Dynamic vario DC - Marantec

Dynamic vario DC 

Operator system for industrial doors 

Manual for installation and operation 

GB

1. Meaning of symbols 

Advice 

i 

Caution! 

Danger of personal injury! 

The following safety advice must be observed 

at all times so as to avoid personal injury! 

Attention! 

Danger of material damage! 

The following safety advice must be observed 

at all times so as to avoid material damage! 

Advice / Tip 

Check 

Reference 

Control unit identification plate (optional) 

Type: ____________________________________________________ 

Art. No.: _________________________________________________ 

Product No.: ______________________________________________ 

Motor unit identification plate 

Type: ____________________________________________________ 

Art. No.: _________________________________________________ 

Product No.: ______________________________________________ 

2. Table of contents 

1. Meaning of symbols . . . . . . . . . . . . . . . . . . . . . . . . .2 

2. Table of contents . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 

3. General safety advice . . . . . . . . . . . . . . . . . . . . . . . .3 

4. Product overview . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 

4.1 Dynamic vario DC supply package . . . . . . . . . . .4 

4.2 Mounting options . . . . . . . . . . . . . . . . . . . . . . .6 

4.3 Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . .6 

5. Preparation for mounting . . . . . . . . . . . . . . . . . . . . .7 

5.1 General notes . . . . . . . . . . . . . . . . . . . . . . . . . .7 

5.2 Checks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7 

5.3 Cabling layout . . . . . . . . . . . . . . . . . . . . . . . . . .8 

6. Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8 

6.1 Preparing the door . . . . . . . . . . . . . . . . . . . . . .8 

6.2 Mounting the shaft adapter . . . . . . . . . . . . . . .9 

6.3 Mounting the motor unit at the door . . . . . . . .9 

6.4 Mounting the torque support . . . . . . . . . . . . .10 

6.5 Connection of control elements Control x.22 .11 

7. Initial operation . . . . . . . . . . . . . . . . . . . . . . . . . . . .14 

7.1 Overview of the control unit . . . . . . . . . . . . . .14 

7.2 Express programming . . . . . . . . . . . . . . . . . . .14 

7.3 Changing the rotational direction . . . . . . . . . .16 

7.4 Function test . . . . . . . . . . . . . . . . . . . . . . . . . .16 

8. Extended operator functions . . . . . . . . . . . . . . . . .18 

8.1 Programming structure for extended operator 

functions (Example for Level 2, Menu 2) . . . . .18 

8.2 General overview of the programmable 

functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . .19 

8.3 General overview of the programmable 

functions . . . . . . . . . . . . . . . . . . . . . . . . . . . .20 

9. Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .30 

9.1 Standard operation . . . . . . . . . . . . . . . . . . . . .30 

9.2 Emergency operation . . . . . . . . . . . . . . . . . . . .30 

10. Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .31 

10.1 Overview of the display functions . . . . . . . . . .31 

10.2 Status messages . . . . . . . . . . . . . . . . . . . . . . .31 

10.3 Fault messages . . . . . . . . . . . . . . . . . . . . . . . .32 

10.4 Rectifying faults . . . . . . . . . . . . . . . . . . . . . . . .33 

11. Attachment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .35 

11.1 Technical data Dynamic vario DC . . . . . . . . . . .35 

11.2 Manufacturer’s Declaration . . . . . . . . . . . . . . .36 

11.3 EC Declaration of Conformity . . . . . . . . . . . . .36 

2 Manual for installation and operation, Dynamic vario DC GB (#96400)

3. General safety advice 

Please read carefully! 

Target group 

This operator system may only be installed, connected and put into 

operation by qualified and trained professionals! 

Qualified and trained specialist personnel are persons 

- who have knowledge of the general and special safety regulations, 

- who have knowledge of the relevant electro-technical regulations, 

- with training in the use and maintenance of suitable safety equipment, 

- who are sufficiently trained and supervised by qualified electricians, 

- who are able to recognise the particular hazards involved when working 

with electricity, 

- with knowledge regarding applications of the EN 12635 standard 

(installation and usage requirements). 

Warranty 

For an operations and safety warranty, the advice in this instruction 

manual has to be observed. Disregarding these warnings may lead to 

personal injury or material damage. If this advice is disregarded, the 

manufacturer will not be liable for damages that might occur. 

The warranty does not include batteries, rechargeable batteries, fuses and 

bulbs. 

To avoid installation errors and damage to the door and operator system, 

it is imperative that the installation instructions are followed. The system 

may only be used after thoroughly reading the respective mounting and 

installation instructions. 

The installation and operating instructions are to be given to the door 

system user, who must keep them safe. 

They contain important advice for operation, checks and maintenance. 

This item is produced according to the directives and standards mentioned 

in the Manufacturer's Declaration and in the Declaration of Conformity. 

The product has left the factory in perfect condition with regard to safety. 

Power-operated windows, doors and gates must be checked by an expert 

(and this must be documented) before they are put into operation and 

thereafter as required, but at least once a year. 

Correct use 

The operator system is intended exclusively for opening and closing 

industrial doors. 

The maximum torque must be observed. 

Beside the advice in these instructions, please observe the general 

safety and accident prevention regulations! 

Our sales and supply terms and conditions are effective. 

Door requirements 

The operator system is suitable for use with spring balanced sectional 

doors. 

The door fittings must be designed to reliably prevent the door from 

jumping out of the rails, particularly in the ceiling area through measures 

such as axial securing mechanisms for rollers, cross-bracings for the overhead 

ceiling rail brackets and rail connectors. 

The bearing springs must be equipped with a spring safety device. 

The suspension cables are fitted with a safety catch, which prevents any 

further movement of the door in the closing direction. Or the door is 

prevented from closing using fall protection by other structural means 

that are incorporated in the suspension system, so that operation with a 

suspension cable is no longer possible. 

Information on installing the operator system 

• Ensure that the door is in good mechanical condition. 

• Ensure that the door is balanced. 

• Ensure that the door opens and closes properly. 

• Ensure that there is a suitable mains connection near the door. 

• Remove all unnecessary components from the door (e.g. cables, chains, 

brackets). 

• Render any installations inoperable that will no longer be needed after 

the operator system has been installed. 

• Before commencing cabling works, you MUST disconnect the operator 

system from the mains supply. 

Adhere to the safety period of 10 seconds to guarantee that the 

operator system is voltage free. 

• Adhere to the local protection regulations. 

• Use only fixing materials which are approved for the substrate 

concerned. 

• The electricity supply cables and control cables MUST be laid separately. 

• Install the operator system with the door in the CLOSED position. 

• Install all the impulse transmitters and control devices (e.g. remote 

control buttons) within sight of the door and at a safe distance from 

the moving parts of the door. A minimum installation height of 1.5 m 

must be observed. 

• Permanently fix the warning signs, which advise of the danger of 

becoming trapped, at conspicuous locations (if applicable). 

• Ensure that no part of the door extends across public footways or roads 

when the installation is complete. 

Information on commissioning the operator system 

After initial operation, the persons responsible for operating the door 

system, or their representatives must be familiarised with the use of the 

system. 

• Make sure that children cannot access the door control unit. 

• Before moving the door, make sure that there are neither persons nor 

objects in the operating range of the door. 

• Test all existing emergency command devices. 

• Never insert your hands into a running door or moving parts. 

• Pay attention to any parts of the door system that could cause crushing 

or shearing damage or accidents. 

The EN 13241-1 regulations must be observed. 

Manual for installation and operation, Dynamic vario DC GB (#96400) 3

3. General safety advice 

Please read carefully! 

Information on servicing the operator system 

To ensure proper operation, the following items must be checked 

regularly and repaired if necessary. Before any works to the door system 

are undertaken, the operator system must be disconnected from the 

mains. 

• Check once a month to ensure that the operator system reverses if the 

door encounters an obstacle. To do so, place a 50 mm high/wide 

obstacle in its path, depending on the operational direction of the door. 

• Perform a check on the OPEN and CLOSE automatic cut-out setting. 

• Check all movable parts of the door and operator system. 

• Check the door system for signs of wear or damage. 

• Check whether the door can be easily moved by hand. 

• Inspect the safety devices installed every six months. 

Information on cleaning the operator system 

Never use water jets, high pressure cleaners, acids or bases for cleaning. 

4. Product overview 

4.1 Dynamic vario DC supply package 

Operator system 

4.1 / 1 

1 

1 Dynamic vario DC motor unit (release cable 3,000 mm) 

Torque support 

4.1 / 2 

11 

3 

2 Screw B4.8 x 13 (4x) 

3 Wood screw 8 x 60 (2x) 

4 Plastic wall plug S-10 (2x) 

5 Washer 8.4 (2x) 

6 Washer 5.3 (2x) 

7 Fixing bracket (2x) 

8 Nut with shoulder SW13 (4x) 

9 Nut, self-locking, SW13 (2x) 

10 Screw M8 x 16 (6x) 

11 Torque support 

i 

4 

5 

7 

2 10 

6 

8 9 

Reference: 

To ascertain the exact contents of the supply 

packages for optional accessories, please refer to 

the relevant instructions included. 



Safety devices (optional) 

Remote control (optional) 

Shaft adapter set (optional) 

4.1 / 3 

13 

14 

15 

16 

12 

17.8 

19.0 

27.55 

29.4 

6.35 

6.4 

6.4 

6.35 

12 Feather key 1 (1x) 

(only for adapters without integrated feather key) 





15 Shaft adapter (1x) 

(Dimensions according to requirements) 

16 Adjusting ring (2x) 

25.4 

25.4 

25.4 

31.75 

SW 32.1 

A control element is required to operate the motor unit. 

Control elements (optional) 

Manual for installation and operation, Dynamic vario DC GB (#96400) 5 

4.1 / 4 

17 Command 613 control element 

17


4.2 Mounting options 

Push-on assembly 

4.2 / 1 

Assembly with push-on shaft adapter (optional) 

4.2 / 2 

i 

Reference: 

The relevant instructions are to be followed if 

the motor unit is to be installed according to 

other mounting options. 

-y 

4.3 Dimensions 

Dynamic vario DC 

6 Manual for installation and operation, Dynamic vario DC GB (#96400) 

4.3 / 1 

Space required for push-on assembly 

4.3 / 2 

420 

298.5 

119 

129 119 

261 

≥ 73 

≥ 348 

77 

72.5

5. Preparation for mounting 

5.1 General notes 

These instructions describe the push-on assembly of motor unit 

models with an integrated quick release system (SE): 

The pictures in these instructions are not true-to-scale. 

Dimensions are always given in millimetres (mm)! 

The illustrations in these instructions show the installation on the 

inner right hand side, for a door with normal fittings. 

For correct mounting you will need the following tools: 

5.1 / 1 

* Grease 

8 / 10 / 13 2 / 2.5 20 

2.5 4 ø 9 

ø 10 * 

5.2 Checks 

Attention! 

The operator system cannot be disengaged 

from the outside. 

A separate entrance must be available in order 

to gain access to the garage in the event of a 

malfunction. 

Reference: 

The relevant instructions must be observed 

when mounting the operator at the door. 

The door must be properly installed and must have been checked 

to ensure that it functions correctly. 

• Ensure that a suitable mains connection and a mains 

disconnection facility are available for your door system. 

• Check to ensure that the door to be operated fulfils the 

following conditions: 

- The door must move easily when operated manually. 

- The door must always remain stationary in any position 

without external restraint. 

• Determine on which side of the door system the operator 

system should be mounted. 

• Check to ensure that there is sufficient space to mount the 

operator system. 


i 

i 

Attention! 

In order to guarantee correct mounting, carry 

out the following checks before installing. 

Supply package 

• Check the package to ensure that all the parts are included. 

• Check that you have all the additional components that are 

necessary for your particular installation requirements. 

Door system 

Reference: 

When using and installing accessories, always 

observe the specific instructions included with 

the equipment.

5. Preparation for mounting 

5.3 Cabling layout 

5.3 / 1 

H 

I 

i 

Advice: 

This is just an example of a cabling layout; the 

layout can vary according to the type of door 

and the associated equipment. 

F 

A Dynamic vario DC motor unit 

B Control unit 

C Signalling device (e.g. signal light) 

D Mains connection 

Useable length: 

- 1.1 m (230 V) 

E Mains isolator switch 

F Spring safety device, supplied by customer 

G Door sensors for cable slack device 

H Optosensors 

I Photocell barrier 

J Housing, connection unit 

K Door sensor for wicket door 

L Flat cable, motor unit - control unit 

M Control 

A 

J D 

G 

K 

H 

I 

J 

L 

B 

M 

E 

G 

C 

Reference: 

The relevant installation instructions must be 

observed when mounting and connecting door 

sensors, control elements and signalling devices. 

6. Installation 

6.1 Preparing the door 

• Secure the door. 


6.1 / 1 

Caution! 

- To prevent falls, the installation works must be 

carried out from a safe standing position. 

A lifting platform or scaffold can be used. 

- To avoid injury, the door must be secured for 

the duration of the installation works to 

prevent it from being opened or closed.


6.2 Mounting the shaft adapter 

6.2 / 1 

Attention! 

To ensure proper operation, 

- there must be a 3 mm gap between the 

frame and the adjusting ring, 

- the shaft adapter must fit on the spring shaft 

with as little play as possible in the direction 

of rotation. 

~ 3 

A 

• Deburr the spring shaft (B) using a file. 

C 

B 

• Push the adapting ring (A) onto the spring shaft (B). 

• Tighten the screw of the adjusting ring (A). 

• Grease the spring shaft. 

• Push the shaft adapter (C) onto the spring shaft (B). 

D 

Only for shaft adapters without integrated feather keys: 

• Insert the feather key (D) into the shaft adapter (B). 

6.3 Mounting the motor unit at the door 


6.3 / 1 

• Place the motor unit on the shaft adapter. 

6.3 / 2 

• Secure the motor unit with an adjusting ring. 

.


6.4 Mounting the torque support 

Mounting on the wall 

6.4 / 1 

Advice: 

The torque support can be attached to the wall 

or to the door frame. 

• Fix the torque support (A) to the operator unit. 

• Fix the fixing bracket (B) to the torque support (A). 

• Mount the fixing bracket (B) on the wall. 

Mounting on the door frame 


6.4 / 2 

• Fix the torque support (A) to the operator unit. 

• Attach the first fixing bracket (B) to the torque support (A). 

• Screw the second fixing bracket (C) to the first fixing 

bracket (B). 

• Mount the second fixing bracket (C) on the door frame.


6.5 Connection of control elements 

Control x.22 

6.5 / 1 

XN81 

XN70 

XM70 

XH75 

Caution! 

Danger of electric shock: 

Before any cabling works begin, it must be 

ensured that the cables are disconnected from 

the power supply. 

During cabling works, it must be ensured that 

the cables remain disconnected from the power 

supply at all times (e.g. prevent reconnection). 

Attention! 

In order to avoid damaging the controls: 

- The local safety regulations must be complied 

with at all times. 

- It is very important that mains cables are laid 

separately from control cables. 

- The controls voltage must be 24 V DC. 

- If external voltages are applied at 

terminals XW40A, XB10 or XB02, the entire 

electronic system will be destroyed. 

- Only potential-free contacts may be connected 

to terminals 1 and 2 (XB02). 

P 

1 7 3 2 

Connection 6 5 4 of control elements X.22 

L N PE 15 16 17 

XB10 XB02 XW40B 

Label Type / function i 

XB70 Connection of modular antenna – 

XB02 

XV51 XP15 XW40A 

Connection for external control 

elements without system cabling and 

two-wire photocell 

XH02 

XB70 

6.5 / 3, 

6.5 / 4, 

Level 5 

Menu 1 

XB10 

Connection for external control 

elements with system cabling 

– 

XH02 

Connection for programmable output 

(e.g. signal light) 

6.5 / 5 

XM70 

Connection for motor 

(rotational direction) 

7.3 

XH75 Connection for door locking 6.5 / 6 

XN70 Connection for battery backup – 

XN81 Connection for mains cable 6.5 / 2 


XP15 

Connection for 

Control safety circuit 

6.5 / 7 

XV51 Connection for motor rotation speed – 

XW40A 

MS BUS, 

e.g. control unit, modules 

– 

XW40B Connection for reference cassette – 

Reference: 

When installing external control elements, or 

safety and signal equipment, the relevant 

instructions must be observed. 


i 

Terminal XN81 

6.5 / 2 

M07E039 

Advice: 

- Before connecting a control element to the 

terminals with system sockets, the corresponding 

shorting plug must first be removed. 

- The Dynamic vario DC operator system is supplied 

with integrated controls as a standard 

feature. If the controls are extended with 

additional modules, the Control vario control 

unit can also be connected with an MS bus. 

- XN81 

- X0 

- F0 

L N PE 

L 

L N PE 

N 

PE 

Label Type / function 

L Phase connection 

N Neutral wire connection 

PE Earth wire connection


Terminal XB02 

6.5 / 3 

M10E035 

-W1 

-W2 

1 2 

-AP27 

-W1 

1 2 

-XB02 

-W2 

1 2 

2 1 2 1 

TX RX 

71 70 

-Sb1 


1 24 V DC (max. 50 mA) 

2 Impulse 

3 GND 

70 GND 

70 + 71 Two-wire photocell 

RX Receiver for the two-wire photocell 

Sb1 External impulse button (if installed) 

TX Transmitter for the two-wire photocell 

Terminal XB02 (external photocell) 

6.5 / 4 

M10E040 

- XB02 71 70 2 1 3 


1 24 V DC (max. 50 mA) 

2 Impulse 

3 GND 

70 GND 

70 + 71 Two-wire photocell 

S1 Potential-free NC contact of photocell 

-X1 

71 

12 11 

-S1 

70 

+ 

- 

2 1 3 

Terminal XH02 

M10E010 

Advice: 

- If a photocell with a standard function or door 

frame function is used, it must be disconnected 

from the mains before installing it and taking 

it into service. 

After switching on the mains voltage, the 

photocell is only detected automatically by the 

controls if the path of the photocell beam 

remains uninterrupted for at least 5 seconds. 

Otherwise the photocell must be programmed 

after installation. 

- Safety devices which are automatically incorporated 

in the control process after they are 

connected to the control unit can only be 

deactivated by removing the electrical connection 

and then carrying out a reset of the 

control (resetting the safety devices). 


-XH02 15 16 17 


6.5 / 5 

Attention! 

To avoid damage being caused to the circuit 

board, the contact loading (max. 230 V / 2 A) 

must be observed. 

L 

N 

-HH14 

15 / 16 


potential-free NC 

16 Connection for command device 

16 / 17 


potential-free NO 

HH14 Signal light


Terminal XH75 (optional) 

6.5 / 6 

B 

XH75 

A 

• Connect the electric lock (A) to the junction box (B). 

• Connect terminal block XH75 to the junction box (B). 

Terminal XP15 (optional) 


AP01 Connection unit on one side 

R1 Resistor 8K2 

XP01 Terminal strip, 6-pole 

BP49 Contact edge CLOSED 

S1 Slack rope switch 

XP15 

Strip, 6-pole 

Control - safety circuit 

Advice: 

The closing edge safety device connection is 

preset in the factory for a 8.2 kΩ closing edge 

safety device. If an OPTO 300 closing edge 

safety device is used, a reset must be carried 

out after it has been connected. 


6.5 / 7 

M09E042 

-AP01 

i 

-S1 

-XP01 

Connection example: Operation with contact edge 

and slack rope switch 

- XP15 

-R1 

P1 b c d e f 

-W1 

WH BN GN YE BK 

1 2 3 4 5 6 

-BP49 

Reference: 

The reset of the controls is described in 

Section 8.3 / Level 1 / Menu 8.

7. Initial operation 

7.1 Overview of the control unit 

7.1 / 1 

Operating elements 

1 

23 

7 

6 5 4 

8 

1 2 


A Carousel display 10.1 

B 

C 

D 

Overview of the integrated controls Control x.22 

A B D 

OPEN button (+) 

(e.g. to drive the door to 

the OPEN position or to increase 

parameters when programming) 

CLOSE button (-) 

(e.g. to drive the door to 

the CLOSED position or to decrease 

parameters when programming) 

Button (P) 

(e.g. to switch to 

programming mode or 

to save parameters) 

P 

C 

- 

- 

- 

7.2 Express programming 

7.2.1 General notes on express programming 

Advice: 

For proper initial operation of the operator 

system, the express programming procedure 

must be carried out. This applies for initial 

operation and after a reset. 

The basic functions of the operator system are set during the 

express programming procedure. 

- Door OPEN position 

- Door CLOSED position 

- Remote control (if installed) 

The programming procedure is a consecutive process. It is essential 

that this procedure be carried out. 

Advice: 

- During the programming of the OPEN and 

CLOSED door positions, the hollow shaft must 

rotate around 360° at least once in order for a 

reference point to be programmed. 

- If the door starts to move towards the CLO- 

SED position when the (+) button is pressed, 

the express programming procedure must be 

aborted and the rotational direction be 

changed first. 

The controls are programmed using the plus (+), minus (-) and 

(P) buttons. 

If no buttons are pressed within 120 seconds while in programming 

mode, the controls revert to operating mode. 

A corresponding message is displayed. 

Reference: 

The messages are explained in Section 10. 


i 

7.2.2 Programming buttons 

i 

Reference: 

Changing the rotational direction is described 

in Section 7.3. 

Starting the express programming (integrated controls) 

• Carry out the express programming according to the following 

procedure. 

Advice: 

The express programming can be exited at any 

time by pressing the P button 3 times.


7.2.3 Express programming sequence 

Operating 

mode 

1. 

2. 

3. 

4. 

5. 

6. 

7. 

8. 

9. 

10. 

1x >2s


7.3 Changing the rotational direction 

7.3 / 1 

i 

Caution! 

Danger of electric shock: 

Before cabling works commence, a check must 

be carried out to ensure that the cables are at 

zero voltage. 

Measures must be taken to ensure that the 

cables remain dead for the duration of the 

works (e.g. prevent the power supply from 

being switched back on). 

Attention! 

- To ensure that the drive system operates 

correctly, a reset must be carried out on the 

operating controls after changing the 

rotational direction (only required if the door 

positions have already been programmed). 

- Before the OPEN and CLOSED door positions 

have been set, the door can be moved 

electrically beyond this door position, which 

could lead to the door being damaged. 

Reference: 

- The connection of the mains supply is 

described in Section 6.5. 

- The reset of the operating controls is 

described in Section 8.3 / level 1 / menu 8. 

- The express programming is described in 

Section 7.2.3. 

XM70 

• At the motor unit connection (XM70), swap the brown and the 

green leads over. 

• Carry out a reset of the controls. 

• Carry out express programming again. 

7.4 Function test 


1. 

2. 

3. 

4. 

5. 

Check: 

After express programming and after making 

changes to the programming menu, the 

following learning runs and checks must be 

carried out. 

The operator system determines the maximum required driving 

power during the first two runs after setting the end positions of 

the door. 

• Operate the operator system (with the door coupled) to drive 

the door once from the CLOSED position to the OPEN position 

and back to the CLOSED position without interruption. 

During this learning run, the operator system determines the 

maximum push and pull forces and 

the reserve power required to move the door. 

Test: 

After pressing the (+) button: 

The door must open and travel to the saved 

OPEN end position. 

After pressing the (–) button: 

The door must close and travel to the saved 

CLOSED end position. 

After pressing the hand transmitter button: 

The operator system must move the door in 

either the “OPEN” or “CLOSE” direction. 

After pressing the hand transmitter button 

while the operator system is running: 

The operator system must stop. 

When the button is pressed again, 

the operator system moves in the opposite 

direction.


Door sensors 

• Activate each of the door sensors in turn. 

Signalling device 

• Check that the signalling device functions properly. 

Emergency operation 

i 

Check: 

Check the door sensors according to the corresponding 

operating instructions. LED 1 lights up 

when a safety device is activated. 

Reference: 

The function of the emergency operation 

equipment is described in Section 9. 

• Check that the emergency operation equipment functions 

properly. 

Photocell in the door frame area 

• Activate each of the photocells in turn. 

Advice: 

- The photocell connected in the door frame 

area must function above the position in 

which it is installed. The function below the 

installation position is suppressed by the 

control. 

- If several photocells are connected, all photocells 

react analogue with any photocell in the 

door frame area. 

Photocell 

• Activate each of the photocells in turn. 

• Check all photocells that are connected directly before the 

CLOSED door position. 

Automatic cut-out 

Caution! 

The automatic cut-out must be correctly programmed 

for the CLOSE and OPEN directions 

to prevent damage to persons or property. 

Automatic cut-out, OPENING 

For drive systems where the door has openings in the door wing 

(diameter of opening > 50 mm): 

• Apply a load of 20 kg to the middle of the lower edge of the 

door whilst the door is running. 

The door must stop immediately. 

Automatic cut-out, CLOSING 

• Place a 50 mm high obstacle on the ground. 

• Drive the door towards the obstacle. 

The operator system must stop and reverse when it hits 

the obstacle. 

Advice: 

The parameter settings are still saved if the 

power supply is disconnected. 

Only a reset causes the driving power settings 

for the OPEN and CLOSE directions to revert to 

the factory settings. 


8. Extended operator functions 

8.1 Programming structure for extended operator functions 

(Example for Level 2, Menu 2) 

Operating 

mode 

(integrated 

controls) 

> 10 sec. 

+ 

+ 

+ 

+ 

+ 

+ 

+ 

Levels 

- 

+ 

Menu 

Parameter 

Level 4 Menu 3 Higher value 

Level 3 

Level 2 

Level 1 

- 

- 

- 

- 

Levels-Exit 

Level 8 

- 

- 

+ 

+ 

+ 

End 

programming 


- 

- 

- 

- 

Menu-Exit 

(Level 2) 

- 

+ 

+ 

Menu 2 

Menu 1 

Menu 8 

- 

+ 

+ 

+ 

+ 

- 

- 

Parameter 

- 

Lower value 

- 

> 5 sec. 

> 5 sec. 

> 5 sec.


8.2 General overview of the programmable functions 

Level 1 – Basic functions 

Level 2 – Operator settings 

Level 3 – Automatic closing timer 

Level 4 – Remote programming 

Level 5 – Special function 

Level 6 - Variable speed 

Level 7 - Servicing and maintenance 

Level 8 – System settings 

Level Menu Factory default setting 

Menu 3: Intermediate position OPEN – 

Menu 4: Intermediate position CLOSE – 

Menu 7: Relay output Signal light 

Menu 8: RESET No reset 

Menu 1: Required driving power OPEN Setting 8 

Menu 2: Required driving power CLOSE Setting 8 

Menu 3: Automatic cut-out OPEN Setting 8 

Menu 4: Automatic cut-out CLOSE Setting 8 

Menu 1: Automatic closing timer Deactivated 

Menu 3: Door open duration 2 seconds 

Menu 4: Warning time 1 seconds 

Menu 5: Start-up warning 0 seconds 

Menu 7: Signal light 

Door movement / 

Warning: flashes 

Door stoppage: off 

Menu 2: Intermediate position OPEN – 

Menu 3: Intermediate position CLOSE – 

Menu 4: OPEN – 

Menu 5: CLOSE – 

Menu 8: Relay output – 

Menu 1: Programmable impulse input Impulse 

Menu 4: Relay output 180 seconds 

Menu 1: Speed OPEN Setting 16 

Menu 2: Soft run speed OPEN Setting 7 

Menu 3: Soft run position OPEN – 

Menu 4: Speed CLOSE Setting 16 

Menu 5: Smart run speed CLOSE Setting 16 

Menu 6: Soft run speed CLOSE Setting 7 

Menu 7: Smart run position CLOSE – 

Menu 8: Soft run position CLOSE – 

Menu 1: Door cycle counter – 

Menu 2: Maintenance counter – 

Menu 3: Set the maintenance interval OFF 

Menu 8: Reset servicing and maintenance No reset 

Menu 1: Photocell Operation without photocell 

Menu 2: Closing edge safety device 

Door reverses a little 

(OPEN/CLOSE) 

Menu 3: Automatic cut-out 

Door stops (OPEN) 

Door reverses a little (CLOSE) 

Menu 4: Operating modes Press-and-release (OPEN/CLOSE) 

Menu 5: Function of the direction command transmitters Not active 

Menu 6: Function of the impulse command transmitters 

STOP only, then standard 

sequence 

Legend: 

LED off 

LED on 

LED flashes slowly 

LED pulses 

LED flashes quickly 

Factory default setting 

Not possible – 



8.3 General overview of the programmable functions 

Level 1 – Basic functions 

i 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 3: Intermediate position OPEN 

Menu 4: Intermediate position CLOSE 

Menu 7: Relay output 

Menu 8: RESET 

Caution! 

Important factory default settings can be changed using the extended functions. 

All the parameters must be set correctly to avoid damage to persons or property. 

Set using the (+ / OPEN) and (- / CLOSE) buttons 

“Intermediate position OPEN” – closing function is possible with automatic closing timer 


A7 B7 C7 D7 E7 F7 G7 H7 I7 J7 K7 L7 – – – – 

A8 B8 C8 D8 E8 F8 G8 – – – – – – – – – 

Attention! 

After a reset, all the parameters revert to the factory settings. 

In order to ensure that the controls operate properly: 

- all the required functions must be re-programmed, 

- the remote control unit must be re-programmed, 

- the drive system must be driven once to the OPEN and CLOSED door positions. 

Advice: 

- Only the intermediate position that was programmed last can be used. 

- If an automatic closing timer is activated (Level 3 / Menu 1), the relay output (Level 1 / Menu 7) cannot be programmed. 

Reference: 

If changes are made in Menus 3 and 4 in Level 1, a new performance check must be carried out (Section 7.4). 



Menu 7: Relay output 

Menu 8: Reset 

Setting Function Explanation / Advice i 

A7 Signal light Function 

Level 3 / 

Menu 7 

B7 Door position: OPEN - - 

C7 Door position: CLOSED - - 

D7 Intermediate OPEN position - - 

E7 Intermediate CLOSED position - - 

F7 Operator system starts running Wiping impulse 1 second - 

G7 Malfunction - - 

H7 Lighting Lighting duration 

Level 5 / 

Menu 4 

I7 Automatic locking release Operator system is running - 

J7 Lock release 

Operator system starts running / 

wiping impulse 3 seconds 

- 

K7 Push-open security device - - 

L7 Radio remote control Relay switches for the duration of the impulse - 

Setting Function Explanation / Advice i 

A8 No reset Unmodified - 

B8 Reset control unit * Factory default setting - 

C8 Reset remote control Telegrams are cleared - 

D8 Reset extension automatic closing timer Level 3, Menu 1-7 - 

E8 Reset extended operator functions only 

except door OPEN/CLOSED positions and 

remote control impulse 

- 

F8 Reset safety devices Photocell - 

G8 Reset bus modules The connected bus modules are learned - 

* All connected and operational safety devices are recognised automatically after resetting. 

Advice: 

Depending on the type of reset, this can take up to 30 seconds. 

Legend: 

LED off 

LED on 


LED pulses 






Level 2 – Operator settings 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 1: Required driving power OPEN (sensitivity in increments*) 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 2: Required driving power CLOSE (sensitivity in increments*) 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 3: Automatic cut-out OPEN (sensitivity in increments**) 

OFF 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 4: Automatic cut-out CLOSE (sensitivity in increments**) 

OFF 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

* The higher the setting, the higher the driving power. 

** The lower the setting, the more sensitive the automatic cut-out. 

Level 3 - Automatic closing timer 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 1: Automatic closing timer 

A1 B1 C1 D1 E1 F1 G1 H1 – – – – – – – – 

Menu 3: Door open duration (in seconds) 

2 5 10 15 20 25 30 35 40 50 80 100 120 150 180 255 

Menu 4: Warning time (in seconds) 

1 2 5 10 15 20 25 30 35 40 45 50 55 60 65 70 

Menu 5: Start-up warning (in seconds) 

0 1 2 3 4 5 6 7 – – – – – – – – 


Caution! 

After increasing the automatic cut-out increments (Menu 3 and 4): 

To exclude any risk of injury, the tests specified in EN 12453 and EN 12445 for validating the correct limitation of force 

must be performed. 

A7 B7 C7 D7 E7 F7 – – – – – – – – – – 

Advice: 

- The automatic closing timer can only be programmed if a photocell barrier is connected. 

- The functions in Menu 1 can be altered as desired via the time settings in Menus 3 and 4. 



Menu 1: Automatic closing timer 

Setting 


Level 4 – Remote programming 

Door open 

duration 

(seconds) 

Warning time 

(seconds) 

Automatic 

closing timer 

other functions 

A1 - - deactivated - 

B1 15 5 activated 

C1 30 5 activated 

D1 60 8 activated 

E1 15 5 activated 

F1 30 5 activated 

G1 60 8 activated 

H1 unlimited 3 activated 

Extension of door OPEN time only through impulse signal 

(button, hand transmitter) 

Interruption of the door open duration after the photocell 

barrier has been driven past 

Closes after the photocell barrier has been driven past / 

closing prevention 

Advice: 

Without a connected photocell or closing prevention device, only parameter A1 can be adjusted. 

Setting Door movement / Warning Door stoppage 

Menu 2: Intermediate OPEN position 

Menu 3: Intermediate CLOSE position 

Menu 4: OPEN 

Menu 5: CLOSE 

A7 flashing OFF (Electricity saving) 

B7 lighting OFF (Electricity saving) 

C7 flashing flashing 

D7 lighting lighting 

E7 flashing lighting 

F7 lighting flashing 

i 

Menu 8: Relay output (Level 1, Menu 7, L7) 

i 

Reference: 

The signal light connection can be adjusted in level 1, menu 7. 

LED 7 flashes slowly -> press the hand transmitter button -> LED 7 flashes quickly 





Reference: 

To avoid malfunctions, it is not permissible to programme more than one radio signal for each position. 



Level 5 – Special function 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 1: Programmable impulse input (Terminal 1/2) 

A1 B1 C1 D1 E1 F1 – – – – – – – – – – 

Menu 4: Lighting duration (in seconds) 

2 5 10 15 20 25 30 35 40 50 80 100 120 150 180 255 

Menu 1: Programmable impulse input 

Setting Function Explanation / Advice 

A1 Impulse Normally open contact only 

B1 Closing prevention device Normally open contact only 

C1 Stops and reverses Only in CLOSING direction – normally closed contact only 

D1 Stops and reverses Only in CLOSING direction – normally open contact only 

E1 Impulse OPEN Induction loop - normally open contact only 

F1 Stop (normally closed contact only) Operator system stops 

i 

Advice: 

Stage C1 can only be used if no further MS bus modules with a programmable impulse input are 

connected (e.g. external control). 

Reference: 

- The programming of the special function is dependent on terminal XB02. 

Terminal XB02 is described in Section 6.5. 

- The lighting duration programmed is only active when the relay output (Level 1 / Menu 7) is 

programmed for lighting. 



Level 6 - Variable speed 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 1: Speed OPEN (in increments) 

– – – – – – 7 8 9 10 11 12 13 14 15 16 

Menu 2: Soft run speed OPEN (in increments) 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 3: Soft run position OPEN 

Menu 4: Speed CLOSE (in increments) 


– – – – – – 7 8 9 10 11 12 13 14 15 16 

Menu 5: Smart run speed, CLOSE (in increments) 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 6: Soft run speed CLOSE (in increments) 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 7: Smart run position, CLOSE 

Menu 8: Soft run position CLOSED 

i 



Reference: 

If changes are made in Menus 1, 2, 3, 4, 6 and 8 in Level 6, a new performance check must be carried out (Section 7.4). 

Legend: 

LED off 

LED on 


LED pulses 






Level 7 - Servicing and maintenance 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 1: Door cycle counter 

A1 B1 C1 D1 E1 – – – – – – – – – – – 

Menu 2: Maintenance counter 

A2 B2 C2 D2 E2 – – – – – – – – – – – 

Menu 3: Set the maintenance interval 

A3 B3 C3 D3 E3 F3 G3 H3 I3 J3 K3 L3 M3 N3 O3 P3 

Menu 8: Reset servicing and maintenance 

A8 B8 – – – – – – – – – – – – – – 

Portrayal of the number of operations: 

0 1 2 3 4 5 6 7 8 9 

Menu 1: Door cycle counter 

The door cycle counter of the controls displays the number of cycles here as a five-digit number (up to 99,999). 

The display function is illustrated in the flow chart below. 

The number of operations is shown as 1s, 10s, 100s, etc. 

Pressing the (+) or (-) button displays the next or the previous digit of the number of operations. 

A1 Door cycle counter – number of tens of thousands 

B1 Door cycle counter – number of thousands 

C1 Door cycle counter – number of hundreds 

D1 Door cycle counter – number of tens 

E1 Door cycle counter – number of units 

Menu 2: Maintenance counter 

The maintenance counter of the controls displays the number of operations here as a five-digit number (up to 99,999). 

The display function is illustrated in the flow chart below. 

The number of operations still required is shown as 1s, 10s, 100s, etc. 

The digits are displayed as described for Menu 1. 

A2 Maintenance counter – number of tens of thousands 

B2 Maintenance counter – number of thousands 

C2 Maintenance counter – number of hundreds 

D2 Maintenance counter – number of tens 

E2 Maintenance counter – number of units 



Menu 3 Set the maintenance interval 

The number of door operations after which the controls indicate that maintenance is required can be programmed here. 

A3 Maintenance interval: OFF 

B3 Maintenance interval: every 1,000 door operations 

C3 Maintenance interval: every 2,000 door operations 

D3 Maintenance interval: every 3,000 door operations 

E3 Maintenance interval: every 4,000 door operations 

F3 Maintenance interval: every 5,000 door operations 

G3 Maintenance interval: every 6,000 door operations 

H3 Maintenance interval: every 7,000 door operations 

Menu 8: Reset servicing and maintenance 

The fault memory for servicing, diagnostics and maintenance works can be reset here. 

A8 No reset B8 Reset fault memory 

I3 Maintenance interval: every 8,000 door operations 

J3 Maintenance interval: every 9,000 door operations 

K3 Maintenance interval: every 10,000 door operations 

L3 Maintenance interval: every 15,000 door operations 

M3 Maintenance interval: every 20,000 door operations 

N3 Maintenance interval: every 30,000 door operations 

O3 Maintenance interval: every 40,000 door operations 

P3 Maintenance interval: every 50,000 door operations 

Legend: 

LED off 

LED on 


LED pulses 






Level 8 – System settings 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 

Menu 1: Photocell 

A1 B1 C1 – – – – – – – – – – – – – 

Menu 2: Closing edge safety device 

A2 B2 C2 D2 E2 F2 G2 H2 – – – – – – – – 


A3 B3 C3 D3 – – – – – – – – – – – – 

Menu 4: Operating modes 

A4 B4 C4 D4 – – – – – – – – – – – – 

Menu 5: Function of the direction command transmitters 

A5 B5 – – – – – – – – – – – – – – 

Menu 6: Function of the impulse command transmitters 

A6 B6 – – – – – – – – – – – – – – 

Menu 1: Photocell 

Setting 

Photocell 

(Connection XB02 - terminal 70/71) 

Door movement, CLOSE 

External photocell 

(Connection XB02 - terminal 70/71) 


A1 Operation without photocell 

B1 Door reverses completely 2 

Not active 

C1 Not active Door reverses completely 2 

i 

Attention! 

If a photocell is connected, it is automatically recognised by the controls after MAINS ON. 

The photocell can be reprogrammed later. 

Advice: 

Photocells and closing edge safety devices that are not required must be disconnected, or the controls 

will recognise them. 

Reference: 

Terminal XB02 is described in Section 6.5. 

Legend: 

LED off 

LED on 


LED pulses 






Menu 2: Closing safety edge device 


Menu 4: Operating modes 

Door movement, OPEN 

(only possible with extension module) 

Setting Door movement, OPEN Door movement, CLOSE 

A3 Door stops Door reverses a little 1 

B3 Door reverses a little 1 

Door reverses a little 1 

C3 Door stops Door reverses completely 2 

D3 Door reverses completely 2 

Door reverses completely 2 

1 Door reverses a little: The drive system moves the door a short distance in the opposite direction in order 

to free an obstacle. 

2 Door reverses completely: The drive system moves the door to the opposite end position. 

OPEN CLOSE 

A4 Press and hold Press and hold 

B4 Automatic closing Press and hold 

C4 Press and hold Automatic closing 

D4 Automatic closing Automatic closing 

Menu 5: Function of the direction command transmitter 

A5 Not active 

B5 STOP only 

Menu 6: Function of the impulse command transmitter 

A6 Not active 

Direction command transmitters Explanations 

The direction command transmitters only give a 

command when the door is stationary. 

A moving door is stopped by every direction command 

transmitter. 

Impulse command transmitters Explanations 

B6 STOP only, then standard sequence 


A2 Door reverses a little 1 


B2 Door reverses a little 1 


C2 Door reverses completely 2 


D2 Door reverses completely 2 


E2 Door reverses slightly1 with airswitch testing Door reverses slightly1 with airswitch testing 

F2 Door reverses slightly1 with airswitch testing Door reverses fully2 with airswitch testing 

G2 Door reverses fully2 with airswitch testing Door reverses slightly1 with airswitch testing 

H2 Door reverses fully2 with airswitch testing Door reverses fully2 with airswitch testing 

The impulse command transmitters only give a 

command when the door is stationary. 

A moving door is stopped by every impulse command 

transmitter. The next command starts the drive system 

running in the opposite direction 

(OPEN - STOP - CLOSE - STOP - OPEN). 


9. Operation 

9.1 Standard operation 

Drive the door in the OPEN direction 

9.1 / 1 

• Press the OPEN button on the control unit. 

The door stops automatically when it reaches the “door OPEN” 

position. 

Drive the door in the CLOSE direction 

9.1 / 2 

Advice: 

The operator system moves the door in pressand-release 

mode. 

• Press the CLOSE button on the control unit. 

The door stops automatically when it reaches the “door CLOSED” 

position. 

9.2 Emergency operation 

Operator system with quick release system 

In order to move the door manually, the drive unit can be 

disengaged from the spring shaft. 

Disengaging the motor unit 

Engaging the motor unit 

• Pull down on the green release cable handle. 

• Lock the door with gentle UP and DOWN movements. 

The door can now be opened and closed electrically. 


9.2 / 1 

Attention! 

To avoid damaging the door, 

- the door must only be released and locked 

when closed, 

- any existing door locking devices must be 

disabled before emergency operation. 

• Pull down on the red release cable handle. 

Move the door 

• Release the door with gentle UP and DOWN movements. 

The door can now be moved manually towards the OPEN or 

CLOSED position. 

Advice: 

To ensure correct operation, the hollow shaft 

must rotate around 36O° at least once after 

locking.

10. Messages 

10.1 Overview of the display functions 

LED displays in operating mode 

Status of safety devices 

Door in door position: OPEN 

The door is moving in the OPEN direction. 

Intermediate OPEN position 

Intermediate CLOSE position 

Door is at intermediate position 

Door in door position: CLOSED 

The door is moving in the CLOSE direction. 

Reference point (flashes as the reference point is 

passed) 

Maintenance 

Safety circuit, motor unit 

Command unit activated 

Remote control activated 

Ready for operation 

Example: 

The door is at the OPEN position. 

It starts to move towards the CLOSED position as 

soon as the warning period/start-up warning 

expires. 

10.2 Status messages 

In addition to messages regarding the door position, status 

messages give information regarding the status of the operator 

system during operation. 

Safety elements: 

During operation, LED 1 serves as a status indicator 

for the safety elements connected (closing edge safety 

device, photocell). 

If the safety element in question is triggered, LED 1 

lights up whilst it is activated. 

Control elements / remote controls: 

During operation and when carrying out component 

tests, LED 7 serves as a status indicator for the control 

elements connected (OPEN, CLOSE, STOP, half OPEN, 

etc.). 

If the control element in question is triggered, LED 7 

lights up whilst it is activated. 

If a remote signal is received, LED 7 flashes quickly. 

Legend: 

LED off 

LED on 


LED pulses 





10. Messages 

10.3 Fault messages 

Malfunctions in the system are indicated by a corresponding 

message number. 

The controls switch to message mode. 

1. 

2. 

3. 

4. 

Message number is displayed for approx. 

3 seconds (example: Message 15). 

Pause between messages for 

approx. 1 second. 

Operating mode is displayed for approx. 

3 seconds (example: operating voltage). 

Pause between messages for 

approx. 1 second. 

5. Messages 1 to 4 are repeated. 

Advice: 

- The controls show the message numbers via 

one or more rhythmically flashing LEDs. 

The message number is found by adding 

together the numbers next to the flashing 

LEDs. 

- During programming, all status messages and 

other messages are suppressed. The messages 

in programming mode are never ambiguous. 

The message numbers serve two purposes: 

1. They indicate why the controls were unable to carry out 

the drive command given. 

2. They indicate which components are faulty. 

This facilitates better and faster service on site, and only 

the control components identified as being faulty need be 

replaced. 

The controls remain in message mode until they switch to operating 

mode or diagnostic mode. 

Switching to operating mode 

The controls switch to operating mode as soon as they receive a 

movement impulse. 

Switching to diagnostic mode (integrated controls) 

The controls can be switched to diagnostic mode from either 

message mode or operating mode. 

Before switching to diagnostic mode, the key switch must be in 

position “1”. 

• Press the STOP button and keep it pressed. 

• Switch the key switch from position “1” to position “2” within 

4 seconds and then release the STOP button. 

The controls switch to diagnostic mode. 

Button functions in diagnostic mode 

(+ / OPEN) button The current fault is always shown 

when the (+) button is pressed. 

(- / CLOSE) button When the (-) button is pressed, up to 

5 faults from the fault memory are 

shown in succession. 

(P / STOP) button Pressing the (P) button ends the 

diagnostic mode. 

The carousel display runs backwards. 

The controls return to operating 

mode. 

Legend: 

LED off 

LED on 


LED pulses 





10. Messages 

10.4 Rectifying faults 

Malfunctions without error messages 

Error Cause Solution 

LED 8 does not light up. - No voltage. - Check that the mains power supply is operational. 

- Check the connection to the mains power supply. 

Malfunctions with error messages 

- Thermal overload protection in power 

transformer was activated. 


Message 1 - Extended message (can only be read 

with Marantec Diagnostic System). 

- Allow the power transformer to cool down. 

- Defective control unit. - Have the operator system checked. 

No reaction on impulse. - The connection terminals for the 

“impulse” button were by-passed, e.g. 

due to a short-circuit or flattened 

terminals. 

No reaction on impulse from 

hand transmitter. 

Operator reverses when the door 

frame photocell is interrupted. 

End positions are not reached 

correctly. 

No reaction to impulse signal. 

Door moves towards CLOSED 

position in deadman operation 

only (message number 1 is displayed). 

- Try temporarily disconnecting any key switches or interior push 

buttons that are connected to the control unit (Section 6.5): 

Remove the cable from socket XB02 or insert the shorting plug in 

XB10 and look for cabling errors. 

- Module antenna is not plugged in. - Connect the module antenna to the control unit. 

- The hand transmitter coding does not 

correspond to the receiver coding. 

- Activate hand transmitter again. 

- Hand transmitter battery is empty. - Insert new battery. 

- Defective hand transmitter, control unit 

electronics or module antenna. 

- Programming was not carried out 

correctly. 

- Have all 3 components checked. 

- Carry out a reset of the safety devices 

(Section 8.4, / Level 1 / Menu F8), 

carry out express programming again (Section 7.2). 

- The door was not moved electrically. - The hollow shaft must rotate around 360° at least once in order for 

the reference point to be passed over. 

- Electronic broken cable detection device 

has been triggered. 

- Check the path of the door and ensure that the door moves easily. 

- Have the automatic cut-out facility checked by an expert 

(Section 8.3 / Level 2 / Menu 3+4). 

- Repair door. 

- Have the control unit checked. 

Message 7 - If no buttons are pressed within 120 seconds, the programming mode terminates automatically. 

- OPEN and CLOSED door positions programmed without passing the reference point. 

Message 8 - Reference point button defective. - Have the operator system checked. 


10. Messages 


Message 9 - No speed sensor impulses, 

drive system is blocked. 

Message 10 - Door movement too stiff. 

- Door blocked. 

- Maximum driving power setting is too 

low. 

- Have the operator system checked. 

- Ensure that the door moves easily. 

- Have the max. driving power (Section 8.3 / Level 2 / Menu 1+2) 

checked by an expert. 

Message 11 - Excess travel stop. - Have the operator system checked. 

Message 12 - CESD test in OPEN direction not OK. - Check closing edge safety device. 

- Programme out the closing edge safety device if there is no CESD 

present (Section 8.3 / Level 8 / Menu 2). 

Message 13 - CESD test in CLOSED direction not OK. - Check closing edge safety device. 

- Programme out the closing edge safety device if there is no CESD 

present (Section 8.3 / Level 8 / Menu 2). 

Message 14 - No valid end positions available. - Carry out express programming again (Section 7.2). 

Message 15 - External photocell interrupted or 

defective. 

- Programmed for photocell, but no 

photocell is connected. 

Message 16 - Power sensor for the automatic 

cut-out is defective. 

Message 26 - Undervoltage, operator system 

overloaded at maximum power setting, 

16. 

Message 28 - Door movement too stiff or irregular. 

- Door blocked. 

- Automatic cut-out is set to be too 

sensitive. 

- Cable torn or fallen off. 

- Spring broken. 

- Remove obstacle or have the photocell checked. 

- Deactivate or connect the photocell. 

- Have the motor unit checked. 

- Have the external power supply checked. 

- Check the path of the door and ensure that the door moves easily. 

- Have the automatic cut-out facility checked by an expert 

(Section 8.3 / Level 2 / Menu 3+4). 

- Repair door. 

Message 35 - Electronics are defective. - Have the operator system checked. 

Message 36 - Wire jumper removed, but stop button 

not connected. 

- Operator system disengaged. 

- Closed circuit interrupted. 

- Connect stop button to XB10 or insert shorting plug (Section 6.5). 

- Engage the operator system. 


11. Attachment 

11.1 Technical data Dynamic vario DC 

Mechanical data / Type 15/30 

Driving torque Nm 15 

Nominal RPM min -1 30 

Max. revolutions, driven shaft 15 

Emergency operation Quick release with pull cable 

Drive unit disengagement Quick release 

Sleeve shaft diameter mm Aluminium hollow shaft / tooth system in acc. with DIN Standard 548 - 42 x 1.25 x 30 x 32 

Electrical data / Type 15/30 

Mains voltage V 1N~ 230 

Rated frequency Hz 50 

Input current A 1,1 

Power consumption in operation kW 0,25 

Motor duty cycle (ED) % 25 

Power supply for external 

elements 

V 24 / 200 mA 

Protection category IP 20 

Protection class I 

Physical and ambient data / Type 15/30 

Dimensions mm 119 x 420 x 261 

Weight kg 6.70 

Temperature range C˚ -20 to +60 

Mounting versions Push-on or flange mounting 

Legend: 

LED off 

LED on 


LED pulses 





11. Attachment 

11.2 Manufacturer’s Declaration 11.3 EC Declaration of Conformity 

We hereby declare that the product sold by us and mentioned 

below corresponds in its design, construction and version to the 

relevant and basic health and safety requirements of the following 

EC regulations: EMC Directive, Machinery Directive and Low 

Voltage Directive. 

On request of the authorized inspection authorities, 

the documentation is available as hardcopy. 

Product changes made without our consent will render this 

Declaration void. 

Product: Door operator for industrial use Dynamic vario DC 

Relevant EC Regulations: 

- Machinery Directive 2006/42/EC 

EN 60204-1:2007 

EN ISO 12100-1:2003 

EN ISO 13849-1:2008 

Cat.2 / PLc for the functions of power limitation, end position 

detection and closing edge evaluation 

EN 61508:2001 

- Electromagnetic compatibility 2004/108/EC 

EN 55014-1 

EN 61000-3-2:2006 (2008) 

EN 61000-3-3:2009 

EN 61000-6-2:2006 

EN 61000-6-3:2007 

- Low Voltage Directive 2006/95/EC 

EN 60335-1:2002 

EN 60335-2-103:2004 

Scope of these installation and operating instructions: 

Date of manufacture 01.10.2010 - 30.09.2011 

01.10.2010 ppa. K. Goldstein 

Management 

Manufacturer and document management 

Marantec Antriebs- und Steuerungstechnik GmbH & Co. KG 

Remser Brook 11 · 33428 Marienfeld · Germany 

Fon. +49 (5247) 705-0 

We hereby declare that the product sold by us and mentioned 

below corresponds in its design, construction and version to the 

relevant and basic health and safety requirements of the following 

EC regulations: EMC Directive, Machinery Directive and Low 

Voltage Directive. 

Product changes made without our consent will render this 

Declaration void. 

Product: 

Relevant EC Regulations: 

- Machinery Directive 2006/42/EC 

EN 60204-1:2007 

EN ISO 12100-1:2003 

EN ISO 13849-1:2008 

EN 61508:2001 

- Electromagnetic compatibility 2004/108/EC 

EN 55014-1 

EN 61000-3-2:2006 (2008) 

EN 61000-3-3:2009 

EN 61000-6-2:2006 

EN 61000-6-3:2007 

- Low Voltage Directive 2006/95/EC 

EN 60335-1:2002 

EN 60335-2-103:2004 

Date / Signature 





English Original instructions, Copyright. 

No part of this manual may be reproduced without our prior consent. 

Subject to changes which are in the interest of technical improvements. 

96400 

Version: 01.2011 

#96400 

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Dynamic vario DC - Marantec

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