Planning Documents for NC

D-27706-2009 

ST-8934-2008 

D-55199-2012 

Planning Documents 

for NC

PLANNING DOCUMENTS FOR NC | PREAMBLE | 3 

Preamble 

This Planning Document is written to get knowledge about the Dräger portfolio 

and also to find advices to build up an intensive care area. This document 

contains an overview about the products of Dräger and its technical data. 

At the last pages of this document you will find several Dräger solutions as 

an example. According to this you will find detailed drawing of the single 

workplaces.

4 | 

PLANNING DOCUMENTS FOR NC | 

INDEX OF CONTENTS 


OVERVIEW 

NC 6 

Dräger – Workplace infrastructure 7 

DRÄGER PORTFOLIO 8 

Overview Supply units 10 

Lights and display holder/Gas Management Systems 11 

Ceiling supply units 12 

Workstations 14 

Wall supply units 16 

Column 17 

Lights and display holder 18 

Ceiling fixtures 20 

Workstation components 23 

Gas Management Systems 28 

Accessories 30 

WORKPLACE EXAMPLES 32 

Supply units Ventilation/Monitoring 34 

Infusion/Suction 35 

Overview Respiratory Care 36 

Overview Closed Care 37 

Overview Open Care 37 

Developmental care accessories 38 

Jaundice management 38 

Overview Monitoring Systems & IT 39

PLANNING DOCUMENTS FOR NC | INDEX OF CONTENTS | 5 


GENERAL PLANNING 40 

Developmental Care 42 

Support the developmental care 43 

Family centered care 46 

Planning of an NICU workplace 48 

Workplace solutions Solution 1 – Ponta C beam system 50 

Solution 2 – Ponta E/S beam system 52 

Solution 3 – Ponta E/S beam system 54 

Solution 4 – Agila column tube/Movita column 56 

Solution 5 – Movita head/Movita head 58 

Solution 6 – GeminaDUO 60 

Solution 7 – GeminaDUO 62 

CONTACT 65

6 | 


OVERVIEW 

NC 

D-7585-2009 

NURTURED INFANT CARE 

Experience has shown that premature and 

ill newborns are not just small adults. They 

have unique physiological and developmental 

needs. Their dependency on a stable microenvironment, 

non-invasive therapies and a 

number of external factors such as sound, 

light and touch makes neonatal care different 

from any other discipline in medicine. 

The margin for error is ever so slight, and 

maintaining a delicate balance can make the 

difference between morbidity, long-term 

developmental deficits or a healthy, happy 

outcome. 

“Every 

and a

PLANNING DOCUMENTS FOR NC | OVERVIEW | 7 

Dräger 

Workplace infrastructure 

Dräger offers solutions for the entire hospital 

D-30018-2011 

newborn deserves a 

good start in life 

place to thrive.” 

Stefan Dräger

8 | 


DRÄGER PORTFOLIO 

Dräger 

portfolio 

D-18949-2010

PLANNING DOCUMENTS FOR NC | DRÄGER PORTFOLIO | 9 

Dräger portfolio 


Get an overview about the Dräger portfolio 

You always wanted to know which product portfolio 

Dräger has? In this chapter you get an overview 

about Dräger Supply units, OR lights and Gas 

Management Systems.

10 | 



Overview 

Supply units 

D-3289-2011 

Ponta 

MT-5960-2008 

MT-6342-2008 

Agila 

Movita 

D-36069-2011 

D-27741-2009 

Linea 

Gemina® Duo


Lights and display holder 


D-58476-2012 

D-31307-2011 

D-90844-2013 

Polaris® 50 

Polaris® 100/200 

Display holder 

Gas Management Systems 

D-9489-2009 

D-9270-2009 

Terminal Units 

EcoPharm Tower 

D-9368-2009 

MT-0001-2006 

D-58913-2012 

Medical Air Guard 

Gas Control Station 

Area Control Unit

12 | 



Ceiling supply units 

D-52660-2012 

MT-6342-2008 

Agila 

Movita 

WHAT IS WHAT? 

Ceiling bearing 

Arm system 

Distance tube 

Lifting 

system 

Media head 

Media column 

D-18369-2010 

D-12307-2011 

Workstation 

components 

D-18551-2010


ARM SYSTEMS 

D-52660-2012 

D-52660-2012 

Single arm system 

Arm length: 500 mm, 750 mm, 1000 mm, 1250 mm 

Load capacity*: 120 kg - 270 kg 

Double arm system 

Arm length: min. 1000 mm - max. 2500 mm 



D-18369-2010 

Lift arm system 

Arm length: min. 1000 mm (lift arm) - max. 2250 mm 


*Load capacity = net load at media column/head 

strong 

medium 

light 

Arm types 

For single and double arm systems you can choose between strong, medium 

and light variant. Depending on type of arm and length the different load 

capacities are defined. 

MT-5963-2008 

MT-6342-2008 

Agila 

Movita 

TECHNICAL DATA 

Product Agila Movita 

Load capacity 

Media head 120 kg 120 kg 

Column 120 kg 270 kg 

Lift express/Lift 80 kg/120 kg 80 kg/180 kg 

Lift speed 10/20 sec 10/20 sec 

Height adjustment 600 mm 600 mm 

Media outlets up to 51 up to 102

14 | 



Workstations 

Ponta 

D-3289-2011 

C-workstation - pole 

E-workstation – Movita column 

C-workstation - rack 


Supply beam 

Recommended clearance height C-shuttle (supplies in beam) 1800-2000 mm 

(under side of beam to floor) E-shuttle (supplies in column/head) 2100 mm 1) 

S-shuttle (supplies in column/head) 2350 mm 1) 

Beam length 

2200, 2800, 3100, 3500 mm - Custom lengths available on request 

Beam width 

588 mm 

Beam height 

212 mm 

Beam weight C/H type 25,5 kg/m 2) 

E/S type 28 kg/m 2) 

Beam color 

NCS-S-0500 N: white Powder coated 

Color for installation plates 

Anodized aluminum, NCS-S-0500 N, Dräger Munsel blue, 

according to Color Line concept, others on request - powder coated 

End-cap length 

121 mm each 

1) 

If supplies are also located in the beam then a clearance height is required which permits ergonomic use! 

2) 

When combining different shuttles, use highest value.



E-workstation – Movita head 

S-workstation – Agila column 

S-workstation – Agila column tube 


Shuttles Type C Types E / HE Types S / HS 

Load capacity shuttle Under each shuttle 150 kg Under each shuttle 150 kg Under each shuttle 150 kg 

Standard rail On front of shuttle On front of shuttle On front of shuttle 

25 x 10 x 294 mm 25 x 10 x 294 mm 25 x 10 x 294 mm 

Load capacity rail 10 kg 10 kg 10 kg 

Linear travel Complete length From central point From central point 

of beam/beams (positioned as required) (positioned as required) 

± 550 mm (total 1100 mm) ± 550 mm (total 1100 mm) 

Brakes Mechanical Linear travel Pneumatic for linear travel Pneumatic for linear travel and 

and carrier rotation 

swivel arm 

Friction for column or head 

Friction for column or head 

Optional Pneumatic brake 

Optional Pneumatic brake 

for column or head 

for column or head 

Maximum load 3) Equipment carrier pole 60 kg With Agila head or column or With Agila head or column or 

Equipment carrier rack 130 kg Movita head or column: 120 kg Movita head or column: 100 kg 

Rotation Equipment carrier 170° 330° Swiveling arm 330° 

(Length swiveling arm 400 mm) 

3) 

Maximum load that can be carried on the supply head or column

16 | 



Wall supply units 

D-288-2010 

MT-4307-2007 

MT-4306-2007 

Linea I 

Linea IM 

Linea N 


Linea I Linea IM Linea N - for normal wards 

Height/depth 174 mm/135 mm (with 1 media duct) 213 mm/135 mm (with 1 media duct) 251 mm/110 mm (with 1 media duct) 

275 mm/135 mm (with 2 media ducts) 313 mm/135 mm (with 2 media ducts) 351 mm/110 mm (with 2 media ducts) 

385 mm/135 mm (with 3 media ducts) 423 mm/135 mm (with 3 media ducts) 461 mm/110 mm (with 3 media ducts) 

Lighting No lighting Indirect lighting Indirect lighting 

Optional integrated night light in duct 1 x 54 watt with electronic ballast 1 x 54 watt with electronic ballast 

and orientation light 1 x 7 watt (above) and orientation light 1 x 7 watt (above) 

or reading light 1 x 24 watt with electronic and/or reading light 1 x 24 watt with 

ballast (below) 

electronic ballast (below) 

Accessories Dräger accessories for standard rails Dräger accessories for standard rails Dräger accessories for standard rails 

(only if Linea N is equipped 

with optional standard rail) 

Rows of outlets 1 / 2 / 3 1 / 2 / 3 1 / 2 / 3 

Outlet spacing 

Ensure there is at least 200 mm between gas terminal units (for flammable or oxidizing gases) and electrical outlets 

The minimum distance between two electrical outlets is 75 mm and between two gas outlets 100 mm 

Outlets 

Grounded outlets in various colours, with or without indicator light and in a variety of country standards, 

equipotential bonding pins, gas terminal units for medical gases, low-voltage devices such as nurse alert, 

RJ-45 data jack, telephone connections, etc. 

Wall mount 

Via dowel pin on the wall; torques of max. 250 Nm per metre of duct; optional side or back media feed 

Length 

Up to 6 m long; freely selectable 

Surface 

16 standard RAL colours to choose from; other RAL colours available on request 

Load capacity 

Standard rails support a max. of 50 kg per metre 

Medical product 

Fulfils medical MDD (Medical Device Directive)


Column 



COLUMN 

Dimensions (L × W × D) 

Max load 

Useable (38 mm) pole length 

1500 x 240 x 366 mm incl. caps 

150 kg 

1300 mm 

D-27741-2009 

Gemina DUO 

INSTALLATION PLATES 

Material 

Mounting capacity 

Based on Dräger DIN/German standards 

Anodised aluminium (standard) 

One-sided: max. 30 (14 gases) 

Two-sided: max. 56 (20 gases) 

CABLE MANAGEMENT 

Capacity single-sided: 6 hoses, external diameter 13.5 

or 18 cables, diameter 8 

or 3 hoses + 10 cables 


Double-sided: 12 hoses, external diameter 13.5 

or 36 cables, diameter 8 



LIGHT: WALL ELEMENT 

Dimensions 

Indirect light 

Reading/exam light 

Night light 

950 x 270 x 70 mm 

2 x 39 W 

21 W 

5 W 

LIGHT: COLUMNS 

Indirect light* 

Night light** 

Compact fluorescent (for switched and for dimmed) 

lamp 11 W, 830 warm white 

Compact fluorescent (for switched) Compact fluorescent (for dimmed) 

lamp 7 W, 830 warm white lamp 11 W, 830 warm white 

OTHER 

Console swivel range 112° 

STANDARDS 

Meets guidelines for medical devices MDD 93/42/EWG class IIb 

Medical electrical devices – Part 1 IEC 60601-1 – Part 1-2 IEC 60601-1-2 

Medical supply units ISO 11197 

Light options in general supporting DIN EN 12464-1 and DIN 5035-3. Data for planning software on request. 

Installation instructions 9039804 

Catalogue of workstation components for supply units 9048440 

*Indirect light on the column available only as package with night light. 

**Night light on the column available only as package with indirect light.

18 | 



Lights and display holder 

D-31029-2011 

D-31307-2011 

Polaris® 100/200 

Polaris® 200 

D-58477-2012 

Polaris® 50 


Product Polaris® 100/200 Polaris® 50 

Technology LED LED 

Light intensity 120.000 or 160.000 Lux 60.000 Lux 

Endo-light mode 300 Lux no 

Light field diameter 200 mm 160 mm 

Color temperature 4400 K or 5000 K or 5600 K (option) 4500 K 

Video options external SD camera no


D-90840-2013 

D-90844-2013 


Double ceiling fixation Polaris® 50 with display 

Display holder 


Product 

Display arm 

Description 

Display arm at central axis 

Display sizes 

approx. 24” (larger displays on request) 

Display quantity 1 or 2 

Fixation 

at central axis of OR light or separate

20 | 



Ceiling fixtures 

Ceiling fixtures for supply units 

PRODUCT DESCRIPTION 

The universal Dräger ceiling fixation supports 

the installation of the ceiling supply units 

Agila, Movita and Forta and the Pendula. They 

are available for anchor (fig. B + D) and boltthrough 

(fig. A + C) mounting. The ceiling 

supply unit can be fixed directly under the 

concrete ceiling (direct mounting - see A, B, 

in figure below). A variable fixation set allows 

for mounting at different heights up to 1200 

mm under concrete ceiling in order to bridge 

the space above false ceiling (see C, D in figure 

below). A media flange, located between raw 

ceiling and false ceiling, offers enough space 

for connecting various media as supply voltage, 

medical gas, vacuum and data cables. The 

installation manuals are included on delivery. 

PLANNING GUIDELINES 

The Dräger ceiling supply units are validated 

and certified in combination with these ceiling 

fixtures. The certification will become invalid, 

if the supply units are installed in combination 

with a non-Dräger ceiling fixture. 

The ceiling mount must meet the following 

criteria: 

– 12.500 Nm torque at lower end of the 

fixation construction 

– 9.000 N tensile force at the ceiling 

If architectural constraints do not allow a 

Dräger ceiling mount, an alternative mounting 

solution can be used. A project-specific 

certificate confirming such constraints is 

mandatory. The complete functionality of a 

Dräger ceiling supply unit cannot be guaranteed 

if the above conditions are not met. In 

such cases, all approvals are void. 

Available for: 

– Anchor mounting: Anchor mounting is 

possible if the ceiling structure is at least 

250 mm of B 25 concrete ceiling 

– Bolt-through mounting: Bolt-through 

mounting is required if the concrete ceiling 

thickness is less than 250 mm or if the 

concrete quality is less than B 25. 

Without ceiling fixture set 

With ceiling fixture set 

A 

C 

Nm 

max. 1200 mm 

Bolt-through mounting 

N 

B 

D 

Anchor mounting 


Product 

Span intermediate ceiling distance 

Max. torque 

Max. tensile force at the ceiling 

Hole pattern 

Ceiling fixtures 

up to 1.200 mm 

12.500 Nm 

9.000 N 

Ø 470 mm


Ceiling hood/Flat cover 


TYPES OF CEILING COVERS 

D-90841-2013 

D-90845-2013 

D-90848-2013 

D-90849-2013 

D-90846-2013 

Ceiling hood (height: 170 mm) 

Flat cover (height: 2 mm) 

Single/double/triple CSU 

There is a Dräger ceiling fixture solution for 

every application. Single, double and triple 

arm options are available. 

Single CSU 

Double CSU 

Double CSU with third arm 

OPTIONS 

Single Double Triple 

CSU 

CSU/CSU 

Examination light CSU /Examination light CSU/CSU/Examination light 

Display CSU /Display CSU /CSU /Display

22 | 



Ceiling fixtures for lights/display arms 

PRODUCT DESCRIPTION 

The Dräger ceiling fixation supports the 

installation of the lights and display holder (at 

central axis). The OR light/display arm can be 

fixed directly under the concrete ceiling 

(direct mounting). The distance tube allows 

for mounting at different heights of up to 1200 

mm under concrete ceiling, in order to bridge 

the space above false ceiling. The installation 

manuals are part of the delivery. 

MOUNTING VARIANTS 

Direct mount 

This system is recommended as a direct 

mount or for use with a false ceiling up to a 

distance of 600 mm between concrete and 

false ceiling or in combination with a laminar 

flow system. The suspension tube is available 

in five standard lengths (220/460/630/ 

800/1000 mm). For service purposes, it is to 

be considered that the electrical components 

are installed in a switch box near the NC 

(max. 40 m). 

D-90851-2013 

With ceiling cover 

D-90851-2013 

With flat cover 

With laminar flow ceiling 

With distance tube 

This system is recommended for use at a 

distance > 600 mm between concrete and 

false ceiling or in combination with a laminarflow 

system. The distance tube is available in 

two standard lengths (600/1200 mm). For 

service purposes, it is to be considered that 

the electrical components are installed in a 

switch box near the NC (max. 40 m). 

D-90851-2013 

D-90851-2013 

With ceiling cover 

With flat cover 

With laminar flow ceiling


Workstation components 

Dräger offers a wide range of workstation components. These components are freely 

configurable and ensure excellent ergonomic workplace design. 


SHELVES 

D-27735-2009 

D-27733-2009 

D-27732-2009 

Our shelf portfolio offers a wide range of options. Shelf size, the number of standard rails and drawers can 

be selected as needed. 

SHELF SIZES/UASBLE SURFACE (W X D) 

430 x 340 mm 

630 x 340 mm 

430 x 480 mm 

530 x 480 mm 

630 x 480 mm 

860 x 480 mm 

STANDARD RAILS 

no rails 

side rails 

front rail 

control handles at front 

DRAWER OPTIONS 

1 drawer 

1 drawer with lock (incl. 2 keys) 

2 drawers 

2 drawers and 1 lock 

2 drawers and 2 locks 

drawers and 2 locks on a shelf 

(860 x 480 mm) 

1 drawer and 1 documentation module 

1 documentation module 

D-26256-2009

24 | 



ARM TYPES 

INFUSION ARMS 

For all infusion arms, a wide variety of options 

to choose from. Arms are available as single or 

double swivel arms and come in lengths 

of 200/300/400 mm. All arms come with 

adjustable friction brakes (ball bearings) and 

integrated cable management. 

D-32268-2011 

Double swivel arm for 25 mm pole (infusion), mounted on a 38 mm pole 

MONITOR ARMS 

Monitor arms come in a wide variety of configurations. 

The arms are available as a lift arm 

with or without an additional swivel arm and 

with or without keyboard holder. Swivel arms 

come in lengths of 200/300/400 mm. All 

arms are equipped with adjustable friction 

brakes (ball bearings) and integrated cable 

management. 

D-111-2010


CABLE MANAGEMENT 

D-26583-2009 


Cable channel 

D-26305-2009 

D-2380-2011 

D-26600-2009 

Cable boxes 

Cable management system (boxes): Cable duct and cable boxes 

Cable extension arm

26 | 



COLOR CODE CONCEPT 

MT-1701-2005 

MT-1712-2005 

Handle at shelf 

Control at column 

ADDITIONAL COMPONENTS 

In addition to the components mentioned 

above, many others are available (eg. infusion 

poles, application rods, racks, clamping rails, 

equipment holders etc.). 

MT-21198-94 

2-1065-96 

D-35690-2009 

Rail holder, short 

Cable holder 

Compact rail


MEDICAL EXAMINATION LIGHT 

D-50601-2012 

D-50637-2012 


Medical examination light VarioLux® 

D-50753-2012 


Product 

VarioLux rail mounted examination light 

Weight 

1.5 kg (3.3 lbs) 

Electrical values 

100-240 V, 50/ 60 Hz 

Max. illumination intensity Ec at 0.5 m 

30,000 lx 

Dimming levels 

30,000 lx, 24,000 lx, 18,000 lx, 12,000 lx, 6,500 lx 

Light field diameter d10 at 0.5 m 

21 cm 

Light field diameter d50 at 0.5 m 

9 cm 

Color temperature adjustable Cool white (blue) 4,700 K, Neutral white (white) 4,100K, Warm white (red) 3,500K 

Min. service life of bulb (LEDs) 

30,000 h 

Color reproduction index Ra ≥ 96, R9 = 90 

Max. radiant power at 0.5 m 

105 W/m²

28 | 



Gas Management Systems 

Dräger Gas Management Systems (GMS) are designed to manage 

the hospital’s gas supply needs. Dräger offers complete gas supply 

systems which include all necessary components and distribution 

piplines. 

MT-0018-2006 

Gas Terminal Units 

Planning and designing Gas Management 

Systems for either complete hospitals or 

individual areas like a new IC or OR area is 

a challenging task. Different international 

standards and guidelines provide different 

information, require different system configurations 

and different approaches to all the 

challenges occurring. 

Dräger is at your side when it comes to solving 

these challenges and optimizing the system 

design for the benefit of the hospital. 

We have more than 50 years experience in 

designing, building and testing Gas 

Management Systems. 

As every project is different and the systems 

tailor-made for the hospital, it is difficult to 

provide generic planning details. Therefore 

we kindly ask you to contact your local 

Dräger representative for individual planning 

support. 

GAS TERMINAL UNITS 

The locations and quantities of gas terminal 

units are essential parts of the planning of 

every Gas Management System. Depending 

on the clinical procedures and applications, 

different gases are required in different hospital 

areas and the amount of units provided 

needs to match processes and devices used 

there. Dräger builds world-renowned gas terminal 

units since over 40 years and is offering 

outlets according to DIN, British Standard and 

other international types. 

D-1217-2009 

Alarm Management 

ALARM MANAGEMENT SYSTEM 

A complex system like a medical Gas 

Management System requires good operational 

management and provides a host of information. 

Dräger Alarm Management Systems 

consolidate all this information like operational 

and emergency alarms. Analogue operational 

data (e.g. pressure and flow) can also easily 

be integrated. All information can be displayed 

where ever required with LED-, text- or touch 

display monitors and connected to integrated 

building management systems. 

D-16746-2010 

Distribution systems 

DISTRIBUTION SYSTEM 

Medical grade copper tubes according to ISO 

13348 with defined cleanliness and thorough 

testing regime in combination with high quality 

installation (e.g. inert gas shielding during 

welding) form the backbone of the infrastructure 

which ensures that all gases are 

available at the required points of use. Proper 

system calculation according to Dräger 

Design Guidelines and international standards 

and comprehensive testing and installation 

ensure quality and performance of the overall 

system.


D-507-2014 

MT-7526-2004 


Reliable monitoring throughout the entire system 

AREA CONTROL UNITS 

All clinical areas need to be controlled individually 

by Area Control Units. This includes 

pressure gauges for each gas and alarms for 

pressure deviations as well as lock-off valves 

and emergency inlet points. 

MT-5164-2004 

MT-5206-2004 

D-1216-2009 

Vacuum pumps 

Compressed air system 

Cylinder Manifold for oxygen 

VACUUM SYSTEM 

Vacuum is indispensable for surgical application 

(wound field aspiration) as well as bronchus 

suctioning in anaesthesia and intensive 

care treatment. Dräger vacuum systems with 

triplex or quadruplex pumps fulfill the ISO 

7396-1 and match all requirements in terms of 

safety and efficiency. 

COMPRESSED AIR SYSTEM 

Medical air systems for breathing purpuoe 

(4/5 bar) as well as for surgical tool air (7/8 

bar) must fulfill the ISO 7396-1, breathing air 

must also comply with the European Pharmacopoiea. 

Dräger medical air systems combine 

proven design, safe operations, and efficient 

reliability. 

CYLINDER MANIFOLDS 

Oxygen, Nitrous Oxyde and Carbon Dioxide 

can be supplied by 3-fold cylinder manifolds 

or by a liquid oxygen tank (V.I.E.) and a 2-fold 

cylinder manifold with a Dräger Gas Control 

Station as the core of the system.

30 | 



D-2269-2014 

Accessories 

Whether for patient monitoring, care and 

treatment of neonates, anesthesia, intensive 

care, the emergency department or on the 

ward: each original accessory from Dräger 

doesn't just fulfil all the official quality standards. 

We also measure our accessories 

against our own strict Dräger quality standards. 

WARMING THERAPY 

MT-294-99 

MT-3278-2005 

MT-1035-2005 

E.g. mattress SoftBed 

E.g. warming mattress TransWarmer® 

E.g. skin temperature probes


VENTILATION 

D-101213-2013 

D-19285-2009 

D-937-2010 


Nasal CPAP system BabyFlow 

Breathing circuits 

Breathing masks 

MT-4397-2007 

D-7061-2009 

D-402-2010 

Breathing system filters and HMEs 

CO 2 cuvettes 

Intubation kits 

SENSORS 

MONITORING 

WARD EQUIPMENT 

MT-351-2003 

D-497-2014 

D-10309-2011 

E.g. neonatal flow sensor 

E.g. Masimo® Sensors 

E.g. medical aspiration

32 | 


WORKPLACE EXAMPLES 

Workplace 

examples 

D-22040-2009

PLANNING DOCUMENTS FOR NC | WORKPLACE EXAMPLES | 33 

Workplace examples for NC 

The following pages will help you develop a deeper understanding 

of various workplace designs. 

Workplace examples 

The detailed drawings shown in the next section 

can serve as a starting point for you own design 

concepts. 

Combine elements of two or more examples to 

develop the best possible solution for your client.

34 | 



Supply units 

VENTILATION 

D-26140-2009 

D-26141-2009 

D-26137-2009 

CSU with V500* on a shelf 

CSU with V500* mounted on the front rails 

V500* mounted on a 38 mm pole 

MONITORING 

D-26690-2009 

D-22044-2009 

C700 and Delta mounted on front rails on the same side 

C700 and Delta mounted on front rails on different sides 

D-73170-2012 

IACS system consisting of C700 and M540 

*Infinity Acute Care System Workstation Critical Care.


INFUSION 


D-455-2014 

D-456-2014 

D-457-2014 

Infusion rack on M26 arm system 

Infusion rack mounted on Agila column tube 

Infusion rack mounted on infusion set AS1 

SUCTION 

D-26664-2009 

MT-1721-2005 

Infusion rack mounted on infusion set AS1 

Workstation – Endotracheal suctioning

36 | 



Overview Respiratory Care 

VENTILATORS 

D-25932-2009 

D-20329-2010 

Babylog VN500* 

Babylog 8000 plus 

Smart Pulmonary View 

Intuitive user interface 

with colour touch screen 

Flexible transport 

and backup solution 

Powerful High 

Frequency Oscillation 

Non-invasive nasal CPAP 

and oxygen therapy 

D-19538-2009 

*Infinity Acute Care System Workstation Neonatal Care.


Overview Closed Care 

MT-1213-2004 

MT-0588-2008 

D-22377-2010 

Caleo 

Isolette C2000 

Isolette 8000 

Overview Open Care 


MT-1223-2004 

D-22154-2010 

Babytherm 

Resuscitaire

38 | 



Developmental care accessories 

Jaundice management 

D-16736-2010 

D-86397-2013 

MT-1154-94 

D-33509-2009 

Incubator cover 

D-33514-2009 

MT-0092-2008 

D-33511-2009 

D-33512-2009 

Positioning aid Hug it 

Nesting 

Small pillows 

Towel doll Cally 

Jaundice Meter JM-103 

Jaundice Meter JM-105 

Photo Therapy 4000


Overview Monitoring Systems & IT 

PRODUCTS 


D-3527-2011 

MT-8849-2006 

D-22376-2010 

Vista 120 

Infinity® Delta XL 

Infinity® C500 

D-64760-2012 

D-19701-2009 

Infinity® C700 

Infinity® M500 docking station 

and Infinity® M540 

SOLUTIONS 

D-19739-2009 

D-653-2014 

D-71806-2012 

Infinity® Acute Care System monitoring solution 

Infinity® Omega Solution 

Infinity® CentralStation

40 | 


GENERAL PLANNING 

General 

planning 

MT-8526-2006

PLANNING DOCUMENTS FOR NC | GENERAL PLANNING | 41 

General planning 

Learn more about planning a neonatal intensive care area. 

The basics of planning a neonatal intensive care 

area are discussed in the next section. It’s vital to 

understand these concepts in order to provide the 

customer with the best possible solution. Careful 

analysis of workflow, architectural constraints and 

of the customer’s care concepts are fundamental 

steps in the process of creating a custom solution. 

In addition, an intimate knowledge of the Dräger 

product portfolio is a necessary prerequisite. 

To create a fully integrated solution, planning 

considerations will range from workplace design 

and device placement to medical gas management 

and lighting an/or color schemes. 

General planning

42 | 



Developmental care 

It is recommended to keep the following points in mind: 

DEVELOPMENT IN THE UTERO CHARACTERIZED BY: 

– Security and containment though the utero 

– Heartbeat of the mother 

– Limited light and noise exposure 

– Sleep cycle preservation 

DEVELOPMENT IN THE ENVIRONMENT OF THE NICU 

CHARACTERIZED BY: 

– Painful procedures 

– Excessive light and noise exposure 

– Interrupted an inadequate sleep 

– Separation of the mother 

D-52696-2012 

D-64732-2012


Support the developmental care 

THE IMPACT OF COLOR 

– The psychological aspect of colors is very strong 

– The infant and parents spends a long time in a NICU, so that the 

use of color has a big impact 

– Think about a concept for the hole hospital 

– Supply units could be part of the concept (color line) 

Color Line Classic 

Ceiling 

e.g. 

Walls 

e.g. 

Supply unit 

e.g. RAL 3004 

Floor 

e.g. 

Furniture 

e.g. 

Room Colors 

Color Line on 

supply unit 


D-463-2010 

D-18682-2010

44 | 



THE IMPACT OF NOISE 

– Preterm infants are highly vulnerable to noise due to their 

immaturity 

– Causes stress for patients, visitors and staff 

– Reduces the ability for staff to work efficiently 

– Can actuate a higher error rate 

– Recommendations DIVI: 

≤ 45 dB during the day, ≤ 40 dB during the evening, 

≤ 20 dB during the night 

DECREASE NOISE 

– Move conversation away from bedside 

– Consider noise generated by medical equipment 

– Never place something on the top of an incubator 

– Reduce monitor alarm levels 

– No radio, no telephone 

– Use a thick, fluffy incubator cover to reduce the noise level inside 

the incubator 

– Dräger Noise Display monitor and display background noise levels 

on the NICU 

D-1210-2011 

D-13278-2010


THE IMPACT OF LIGHT 

– Directly influences the central nervous system 

– REM sleep periods (important for the brain development) are 

greatly reduced at bright light levels 

– Create a comfortable environment for patient, care giver and 

visitors 

– Improve the healing process by providing the right lighting 

ambience 

– Improve work processes (e.g. documentation, medication, etc.) 

– Reduce stress by providing orientation 

LIGHT MANAGEMENT 

– If bright light is needed for medical assessments, infant’s eyes 

must be protected to avoid damage to the immature visual system 

– Reduce ambient light 

– Reduce screen brightness of medical equipment 

– Use individual, indirect light systems 

– Use incubator covers 

– Ponta indirect light, RGB light or circadian light 

– Agila, Movita navigation light column, navigation light arm system 

– Workstation components, drawer light 

D-1402-2011 

D-1284-2011 


D-1424-2011 

D-1412-2011

46 | 



Family centered care 

THIS IS TODAY‘S APPROACH 

BUT WHAT DO WE EXPECT FOR THE FUTURE? 

Several studies conclude that the early separation and psycological 

distress of the parents have a negative impact on the development of 

preterm babies. 

WHAT CAN YOU DO? 

D-504-2014 

CHANGE THE PROCESS! 

– Prevent separation 

– Closeness 

– Skin to skin – Kangaroo mother care 

– Rooming-in 24/7 

– Breastfeeding 

– Empowerment 

– Parents are the primary care givers 

NICU + ROOMING-IN = A CONTRADICTION? 

Today it is possible to practice Kangaroo Mother Care (KMC) even 

with tube feeding and ventilated babies. 

D-505-2014 

But this situation may continue for weeks and even months! 

Without any privacy for the parents? This is not reasonable! 

NICU + Rooming-In 

How can you support them?



D-506-2014 

NICU + Rooming-In + Family area 

D-2272-2014

48 | 



D-55467-2012 

Planning of an NICU workplace 

GENERAL 

What is left- and right side? 

– As seen from the foot end of the incubator (technician) 

– As seen from the patient (medical staff) 

The incubator! 

– Think about the size 

– Open care or closed care 

– Connections required? 

Additional medical devices! 

– Medical cart, footprint approx. 780 x 600 mm 

– Mobile ultrasound, footprint approx. 600 x 600 mm 

– Dialysis machine, footprint approx. 650 x 650 mm 

– Mobile x-ray machine, footprint approx. 1800 x 900 mm 

– ECMO device, footprint approx. 600 x 600 mm 

NWPD_Key_Visual


ELEMENTS OF THE INFUSION SIDE 

– How many infusion pumps are needed? 

– How they should be mounted 

(arm system or directly on the column)? 

– Syringe pumps are needed, how many? 



– Feeding pumps are needed, how many? 



– Fluid bags? 

– Storage for disposables 

– Storage for nappy’s 

– Holder for medical gloves (size S/M/L) 

– Working surface 

– Line routing to the infant 

– Endotracheal suction (vacuum, air, electric) 

– Services like electric-, gas- and data outlets 

– Nurse call 

– PDMS (height adjustable) 

IN ADDITION 

– PDMS could also be located at the foot end 

of the either ceiling-mounted or on a mobile cart 

– Storage for the infants stuff (plush toy) 

– Infotainment for the parents e.g. TV, radio, internet 

– Examination light (e.g. Polaris 50 ceiling or mobile, 

VarioLux rail mounted) 

– Hand disinfection near the incubator 

– Chair for kangarooing! 

ELEMENTS OF THE MONITORING AND VENTILATION SIDE 

Monitoring 

– Viewing height approx. 1500mm 

– Positioned behind and above the incubator 

– Accessible from the head end of the incubator 

– Transport monitor (maybe IACS system) 

– Storage for monitoring accessories e.g. cables 


Ventilation 

– Mobile or fixed device 

– Positioned behind or beside the incubator 

– Monitor detachable 


– Form of humidification 

– Ventilation bag (storage) 

– Additional fluid bags 

– Storage for disposables 

– Storage for nappy’s 

– Working surface 

– Endotracheal suction (vacuum, air, electric) 

– Services like electric-, gas- and data outlets 

– Nurse call 

– PDMS (height adjustable) 

General planning

50 | 



Workplace solutions – Solution 1 

All single devices in the following solutions are marked with numbers (e.g. 1, 2, 3). 

Ponta C beam system


1. PONTA BEAM 

Ponta beam with a length of 2800 mm for one 

bed. Indirect light, night light and reading light 

are included. Beam includes gas outlets, 

RJ45 and electrical outlets. 

2. INFUSION SIDE 

Shuttle for a rack with 1500 x 38 mm poles. 

The poles are for mounting infusion- and 

syringe pumps. Arm system 300 x 300 mm 

with slide adapter. Arm system 200 x 200 mm 

with pole adapter. Shelf with drawer for 

disposables. CVP pole with holder for 4 fluid 

bags. Several standard rails. 

Devices at supply unit 

Monitoring (hemodynamic) 

Endotracheal suction 

Infusion- and syringe pumps 

Fluid bags 

3. MONITORING SIDE 

Shuttle for a rack with 700 x 38 mm poles. 

Lift arm system with VESA adapter and keyboard 

holder. Shelf with drawer for disposables 

and cable boxes below the shelf. 


PDMS Monitor 

Additional devices supplied by unit 

Mobile ventilator below the shelf 

(small footprint) 

General planning

52 | 



Solution 2 

Ponta E/S beam system


1. PONTA BEAM 

Ponta beam with a length of 2200 mm for 

one bed. Indirect light and night light are 

included. Beam includes electrical outlets for 

backup. 


Shuttle with an 400 mm arm and a Agila 

column 1250 mm. LED down light in the 

column. 2 CVP poles with a holder for a total 

of 8 fluid bags. Arm system 300 x 300 mm 

with pole adapter. Shelf with drawer for 

disposables. Several standard rails mounted 

on the column. 



Fluid bags 



Shuttle with a Agila column 1250 mm. 

LED down light in the column. Arm system 

300 x 300 mm with slide adapter. Lift arm 

system with VESA adapter and keyboard holder. 

Shelf with drawer for disposables. Railmounted 

examination light. 



PDMS 

General planning

54 | 



Solution 3 

Ponta E/S beam system


1. PONTA BEAM 

Ponta beam with a length of 3100 mm for one 

bed. Indirect light, night light and reading light 

are included. Beam includes electrical outlets 

for backup. 


Shuttle with an 400 mm arm and a Movita 

column 1250 mm. 2 CVP poles with holder 

for 4 fluid bags in total. Arm system 

300 x 300 mm with VESA adapter. Shelf 

with drawer for disposables. Several standard 

ails mounted on the column. 



Fluid bags 



Shuttle with a Movita head with an 1.5B rack. 

Arm system 200 x 200 mm with pole adapter. 

Lift arm system with VESA adapter and keyboard 

holder. Shelf with drawer for disposables. 

Swivel cupboard for the patient’s personal 

belongings. 



PDMS 

General planning

56 | 



Solution 4 

Agila column tube/Movita column



Arm system 750 + 750 mm and an Agila 

column tube 1500 mm. LED down light in the 

column. 2 CVP poles with holder for 8 fluid 

bags in total. Lift arm system with VESA 

adapter and keyboard holder. Shelf with drawer 

for disposables. Several standard rails 

mounted on the column. 



Fluid bags 

PDMS 


Arm system 750 + 750 mm and a Movita 

column 1250. LED down light in the column. 

The cable duct is integrated in the front side 

of the column. Arm system 300 x 300 mm 

with slide adapter. 1 CVP pole for 4 additional 

fluid bags. Arm system 200 x 200 mm 

with pole adapter. Several standard rails 

mounted on the column. 




Fluid bags 

General planning

58 | 



Solution 5 

Movita head/Movita head



Arm system 500 + 750 mm and an Movita 

head with an rack 1B. 2 CVP poles with holder 

for 8 fluid bags in total. Shelf with drawer for 

disposables. Several standard rails mounted 

on the column. 



Fluid bags 


Arm system 750 + 500 mm and a Movita 

head with an rack 1B. 2 x arm system 

200 x 200 mm with VESA adapter. 1 CVP 

pole for 4 additional fluid bags. Arm system 

200 x 200 mm with pole adapter. 




Fluid bags 

Detachable control screen of ventilation device 

General planning

60 | 



Solution 6 

GeminaDUO


1. INFUSION SIDE (MIDDLE) 

Up and down light integrated in the column. 

1 CVP pole for each bed with holder for 8 fluid 


adapter and keyboard holder. Shelf with 2 

drawers for disposables. Several standard 

rails mounted on the column. Cable management 

along the column. 



Fluid bags 

PDMS 


(LEFT AND RIGHT) 


Arm system 300 x 300 mm with slide adapter. 

Arm system 300 x 300 mm with pole adapter. 

Shelf with drawer for personal things. 



General planning

62 | 



Solution 7 

GeminaDUO


1. INFUSION AND MONITORING SIDE IN 

THE MIDDLE OF TWO INCUBATORS 


1 CVP pole for each bed with holder for 8 fluid 


adapter and keyboard holder. Shelf with 2 

drawers for disposables. Several standard 

rails mounted on the column. Cable management 

along the column. 



Fluid bags 



Examination light 

General planning

64 | 

PLANNING DOCUMENTS FOR NC

PLANNING DOCUMENTS FOR NC | CONTACT | 65 

Contact 

For planners and architects: 

CENTRAL CONTACT FOR PROJECTING 

AND TECHNICAL PLANNING: 

Marco Patzer 

Project Engineer 

+49 451 882 2419 

marco.patzer@draeger.com 

Sebastian Rahn 

Project Engineer 

+49 451 882 2446 

sebastian.rahn@draeger.com 

WEB: 

www.draeger.com/planning 

Subject to change. 

Not all products are available in all parts of the world. 

More information: www.draeger.com

66 | 

PLANNING DOCUMENTS FOR NC

NOTES 

PLANNING DOCUMENTS FOR NC | 67

CORPORATE HEADQUARTERS 

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Moislinger Allee 53–55 

23558 Lübeck, Germany 

www.draeger.com 

Manufacturer: 

Dräger Medical GmbH 



As of August 2015: 

Dräger Medical GmbH changes 

to Drägerwerk AG & Co. KGaA. 

REGION EUROPE CENTRAL 

AND EUROPE NORTH 




Tel +49 451 882 0 

Fax +49 451 882 2080 

info@draeger.com 

REGION EUROPE SOUTH 

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Tel +33 1 46 11 56 00 

Fax +33 1 40 96 97 20 

dlmfr-contact@draeger.com 

REGION MIDDLE EAST, AFRICA 


Branch Office 

P.O. Box 505108 

Dubai, United Arab Emirates 

Tel +971 4 4294 600 

Fax +971 4 4294 699 

contactuae@draeger.com 

REGION ASIA / PACIFIC 

Draeger Medical 

South East Asia Pte Ltd. 

25 International Business Park 

#04-27/29 German Centre 

Singapore 609916, Singapore 

Tel +65 6572 4388 

Fax +65 6572 4399 

asia.pacific@draeger.com 

REGION CENTRAL 

AND SOUTH AMERICA 

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Tel +507 377 9100 

Fax +507 377 9130 

contactcsa@draeger.com 

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Planning Documents for NC

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