

To ensure the safe function of the system, batteries should be replaced every 3 years - depending on 

the ambient temperature (Refer to diagram 1, Item 6). After 3 – 5 years, the battery capacity has 

dropped to approx. 60%. 

6. Battery service life 

The power supply unit UPS comes with sealed, service-free and rechargeable led-gel batteries VRLA. 

According to the EUROBAT classification, these batteries have a useful service life of 5 – 7 years. 

This time, however, strongly depends on the relevant ambient temperature. (Up to 20 °C: 7 – 8 years 

as shown in diagram 1) 




If the system will not be used for an extended period of time, the batteries should be fully charged to 

prevent a total discharge. (Refer to item 7 "Storage") After the charging process has been completed 

the power supply unit has to be disconnected from the mains supply and the battery fuse (under the 

left cover) has to be removed. 

Battery service life (years) 

Temperature 

Diagram 1: Battery service life in relation to ambient temperature 

6.1 Battery change 

Pb 

Lead batteries contain harmful toxic substances. Observe general and local safety 

directives when during handling and transport. For disposal, comply with local directives. 

Batteries bear the risk of excessive short-circuit currents. Never create any direct contact 

between the battery posts and or other conductive component parts. Therefore remove any 

wristband, watch, finger rings or other metal objects when working at the open power supply 

unit. Always use tools with standard isolating handles. 

Batteries may be replaced only by the same type of battery (2 x 12 V; 7 Ah). We recommend the use 

of the battery type BAT 24-7, Tunstall Order No. 00 0648 85. The use of other makes may create 

problems due to different connecting terminals or differing dimensions. 

1. Shut off mains supply to the power supply unit UPS !!! 

2. Release the 4 fastening screws for the left cover and remove the cover to the front. 

3. Confirm the position of the old battery and after its removal, install the new battery in the 

same manner. 

4. Make sure, the new battery is in the same position and check for the correct battery 

contacts. False connections may damage the power supply UPS ! 

5. Check for the correct seating of the plastic cover for the batteries. 

6. Fix the battery position by securing it with the Velcro tape. 

7. Replace and close the housing. 

8. Perform a functional check of the power supply UPS! 




7. Storage 

If the power supply unit UPS will not be used for an extended period of time, the batteries must first 

be fully recharged to preclude battery damage due to total discharging. (Refer to item 6 Battery 

service life). 

For the charging process, the power supply unit UPS shall be connected to the mains supply for at 

least 4 hours, and the UPS function shall be activated by placing the bridging contact between "x“ and 

"y“. After the charging process has been completed the power supply unit has to be disconnected from 

the mains supply and the battery fuse (under the left cover) has to be removed. 

• 

8. Spare parts 

Spare part Order No. 

Rechargeable lead-gel battery, Type BAT 24-7 (2 ea. required) incl. 

plastic cover 

00 0648 85 

Battery fuse, internal 20 A FKS 00 0132 03 

Mains fuse, front plate (5 x 20) T 5.0 A 00 0130 41 

Output fuse, bottom 15 A FKS 00 0132 02 

Clamp for mains connection, 3-pole 00 0211 40 

Clamp for 24 V connection, 4-pole 00 0211 41 

Clamp for control and indicator outputs, 7-pole 00 0211 39 

Bridging contact EB 2 – 5 for control clamps "x“ and "y“ 00 0223 56 



9. Technical data 


Power supply unit UPS 

Input 

Order No. 77 3400 00 

Nominal input voltage 115 – 230 V AC 

Input voltage range 90 – 264 V AC 

Input frequency 47 – 63 Hz 

Input current 4 A at 115 V AC / 2 A at 230 V AC 

Start-up current surge 22 A at 115 V AC / 44 A at 230 V AC, typical 

Power factor 0.95 at 230 V AC / 0.98 at 115 V AC for full load 

Efficiency 

Output 

88%, typical 

Nominal output current 12.5 A DC 

Output voltage 24 V DC +/- 2% 

Output voltage in battery mode 26,5 – 19,5 V DC, typical 

Calculated output power 288 W 

Rippling of nominal output current < 100 mVeff 

Battery capacity 7 Ah 

Charge current 700 mA, typical 

Bridging time at nominal current approx. 17 min. 

Overload protection < 14 A 

Overvoltage protection, power supply unit 26.7 – 32.4 V DC 

Overtemperature protection 

Battery voltage thresholds 

75 °C +/- 5°C (power diode) 

output voltage switched off, automatic re-engaging 

Switching threshold for UPS mode Ua < 22.5 V, typical 

Switching threshold for warning before battery 

shut-down 

21.5 V, typical 

Switching threshold for total discharge 

protection 


EMC CE-certified EN 55022 Class B; ENV 50204 

EN 61000-3-2, -3; EN 61000-4-2, -3, -4, -5, -6, -8, -11 

Safety EN 60950 

Output Safety low voltage, SELV 

Test voltage PRI – SEC 3 kV 

Protection class I 

Protection (safety) 

Safety devices 

IP 20 

Battery fuse, internal 20 A FKS 

Charging fuse, internal (5 x 20) T 4.0 A 

Mains fusing, front plate (5 x 20) T 5.0 A 

Output fusing, bottom of unit 

General 

15 A FKS 

Cooling convection, free air flow 

Permissible ambient temperature 0 ... +50 °C 

Storage temperature -25 ... + 60 °C 

MTBF 100,000 hours (no for batteries) 

Weight approx. 9 kg 

Dimensions (HxWxD) 244 x 325 x 178 mm 

Mounting Wall mounting 

Connecting clamps Screw / plug-in connections 



Power supply unit, Order No. 77 3401 00 

The power supply unit generates a 24 V DC output voltage using 115 - 230 V AC mains supply 

voltage. An integrated monitoring circuitry limits the output current to 12.5 A DC nearly. Two LEDs on 

the front face indicate the status at the output clamps. 


1. Mounting 



• The power supply unit should only be installed and operated by qualified specialists. 




current. 





jeopardised. 


The power supply unit is designed for wall mounting. Bore holes are prepared at the housing for fixing 

the unit at the wall using the enclosed mounting material. 

Before mounting, check the condition of the wall itself. (Weight: approx. 2 kg) 

The unit must be mounted such that the venting ports are at the top and bottom. The selected location 

must ensure sufficient air circulation above and below the unit. Therefore, check for minimum distance 

of 50 mm to walls, ceiling and other equipment. The venting ports must not be covered up. Insufficient 

air circulation may lead to damage to the power supply unit. 




2. Connection 

The internal connection terminals are provided as screw/plug-in clamps. 

2.1 Mains connection 



1. Release 4 screws of the left cover and remove the cover to the front. 


2. Direct the mains cable through the cable duct into the housing and connect to the appropriate 

terminal posts as designated in the unit. 

NOTE: To simplify this process, you may pull the input connector, connect the wires as shown and 

replace the plug in its socket. 

CAUTION ! Check for the correct and positive connection of the protective conductor. 

3. Secure the connecting cable against being pulled from the housing for example by fixing the 

installation cable with cable clamps. 





output voltage. Starting at a load current level of more than approx. 12.5 A DC, the output voltage is 

reduced while keeping a constant current load. 

This is a self-correcting output voltage feature, as the output voltage will be reactivated, if the overload 

current drops below its trigger value of approx. 12.5 A. Further to this, the output voltage is protected 

by a 15 A flat fuse "F2". 


2.3 LEDs at the front face 

2.3.1 Green LED "Power" 

Green LED "Power“ is on. 24 V voltage is available at the terminal clamps. 

2.3.2 Red LED "Output Failure Fuse F2" 

Red LED "Output Failure Fuse F2" and green 

LED “+24 V Power” are on. 

2.4 Indicator clamps (3, 4, 5) 

Output fuse failed or was removed. No voltage is 

available at the output clamps. 

The clamps 3, 4 and 5 are potential-free switching contacts for indicating the current operating state: 

Contact 3 – 4 closed. 

Green LED "Power“ is off. 

Contact 3 – 5 closed. 

Green LED "Power“ is on. 

No mains supply. No voltage available at the 

output clamps. 

24 V voltage is available at the terminal clamps. 

The indication "No mains power" may have several causes, e.g.: 

• No input voltage at the power supply unit. 

• When the load current exceeds approx. 12.5 A, the output current is reduced until the overload 

situation at the output clamps has been corrected. 

• Output fuse was removed or damaged. (Red LED "Output Failure Fuse F2“ is on) 

• "Mains Fuse F1“ missing or defective. 





1. Connect input and output terminal connections. (Refer to items 2.1 and 2.2) 

2. Switch on the input voltage. 


The green LED "Power" is on due to the voltage at the terminal clamps. 



Mains Fuse F1 (5 x 20) T 5,0 A 00 0130 41 

Output fuse F2 FKS 15 A 00 0132 02 

Clamp for input voltage, 3-pole 00 0211 40 

Clamp for 0 V and +24 V, 4-pole 00 0211 41 

Indicator clamp, 7-pole 00 0211 39 


Power supply unit 

Input 

Order No. 77 3401 00 




Input current 4 A at 115 V AC / 2 A at 230 V AC 


Power factor 0.95 at 230 V AC / 0.98 at 115 V AC under full load 

Efficiency 

Output 

88%, typical 

Nominal output current 12,5 A DC 




Overload protection, power supply unit, 

internal 

< 14 A 

Overvoltage protection, power supply 

unit 

26.7 – 32.4 V DC, typical 

Overtemperature protection 75 °C +/- 5°C (power diode) 



EN 61000-3-2, -3; EN 61000-4-2, -3, -4, -5, -6, -8, -11 


Output Safety low voltage SELV 


Protection class Class I 

Protection 

Safety devices 

IP 20 

Mains Fuse F1 (5 x 20) T 5.0 A 

Output fuse F2 FKS 

General 

15 A FKS 

Cooling Convection, free airflow 



MTBF 100,000 hours 




Connecting clamps Screw / plug-in clamps 



Power supply unit UPS 60, Order No. 77 3400 10 

The power supply unit UPS 60 is a power supply unit and includes the electronics that builds up an 

uninterrupted power supply (UPS) in combination with battery set for UPS 60 (order no. 77 3450 00). 

Input voltage of 115 - 230 V AC is transformed into 24 V DC output voltage. The UPS feature ensures 

the supply of the connected DC users also in case of a mains power failure. 

If the mains input voltage fails or when it drops to less than 90 VAC, the two connected lead batteries 

will continue to supply the users without any interruption. 

To protect the batteries from going flat, circuit breakers will open when during the UPS mode the 

output voltage drops below to 19.5 V. When the mains supply voltage is active again, the system 

reverts to its normal operating mode. 

Roughly every 15 minutes, an integrated test circuitry performs a voltage check at the battery 

terminals, the connections and at the circuit breakers. Upon the return of the mains supply current, the 

battery is isolated from the outputs, and the internal charging module recharges the battery. 


1. Mounting 



• The power supply unit UPS 60 should only be installed and commissioned by 

qualified specialists. 






current. 



jeopardised. 




mixture! 

• If the power supply unit UPS 60 will not be used for a longer time, first the batteries 

have to be fully charged. After that the power supply unit UPS 60 has to be 

disconnected from the mains supply. Furthermore the battery connection cable must 

be disconnected from the battery set for UPS 60 (see chapter 2.1). Alternatively the 

battery fuse in the battery set for UPS 60 can be removed. 

The power supply unit UPS 60 is designed for wall mounting. Bore holes are prepared at the housing 

for fixing the unit at the wall using the enclosed mounting material. A dimensional drawing is shown on 

the next page. 


The power supply unit UPS 60 weighs approx. 4 kg. 









2. Connection 

The internal connection terminals are provided as screw/plug-in clamps and cage clamp/plug-in 

clamps. 

2.1 Mains and battery connection 



1. Release 4 screws for the left cover and remove the cover to the front. 

Now, the terminal connection clamps for the mains connection are accessible. 

2. Direct the mains connecting cable through the right cable duct into the housing and connect to the 

mains terminal posts (3 pole) as designated in the housing. 

CAUTION ! Check for the correct and positive 

connection of the protective conductor. 

3. Secure the mains connecting cable against being pulled from the housing for example by fixing 

the installation cable with the screwed cable gland. 

4. Direct the battery connecting cable through the left smaller cable duct into the housing and 

connect to the battery terminal posts (2 pole) as designated in the housing 

CAUTION ! Check for the correct connection, 

orientation and locking with srews. 

5. Secure the battery connecting cable against being pulled from the housing for example by fixing 

the installation cable with the screwed cable gland. 




When in mains operation, the electronic module monitors the output voltage. When the load current 

exceeds approx. 12.5 A, the output voltage is reduced with keeping a constant current depending on 

the value of resistance of the connected overload. 

Further to this, the output current is limited by a 15 A flat fuse "F2". After the cause for the overload 

has been eliminated the output voltage reverts to the must value 24 V. It is a self reverting output 

voltage. 





2.3 Control terminal clamps x + y 

The control terminal clamps "x" and "y" are used to prepare the unit for the uninterrupted power supply 

(UPS mode). 

2.3.1 Preparing the UPS function by placing a bridge contact between "x" and "y" 

• Connect the control terminal clamps "x" and "y" using the enclosed bridging contact or via a 

potential-free 'make contact'. The current for the bridging contact is approx. 1 mA.. 

2.3.2 LED and indicator outputs 1 - 5 

The five indicator outputs 1 – 5 at the 7-pole terminal block indicate the status of the unit via potentialfree 

relay contacts. The current load for these contacts is up to 125 V / 1.5 A / 60 VA. 

2.3.2.1 Green LED "Power" (mains supply mode and bridging contact between "x" and "y" 

closed) 

Only green LED "Power“ is on. 

Contacts 3 – 1 & 3 - 5 are closed. 

2.3.2.2 Amber LED "Battery active" 



2.3.2.3 Red LED "Battery low" 

During mains failure 



Amber LED "Battery active“ and red LED "Battery 

low“ are on. 


All LEDs are off. 


24 V voltage is available at the terminal clamp. 

Battery mode 

(when bridging contact between "x" and "y" is 

closed) 

The 24 V voltage at the terminal clamp is from the 

battery. 

The voltage at the terminal clamps depends on 

the relevant battery charge state. 

When the output voltage has dropped to 

approx. 19.5 V, the power supply unit will shut off 

(protection against totally flat battery) 

After the input voltage (115 - 230 Volt) has been reactivated again, the output clamps will be supplied 

with 24 V DC, and the batteries will be recharged automatically. 

2.3.2.4 Red LED "Output Failure Fuse F2" 

Green LED "Power“ and red LED "Output Failure 

Fuse F2" are on 

2.3.4 Battery test 

Green LED "Power“ is on and red LED "Battery 

low“ illuminates for 30 seconds every 15 minutes. 

Contact 3 – 2 is closed for 30 seconds every 15 

minutes. 

Output fuse F2 was removed or it is defective. No 

output voltage at the power supply terminal 

clamps. 

Battery capacity not sufficient for safe UPS 

operation. 

Batteries are automatically checked every 15 

minutes. If a battery fault is detected during this 

test, the indicating contact and the LED "Battery 

low" are activated for the approx. 30 sec. test 

period. 




The unit features an automatic battery load test. For this, the connected batteries' status is checked at 

regular intervals (approx. 15 minutes). 

This takes place by voltage measuring while simultaneously demanding a defined load current for a 

period of approx. 30 sec. 

If during this test the battery voltage should drop below approx. 21.5 V, the indicating contact (3 – 2 – 

1) "Battery low" is reversed and this shows that the battery capacity will not sustain a UPS operating 

mode. 

This warning will be indicated for the said test period of approx. 30 sec. or until the battery voltage has 

been increased to approx. 23 V. This may also take place when the battery voltage rises during a 

recharging process after previous discharging, e.g. in the course of UPS operation. 

This warning message is reset after the test phase and will be reactivated again during the next 

battery load test. This is the reason for the cyclic indication of the battery fault as described above. 

The battery load test is an effective instrument for checking the true battery state. A negative result, 

i.e. a warning message is issued, may be caused by one or more of the following : 







1. Connect input, output and battery terminal connections (refer to items 2.1 and 2.2). 

2. Switch on the input voltage (115 – 230 Volt). 


3. The green LED "Power" is on due to the voltage at the terminal clamps. 

If the red LED "Battery low“ is on, the UPS function is not yet active 

(Place the bridging contact x – y). 

4. Now the power supply unit UPS is fully operational. 

4. Shutting the power supply UPS 60 off 

1. Shut off the input voltage (115 – 230 Volt). 

2. Remove the UPS function acc. to item 2.3.1 (Remove the bridging contact), otherwise the load for 

the user circuits will be supplied through the battery until the total discharge circuit disconnects the 

battery. 

5. Service 





The batteries connected to the power supply unit UPS 60 are sealed, service-free and rechargeable 

lead-gel batteries VRLA. According to the EUROBAT classification, these batteries have a useful 




service life of 5 – 7 years. This time, however, strongly depends on the relevant ambient temperature. 

(Up to 20 °C: 7 – 8 years as shown in diagram 1) 


prevent a total discharge. (Refer to item 7 "Storage") While the system is not used, the battery fuse 

has to be removed to prevent total discharge. 


Temperature 



Pb 

Lead-gel batteries contain harmful toxic substances. Observe valid safety directives when 

during handling and transport. For disposal, comply with local directives. 



wristband, watch, finger rings or other metal objects when working at the open unit. Always 

use tools with standard isolating handles. 


of two batteries type BAT 12-24, Tunstall Order No. 00 0648 87. The use of other makes may create 


1. Shut off mains supply to the power supply unit UPS 60 !!! 

2. Refer to the information for the battery set for UPS 60, order no. 77 3450 00. 

3. Perform a functional check of the power supply UPS 60! 

7. Storage 

If the power supply unit UPS 60 will not be used for an extended period of time, the connected 

batteries must first be fully recharged to preclude battery damage due to total discharging. (Refer to 

item 6 Battery service life). 

• For the charging process, the power supply unit UPS 60 shall be connected to the mains supply 

for at least 4 hours, and the UPS function shall be activated by placing the bridging contact 

between "x“ and "y“. 

• While the power supply unit UPS 60 is not used, the power supply unit UPS 60 must be 

disconnected from the batteries of battery set for UPS 60 to prevent total discharge. 






Mains fuse, front plate (5 x 20) T 5.0 A 00 0130 41 

Output fuse, bottom 15 A FKS 00 0132 02 

Clamp for mains connection, 3-pole 00 0211 40 

Clamp for 24 V connection, 4-pole 00 0211 41 

Clamp for control and indicator outputs, 7-pole 00 0211 39 

Clamp for battery connection, 2 pole 00 0211 20 

Bridging contact EB 2 – 5 for control clamps "x“ and "y“ 00 0223 56 


Power supply unit UPS 60 Order No. 77 3400 10 

Input 




Input current 5.5 A at 115 V AC / 3 A at 230 V AC 


Power factor 0.95 at 230 V AC / 0.98 at 115 V AC for full load 

Efficiency 88%, typical 

Output 



Output voltage in battery mode 26.5 – 19.5 V DC, typical 



Battery capacity to be connected 24 Ah 

Charge current 3.0 A, typical 

Bridging time at nominal current approx. 1 hour 

Overload protection < 14 A 

Overvoltage protection, power supply unit 26.7 – 32.4 V DC 

Overtemperature protection 75 °C +/- 5°C (power diode) 


Battery voltage thresholds 

Switching threshold for UPS mode Ua < 22.5 V, typical 

Switching threshold for warning before battery 

shut-down 


Switching threshold for total discharge 

protection 



EN 61000-3-2, -3; EN 61000-4-2, -3, -4, -5, -6, -8, -11 




Protection class I 

Ingress Protection 

Fuses 

IP 20 

Charging fuse, internal (5 x 20) T 4.0 A 

Mains fusing, front plate (5 x 20) T 5.0 A 

Output fusing, bottom of unit 

General 

15 A FKS 




MTBF 100,000 hours 




Connecting clamps Screw / cage clamp plug-in connections 



Battery Set for UPS 60, Order No. 77 3450 00 

The battery set for UPS 60 are rechargeable batteries (= accumulators) that build an uninterrupted 

power supply (UPS) in combination with the power supply unit UPS 60, order no. 77 3400 10. 

If the mains input voltage fails or when it drops to less than 90 VAC, the two lead-gel batteries will 

continue to supply the users connected to the power supply unit UPS 60 without any interruption. 


1. Mounting 

• The battery set may only be used together with the power supply unit UPS 60, order 

no. 77 3400 10. The safety instructions delivered with this power supply unit have to 

be observed as well. 

• The power supply unit UPS should only be installed and commissioned by qualified 

specialists. 

• Before effecting any work at or with the power supply unit UPS, it must be isolated 

from any input voltage and the battery fuse (located between the batteries) has to be 

removed. 




mixture! 

• If the battery set for UPS 60 will not be used for a longer time, first the batteries have 

to be fully charged. After that the batteries must be disconnected from the mains 

supply. This can be done by disconnecting the battery connection cable from the 

power supply unit UPS 60 (see chapter 2.). Alternatively the battery fuse can be 

removed. 

The battery set for UPS 60 is designed for wall mounting. Bore holes are prepared at the housing for 

fixing the unit at the wall – preferably under the power supply unit - using the enclosed mounting 

material. A dimensional drawing is shown on the next page. 


The battery set for UPS 60 weighs approx. 25.2 kg. 









2. Connection 

The connection terminals are provided as cage srew/plug-in clamps. 

1. Release 6 fastening screws for the cover and remove the cover to the front. 


2. Direct the connection cable through the cable duct into the power supply unit and connect to the 

appropriate terminal posts as designated in the power supply unit. 

CAUTION! Check for the correct connection, orientation and screwing. 

3. Secure the connection cable against being pulled from the housing for example by fixing the 

installation cable with the screwed cable gland. 

2.1 Battery test 

The power supply unit features an automatic battery load test. The battery load test is an effective 

instrument for checking the true battery state. A negative result, i.e. a warning message is issued, may 

be caused by one or more of the following: 








3. Service 






The battery set UPS 60 comes with sealed, service-free and rechargeable lead-gel batteries VRLA. 

According to the EUROBAT classification, these batteries have a useful service life of 5 – 7 years. 

This time, however, strongly depends on the relevant ambient temperature. (Up to 20 °C: 7 – 8 years 

as shown in diagram 1) 


prevent a total discharge. (Refer to item 5 "Storage") While the system is not used, the battery fuse 

(located between the two batteries) has to be removed to prevent total discharge. After the charging 

process has been completed, the battery set for UPS 60 has to be disconnected from the power 

supply unit UPS 60 by disconnecting the battery connection cable (see chapter 2.) or by removing the 

battery fuse. 


Temperature 



Pb 

Lead-gel batteries contain harmful toxic substances. Observe valid safety directives when 

during handling and transport. For disposal, comply with local directives. 



wristband, watch, finger rings or other metal objects when working at the open unit. Always 

use tools with standard isolating handles. 


of the battery type BAT 12-24, Tunstall Order No. 00 0648 87. The use of other makes may create 


1. Shut off mains supply to the power supply unit UPS !!! 

2. Release the 6 fastening screws for the cover and remove the cover to the front. 

3. Confirm the position of the old batteries and after their removal, install the new batteries 

in the same manner. 

4. Make sure, the new batteries are in the same position and check for the correct battery 

contacts. False connections may damage the power supply unit UPS ! 

5. Put the rubber grommets back on the connection screws. 

6. Fix the battery position by securing it with the Velcro tape. 




5. Storage 

7. Replace and close the housing. 

8. Perform a functional check of the power supply UPS! 

If the battery set for UPS 60 will not be used for an extended period of time, the batteries must first be 

fully recharged by the power supply unit UPS to preclude battery damage due to total discharging. 

(Refer to item 4 Battery service life). 

• For the charging process, the power supply unit UPS shall be connected to the mains supply for at 

least 4 hours, and the UPS function shall be activated by placing the bridging contact between "x“ 

and "y“. 

• While the system is not used, the battery fuse (located between the two batteries) has to be 

removed to prevent total discharge. 



Rechargeable lead-gel battery, Type BAT 12-24 (2 batteries required) 00 0648 87 

Battery fuse, internal 20 A FKS 00 0132 03 

Clamp for battery connection, 2 pole 00 0211 20 


Battery Set for UPS 60 Order No. 77 3450 00 

Input 

Nominal input voltage 24 V DC 

Output 


Battery capacity 24 Ah 



Protection class III 

Ingress Protection IP 20 

Fuses 

Battery fuse, internal 20 A FKS 

General 




Weight approx. 25.2 kg 



Connecting clamps Screw / plug-in connections 






13. Programming tables, checklist 

Programming table, Terminal Configuration 

Programming table, Terminal Configuration - Example 

Programming table, Group Coupling 

Programming table, Group Coupling - Example 

Checklist for commissioning a CONCENTO PLUS nurse call system 



Programming table, terminal configuration 

Project: 

Page of 

Cons. no. 

Only ONE device type per cons. number 

Management 

Interface 

GE 

SD6P 

S4P 

S4B 


RAB 

Room no. GB WB 8 16 yes no 

Enter only 

the last 7 

characters PGR LGR 

Corridor display 

CONCENTO 

PLUS device 

Device ID 

RNO Alias (max. 25 characters) 

Alias for corridor 

display,8-digit 

Enter 

max. 4 

charact. 


display, 16-digit 

Enter max. 9 

characters 

GE = Group Electronic, order no. 19070010 PGR = Physical group number, 2 digits GB = User on Group Bus 

SD6P / S4P / S4B = Terminals, order no. 190700X0 LGR = Logical group number, 3 digits WB = User on Ward Bus 

RAB = Call/presence combination bus, order no. 19070100 RNO = Room number, 4 digits 

Floor

Programming table, terminal configuration 

Project: 

Page 1 of 1 

Cons. no. 

Example 

Only ONE device type per cons. number 

Management 

Interface 

GE 

SD6P 

S4P 

S4B 


RAB 

Room no. GB WB 8 16 yes no characters PGR LGR 

Corridor display 

CONCENTO 

PLUS device 

Device ID 

Enter only 

the last 7 

RNO Alias (max. 25 characters) 


display,8-digit 

Enter 

max. 4 

charact. 


display, 16-digit 

Enter max. 9 

characters 

1 Tech. room 0001001 09 009 9990 Management Interface MI MI BL 

2 Tech. room 0000000 66 066 6666 Fire Alarm Interface FAI FAI BL 

3 DIS 0010001 01 000 1000 GE GF GF 

4 100 0020001 01 001 0100 Staff room GF SRGF SR GR GF 

5 101 0040001 01 001 0101 Pflegezimmer 01 R01 Room 01 GF 

6 102 0040002 01 001 0102 Pflegezimmer 02 R02 Room 02 GF 

7 113 0040003 01 001 0113 Handicapped WC GF H-WC H-WC GF GF 

8 114 0040004 01 001 0114 Nursing bath GF NB1 NBath GF GF 

9 125 0040005 01 001 0125 Lounge GF L GF Lou. GF GF 

10 Corridor 0000000 01 001 0190 Corridor display GF GF 

11 DIS 0010002 02 000 2000 GE 1st floor 1st F 

12 200 0020002 02 002 0200 Staff room 1st floor SR DZ 1.OG 1st F 

13 201 0020003 02 002 0201 Nursing room 11 R11 Room 11 1st F 

14 202 0020004 02 002 0202 Nursing room 12 R12 Room 12 1st F 

15 213 0040006 02 002 0213 Handicapped WC 1st F H-WC H-WC 1st 1st F 

16 214 0040007 02 002 0214 Nursing bath 1st F NB2 NBath 1st 1st F 

17 230 0040008 02 002 0230 Communal kitchen 1st F Kit Kitchen 1st F 

18 Corridor 0000000 02 002 0290 Corridor display 1st F 1st F 

19 

20 

GE = Group Electronic, order no. 19070010 PGR = Physical group number, 2 digits GB = User on Group Bus 

SD6P / S4P / S4B = Terminals, order no. 190700X0 LGR = Logical group number, 3 digits WB = User on Ward Bus 

RAB = Call/presence combination bus, order no. 19070100 RNO = Room number, 4 digits 

Floor

Programming table, group coupling 

Project: 

Automatic time-controlled group coupling, Shift 1 - 9 

Manual group coupling Shift 1 - 9 via one Terminal SD6P, room type "staff room + HAB" 

Shift Day 

1 Mon - Fri 

2 Mon - Fri 

3 Mon - Fri 

4 Sat 

5 Sat 

6 Sat 

7 Sun 

8 Sun 

9 Sun 

Period (autom. shift 

operation) Coupling of logical groups 

Alias 

(max. 12 characters) Start time End time Separate groups Coupled groups 

Note: If no shifts have been entered for Saturday or Sunday, the information for Monday to Friday applies automatically to this period. 

Correct time changeovers, particularly from Friday to Saturday, Saturday to Sunday and Sunday to Monday, must be observed.

Programming table, group coupling 

Project: Example 

Automatic time-controlled group coupling, Shift 1 - 9 

Manual group coupling Shift 1 - 9 via one Terminal SD6P, room type "staff room + HAB" 

Shift Day 

Period (autom. shift 

operation) Coupling of logical groups 

Alias 

(max. 12 characters) Start time End time Separate groups Coupled groups 

1 Mon - Fri Early 6:00 14:00 001, 002, 003, 004 

2 Mon - Fri Late 14:00 22:00 001+002, 003+004 

3 Mon - Fri Night 22:00 6:00 001+002+003+004 (All conntected) 

4 Sat Early 6:00 14:00 001, 002 003+004 

5 Sat Late 14:00 20:00 001+002, 003+004 

6 Sat Night 20:00 6:00 001+002+003+004 (All conntected) 

7 Sun Sunday 6:00 Mon 06:00 001+002+003+004 (All conntected) 

8 Sun 

9 Sun 

Note: If no shifts have been entered for Saturday or Sunday, the information for Monday to Friday applies automatically to this period. 

Correct time changeovers, particularly from Friday to Saturday, Saturday to Sunday and Sunday to Monday, must be observed.

Checklist for commissioning a CONCENTO PLUS nurse call system 

This checklist contains all activities that must be performed before a CONCENTO PLUS nurse call system is 

commissioned. Use the checklist as a guideline for installation. 

If initial start-up assistance / commissioning support by the manufacturer has been requested, the checklist must 

have been returned completed. Send the fully completed checklist signed to: Service Centre, Tunstall GmbH, Mrs. 

Wera Westfechtel, phone: +49 (0) 2504 701 - 177, Fax: +49 (0) 2504 701 - 199, e-mail: wwestfechtel@tunstall.de 

If the activities in the checklist have not been done in full or have not been done in accordance with the agreements 

with the manufacturer, we reserve the right not to become involved in your installation, to abort the service job and to 

cancel the agreed appointment and invoice you for the costs incurred. 

Task Please complete: 

1 The nurse call system fitters have been trained: 

1a The fitters are trained as nurse call system experts. Done: 

1b The fitters have passed a CONCENTO PLUS system training course. Done: 

2 The Technical Manual for the CONCENTO PLUS system (order no. 00881414) 

was available to the fitters and was observed during installation. 

3 The cable network was prepared in accordance with the Technical Manual 

and the valid regulations. 

4 The fully prepared cable network was inspected: 

Tunstall GmbH · Orkotten 66 · 48291 Telgte Germany, www.tunstall.de · 08.11.2012 

Yes: 

Done: 

4a Group bus: Line check data, speech, power supply Done: 

4b Ward bus: Line check data, speech, power supply Done: 

4c Voltage supply: Line check, polarity Done: 

5 The functional ground has been connected as per the Technical Manual. Done: 

6 All devices have been installed and connected in accordance with the 

product leaflet and the Technical Manual. 

Done: 

7a Is the ConLog PLUS Management Software used? Yes: 

No: 

7b If yes: The PC is completely assembled. The ConLog PLUS Management 

Software has been installed. The PC has been connected to the 

management interface in accordance with the Technical Manual. 

8 The following have been tested for all rooms: Notification of presence, all call 

devices, call cancellation (call in the room, call in the WC), indication on the 

room lamp (see “Checking the light call function of each room” in the 

Technical Manual) 

Done: 

Done: 

9 Should external devices / systems be connected to the nurse call system? Yes: 

No: 

10a If yes: The following devices / systems have been connected and set up in 

accordance with the requirements of the Technical Manual: 

10b Separate Terminals, RABs or the Group Electronic have been used for 

connecting the external devices / systems. 

11 All forms required for commissioning support have been completed in full and 

sent back to the service centre: Programming tables, shift table/group coupling. 

Place, date 

Checklist completed by: 

Position in the company: 

Yes: 

No: 

Done:

Find all you want to know about the CONCENTOPLUS system: 

CONCENTOPLUS Data Sheet Catalogue 

CONCENTOPLUS System Description 

Order No. 00 8814 15 

CONCENTOPLUS Technical Manual 

Order No. 00 8814 14 

CONCENTOPLUS Operating Instructions 

Order No. 00 8814 16 

The documents are ready for downloading from the homepage: 


QUALITY 

MANAGEMENT 

SYSTEM 

DQS certified to 

DIN EN ISO 9001 

Reg. no. 56386 

Reg. no. 56386 

Tunstall GmbH 

Orkotten 66 

48291 Telgte 

Germany 

Tel. No.: +49 (0)2 50 47 01-0 

Fax: +49 (0)2 50 47 01-499 

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CONCENTO PLUS Technical Manual 00 8814 14

Technical Manual - Tunstall GmbH

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