138950-03 ap slimdrive emd-f f-is invers en - geze.ch2bdiagram_en_… · slimdrive en irwing...

EN Wiring diagramSlimdriveEMDEMD-F, EMD-F-IS EMD-F/REMD Invers

167894-00

EMD / EMD-F / EMD-F-IS / EMD-F/R / EMD Invers

2

Contents

Symbols and illustrations ..................................................................................................................................................4

Validity .....................................................................................................................................................................................4

Product liability.....................................................................................................................................................................4

1 Notes ............................................................................................................................................................................51.1 Important safety instructions .......................................................................................................................................................................51.2 Installation details ............................................................................................................................................................................................51.3 Safe operation ....................................................................................................................................................................................................51.4 Inspection of installed system ......................................................................................................................................................................51.5 Disposal of the door system..........................................................................................................................................................................6

2 Abbreviations............................................................................................................................................................6

3 Control unit and supply terminals ....................................................................................................................73.1 Control unit .........................................................................................................................................................................................................73.2 Supply terminals ...............................................................................................................................................................................................8

4 Safety sensor, open and close .............................................................................................................................94.1 Safety sensor strip pair GC 338 ....................................................................................................................................................................94.2 Safety sensor GC 334 .................................................................................................................................................................................... 124.3 Safety sensor GC 335 .................................................................................................................................................................................... 14

5 Authorised contact sensor ................................................................................................................................ 165.1 Key push button ............................................................................................................................................................................................. 16

6 Internal contact sensor ....................................................................................................................................... 176.1 GC 302 R radar movement detector ....................................................................................................................................................... 176.2 GC 304 R radar movement detector ....................................................................................................................................................... 176.3 Pushbutton (floating NO contact) ........................................................................................................................................................... 17

7 External contact sensor ...................................................................................................................................... 187.1 GC 302 R radar movement detector ....................................................................................................................................................... 187.2 GC 304 R radar movement detector ....................................................................................................................................................... 187.3 Pushbutton (floating NO contact) ........................................................................................................................................................... 18

8 Radio activation .................................................................................................................................................... 198.1 Pushbutton with transmitter module .................................................................................................................................................... 19

9 Stop ........................................................................................................................................................................... 19

10 Push And Go ........................................................................................................................................................... 20

11 Configurable inputs ............................................................................................................................................. 20

12 Configurable outputs .......................................................................................................................................... 2312.1 Configurable output PA1 ............................................................................................................................................................................ 2312.2 Configurable output PA2 ............................................................................................................................................................................ 2612.3 Configurable output PA3 ............................................................................................................................................................................ 28

13 Electric strike .......................................................................................................................................................... 2913.1 Motor lock......................................................................................................................................................................................................... 31

14 Toilet control .......................................................................................................................................................... 32

15 Operating mode ................................................................................................................................................... 33


3

15.1 Internal programme switch ....................................................................................................................................................................... 3315.2 Setting the mode of operation with switches ..................................................................................................................................... 3415.3 Mechanical programme switch (MPS).................................................................................................................................................... 3415.4 Mechanical programme switch (MPS-D) ............................................................................................................................................... 3415.5 Keypad programme switch (TPS) ............................................................................................................................................................. 3515.6 Display programme switch (DPS) with OFF ......................................................................................................................................... 3515.7 Display programme switch (DPS) without OFF .................................................................................................................................. 3615.8 Blocking or releasing operation of TPS and DPS ................................................................................................................................ 36

16 2-leaf drives ............................................................................................................................................................ 3716.1 Two automated door leaves ...................................................................................................................................................................... 3716.2 Active leaf automated, fixed leaf with door closer ............................................................................................................................ 37

17 RWA emergency power control unit on EMD-Invers ............................................................................... 3817.1 EMD-invers, 1-leaf .......................................................................................................................................................................................... 3817.2 EMD-invers, 2-leaf .......................................................................................................................................................................................... 38

18 EMD-F, EMD-FIS, EMD-F/R on fire protection doors ................................................................................ 3918.1 Lintel smoke switch GC 151, GC 161 on EMD-F .................................................................................................................................. 4018.2 Lintel smoke switch GC 151, GC 161 on EMD-F-IS ............................................................................................................................. 4018.3 EMD-F/R with integrated lintel smoke switch ..................................................................................................................................... 4118.4 Operation without connecting to the smoke switch control unit ............................................................................................... 41

19 Mains connection ................................................................................................................................................. 42

20 Motor ........................................................................................................................................................................ 43

21 Door closer operation ......................................................................................................................................... 44

22 Basic functions....................................................................................................................................................... 4522.1 Automatic mode ............................................................................................................................................................................................ 4522.2 Low energy mode .......................................................................................................................................................................................... 4522.3 Servo mode ...................................................................................................................................................................................................... 47

23 Commissioning and service ............................................................................................................................. 4923.1 Prerequisites for assembly and installation .......................................................................................................................................... 4923.2 Commissioning with DPS............................................................................................................................................................................ 4923.3 Commissioning with ST220 ....................................................................................................................................................................... 53

24 Service menu ......................................................................................................................................................... 5524.1 Service terminal ST220 ................................................................................................................................................................................ 5524.2 Service menu ST220...................................................................................................................................................................................... 5624.3 Display programme switch (DPS) ............................................................................................................................................................ 6724.4 Service mode DPS.......................................................................................................................................................................................... 6724.5 Service menu DPS .......................................................................................................................................................................................... 67

25 Fault messages ...................................................................................................................................................... 7225.1 Fault messages ST220 and DPS ................................................................................................................................................................ 7225.2 Fault messages keypad programme switch ......................................................................................................................................... 74

26 Angle for setting low energy mode ............................................................................................................... 75


4

Symbols and illustrations

Warning noticesWarning notices are used in these instructions to warn you of property damage and personal injury.

X Always read and observe these warning notices. X Follow all measures that are labelled with the warning symbol and warning word.

Warning symbol

Warning word Meaning

DANGER Danger to persons. Non-compliance will result in death or serious injuries.

WARNING Danger to persons. Non-observance may result in death or serious injuries.

CAUTION Danger to persons. Non-compliance may result in minor injuries.

More symbols and illustrationsIn order to illustrate correct operation, important information and technical information is highlighted.

Symbol Meaning

means "important information"; information on avoiding material damage, understanding a concept or optimising workflows.

means "additional information"

X Symbol for an action: there is something you must do here. X If there are several actions to be taken, keep to the given order.

Conforms to DIN 18650 / EN 16005

Symbol in a table or in information concerning safety sensors.

Does not conform to DIN 18650 / EN 16005

Symbol in a table or in information on sensors that do not correspond to DIN 18650 / EN 16005.

Fire protection door Symbol for fire protection door

Not permissible for fire protec-tion door

Symbol "Not permissible for fire protection door"

Validity à Valid for software version DCU2 V3.0 or higher à Hardware Revision DCU200 Rev E à For door control units

à DCU2 for automatic swing doors à DCU2-F for automatic swing doors, closing with spring force à DCU2-I for automatic swing doors, opening with spring force

Product liabilityIn accordance with the liability of the manufacturer for their products as defined in the German "Product Liability Act", the information contained in this brochure (product information and proper use, misuse, product perfor-mance, product maintenance, obligations to provide information and instructions) is to be observed. Failure to comply releases the manufacturer from their statutory liability.


5

Notes

1 Notes

1.1 Important safety instructionsTo ensure personal safety, it is important to follow these safety instructions.These instructions must be kept. à Only specialists authorised by GEZE are permitted to carry out installation, commissioning and maintenance

work. à Unauthorised modifications to the system release GEZE from liability for any resulting damages. à GEZE makes no guarantee for combinations with third-party products. In addition, only original GEZE parts

may be used for repair and maintenance work. à Connection to the mains voltage must be carried out by a qualified electrician. Perform the power connection

and equipment earth conductor test in accordance with VDE 0100 Part 610. à The customer must install a circuit breaker as a mains separator, whose rated value is aligned to the type,

profile, method of installation and the ambient conditions of the local power supply line. However, the circuit breaker must offer fuse protection of at least 4 A.

Swing door drive as locking device in accordance with DIN 18263-4 à In the event of a fire alarm, fault or manual release, the locking of the swing door drive must be released, the

falling lock latch release (electric strike based on the working current principle) must be blocked and all signal transmitters to open the door leaves must be disabled.

à The swing door drives may only be used on single-leaf and double-leaf doors if the door frame or, as the case may be, the fixed leaf of the double-leaf doors is equipped with an electric strike that unlocks the lock latch and/or a safety catch with a spring-loaded latch.

à Permitted installation types: à Transom installation opposite hinge side with link arm (1 leaf / 2 leaves) à Transom installation hinge side with roller guide rail (1 leaf / 2 leaves)

1.2 Installation details à The drive is only designed for use in dry rooms. X Only use the cables prescribed in the cable plan provided. Install shields in accordance with the wiring dia-

gram. X Always use insulated wire-end ferrules for wire cores. X Insulate the wires that are unused. X Secure loose, internal drive cables with cable ties. X Observe the maximum permitted overall current drain required to supply the periphery.

1.3 Safe operation X Secure the workplace against unauthorised entry. X Watch the swivelling range of long system parts. X Secure the cover/drive shrouding against falling. X Before working on the electrical system, disconnect the power supply (mains and battery) and check that no

voltage is present. Note that if an uninterruptible power supply (UPS) is used, the system will still be supplied with power despite the fact that the power supply is disconnected.

à Risk of injury by moving parts (drawing in of hair, clothing, ...) when a drive is opened. à Risk of injury caused by unsecured crushing, impact, drawing-in or shearing spots. à Risk of injury caused by sharp edges in the drive. à Risk of injury due to glass breakage. à For EMD-F and EMD Invers:

DANGERSerious injuries due to link arm or lever arm snapping back!

X Separate the motor from the control unit only when spring is relaxed. X Do not disconnect the motor. X Operate the drive only with a connected latching action switch.

1.4 Inspection of installed system X Check the measures for securing or preventing crushing, impact, shearing or pull-in spots. X Check the function of the presence sensors and movement detectors. X Check the protective earth connection to all metal parts that can be touched. X Check the correct rotary transducer setting (see chapter 20, “Motor”).


6

Abbreviations

1.5 Disposal of the door system à The door system is made up of materials that should be sent for recycling.

The individual components have to be sorted in accordance with their material type. à Aluminium (profiles, covering, return pulleys, sliding blocks, ...) à Iron (driver, screws, ...) à Plastic à Electronic parts (bolt, motor, control unit, transformer, sensors, ...) à Cables

The parts can be disposed of at the local recycling depot or by a scrap recycling company. à Batteries contain pollutants and heavy metals. Do not dispose of with household waste.

Hand in rechargeable batteries to your local recycler, too.

2 Abbreviations

Wire coloursBN brownBK blackBU blue

GN greenGY greyYE yellow

OG orangePK pinkRD red

TQ turquoiseVT violetWH white

Connections, terminals and plugs

Au AutomaticBS Hinge sideBGS Opposite hinge

sideDO permanent hold

OpenDPS Display pro-

gramme switchEND Latching actionGF Active leafGND GroundKA External contact

sensorKB Authorised contact

sensorKI Internal contact

sensor

LK Luster terminalLS Shop closingMPS Mechanical programme

switchNA NightOFF OffPA Programmable output PE Programmable inputRBM Radar movement detec-

torRES PushbuttonRM Bolt messageRSZ Smoke switch control

unitRS485 Communication signal

to DPS, TPS and second drive

SF Fixed leafSTOP StopSCR ScreenSO Safety sensor, open SIS Safety sensor, close STG FaultTK Door transmission cableTOE Electric strikeTPS Keypad programme

switchTST Test signal for safety sen-

sors24V Supply voltage for exter-

nal devices


7

Control unit and supply terminals

3 Control unit and supply terminals

3.1 Control unitF1

F2

Encoder TEMP

AC IN Motor

DCU200

µR

RS485PA

1 PA2

SIO

KBKA

PE1 PE2

RS48

5TO

ESI

SST

OP

KIPS

RUN PROG CA

N

DCU103

1 2 3

1

2

3

4

5

DCU202

DCU201

RSZ

PA3

RES END

DCU204

RSZ

PA3

1 Control unit DCU2012 Control unit DCU2023 Control unit DCU204

4 Slot 15 Slot 2

1-2 CAN terminating resistance inactive

2-3 CAN terminating resistance active

à Control unit DCU2, mat. no. 106037 Control unit DCU2-F, mat. no. 106038 Control unit DCU2-I, mat. no. 117297 Terminal bag DCU200, mat. no. 106040

à DCU200: F1 AC IN (6.3 AT; 5x20 mm) F2 24 V EXT (1.25 AT; 5x20 mm) RUN Run LED

à Permanent light Operation à 0.25 s on - 0.25 s off Fault à 2 s on - 2 s off Brand new

Motor EncoderTEMP


8

Control unit and supply terminals

3.2 Supply terminalsMax. permissible current drawn at 24V (terminals 1 / 2) with à EMD, EMD-Invers: max. 1.2 A à EMD-F: max. 1.0 A

24V 2

6 NA

7 LS

8 AU

PSDO 9

GND 1

2 24V

23 KA

K AKI

GND 1

2 24V

21KI

2 24V

20 KB

KB

24V 2

15STOP STOP

SIO 13

1 GND

2 24V

10 TST

SIO

SIS 11

1 GND

2 24V

10TSTSIS

GND 1

2 24V

31TOEA

32TOEB

TOERM 33

GND 1

2 24V

42 RS485-A

41 RS485-B

RS485

SCR 43

GND

24V

PE1

PE2

1

2

51

52

PE1 PE2

2 24V

PA1A

PA1B

GND 1

2 24V

55

56

PA1 PA2

PA2 57

GND 1

2 24V

42RS485-A

41RS485-B

RS485SCR 43

RSZ GND61

63

62 RSZ 24V

61 RSZ GND

RSZ

24VFP 80

54PA3

DCU201, DCU204,PA31

CANH 46

45CANL

DCU103CAN

2

1

1

44

41

42

1 second drive


9

Safety sensor, open and close

4 Safety sensor, open and close X In the case of 2-leaf systems connect the safety sensors of the active leaf with the active leaf control unit and

those of the fixed leaf with the fixed leaf control unit. X Install the sensor for monitoring closing on the door leaf, opposite hinge side.

If the SIS is activated during closing, the door reverses and opens again. X Install the sensor for monitoring opening on the door leaf, hinge side.

If the SIO is activated during opening, the door stops.On detection the sensor output is open (GND applied to SIS or SIO input).

X Check function and correct setting of the sensors during commissioning and when servicing the assembly. The behaviour of the door when the SIS and SIO safety sensors are triggered can be set in the service menu.If a wall or similar object is located in the door's open position, the SIO's wall blanking range is automatically set during the teaching process. The range can be changed via the service menu, where necessary. In the case of 2-leaf drives, the active and fixed leaves stop when opening if one of the SIO safety sensors is trig-gered. If parameter f3 “SI3 - terminal SIS, "SI3 function" is set to 06 "SIO SF-GF", the wall blanking is not consid-ered.

To correct the wall blanking range X Set parameter aB, "SI3 - terminal SIS, "SI3 wall blanking range" to the desired value

(1 % … 99 % of the maximum opening angle, 0 = no wall blanking)

4.1 Safety sensor strip pair GC 338

X Follow installation instructions GC 338.

The connector plug of the GC 338 has 6 poles. Terminal 6 is not occupied.

X Set DIP switch 3 (TST/SBY) on the GC 338 interface module to ON (factory setting). X Set the testing parameter:

à DPS: Set Te to 01 (testing with 24 V). à ST220: Set "Output signals", “Test SI", "Test SI" to "Testing with 24 V".


10


4.1.1 Monitoring closing and opening

X Setting the parameter "Contact type": à DPS: Set s1 and s3 to 02 ("normally open")

(factory setting). à ST220: Set the "Input signals", "SI1 – terminal

SIS", "SI1 contact state" to "normally open" and "SI3 – terminal SIO", “SI3 contact type" to "normally open" (factory setting).

X Setting the parameter "Function": à DPS: Set f1 to the desired function and f3 to

05 (SIO stop) or 06 (SIO stop SF-GF).

à ST220: Set the "Input signals", "SI1 – terminal SIS", "SI1 function" to the desired function and "SI3 – terminal SIO", "SI3 function" to "SIO stop" or "SIO stop SF-GF".

S

E

GC 338 Interfacemodul

GY

2

1

4

3

5

BN

BK

BU

WH

SIGNAL

24V

SIO

GND

SIS

100mA

S

1

13

10

2

SIO

SIO

GND

24V

TST

1

11

10

2

SIS

SIS

GND

24V

TST

E

oder 1

2

3

2

1

1 Opposite hinge side2 Hinge side3 Door transmission cable

SIGNAL

Interface module

Or


11


4.1.2 Monitoring opening

X Setting the parameter "Contact type": à DPS: Set s3 to 02 ("normally open")

(factory setting). à ST220: Set the "Input signals", "SI3 – terminal SIO",

"SI3 contact type" to "normally open" (factory setting).

X Setting the parameter "Function": à DPS: Set f3 to 05 (SIO stop) or

06 (SIO stop SF-GF). à ST220: Set the "Input signals", "SI3 – terminal SIO",

"SI3 function" to "SIO stop" or "SIO stop SF-GF".

1

13

10

2

SIO

SIO

GND

24V

TST

S

E

GY

2

1

4

3

5

BN

BK

BU

WH

SIGNAL

24V

SIO

GND

SIS

100mA

2

1

3


1 Opposite hinge side2 Hinge side3 Door transmission cable

SIGNAL

Interface module


12


4.1.3 Monitoring closing


(factory setting). à ST220: Set the "Input signals", "SI1 – terminal SIS",

"SI1 contact state" to "normally open" (factory setting).

X Setting the parameter "Function": à DPS: Set f1 to the desired function. à ST220: Set the "Input signals", "SI1 – terminal SIS",

"SI1 function" to the desired function. 1

11

10

2

SIS

SIS

GND

24V

TST

S

E

GY

2

1

4

3

5

BN

BK

BU

WH

SIGNAL

24V

SIO

GND

SIS

100mA

2

1

3


1 Hinge side2 Opposite hinge side3 Door transmission cable

4.2 Safety sensor GC 334

à GC 334 module, mat. no. 126410 X Follow the installation instructions. X Setting the testing:

à DPS: Set Te to 02 (testing with GND). à ST220: Set "Output signals", "Test SI" to "Testing with GND".

à Max. 6 modules in series

SIGNAL

Interface module


13





SIO" and "SI3 contact type" to "normally open" (factory setting).


06 ("SIO stop SF-GF"). à ST220: Set the "Input signals", "SI3 – terminal

SIO" and "SI3 function" to "SIO stop" or "SIO stop SF-GF".

à GC 334 module configuration: DIP1 = ON

1 GND

13 SIO

10 TST

2 24V

SIO

GC 334 BS

WH

YE

GN-+ BN

BU-+ RD

GC 334Module

60mA

1

1 Door transmission cable




SIS" and "SI1 contact state" to "normally open" (factory setting).

X Setting the parameter "Function": à DPS: Set f1 to the desired function. à ST220: Set the "Input signals", "SI1 – terminal

SIS" and "SI1 function" to the desired function.

à GC 334 module configuration: DIP1 = OFF

1 GND

11 SIS

10 TST

2 24V

SIS

GC 334 BGS

VT

PK

GN-

+ BN

BU-

+ RD

GC 334Module

60mA

1


4.2.3 Monitoring closing and opening

X Setting the parameter "Contact type": à DPS: Set s1 to 02 ("normally open") and

s3 to 02 ("normally open") (factory setting). à ST220: Set the "Input signals", "SI1 – terminal SIS",

"SI1 contact state" to "normally open" and "SI3 – terminal SIO", "SI3 contact type" to "normally open" (factory setting).

X Setting the parameter "Function": à DPS: Set f1 to the desired function and f3 to 05

("SIO stop") or 06 ("SIO stop SF GF").

à ST220: Set the "Input signals", "SI1 – terminal SIS", "SI1 function" to the desired function and "SI3 – terminal SIO", "SI3 function" to "SIO stop" or "SIO stop SF-GF".

à Configuration of the GC 334 modules on the à Hinge side: DIP1 = ON à Opposite hinge side: DIP1 = OFF

SIS

1 GND

11 SIS

10 TST

2 24V

1 GND

13 SIO

10 TST

2 24V

SIO

VT

PK

GC 334 BS

WH

YE

GN-

+ BN

BU-

+ RD

GC 334 Module BS

GC 334 Module BGS

60mA1


Modules

Modules

GC 334 module BGS

GC 334 module BS


14


4.2.4 GC 334 connection over interface GC 334The GC 334 interface is used to connect a customer's existing cable transition.

1 GND

13 SIO

10 TST

2 24V

SIO

InterfaceGC 334

4

3

2

5

1 11 SIS

SIS

GC 334BS

-

+

-

+

GC 334 Module BS

GC 334 Module BGS

60mA

1


4.3 Safety sensor GC 335

X Follow the installation instructions. X Use the test specimen, mat no. 120190, to set the sensing field. X Always install the master module near the hinge, connection with actuation of drivel takes place at the master

module. X Connect max. 7 slave modules to one master module. X Open the configuration bridge at the last slave module or at the master module (if no slave modules con-

nected). X Set the "Testing" parameter.

à DPS: Set Te to 01 (Testing with 24V). à ST220: Set "Output signals", "Test SI", "Test SI" to "Testing with 24V".

GC 334 module

GC 334 module

Interface


15


4.3.1 Monitoring closing and opening X Setting the parameter "Contact type":

à DPS: Set s1 to 02 ("normally open") and s3 to 02 ("normally open") (factory setting).

à ST220: Set the "Input signals", "SI1 – terminal SIS", "SI1 contact state" to "normally open" and "SI3 – terminal SIO", "SI3 contact type" to "normally open" (factory setting).

X Setting the parameter "Function": à DPS: Set f1 to the desired function and

f3 to 05 ("SIO stop") or 06 ("SIO stop SF-GF"). à ST220: Set the "Input signals", "SI1 – terminal SIS", "SI1 function" to the desired function and "SI3 – terminal

SIO", "SI3 function" to "SIO stop" or "SIO stop SF-GF".

GC 335Slaves

1 GND

13 SIO

10 TST

2 24V

GC 335 Master BGS

SIO

1 GND

11 SIS

10 TST

2 24V

SIS

WH

BN

GY

GN

PK

YE 65

4

3

2

160mA -

+

Test

GC 335 Master BS

65

4

3

2

160mA -

+

Test

12

3

4

5

67

8

9

10

-

+

Test

GC 332Adapter

WH

BN

GY

GN

PK

YE

GC 335Slaves

1


Master

Slaves

Adapter

Master

Slaves

Test

Test


16

Authorised contact sensor




SIO" and "SI3 contact type" to "normally open" (factory setting).


06 ("SIO stop SF-GF"). à ST220: Set the "Input signals", "SI3 – terminal

SIO", "SI3 function" to "SIO stop" or "SIO stop SF-GF".

1 GND

13 SIO

10 TST

2 24V

SIO

GC 335 Master BS

65

4

3

+ 2

- 160mA

Test

GC 335Slaves 1





SIS" and "SI1 contact state" to "normally open" (factory setting).

X Setting the parameter "Function": à DPS: Set f1 to the desired function. à ST220: Set the "Input signals", "SI1 – terminal

SIS" and "SI1 function" to the desired function.

1 GND

11 SIS

10 TST

2 24V

SIS

GC 335 Master BGS

65

4

3

+ 2

- 160mA

Test

GC 335Slaves

1


5 Authorised contact sensor à The input KB is active in the operating modes, AU, LS and NA. à In the case of 2-leaf systems the authorised contact sensor can be connected to the active leaf control unit or

to the fixed leaf control unit. à Upon activation, the active leaf opens and, if switched on, the fixed leaf. à Upon activation, the output of the authorised contact sensor is closed (24 V applied at the KB input). à The authorised contact sensor's contact type can be adjusted with parameters cB or "KB, contact type KB". à The Service menu can be used to set a general actuation delay Dl ("open delay") that is effective for KB, KI and

KA. à Parameter setting:

à With DPS: Set DI to the desired delay time (0–9 s). à With ST220: Use the key or to set the "Door parameters", "Open delay" to the desired activation delay

(0–9 s) and press key .

5.1 Key push button

à Setting the parameter "Contact type": à DPS: Set cB to 01

(factory setting). à ST220: Set the "Signals", "Input signals", "KB", "KB

contact type" to “normally closed" (factory setting).

à Key push button SCT, single-pole, flush-mounted, AS500 without profile half cylinder, mat. no. 117996

à Accessories: à Profile half cylinder, mat. no. 090176 à Additional contact, mat. no. 024467

20 KB

2 24V

KB

Test

Test

Slaves

Slaves

Master

Master


17

Internal contact sensor

6 Internal contact sensor à The KI input is active in the operating modes AU and LS. à In the case of 2-leaf systems the internal contact sensor (KI) can be connected to the active leaf control unit or

to the fixed leaf control unit. à Upon activation, the active leaf opens and, if switched on, the fixed leaf. à The internal contact sensor's contact type can be adjusted with parameters cl or "KI, KI contact state". à The sensor for monitoring closing can also be used as an internal contact sensor. à Parameter setting:

à DPS: Set f1 to 02. à ST220: Set the "Signals", "Input signals", "SI1 – terminal SIS1", "SI1 function" to "SIS and KI".

à An activation delay time can be set for the input KI. This time is added to the general activation delay time Dl ("open delay").

à Parameter setting: à DPS: Set al to the desired delay time (0–9 s). à ST220: Use the keys or to set "Signals" "Input signals", "KI", "KI delay" to the desired delay time (0–9 s)

and press the key.

6.1 GC 302 R radar movement detector

à The GC 302 R is a directionally sensitive radar movement detector.

à Upon activation, the output of the GC 302 R is closed (24V applied to the KI input).

X Follow the installation instructions. X Setting the parameter "Contact type":

à DPS: Set cl to 01 (factory setting). à ST220: Set the "Signals", "Input signals", "KI" and

"KI contact state" to "normally closed" (fac-tory setting).

WH

BU

BK

BN

50 mA +UB

-UB

GC 302 R

1

2

3

4

5

24V

KI

GND

2

21

1KI


à The GC 304 R is not a directionally sensitive radar move-ment detector.





WH

YE

BN

GN

80 mA - UB

+ UB

GC 304 R

1

2

3

4

5

24V

KI

GND

2

21

1KI

6.3 Pushbutton (floating NO contact) X Setting the parameter "Contact type":



21 KI

2 24VKI


18

External contact sensor

7 External contact sensor à The input KA is only active in the AU operating mode. à In the case of 2-leaf systems, the external contact sensor can be connected to the active leaf control unit or to

the fixed leaf control unit. à Upon activation, the active leaf opens and, if switched on, the fixed leaf. à The external contact sensor's contact type can be adjusted with parameters cO or "KA, KA contact state". à The sensor for monitoring closing can also be used as an external contact sensor.

à Parameter setting with: à DPS: Set f1 to 02. à ST220: Set the "Signals", "Input signals", "SI1 – terminal SIS1", "SI1 function" to "SIS and KA".

à An activation delay time can be set for the KA input. This time is added to the general activation delay time ("Open delay"). à Parameter setting with

à DPS: Set aa to the desired delay time (0–9 s) à ST220: Use the key or to set "Signals", "Input signals", "KA", "KA delay" to the desired delay time

(0–9 s) and press the key.


à Upon activation, the output of the GC 302 R is closed (24V applied to the KA input).

X Setting the parameter "Contact type": à DPS: Set cO to 01 (factory setting). à ST220: Set the "Signals", "Input signals", "KA" and

"KA contact state" to "Normally closed" (fac-tory setting).

WH

BU

BK

BN

50 mA +UB

-UB

GC 302 R

1

2

3

4

5

24V

KA

GND

2

23

1KÂ


à The GC 304 R is not a directionally sensitive radar move-ment detector.



à DPS: Set cO to 01 (factory setting). à ST220: Set the "Signals", "Input signals", "KA" and

"KA contact state" to "Normally closed" (fac-tory setting).

WH

YE

BN

GN

80 mA - UB

+ UB

GC 304 R

1

2

3

4

5

24V

KA

GND

2

23

1KA

7.3 Pushbutton (floating NO contact)

à For notes see pushbutton (KI). X Setting the parameter "Contact type":

à DPS: Set cO to 01 (factory setting). à ST220: Set the "Signals", "Input signals", "KA" and

"KA contact state" to "normally closed" (factory setting).

23 KA

2 24VK A


19

Radio activation

8 Radio activation à Follow installation instructions and user manual. X Setting the parameter "Contact type":

à DPS: Set cl or cO to 01 (factory setting). à ST220: Set the "Signals", "Input signals", "KI", "KI contact state" or "KA", "KA contact state" to "normally

closed".

8.1 Pushbutton with transmitter module

WRM-24

KI K A

GND

21

24V

GND

2

1

OUT1

24V 2

A

OUT2

24V

KI

2

B

GND 1

24V

KA

GND

2

23

1

oder1

à The receiving module WRM-24 can be actuated with the transmitter module WTM and the handheld transmitter WTH.

à Follow the assembly and operating instructions. X Setting the parameter "Contact type":

à DPS: Set cl or cO to 01 (factory setting). à ST220: Set the "Signals", "Input signals", "KI", "KI

contact state" or "KA", "KA contact state" to "normally closed" (factory setting).

WTM

YE

GN

BN

KFT

9 Stop à When actuated, the door leaf stops (in case of 2-leaf systems both leaves) and remains in the stopped position

as long as the input is active. à In the case of 2-leaf systems, the stop push button can be connected to the active leaf control unit or to the

fixed leaf control unit. à To operate the display programme switch DPS see chapter 24.3, “Display programme switch (DPS)”. à To operate the service terminal ST220 see chapter 24.2, “Service menu ST220”.

The state of the drive to which the ST220 is connected is displayed. X Press the key. X Select "Active leaf para" or "Fixed leaf para" using the or key and press the key.

Further settings see the descriptions below.

X Setting the parameter "Contact type": à DPS: Set cN to 01 ("normally closed", not moni-

tored) or to 02 ("normally open", not moni-tored).

à ST220: Set the "Signals", "Input signals", "Stop", "Stop contact state" to "normally closed" or "nor-mally open".

15 STOP

2 24V

STOP

Cn = 02 Cn = 01

à In order to ensure protection of persons as specified in DIN 18650 / EN 16005 a terminating resistor 2.0 kΩ has to be connected and the parameter cN connected to 20 in order to monitor the entrance.

X Setting the parameter "Contact type": à DPS: Set cN to 20 for "Terminator 2 kOhm". à ST220: Set the "Signals", "Input signals", "Stop", "Stop

contact state" to "Terminator 2 kOhm". 2.0 k Ω

15 STOP

2 24V

STOP

2.0

kΩ

Cn = 20 Cn = 20

Or

Stop

Stop


20

Push And Go

10 Push And Go

WARNINGRisk of injury due to crushing and shearing!

X During an activated Push And Go function door handles can form potential danger points.

à The Push And Go function allows activation of the drive without contact sensors being used. à When the Push And Go function is set, the drive opens the door automatically as soon as the door leaf is

moved manually out of the closed position. à The opening angle for the use of the automatic opening function can be set (1–20 % of the max. opening

angle). à The hold-open time for Push And Go can be set separately (0-60 s).

An opening angle that is set too close can result in undesired automatic opening of the door.

à To operate the display programme switch DPS see chapter 24.3, “Display programme switch (DPS)”. à To operate the service terminal ST220 see chapter 24.2, “Service menu ST220”.

The state of the drive to which the ST220 is connected is displayed. X Press the key. X Select "Active leaf para" or "Fixed leaf para" using the or key and press the key.

Parameter setting: à DPS: X Set pU to the desired response range (1-20% of the max. opening angle) to start the automatic opening func-

tion, or à Set pU to 00 to disable the function. à Set op to the desired hold-open time for "Push And Go" (00 … 01 … 60 s).

à ST220: X Use the key or to set the "Motion parameters", "Push And Go" to the response range (1-20% of the max.

opening angle) to start the automatic opening function, or set "Push And Go" to 0 to disable the function. X Set the "Motion parameters", "Hold-open times", "Push And Go" to the desired hold-open time (00 … 01 … 60

s).

11 Configurable inputs à Various special functions are assigned to the configurable inputs PE1 and PE2 (see chapter 24, “Service menu”).

The contact type required for the desired function is specified in the service menu DPS or service menu ST220 section.

à The configurable input PE1 is only suitable for the connection of normally closed or NC contacts and not for the connection of the analogue programme switch MPS.

à The configurable input PE2 is suitable for the connection of normally closed or NC contacts as well as for the connection of the analogue programme switch MPS (see chapter 15, “Operating mode”).

The state of the drive to which the ST220 is connected is displayed. X Press the key. X Select "Active leaf para" or "Fixed leaf para" using the or key and press the key. X Select "Signals" "Input signals" and press the key.

For further settings see the description below. à Parameter setting:

à DPS: Set e1 or e2 to the desired function. à ST220: Set "PE1", "PE1 function" or "PE2", "PE2 function" to the desired function.

Operating mode switchover (Off, 2-leaf opening, 1-leaf opening) à The configurable inputs of the active leaf control unit can be used to change between the operating modes

Off, 2-leaf opening or 1-leaf opening as required (depending on the parameter setting). For example, this may be advisable if the operating mode is switched by a timer via the available programme switching inputs (NA, LS, AU, DO).

à An operating mode change is not possible if the analogue programme switch MPS is connected since this specifies the operating modes Off, 2-leaf opening or 1-leaf opening in a fixed form.


21

Configurable inputs

à Parameter setting: à DPS: Set e1 or e2 to 02 (operating mode "Off"), 03 (2-leaf opening) or 04 (1-leaf opening). à ST220: Set "PE1 function" or "PE2 function" to "Off NO", "2-leaves Open NO" or "1-leaf open NO".

51 PE1

2 24V

PE1

52 PE2

PE2oder

Sabotage à The configurable input PE1 or PE2 can be used for connection of an alarm contact which can serve to monitor

a closed (key push button) housing. When the housing is closed the contact is closed and 24V is applied to the PE1 or PE2 input. If the alarm contact opens, 0V is applied to the PE1 or PE2 input. In this case the door remains closed and locked.

à Parameter setting: à DPS: Set e1 or e2 to 05 for "sabotage". à ST220: Set "PE1 function" or "PE2 function" to "Sabotage NC".

PE1

52 PE2

PE2oder

51 PE1

2 24V

Closed position

Emergency lock à The configurable inputs can be used to connect an emergency lock switch. à When the emergency lock switch is activated, the contact is closed and 24 V is applied to the input PE1 or PE2.

The door closes and locks. The contact sensors KI and KA are hidden. The safety sensors and the obstruction detection remain active.

à The door remains closed as long as the emergency lock signal is applied to the input. à Parameter setting:

à DPS: Set e1 or e2 to 07. à ST220: Set "PE1 function" or "PE2 function" to "Emergency lock NO".

51 PE1

2 24V

PE1

52 PE2

PE2oder

Additional contact sensors (P-KI, P-KA) à The configurable inputs can be used to connect additional normally closed contacts as internal contact sen-

sors or external contact sensors. à The same actuation delay times apply for P-KI and P-KA as for KI and KA. à Parameter setting:

à DPS: Set e1 or e2 to 08 for function as an internal contact sensor or to 09 for function as an external contact sensor.

à ST220: Set "PE1 function" or "PE2 function" to "P-KI actuation NO" or "P-KA actuation NO".

Switch function à Upon activation, the output of the push button is closed (24 V applied to the PE1 or PE2 input). à In the case of 2-leaf systems, the pushbutton can be connected to the active leaf control unit or to the fixed

leaf control unit. à If the pushbutton is connected to the fixed leaf control unit, both door leaves open when the switch function

is activated, even if the "1-leaf" operating mode is set, or the fixed leaf function is disabled (internal program switch to 0).

à Set the hold-open time at the active leaf control unit.

Or

Or

Or


22

Configurable inputs

Parameter setting(For 2-leaf drives, the settings on the active leaf control unit determine the hold-open time)DPS:

X Set e1 or e2 à to 10 for:

1st switch contact = open door / 2nd switch contact = close door. If no second switch contact takes place, the door remains open until the operating mode is changed. For a 2-leaf drive, à 1-leaf opening takes place, if the pushbutton is connected to the active leaf control unit. à 2-leaf opening takes place, if the pushbutton is connected to the fixed leaf control unit.

à to 11 for: 1st switch contact = open door / 2nd switch contact = close door Door closes no later than on expiration of the hold-open time à Oh for 2-leaf drive and 2-leaf operating mode, if the pushbutton is connected to the fixed leaf drive. à O® for 1-leaf drive or 2-leaf drive and the "reduced opening" operating mode, if the pushbutton is connect-

ed to the active leaf drive.ST220:Set "PE1", "PE1 function" or "PE2", "PE2 function"

X to "Pushbutton NO" for: à 1st switch contact = open door / 2nd switch contact = close door.

If no second switch contact takes place, the door remains open until the operating mode is changed. à to “Pushbutton OHZ NO" for:

1st switch contact = open door / 2nd switch contact = close door. Door closes no later than upon expiration of the hold-open time.

à Oh for 2-leaf drive and 2-leaf operating mode, if the pushbutton is connected to the fixed leaf drive. à O® for 1-leaf drive or 2-leaf drive and 1-leaf operating mode, if the pushbutton is connected to the active

leaf drive. The door opens when the push button is first pushed and closes on the second push, but no later than upon expiration of the following hold-open time:

51 PE1

2 24V

PE1

52 PE2

PE2oder

Control unit reset à The control unit can be reinitialised via the configurable inputs. After the push button has been activated, the

drive behaves like after the mains voltage has been switched on. à Parameter setting:

à DPS: Set e1 or e2 to 13 for the "Reset control unit" function. à ST220: Set "PE1 function" or "PE2 function" to “NO Pushbutton Reset".

51 PE1

2 24V

PE1

52 PE2

PE2oder

Double push button (1-leaf / 2-leaf door opening)In the case of 2-leaf drives, the door can be opened via the configurable door inputs in 1-leaf or 2-leaf mode as desired by pressing a button if the "1-leaf opening" operating mode is active. If the push button is pressed once, only the active leaf opens and closes after the hold-open time has expired O®. If the push button is briefly pressed twice consecutively, the active and fixed leaves open and close after the hold-open time has expired Oh. Parameter setting for 1-leaf opening or 2-leaf opening with closing upon expiration of the hold-open time (O® or Oh): à DPS: Set e1 or e2 to 14. à ST220: Set "PE1, PE1 function" or "PE2, PE2 function" to "Double push button NO".

51 PE1

2 24V

PE1

52 PE2

PE2oder

MPSSee chapter 15.3, “Mechanical programme switch (MPS)”.

or

Or

Or


23

Configurable outputs

12 Configurable outputsVarious switching functions are assigned to the configurable outputs PA1 and PA2 (see chapter 24, “Service menu”).To operate the display programme switch DPS see chapter 24.3, “Display programme switch (DPS)”.To operate the service terminal ST220 see chapter 24.2, “Service menu ST220”. The state of the drive to which the ST220 is connected is displayed.

X Press the key. X Select "Active leaf para" or "Fixed leaf para" using the or key and press the key. X Select "Signals" and press the key.

For further settings see the description below.Parameter setting: à DPS: Set a1 or a2 to the desired function. à ST220: Set "PA1", "PA1 function" or "PA2", "PA2 function" to the desired function.

12.1 Configurable output PA1PA1 is a floating relay contact, switching voltage/current max. 24 V AC/DC, switching current 0.5 A.

GongThe function is used to control a signal transmitter (e.g. gong, door bell) by the the SIS safety sensor (function "SIS and KA") in the automatic operating mode. à Parameter setting:

à DPS: Set a1 to 01 (Gong). Set s1 to 03 (SIS +KA)

à ST220: Set "PA1", "PA1 Function" to "Gong". Set "SI1 - terminal SIS", "SI1 Function" to "SIS" and "KA".

1 Customer supply voltage max. 24 V / 0.5 A AC/DC

2 Customer signal transmitter, e.g. gong or door bellPA1 PA2

55 PA1A

56 PA1B2

1

Fault à The function is used for fault messages, e.g. to a customer building control centre. The contact closes or opens

if the control unit determines a fault (see chapter 25, “Fault messages”). All identified faults are reported. à Parameter setting:

à DPS: Set a1 to 02 (Error NC) or to 03 (Error NO). à ST220: Set "PA1", "PA1 function" to "Error NC" or “Error NO".

1 Building control centre (provided by customer)2 Signal input

PA1 PA2

55 PA1A

56 PA1B2

1

Fault indication for MPSThe function is used to switch the fault LED at the MPS. The contact closes if the control unit determines a fault (see chapter 25, “Fault messages”). When maintenance is due, the output is switched cyclically, the fault LED at the MPS flashes. à For connection see chapter 15.3, “Mechanical programme switch (MPS)”. à Parameter setting:

à DPS: Set a1 to 04 (Error MPS). à ST220: Set "PA1", "PA1 function" to "Error MPS".


24


Warningsignal à The function is used to signal door movement (cyclical switching on/off of a customer signal transmitter while

the door is opened or closed). X Maximum permissible total current draw by the control unit.

à Parameter setting: à DPS: Set a1 to 05 (Warningsignal). à ST220: Set "PA1", "PA1 Function" to "Warningsignal".

1 Drive-side supplied 24 V DC signal transmitter55 PA1A

56 PA1B

PA1 PA2 1 GND

2 24 V

1

Electric strike

à The electric strike function is not permissible if the drive is used for the fire-protection area (EMD-F, EMD-Invers).

X In the case of DC electric strikes connect a free-wheeling diode 1N4007 (1), mat no. 115293. X In the case of electric strikes with integrated electronics (capacitive load, e.g. type effeff 331, 331U, 331V, 332,

351U, 141, 142, 143, 143M, etc.), connect a resistor (10 Ohm, 5 %, 1 W, metal layer, axial) between 1 (GND) and 55 (PA1A) in order to limit the starting current.

X In the case of electric strikes without integrated electronics connect a wire jumper (2) between 1 (GND) and 55 (PA1A) instead of the resistor.

à An additional electric strike can be connected to the configurable output PA1. X Maximum permissible total current draw by the control unit.

à Parameter setting: à DPS: Set a1 to 06 (Electric strike). à ST220: Set "PA1", "PA1 Function" to "door opener type".

Drive-side supplied Electric strike

1 Free-wheeling diode2 Resistor/wire jumper

1

2

GND 1

2 24V

55 PA1A

56 PA1B

PA1 PA2

PA2 57

Customer-supplied Electric strike

à Contact load output PA1 at 12 V AC: max. 1 A ~ 12V AC ~ max. 1A

GND 1

2 24V

55 PA1A

56 PA1B

PA1 PA2

PA2 57

Bolt message (RM)(see chapter 13, “Electric strike”, section “Bolt signal”)


25


Motor fan à The function is used to cool the drive in case of an excessive load.

Axial fan, mat. no. 126895

à Parameter setting: à DPS: Set a1 to 07 for "Motor fan". à ST220: Set "PA1", "PA1 Function" to "Motor fan".

PA1 PA2

55 PA1A

56 PA1B

PA1 PA2 1 GND

2 24 V 1

1 Ventilator

Door mode message à The function is used to signal the door mode, e.g. to a customer building control centre. à Message function/door mode:

08 Closed and locked09 Closed10 Not closed11 Open12 Off13 Night

14 Shop closing15 Automatic16 Permanent hold Open20 Maintenance due24 Alarm WC control

à Parameter setting: à DPS: Set a1 to the desired message function. à ST220: Set "PA1", "PA1 function" to the desired message function.

1 Building control centre (provided by customer)2 Signal input

PA1 PA2

55 PA1A

56 PA1B2

1

Light activation

WARNINGRisk of fatal injury due to electric shock!Risk of damage to the electrical control unit!The output PA1 of the control unit cannot switch the illumination directly.

X Do not connect mains voltage to the PA1 output of the control unit.

à The function is used to actuate a light controlling device which for example switches on the entry illumination as soon as a contact sensor (KI, KA, KB, SIS+KI, SIS+KA) is actuated.

à Parameter setting: à DPS: Set a1 to 17 for "Light activation". à ST220: Set "PA1", "PA1 Function" to "Light activation".

1 Light control system (provided by customer)2 Control input

PA1 PA2

55 PA1A

56 PA1B2

1

Day-night changeover à For example, the function is used to switch a motor lock from day to night operation.

The output switches to GND, if the operating mode LS, AU 1-leaf, DO, or AU 2-leaf is set. à Parameter setting:

à DPS: Set a1 to 18 for "Day/Night" operating mode message. à ST220: Set "PA1", "PA1 function" to “Day/Night switch”.

à Connection to building control centre: See chapter “Configurable output PA1”, “Fault”.


26


Maintenance due à The function is used to signal that maintenance is due at the door drive to a customer building control centre.

Connection to building control centre: See chapter 12.1 "Configurable output PA1", "Fault" à Parameter setting:

à DPS: Set a1 to 20 for the message "Service due". à ST220: Set "PA1 function" to "Service due".

12.2 Configurable output PA2PA2 is a transistor output, switching voltage/current max. 24 V DC / 0.5 A.

Gong à The function is used to control a signal transmitter (e.g. gong, door bell) by the the SIS safety sensor (function

"SIS+KA") in the automatic operating mode. à Parameter setting:

à DPS: Set a2 to 01 (Gong). Set s1 to 03 (SIS +KA).

à ST220: Set "PA2", “PA2 function" to "Gong". Set "SI1 - terminal SIS", "SI1 Function" to "SIS and KA".

1 Customer voltage supply2 Door gong3 24 V relay, with free-wheeling diode,

mat. no. 103352

GND1

2 24V

55 PA1A

56 PA1B

PA1 PA2

57 PA22

1

3

Fault à The fault function is used for fault messages, e.g. to a customer building control centre. à Parameter setting:

à DPS: Set a2 to 02 ("Error NC") or to 03 ("Error NO"). à ST220: Set "PA2", "PA2 function" to "Error NC" or "Error NO".

à The output switches to GND or locks as soon as the control unit detects a system fault. At the same time, the corresponding fault number is displayed at DPS or TPS.

X A relay for galvanic isolation must be interposed for forwarding the fault message (e.g. to a building manage-ment system).

1 Building control centre (provided by customer)

2 Signal input3 24 V relay, with free-wheeling diode,

mat. no. 103352

GND1

2 24V

55 PA1A

56 PA1B

PA1 PA2

57 PA2

2

1

3

Fault indication for MPS à The function is used to switch the fault LED at the MPS. The contact closes if the control unit determines a fault

(see chapter 25, “Fault messages”). à For connection see chapter 15.3, “Mechanical programme switch (MPS)”. à Parameter setting:

à DPS: Set a2 to 04 for Error MPS display. à ST220: Set "PA2", “PA2 function" to "Error MPS display".

Warningsignal à The function is used to signal door movement (cyclical switching on/off of a customer signal transmitter while

the door is opened or closed). à Parameter setting:

à DPS: Set a2 to 05 for "Warningsignal". à ST220: Set "PA2", “PA2 function" to "Warningsignal".

1 Drive-side supplied 24 V DC signal transmitter2 24V

57 PA21


27


Electric strike

à The electric strike function is not permissible if the drive is used for the fire-protection area (EMD-F, EMD-Invers).

à Only inductive DC electric strikes (without integrated electronics) may be connected to PA2. Electric strikes with integrated electronics, such as the types effeff 331, 331 U, 331 V, 332, 351 U, etc. have to be connected to the configurable output PA1 (see chapter “Configurable output PA1”, section “Electric strike”).

à The function is used to actuate an additional electric strike fail safe or electric strike closed current. à The contact closes or opens as soon as the door drive is actuated. à Parameter setting:

à DPS: Set a2 to 06 for "Electric strike". Set TO to the connected electric strike type (see chapter 24.4, “Service mode DPS”).

à ST220: Set "PA2", “PA2 function" to "door opener type". Set "door opener type" to the connected door opener type (see chapter 24.2, “Service menu ST220”).

à For further information see chapter13, “Electric strike” X Mount the free-wheeling diode 1N4007 (1).

1 Free-wheeling diode 1N4007, mat. no. 115293

PA1 PA2

57 PA2

2 24V

1

Motor fan à The function is used to cool the drive in case of an excessive load. à The output switches when the motor temperature exceeds 65 °C. à Axial fan, mat. no. 126895 à Parameter setting:

à DPS: Set a2 to 07 for "Motor fan". à ST220: Set "PA2", “PA2 function" to "Motor fan".

1 Axial ventilator2 24 V

57 PA2

PA1 PA2

1

Door mode messageThe function is used to signal the door mode, e.g. to a customer building control centre.Door modes: 08 Closed and locked09 Closed10 Not closed11 Open12 Off13 Night

14 Shop closing15 Automatic16 Permanent hold Open20 Maintenance due24 Error WC timeout

à Parameter setting: à DPS: Set a2 to the desired message function. à ST220: Set "PA2", “PA2 function" to the desired message function.

à Connecting a building control centre: see chapter 12.2, “Configurable output PA2”, “Fault” on page 26.


28


Day-night changeover à For example, the function is used to switch a motor lock from day to night operation.

The output switches to GND, if the operating mode LS, AU 1-leaf, DO, or AU 2-leaf is set. X Connect a 24 V DC relay, mat. no. 103352, as electrical isolation.

à Parameter setting: à DPS: Set a2 to 18 for "Day/Night" operating mode message. à ST220: Set "PA2", "PA2 function" to "Day/Night switch”.

1 Motor lock2 Day / night input3 24 V relay, with free-wheeling diode,

mat. no. 103352

GND1

2 24V

55 PA1A

56 PA1B

PA1 PA2

57 PA2

2

1

3

Maintenance due à The function is used to signal that maintenance is due at the door drive to a customer building control centre. à Parameter setting:

à DPS: Set a2 to 20 for the message "Service due". à ST220: Set "PA2 function" to "Service due".

1 Building control centre (provided by customer)

2 Signal input3 24 V relay, with free-wheeling diode,

mat. no. 103352

GND1

2 24V

55 PA1A

56 PA1B

PA1 PA2

57 PA2

2

1

3

12.3 Configurable output PA3

Hold-open function with hold-open magnet or E-Gleitschiene

The hold-open function with hold-open magnet or E-Gleitschiene shown here does not currently have a certifica-tion for fire-protection areas.

à Hold-open magnet basic model, mat. no. 115829 à Hold-open magnet, wall assembly, mat. no. 155573 à Hold-open magnet, floor-mounted, mat. no. 115951 à Magnetic counter plate, standard, mat. no. 115954 à Magnetic counter plate with spring buffer, mat. no. 115955 à Magnetic counter plate with joint, mat. no. 115956 à E-Gleitschiene EMD/-F, transom installation according to RAL, mat. no. 142905 à E-Gleitschiene EMD/-F, transom installation, silver-coloured, mat. no. 142532

Settings of the service menu of the control unit DCU2-F:Parameter setting: à DPS:

à Set parameter a3 to 01 (E-Gleitschiene) or 02 (hold-open magnet). à Set parameter ol to 02 (for obstacle motor off).

à ST220: à Set "Signals", "Output signals", "PA3" to "E-guide rail" or "Haltemagnet". à Set "Motion parameters", "Speeds" and "Move towards open position" to "obstacle motor off".


29

Electric strike

Door drive EMD-F

1 Free-wheeling diode 1N4007, mat. no. 1152932 Hold-open magnet/E-Gleitschiene 24 V/100 mA open

position 54 PA3

DCU201 PA3

80 24VFP

1

2

X Mount the free-wheeling diode 1N4007 (1).

Door drive EMD-F-IS

54 PA3

DCU201 GFPA3

80 24VFP

54 PA3

DCU201 SFPA3

80 24VFP

1

2

1

2

1 Free-wheeling diode 1N4007, mat. no. 1152932 Hold-open magnet/E-Gleitschiene 24 V/100 mA open position

X Mount the free-wheeling diode 1N4007 (1).

13 Electric strike X Connect the electric strike of the active leaf to the active leaf control unit and the electric strike of the fixed leaf

to the fixed leaf control unit. à Floating relay contact, switching voltage/current max. 24 V AC/DC, 1 A. à Activation of the electric strike is limited to 5 s plus the parametrised activation delay time Dl. X For EMD Invers only use escape door opener, hold-open magnet or motor lock GEZE IQ Lock EL.

à Hold-open magnet MA 500 with counter plate, mat. no. 024740, for the magnetic locking of emergency exit doors.

Parameter setting: à DPS: Set TO to the desired electric strike type. à ST220: Set the "Door parameters", "door opener type" to the desired type.

Electric strike types:DPS parameters ST220 parameters Use00 No door opener

typeIf no electric strike is present.

01 Working current If an electric strike fail safe is used (factory setting).02 Closed current If an electric strike fail secure is used.03 Motor lock If a motor lock is used.04 Working close frc Fail-safe electric strike safe and increased closing pressure before opening (to

relieve the latch).05 Close frc Electric strike fail secure and increased close pressure before opening (to

relieve the latch).06 Motor close frc Motor lock and increased closing pressure before opening (to relieve the

lock).Always before opening and after closing.


30

Electric strike

24V DC electric strike supplied on drive side

à In the case of electric strikes with integrated electronics (capacitive load, e.g. type effeff 331, 331U, 331V, 332, 351U, 141, 142, 143, 143M, etc.) a resistor (10 Ohm, 5%, 1 W, metal layer, axial) has to be connected between 1 (GND) and 31 (TOEA) in order to limit the starting current. Up to two electric strikes can be connected in paral-lel.

X In the case of electric strikes without integrated electronics (inductive load) connect a wire jumper between 1 (GND) and 31 (TOEA) instead of the resistor.

à Electric strike working current with approval for smoke protection doors: à IQ eStrike A5000-B, mat. no. 144590 à IQ eStrike A5000-E, mat. no. 145182 à IQ eStrike A5000-FB, mat. no. 144632 à IQ eStrike A5001-B, with door status contact, mat. no.

145183 à IQ eStrike FT500-B, mat. no. 144634 à IQ eStrike FT501-E, with door status contact, mat. no.

144635 à Electric strike closed current:

à IQ eStrike A5300-B, mat. no. 144631 X Mount the free-wheeling diode 1N4007 (1), mat. no.

115293.

1

2GND 1

2 24V

31 TOEA

32 TOEB

TOE

RM 33

1 Free-wheeling diode2 Resistor/wire jumper

Customer-supplied 12 V AC electric strike

Contact load output PA1 at 12 V AC: max. 1 A ~ 12V AC ~ max. 1A

GND1

2 24V

31 TOEA

32 TOEB

TOE

RM33

Bolt signal à Input RM blocks the activation of the drive when the door is locked. If the Input RM becomes active while the

door is open, the door reverses and remains open. à When connecting additional deadbolt contacts:

à Closing contact: Circuit the contacts in parallel. à Opening contact: Switch the contacts in series.

X Setting the contact type parameter: à DPS: Set ®® to 01 (normally closed) or 02 (NC).

Set Dl (open delay) to the desired delay time (0–9 s). à ST220: Set the "Signals", "Input signals", "Lock contact type", "Lock contact type" to "normally closed" or

"normally open". Set "Open delay" to the desired delay time (0–9 s).

GND 1

2 24V

31 TOEA

32 TOEB

TOE

RM 33

GND 1

2 24V

31 TOEA

32 TOEB

TOE

RM 33

NO contact NC contact


31

Electric strike

13.1 Motor lock

13.1.1 GEZE IQ Lock EL à Motor lock with panic function GEZE IQ Lock EL for 1-leaf doors.

The GEZE IQ Lock EL is a self-locking anti-panic motor lock with external control unit. To connect IQ Lock EL to EMD, EMD-F, EMD Invers, see motor lock IQ Lock EL wiring diagram.

13.1.2 Motor lock without or with limited unlocked feedbackIf a motor lock without feedback or with limited feedback is used, the parameter Dl ("Open delay") has to be used to set an activation delay so that the motor lock can fully unlock.

1 Motor lock control unit2 Control input for unlocking function

1GND 1

2 24V

31 TOEA

32 TOEB

TOE

RM 33

2

13.1.3 Motor lock with floating "Unlocked" feedback outputIf necessary, an additional opening delay may need to be set in order to allow the motor lock to fully unlock be-fore the drive attempts to open the door.

1 Motor lock control unit2 Control input for unlocking function3 "Unlocked" feedback output, floating

1GND 1

2 24V

31 TOEA

32 TOEB

TOE

RM 33

2

3

X Setting the parameter "Contact type": à DPS: Set ®® to 01 (normally closed) or 02 (NC).

Set Dl (Open delay) to the desired delay time (0–9 s). à ST220: Set "Bolt message, contact type" to "normally closed" or "normally open".

Set "Open delay" to the desired delay time (0–9 s).


32

Toilet control

14 Toilet control

Only operates with electric strike closed current. For connection and configuration of the electric strike, see chap-ter 13, “Electric strike”.

KA

23 KA

2 24V

PE1, PE2

51 PE1

2 24V

52 PE2

+ +-

GND 1

2 24V

55

56

GN1PA1 PA2

57

PA1A

PA1B

PA2

oder

-

+

-

+

K

23 KA

2 24

PE1, PE2

51 PE1

2 24

52 PE2

+-

GND 1

2 24V

55

56

GN1PA1 PA2

57

PA1A

PA1B

PA2

oder

-

+

-

+

1 GND

1

2

2

3

1

24

4

2

3

oder

1 Internal pushbutton (switch unit with illuminated display)2 Illuminated display OCCUPIED3 External pushbutton (switch unit with illuminated display)4 Signal horn SLH220 (optional)

FunctionThe control unit recognises the operating function "Toilet control" based on the parameter set for the configur-able input (PE1, PE2). If the WC is not occupied, the door is in operating mode ‘automatic’ and is in the closed position. The OCCUPIED signs are off. When the "external pushbutton" is activated, the WC door is opened. Once someone has entered the cubicle, the WC door is switched to operating mode shop closing by pressing the "internal pushbutton" and the external pushbutton is blocked. The OCCUPIED signs light up. The WC door is locked by the electric strike closed current*). Pressing the "Internal pushbutton" again switches the operating mode back to automatic. The OCCUPIED signs go out. The door opens and the "external pushbutton" is released once again. When the WC is monitored for permanent locking, the "WC alarm" signal is triggered after 30 minutes and an acoustic signal (signal horn) is switched on. The time cannot be set.In an emergency, the WC door can be opened from the outside using the authorised contact sensor (KB). In the event of a power failure, the electric strike closed current is released and the door can be opened manually.*) Lock with a panic motor lock is also possible (optional)

Illuminated display OCCUPIEDThe OCCUPIED illuminated display (PA1 or PA2) is activated when switching to the shop closing operating mode.

Parameter setting: à DPS:

à Set e1 or e2 to 21 (Toilet control), depending on the input used. à Set a1 or a2 to 14 (illuminated display OCCUPIED). à Set a1 or a2 to 24 (Toilet control alarm). à Set O® to the desired time (0–60 s).

à ST220: à Set "PE1" or "PE2" to "Toilet control". à Set "PA1" or "PA2", "Function" to "Shop closing". à Set "PA1" or "PA2", "Function" to "Alarm WC control". à Set "Hold-open time, "1-leaf opening" to the desired time (0–60 s).

Or

Or


33

Operating mode

Accessories: à Plastic elbow switch, white, mat. no. 114078 à Plastic elbow switch, stainless steel, mat. no. 114077 à Stainless steel elbow switch, mat. no. 119898 à Stainless steel elbow switch LS 990, surface-mounted, mat. no. 128582 à Stainless steel elbow switch LS 990, flush-mounted, mat. no. 128583 à SLE220 indicator lamp, flush-mounted, AS500, AW, mat. no. 115934

Optional accessories: à SLH220, signal horn, ASW500, AW, complete, mat. no. 115939

Emergency opening switchSee chapter 5.1, “Key push button”.

15 Operating mode

The modes of operation are described in the EMD user manual.

"OFF operating mode" for MPS, TPS, DPS with OFF:If the OFF operating mode is activated when a door is open, the drive slowly closes the door. The "Fast closing" (Uc), "Close manual" (s6) and "Door closing torque" (Df) parameter settings have no influence in this case.

15.1 Internal programme switch à Internal programme switch, 300 mm, mat. no. 105186 à Internal programme switch, 640 mm, mat. no. 105187

Active leaf control

à The internal programme switch for the active leaf drive has three switch positions: I (DO), 0 (NA), II (AU).

à A change in the operating mode with TPS/ DPS is only possible for position 0 (NA) of the internal programme switch. II

0I

GN

WH

BN

24V2

6 NA

7 LS

8 AU

9 DO

PS-GF

Fixed leaf control

à The internal programme switch of the fixed leaf control unit switches the drive of the fixed leaf on and off. The fixed leaf runs synchronous-ly with the active leaf (in accordance with the closing sequence), if 24 V is applied at an ON input.

à The internal programme switch has three switch positions: I (ON), 0 (OFF), II (ON).

II

0I

GN

WH

BN

24V2

6

7

8 EIN

9 EIN

PS-SF

ON

ON


34

Operating mode

15.2 Setting the mode of operation with switchesThe selected operating mode remains in place as long as a control signal is present at one of the programme switch inputs.If no signal is present at the inputs, the drive switches to the night operating mode.

à It is possible to set the mode of operation using switches (e.g. timer).

à NO or NC contacts can be used. à The contact type can be set using the ST220, not with the DPS. à The switch is connected to the control unit of the active leaf. à The control unit switches to the desired operating mode if 24V (for

NO contact) or 0V (for NC contact) is applied to the corresponding input.

à Operation at the TPS or DPS is only possible if no signal is queued at the NA, LS, AU and DO inputs.

à Input NA takes precedence over inputs LS, AU and DO.

24V2

6 NA

7 LS

8 AU

9 DO

PS-GF

NO or NC contacts can be used. The contact type can only be set with the ST220. The "Normally closed" contact type is the factory setting.

X Setting the contact type parameter (if changed): à Set the "Signals", "Input signals", "NA" / "LS" / "AU" / "DO" to "Normally closed" or "normally open".

15.3 Mechanical programme switch (MPS)

à MPS, AS500, mat. no. 113226 MPS-ST, with key, AS500, mat. no. 113227

à Operating modes: OFF, NA, LS, AU, 1-leaf opening, DO, AU, 2-leaf opening

X Follow the installation instructions. à For 2-leaf systems, connection to the active leaf à If the MPS is used the operating mode cannot be changed with TPS,

DPS or via the NA, LS, AU and DO inputs. à Set the control unit parameters to which the MPS is connected:

à DPS: Set e2 to 01 (for MPS) a2 or a1 to 04 (fault message for MPS).

à ST220: Set "Signals", "Input signals", "PE2", "PE2 function" to "MPS" and "Signals", "Output signals", "PA2", "PA2 function" to "Error MPS".

GND1

2 24V

51 PE1

52 PE2

PA257

57 252 PE1 PE2 - GF

PA1 PA2 - GF

1

1 The LED at the MPS lights up in case of a fault and when maintenance is due.

15.4 Mechanical programme switch (MPS-D)

à MPS-D, AS500, mat. no. 118417 à MPS-D-ST, with key, AS500, mat. no. 118418 à The MPS-D is connected to the active leaf control unit,

instead of the internal programme switch, even for 2-leaf systems.

X Setting the contact type parameter (if changed): à DPS: Setting not possible. à ST220: Set the "Signals", "Input signals", "AU", "Contact

type" to "Normally closed" and "DO", "Contact type" to "Normally closed" (factory settings).

3

2

1

PS-GF

2 24V

8 AU9 DO

6 NA7 LS


35

Operating mode

15.5 Keypad programme switch (TPS)

à TPS, AS500, flush-mounted, mat. no. 113231

à TPS SCT, AS500, flush-mounted, with key push button, without profile half cylinder, mat. no. 113232

à Modes of operation OFF, NA, LS, AU, DO, 2-leaf/1-leaf opening

X Follow the installation instructions. à Accessories:

à Profile half cylinder, mat. no. 090176 à Additional contact, mat. no. 024467

2

1

1

44

41

42

GND1

2 24V

42 RS485-A

41 RS485-B

SCR43

RS485

70mA2

1

1 Display 1-leaf/2-leaf operation (LED lights up at 1-leaf opera-tion)

2 Operating mode display When a fault occurs, the LEDs display a fault code (see chap-ter 25.2, “Fault messages keypad programme switch”)

X Before connecting the TPS switch the drive operating voltage off. Otherwise the TPS will not be detected by the control unit.

à No TPS can be connected if the PE2-function is set to "MPS" (only display possible). à Changing the operating mode with the TPS is only possible if 24 V is not applied to NA, LS, AU, DO or to PE1 or

PE2, if PE1 or PE2 is configured to OFF, 2-leaf opening or 1-leaf opening. à A change in the operating mode is only possible when the key push button is activated or by unlocking with a

password, if a password has been configured in the service menu. à Switching over between 1-leaf and 2-leaf operation: X Press the keys simultaneously.

à Locking or releasing the TPS operation, see chapter 15.8 “Blocking or releasing operation of TPS and DPS”

15.6 Display programme switch (DPS) with OFF

à AS500, DPS with OFF, UP, alpine white, mat. no. 151524

à Operating modes: OFF, NA, LS, AU, DO, 1-leaf/2-leaf opening

X Follow the installation instructions. à A DPS cannot be connected if the PE2-

function is set to "MPS" (only display possible).

à Changing the operating mode with the DPS is only possible if 24 V is not applied to NA, LS, AU, DO or to PE1 or PE2, if PE1 or PE2 is configured to OFF, 2-leaf opening or 1-leaf opening. After reconnection to the mains, the drive is in NA operating mode.

à A change in the operating mode is only possible when the key push button is activated or by unlocking with a password, if a password has been configured in the service menu.

2

1

1

44

41

42

GND1

2 24V

42 RS485-A

41 RS485-B

SCR43

RS485

100 mA

OFF

2

1

20 KB

2 24V

KB

1 Display 1-leaf/2-leaf operation (LED lights up at 1-leaf operation)

2 Concealed service push button

à Switching over between 1-leaf and 2-leaf operation: X Press the keys simultaneously.

Locking or releasing the DPS operation, see chapter 15.8 “Blocking or releasing operation of TPS and DPS”.


36

Operating mode

à The keypad programme switch and display programme switch can be connected to the control unit at the same time.

à Operation at the TPS or DPS is not possible during the self-test, e.g. after changing the operating mode.

The control unit can be configured using the display programme switch.

Accessing the service menu X Press the hidden service key and simultaneously.

Accessories: à AS500, DPS with OFF and SCT, without profile half cylinder, flush-mounted, alpine white, mat. no. 155810 à Key push button SCT, single-pole, flush-mounted, AS500 without profile half cylinder, mat. no. 117996 à Profile half cylinder, mat. no. 090176 à Additional contact, mat. no. 024467

15.7 Display programme switch (DPS) without OFF à AS500, DPS without OFF, UP, alpine white, mat. no. 155809 à Operating modes: NA, LS, AU, DO, 1-leaf/2-leaf opening X Follow the installation instructions.

à Connection and other information, see 15.6, “Display programme switch (DPS) with OFF”. à Locking or releasing the DPS operation, see chapter 15.8 “Blocking or releasing operation of TPS and DPS”.

15.8 Blocking or releasing operation of TPS and DPS à Blocking the operation using the key push button (see chapter 5.1, “Key push button”)

Operation of the TPS or DPS can be blocked/released by connecting a key push button to prevent the operating mode being changed by unauthorised people.Operation is possible using the key push button.

à Blocking the operation by assigning a password (see chapter 24.2.9, “Password”)Operation of the TPS or DPS can be blocked/released by means of a password in the Service menu to prevent the operating mode being changed by unauthorised people.The password can only be set and changed using the Service menu of service terminal ST220.The password for operating the TPS or DPS has 2 digits (0–9).Factory setting: 00 = released

à Changing the operating mode with password protection set

The mode of operation can also be released by actuating the key push button rather than by entering a password.

The number of times the key is pressed corresponds to the digit to be entered. X Enter the first digit using key . X Enter the second digit using key .

Example: The password is 37. X Press the key 3 times. X Press the key 7 times.

à Permanent release of programme switch operation X For permanent release, either attach a jumper between terminals 1-44 of the TPS or DPS

– or – X Set the value "00" (factory setting) as the password in the service menu.


37

2-leaf drives

16 2-leaf drives

16.1 Two automated door leaves X Do not connect terminal 2.

à For parameter settings, see chapter 23, “Commissioning and service”.

1GND224V

42RS485-A

41RS485-B

43SCR

RS485 GFGND1

2 24V

42 RS485-A

41 RS485-B

43 SCR

RS485 SF

16.2 Active leaf automated, fixed leaf with door closer

à Reed switch, mat. no. 92777 à The closed position of the fixed leaf is monitored with

a reed switch. The reed switch contact is closed (make contact), if the fixed leaf is not closed. The active leaf only closes, once the fixed leaf is closed (electric closing sequence control).

X Attach the reed switch near the primary closing edge of the fixed leaf.

PE124V

512

PE1 PE21

52 PE2oder

1 Reed switch NC contact

à The reed switch can be connected to PE1 or PE2. à If it is connected to PE1 or PE2, parameter E1 or E2 must be

set to 06 (Closed position). à Parameter setting with

à DPS: Set E1 or E2 to 06 (closed position). à ST220: Set "Signals", "Input signals", "PE1", "PE1 func-

tion" or "PE2", "PE2 function" to "Closed position NO".

Illustration: Fixed leaf closed, contact actuated

Or


38

RWA emergency power control unit on EMD-Invers

17 RWA emergency power control unit on EMD-Invers à The RWA emergency power control unit is connected to the DCU204 PCB. à In the event of a fire alarm or power failure the electric strike and motor are disconnected from the control

unit. The door opens with spring force. In case of 2-leaf doors both leaves open. The opening speed cannot be adjusted.

à Before commissioning and during servicing, the function of the braking circuit has to be checked with a deen-ergized drive by manually closing the door. In the closing direction, only the spring acts as a brake. From the closed position, the door must open by means of the spring force with a slower speed.

à A reset pushbutton cannot be connected to the DCU204 PCB. à After the alarm or fresh air state has been cancelled, the drive changes back to normal operation immediately. à The DCU204 can also be connected to a terminal 1 (GND) and a terminal 2 (24 V) of the DCU200 instead of to

the alarm output of an RWA emergency power control unit.

17.1 EMD-invers, 1-leaf

GND1

2 24 V

DCU200

RSZ GND61

63

62

61

DCU204RSZ SF

RSZ 24V

RSZ GND

2

1

3

1 Second drive2 Floating alarm contact3 RWA emergency power control unit

17.2 EMD-invers, 2-leaf

GND1

2 24 V

DCU200(2)

RSZ GND 61

63

62

61

DCU204 RSZ GF

RSZ 24V

RSZ GND

RSZ GND61

63

62

61

DCU204RSZ SF

RSZ 24V

RSZ GND

1 1

2

3

1 Second drive2 Floating alarm contact3 RWA emergency power control unit

Operation without connection to a RWA system X Connect the following terminals:

à DCU204 / terminal 61 (RSZGND) with DCU200 / free terminal 1 (GND). à DCU204 / terminal 63 (second drive) with DCU200 / free terminal 2 (24V).


39

EMD-F, EMD-FIS, EMD-F/R on fire protection doors

18 EMD-F, EMD-FIS, EMD-F/R on fire protection doors

X Pay attention to the wiring diagram and installation instructions of the smoke switch control unit.If the drive is used on fire protection doors, neither connection to a central reset switch provided by the customer nor the operation with a bypassed reset pushbutton is permissible. à Permitted installation types:

à Transom installation opposite hinge side with link arm (1 leaf / 2 leaves) à Transom installation hinge side with roller guide rail (1 leaf / 2 leaves)

à The control unit loads the smoke switch control unit with approx. 10 mA for a 1-leaf drive, or with 20 mA for a 2-leaf drive.

à In case of a fire alarm or a power failure, the electric strike (at terminal 31 / 32 of the DCU2-F) and the motor are separated from the control unit. The door closes by means of the spring force. In 2-leaf doors both leaves close.

à The closing speed cannot be adjusted. à The latching action is triggered by a cam switch in the gearing during closing with spring force. The cam-oper-

ated switch is connected to the printed circuit board DCU201. à The contact of the mechanically actuated cam-operated switch is open when the door is closed. X Set the cam plate of the latching action switch so that the latching action for overcoming the lock latch occurs

10° before the closed position.

X Do not start up the drive with unplugged latching action switch.

X Please check the reset function during commissioning and service. X After a fire alarm or return of power press the reset pushbutton.

Connecting the latching action switch to DCU201

12

DCU201 GF, SFEND

1

1 Latching action switch in the gear

Connecting the reset pushbutton to DCU201

12

DCU201 GF, SFRES

1

1 Reset pushbutton on the drive


40


18.1 Lintel smoke switch GC 151, GC 161 on EMD-F

X Pay attention to wiring diagram FA CG 150. X Pay attention to supplementary sheet GC 151. X Pay attention to supplementary sheet GC 151

special circuits.

RSZ GND6361

DCU201 GF

1

62

RSZ GNDRSZ 24V

34

61GNDHOD2

3

1 Lintel smoke switch GC 151, GC 1612 External locking3 Second drive

18.2 Lintel smoke switch GC 151, GC 161 on EMD-F-IS

The lintel smoke switch must be connected to the same control unit to which the drive's reset pushbut-ton is connected. The control unit loads the lintel smoke switch with approx. 10 mA.


special circuits.

GND1

2 24 V

DCU200 GF

RSZ 61

63

62

61

DCU201 SF

RSZ

RSZ GND

RSZ GND61

63

62

61

DCU201 GF

RSZ 24V

RSZ GND

4 4

1

oder

GND

HOD 4

3

2

1

GND

24V

RSZ 61

63

62

61

RSZ

RSZ GND

4

3

2

1 Lintel smoke switch GC 151, GC 1612 External locking3 Supply4 Second drive

Or


41


18.3 EMD-F/R with integrated lintel smoke switch

Lintel smoke switch GC 151 or GC 161 is integrated into the drive's attachment kit.

X Pay attention to installation instructions EMD-F/R.


special circuits.

GND1

2 24 V

DCU200 GF

RSZ GND61

63

62

61

DCU201 GF

RSZ 24V

RSZ GND

41

GND

HOD 4

3

2

1

GND

24V3

2

1 Lintel smoke switch GC 151, GC 1612 External locking3 Supply4 Second drive

18.4 Operation without connecting to the smoke switch control unit

Lintel smoke switch GC 151 or GC 161 is integrated into the drive's attachment kit.

X Pay attention to installation instructions EMD-F/R. X Pay attention to wiring diagram FA CG 150. X Pay attention to supplementary sheet GC 151. X Pay attention to supplementary sheet GC 151

special circuits.

GND1

2 24 V

DCU200 GF

RSZ GND61

63

62

61

DCU201 GF

RSZ 24V

RSZ GND

1RSZ 61

63

62

61

RSZ

RSZ GND

1

DCU201 SF

1 Second drive for 2-leaf drive


42

Mains connection

19 Mains connection

Transom installationTransformer DCU2, mat. no. 105182

BK

BUGN/YE

LNPE PE

13

24

BK

BUGN/YE

ACPE

AC

230V50Hz

PENL BN

BUGN/YE

RD

RD

LNPE

243

56

1

1 Mains fuse, provided by customer *)2 Main switch (optional, provided by the customer)3 Transformer

4 control unit AC IN5 to second drive6 Cover earthing

Door leaf installation

BK

BUGN/YE

LN

PE PE

13

24

BK

BUGN/YE

ACPE

AC

230V50Hz

PENL BN

BU

GN/YE

RD

RD

LN

PE

2

43

5

67

1

1 Mains fuse, provided by customer *)2 Main switch (optional, provided by the customer)3 Junction box4 Transformer

5 control unit AC IN6 Cover earthing7 to second drive

*) The customer must use a circuit breaker as a mains separator, whose rated value is aligned to the type, profile, method of installation and the ambient conditions of the local power supply line (at least 4 A, maximum 16 A)


43

Motor

20 Motor

WARNINGRisk of injury due to link arm or lever arm snapping back (EMD F, EMD Invers)!

X Separate the motor from the control unit only when spring is relaxed.

Connecting the latching action switch to DCU201The latching action is triggered by a cam switch in the gearing during closing with spring force. The cam-operat-ed switch is connected to the printed circuit board DCU201. The contact of the mechanically actuated cam-oper-ated switch is open when the door is closed.

X Do not start up the drive with unplugged latching action switch. X Only unplug the latching action switch when the spring on the DCU201 is relaxed. X Set the cam plate of the latching action switch so that the latching action for overcoming the lock latch 10°

before the closed position

12

DCU201 GF, SFEND

1

1 Latching action switch, NC contact

WARNINGProhibited operation! Risk of injury!If the rotary transducer is mounted to the gear and parameter D® (rotary transducer position) is set to 00 (motor shaft) instead of to 01 (gear), the door leaf will rotate at an excessively high speed.

X Make sure that parameter D® (transducer position) is set properly.

1 A

-

+

M

3 SCR

2

1

Motor B

Motor A

MOT

WH

WH

BN

RD

GN

YE

3 Thermo

6

5 GND

4 5V

2 B

RD

BK

BN

4

3

2 1

5

*)

1 A

WH

WH

BK

RD

GN

YE

3 Thermo

6 GND

5 GND

4 5V

2 B

**)

GND

1 Rotary transducer motor shaft2 Rotary transducer gear3 Rotary transducer4 Temperature sensor5 Motor

Thermo Thermo

Motor B

Motor A


44

Door closer operation

*) Rotary transducer on the gear: X Set parameter D® "rotary transducer position" to01 (factory setting).

**) Rotary transducer on the motor shaft: X Set parameter D® "rotary transducer position" to00.

21 Door closer operation

If frail people and/or children use the door and the risk analysis states that appropriate safety measures must be selected, the "Door closer mode“ (Ts) parameter must be set to 0 or 1 and the "Door closing torque" (Df) param-eter must be set to 0.

In the automatic, low energy and servo modes of operation, the behaviour of the drive can be set so that its func-tion corresponds to a door closer. To do so, set the "Door closer mode" parameter (Ts) in the service menu to the desired behaviour in the door closer operation.

Door closer operation function table (Ts)

Setting Mode of operation: Automatic (Ba = 01) / Low energy (Ba = 02)

Mode of operation: Servo (Ba = 03)

Manualmode (Ts = 00)

Door closing torque (Df) equal to 0 Nm

Speed-controlled closing after auto-matic and manual opening. SIS and obstruction detection active.

The door remains in the manually opened position.

Door closing torque (Df) 01 … 70 Nm

Speed-controlled closing after auto-matic opening (SIS and obstruction detection active). Torque-controlled closing after manual opening (SIS and obstruction detection not active, drive pushes against the ob-stacle with the set door closing torque).

Door closes with set door closing torque.Drive pushes against the obstacle with the set door closing torque.

Automaticmode (Ts = 01)


Speed-controlled closing after automat-ic and manual opening (SIS and obstruc-tion detection active).

Door remains in the manually opened position and closes slowly upon expi-ration of the hold-open time.

Door closing torque (Df) 01 … 70 Nm

Torque-controlled closing after auto-matic and manual opening (SIS and obstruction detection not active, drive pushes against the obstacle with the set door closing torque).

Door closes with set door closing torque. Drive pushes against the ob-stacle with the set door closing torque.

Springmode (Ts = 02)


Only for EMD-F Spring force is adjusted for automatic and manual opening (SIS and obstruc-tion detection not active, drive pushes against the obstacle with the spring force).

Door remains in the manually opened position and closes slowly upon expi-ration of the hold-open time.


45

Basic functions

22 Basic functions

22.1 Automatic mode

à For automatic mode, the door leaf's hinge and opposite hinge side must be secured with safety devices (safety sensor strips) in accordance with DIN 18650 and EN 16005.

The drive opens and closes the door automatically after activation with the speeds, hold-open times and func-tions set during commissioning. à Parameter setting with

à DPS: Set Ba "Operating mode" to 01 (automatic mode). à ST220: Set "Door parameters", "Operating mode" to “Auto operation".

22.2 Low energy mode

à No additional safety devices are usually needed for doors that have been set to low-energy mode. à In the case of 2-leaf doors both drives must have been set to low-energy mode.

The EMD and EMD-F drives can be operated as low energy drives, if the following conditions are satisfied: à Static force on the primary closing edge is <67 N. à The hold-open time is preset to 5 s. à The kinetic energy in the door leaf has to be limited to 1.6 J. To do so, set the opening and closing time as

described in chapter “22.2.3 Setting the minimum opening time and minimum closing time”. à In a deenergized state the force needed to open at the primary closing edge is <67 N.

X If frail people and/or children use the door, the "Door closer mode" (Ts) parameter must be set to 0 (manual) or 1 (automatic) and the "Door closing torque" (Df) parameter must be set to 0.

22.2.1 Setting the low energy mode X For drives with mechanical closing sequence control, disable the closing sequence control for commissioning. X In the case of 2-leaf drives, perform the settings for the active leaf control unit (GF) and the fixed leaf control

unit (SF) separately, as described in chapter “Commissioning and service”. X Perform the following settings for every control unit:

à Set the "Operating mode" (Ba) parameter to "Low energy" (02). à When setting the low energy mode, the values of the following parameters are automatically limited to the

values permitted for low energy, if the value currently set is prohibited. Values with permitted settings are not changed.

Value Limitation

Opening speed 14

Closing speed 45

Manual speed 45

Acceleration opening 40

Acceleration closing 45

Opening force 40 Nm

Closing force 40 Nm

All hold-open times (oH, or, HO, oS) 5 s

The drive is always in low energy mode with these values, regardless of the mass moment of inertia and stop type. The parameters can be changed by subsequent manual adjustment.After changing each of the aforementioned parameter settings, the closing time must be checked and potentially reset in accordance with chapter 22.2.3.


46

Basic functions

X Setting additional parameters:

DPS ST220Opening and closing torque fo Opening force

fc Closing forceDf Door closing torque

Opening time to limit the kinetic energy to 1.6 J when opening Bo Acceleration openingUo Opening speedBc Acceleration closing

Closing time to limit the kinetic energy to 1.6 J when closing Uc Closing speeds6 Close manualBc Acceleration closing

All the actuation and safety sensors function as in normal operation.A hold-open time of 5 s to 60 s can be set for the low energy mode.

22.2.2 Setting the hold-open timesSet all hold-open times with the following parameters:

DPS ST220

Hold-open time 2-leaf opening Oh Hold-open times, 2-leaf (summer)

Hold-open time, 1-leaf opening O® Hold-open times, 2-leaf (winter)

Hold-open time, authorised contact sensor Os Hold-open times, contact authorised

Push and Go hold-open time 0p Push and Go hold-open times

Hold-open time, manual h0 Hold-open times, manual

The setting range 00 to 04 corresponds to a hold-open time of 5 s.A setting between 05 and 60 corresponds to the hold-open time in s.

22.2.3 Setting the minimum opening time and minimum closing time

The following table indicates the minimum opening time for the door's opening angle from 0° to 80° and the minimum closing time for the door's closing angle from 90° to 10°.

The right diagram is enlarged in the annex to this wiring diagram (chapter 26) so that the the angle for the door can be directly identified.

Door weight [kg]Leaf width [mm]

40 60 80 100 120 140 160 180 200 220 230

750 2.5 3.0 3.0 3.5 4.0 4.0 4.5 4.5 5.0 5.0 5.5800 2.5 3.0 3.5 4.0 4.0 4.5 4.5 5.0 5.5 5.5 5.5850 2.5 3.0 3.5 4.0 4.5 4.5 5.0 5.5 5.5 6.0 6.0900 3.0 3.5 4.0 4.0 4.5 5.0 5.5 5.5 6.0 6.0 6.5950 3.0 3.5 4.0 4.5 5.0 5.0 5.5 6.0 6.0 6.5 6.51000 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.0 6.5 7.0 7.01050 3.0 4.0 4.5 5.0 5.5 5.5 6.0 6.5 7.0 7.0 7.51100 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.0 7.5 7.51150 3.5 4.0 5.0 5.5 6.0 6.5 6.5 7.0 7.5 8.0 8.01200 3.5 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.0 8.51250 3.5 4.5 5.0 6.0 6.5 7.0 7.0 7.5 8.0 8.5 8.51300 4.0 4.5 5.5 6.0 6.5 7.0 7.5 8.0 8.5 9.0 9.01350 4.0 5.0 5.5 6.0 7.0 7.5 8.0 8.5 8.5 9.0 9.51400 4.0 5.0 6.0 6.5 7.0 7.5 8.0 8.5 9.0 9.5 9.5

X Measure the time to open the door from the closed position from 0° to 80°. X Set the opening time with parameters Uo ( "Speeds", "Open"), Bo ("Acceleration", "Accelerate opening") and Bc

("Acceleration", "Accelerate closing") so that they are greater than or equal to the values in the table. X Measure the time to close the door from a 90° opening angle to 10° before the closed position.


47

Basic functions

X Set the closing time with the parameter Uc ("Speeds", "Close") so that they are greater than or equal to the value in the table.

X Use parameter s6 ("Speeds", “Close manual") to set the closing time after a manual opening so that it is greater than or equal to the value in the table.

X To do so, manually open the door to 90° from the closed position and measure the closing time from 90° to 10° before the closed position.

ExampleLeaf weight = 80 kgLeaf width = 1000 mm

Set the following times to 4.0 s pursuant to the above table: à Opening time from 0° to 80° à Closing time from 90° to 10° à Closing time for "Close manual" from 90° to 10°

22.3 Servo modeThe EMD-F drive can be operated as a servo drive.Parameter setting:

à DPS: Set Ba to 03 for "Servo mode". à ST220: Set the "Operating mode" to "Servo mode".

à The servo function is only available for the EMD-F.

The servo mode is divided into 3 functional areas à Servo support à Servo function without fire alarm à Servo function with fire alarm

Servo supportIn Servo mode, the drive operation is power-assisted - it compensates the spring force. The door is easier to move manually.The door does not open automatically, the safety sensor "open" is without function.The servo function is started by activating KI, KA, KB, by switching to the DO operating mode or by manually opening until you reach the set servo start angle.The door remains open in the position set by hand. If an actuation signal (KI, KA, KB, SIS) is no longer active and the operating mode is not set to DO, the door closes automatically after the set hold-open time.

Servo function without fire alarmThe drive provides support when manually opening the door and compensates for the spring closing force. The adjustable door opening torque (additional servo torque) lets the drive move the door in the opening direction at a slower speed.The following parameters have an influence on this function: à Servo duration (aD)

à Duration of the servo support from activation. à Additional servo torque (aO)

à Opening torque in addition to the spring compensation.The drive opens the door with the set additional servo torque when activated. The drive closes the door upon expiration of the set servo duration (aD).The servo support is active after activation (KI, KA, KB) or from the servo start angle when the Push And Go func-tion is set.

à The additional servo torque (aO) must be set for the low energy mode. à SIO is not evaluated when opening. The drive pushes against the obstacle with the set additional servo torque.


48

Basic functions

Servo function with fire alarm

à Building approval is required for each individual case when using the function on fire protection doors. à The drive must be supplied by a safety power supply provided by the customer, or an uninterruptible power

supply (UPS). à Only manually operated control elements (e.g. pushbuttons, contact mats) are permitted. X Connect smoke switches GC 151 or GC 161 to the drive as described in chapter 18 “EMD-F, EMD-FIS, EMD-F/R

on fire protection doors”. à Permitted installation types:

à Transom installation opposite hinge side with link arm (1 leaf / 2 leaves) à Transom installation hinge side with roller guide rail (1 leaf / 2 leaves)

Function:The servo function with fire alarm applies for fire protection doors installed in stairwells and those in the building which open as escape route doors in the direction of the stairwell in the event of a fire alarm. The air overpressure in the stairwell, which keeps the stairwell free of smoke, makes it more difficult to open the door. The servo function with fire alarm supports the door drive in opening the door against the positive air pres-sure in the stairwell if it is activated via pushbuttons KI, KA or KB. A fire alarm in the building is forwarded to the drive via a 24V "Fire alarm" signal at input PE1 or PE2.

In the event of a fire in the direct vicinity of the door, the smoke switch installed in the door area triggers a shut-down of the drive motor and the electric strike. In this case, the door closes by spring force. The door can then only be opened manually, without force support by the drive.

The reset pushbutton connection (connect RES to DCU201) must consequently be bypassed. X Connect terminals 62 and 61 to the DCU201 with DCU200 terminals 2 and 1. X Terminal 62 (RSZ 24V) with terminal 2 (24V), terminal 61 (RSZ GND) with terminal 1 (GND).

PE124V

512

PE1 PE2

1

52 PE2oder

2

1 Customer building control centre2 Floating "Fire alarm" output

WARNINGRisk of injury due to high dynamic forces of the servo function with fire alarm!

X Make sure that no individuals are located near the door when opening in the event of a fire alarm.

When activated (KI, KA, KB, Push And Go), the drive opens the door at a set additional servo torque (aO) plus the set opening torque "Servo fire alarm" (fa).The "Servo fire alarm" opening torque (fa) is only available as long as the fire alarm signal (0V) is present at the configurable input (PE1 or PE2, set "Servo fire alarm" function).Set the following parameters: à Duration of the servo support (0–20 s):

à with DPS: Set aD to the desired time. à with ST220: Set "Motion parameters", "Servo duration" to the desired time.

à Amount of the desired additional opening torque (0–40 Nm): à with DPS: Set aO to the desired additional torque. à with ST220: Set the "Motion parameters", "Additional servo torque" to the desired amount.

à Fire alarm function of the configurable PE1 or PE2: à with DPS: Set e1 or e2 to 22 (fire alarm). à with ST220: Set "Signals", "Input signals", "PE1" or "PE2", "PE1 function" or "PE2 function" to "Servo fire

alarm". à Additional "Servo fire alarm" opening torque (0-70 Nm) in case of fire:

à with DPS: Set fa to the desired additional opening torque in case of fire. à with ST220: Set the "Motion parameters", "Servo fire alarm" to the desired amount.

Or


49

Commissioning and service

à The DO operating mode is disabled in the event of a fire alarm. SIS and SIO are not evaluated in the event of a fire alarm. The door closes upon expiration of the set servo duration (aD).

à The additional servo torque (aO) must be set for the low energy mode. à Safety sensor "open" (SIO) is not evaluated in the event of an activated "Fire alarm" function. The drive pushes

against an obstacle in the opening direction with the set additional servo torque. à Safety sensor "close" (SIS) is not evaluated in the event of an activated "Fire alarm" function. The drive pushes

against an obstacle in the closing direction with the set spring force and the set closing torque.

Torq

ue [N

m]

0-70 Nm Servo fire alarm

0-40 Nm Additional servo torque 0-40 Nm Additional servo torque

Spring compensation Spring compensation

Servo duration 0–20 s Servo duration 0–20 s

Duration [s]

23 Commissioning and serviceCommissioning and service can be carried out using the display programme switch DPS or the service terminal ST220.

23.1 Prerequisites for assembly and installation à The spring force is set (see assembly and service instructions for the drive). à Assembly is complete (see assembly and service instructions for the drive). à Electrical installation is complete. à Sensors are correctly programmed and aligned. à Set the internal programme switches of both drives to automatic (setting II).

23.2 Commissioning with DPS

23.2.1 Commissioning a brand-new 1-leaf drive X Insert the DPS into the RS458 connection of the DCU200.

Settings for EMD: Settings for EMD-F: Settings for EMD invers: X Before starting the learning pro-

cess close the door leaves. X Before starting the learning pro-

cess close the door leaves. X Apply 24V from the alarm output

of the smoke switch control unit to input RSZ 24 V (terminal 62) / RSZ GND (terminal 61) of the DCU201.

X Press the reset pushbutton.

X Before starting the learning pro-cess, open the door leaves.

X Apply 24 V from the alarm output of the smoke and heat extractor at RSZ 24 V (terminal 62) / RSZ GND (terminal 61) of the DCU204.

à DPS display: Le X Configure the active leaf control unit, especially ef = 00 (1-leaf drive).


50


WARNINGProhibited operation! Risk of injury!If the rotary transducer is mounted to the gear and parameter D® ("Encoder position") is set to 00 (motor shaft) instead of to 01 (gear), the door leaf will rotate at an excessively high speed.

X Make sure that parameter D® is set properly.

à D® Encoder position (motor shaft or gear) à hT Mounting type à s1 Safety 1 contact type (SIS terminal) à f1 Safety 1 function (SIS terminal) à s3 Safety 3 contact type (SIO terminal) à Te Safety testing à TO Electric strike type à ®® Bolt message à a1 If necessary, set parameters for motor lock

If contact with the door leaf with persons is to be avoided, safety sensors for monitoring opening and closing have to be mounted in accordance with DIN 18650/EN 16005 and tested by the control unit.

Control unit learning process

At EMD Invers: When carrying out the learning process the electric strike must be mechanically free during the first closing pro-cess (press the door lever in the closed position). Otherwise the motor current in the closed position is measured incorrectly.

X The drive "learning" process is started with le. The control unit learns the following parameters: à l0 Start à l1 Closed position à l2 Open position à l3 Wall blanking range of the safety sensor "open", spring force à lx for EMD 00

for EMD-F Display of the motor current that is required to hold open the door (in 100 mA),

at EMD Invers Display of the motor current that is required to hold closed the door (in 100 mA)

If a fault occurs, the teaching process is aborted with the message el. X Display the faults by pressing e®, eliminate the cause and start learning again.

If the learning process is successful, the control unit switches to operating mode and the DPS displays aU.

Clear error memory Oe. X Complete configuration of the active leaf control unit. X Change to the service mode. X Clear error memory Oe. X Check the default setting of all the other parameters of the active leaf control unit and adapt if necessary.


51


23.2.2 Commissioning of a brand-new 2-leaf driveThe active and fixed leaf control unit need to be configured separately.

X To configure the control units, disconnect the RS485 connection between the active and fixed leaf control unit (disconnect the RS485 plug from the DCU200).

X Insert the DPS into the RS458 connection of the DCU200.

Settings for EMD: Settings for EMD-F: Settings for EMD invers:

X Before starting the learning pro-cess close the door leaves.

X Before starting the learning pro-cess close the door leaves.

X Apply 24V from the alarm output of the smoke switch control unit to input RSZ 24 V (terminal 62) / RSZ GND (terminal 61) of the DCU201.

X Press the reset pushbutton.

X Before starting the learning pro-cess bring the door to the open position.

X Apply 24 V from the alarm output of the smoke and heat extractor at RSZ 24 V (terminal 62) / RSZ GND (terminal 61) of the DCU204.

à DPS display: le à Configure the active leaf control unit, in particular

à ef = 00 (initially as a 1-leaf drive)

WARNINGProhibited operation! Risk of injury!If the rotary transducer is mounted to the gear and parameter D® ("Encoder position") is set to 00 (motor shaft) instead of to 01 (gear), the door leaf will rotate at an excessively high speed.

X Make sure that parameter D® is set properly.

à D® Encoder position (motor shaft or gear) à hT Mounting type à s1 Safety 1 contact type (SIS terminal) à f1 Safety 1 function (SIS terminal) à s3 Safety 3 contact type (SIO terminal) à Te Safety testing à TO Electric strike type à ®® Bolt message à a1 If necessary, set parameters for motor lock


"Teach" active leaf control unit

At EMD Invers: When carrying out the learning process the electric strike must be mechanically free during the first closing pro-cess (press the door lever in the closed position). Otherwise the motor current in the closed position is measured incorrectly.

X The drive "learning" process is started with le. The control unit learns the following parameters: à l0 Start à l1 Closed position à l2 Open position à l3 Wall blanking range of the safety sensor "open", spring force à xx for EMD 00

for EMD-F Display the motor current required to hold the door open (in 100 mA), for EMD Invers Display the motor current required to hold the door closed (in 100 mA)

If a fault occurs, the learning process is aborted with the message el. X Display the faults by pressing e®, eliminate the cause and start learning again.

If the learning process is successful, the control unit switches to operating mode and the DPS displays aU.


52


Clear error memory Oe. X Complete configuration of the active leaf control unit. X Change to the service mode. X Clear error memory Oe. X Check the default setting of all the other parameters of the active leaf control unit and adapt if necessary.

For 2-leaf drives: à ef = 01, if no mechanical closing sequence control à ef = 03 , if mechanical closing sequence control is present

As soon as the parameter ef is no longer 00 (1-leaf drive), the control unit tries to establish a communication con-nection to the fixed leaf control unit. Since the RS485 connection to the fixed leaf control unit is interrupted (error 65), the control unit no longer responds to the DPS.

X Open active leaf. Set the operating mode at the internal programme switch to DO (I). X Remove DPS and if necessary plug in TPS again.

23.2.3 Commissioning the fixed leaf drive X Disconnect RS485 connection to active leaf control unit. X Connect DPS to the fixed leaf control unit.

For EMD-F: X Press the reset pushbutton.

DPS display: le X Configuration of the fixed leaf control unit as described under "Configuring the active leaf control unit".


X Learning fixed leaf drivel as described under "Learning at the active leaf control unit". X Clear error memory Oe.

Finish configuration of the fixed leaf control unit parameters: X Change to the service mode. X Check the default setting of all the other parameters of the fixed leaf control unit and adapt if necessary.

à ef = 02 (fixed leaf drive) X Remove DPS.

23.2.4 Finish commissioning X Restore the RS485 connection to control unit the active leaf. X Check function and sensing ranges of all contact sensors. X Check function and sensing ranges of the safety sensors for monitoring opening and closing. X Check safety sensor strips of each individual sensor module. X Check the range of the blanking of the safety sensor "open" and, if necessary, correct with the parameter aB.

23.2.5 Changing the parameters of a 2-leaf driveConfiguring the fixed leaf control unit:

X Disconnect active leaf - fixed leaf RS485 connection at the fixed leaf control unit. X Connect the DPS to the fixed leaf control unit. X Set the parameters. X Pull off the DPS and restore the RS485 connection.

Configuring the active leaf control unit: X Disconnect active leaf - fixed leaf RS485 connection at the fixed leaf control unit. X If necessary, remove the TPS at the active leaf control unit and connect the DPS. X Set the parameters. X Pull off the DPS at the active leaf control unit and, if necessary, connect the TPS again. X Restore the RS485 active leaf control unit - fixed leaf control unit.


53


23.2.6 Re-execute learning function for drive The drive must be “re-taught" after each change made to the drive, especially after changing the spring preload, the opening width, the fitting dimensions or changing the control resistor elements or changing the sensing field of the “Open” safety sensor.

Re-teaching an already "taught" driveFor 2-leaf drives:If both drives on the door have already been in operation, they can be re-taught together.

X Remove the TPS and connect the DPS. X Change to the Service mode and start teaching the drives with le. The DPS displays the following steps:

à l0 Start à l1 Closed position à l2 Open position à l3 Wall blanking range of the safety sensor "open", spring force à xx for EMD 00

for EMD-F Display the motor current required to hold the door open (in 100 mA), for EMD-Invers Display the motor current required to hold the door closed (in 100 mA),

à l5 Fixed leaf control unit is learningIf a fault occurs, the teaching process is aborted with the message el.

X Display the faults by pressing e®, eliminate the cause and start learning again. X Remove the DPS and, if necessary, connect the TPS once again.

à Installation is complete (see installation instructions of the corresponding swing door drive). à Sensors are correctly configured and aligned. Clear the sensor detection field. à Electrical installation is complete.

23.3 Commissioning with ST220For the ST220 push button functions, see chapter 24.1.1, “Operation of ST220”.

X In the case of 2-leaf drives, disconnect the RS485 connection between the active and fixed leaf control unit. X Connect the service terminal ST220 to the RS485 connection of the active leaf control unit. X Switch on the 230-V mains supply voltage for the drive.

After power supply has been restored, a brand-new control unit indicates the function non-taught on the ST220. A control unit that has already been in operation will indicate the operating mode last used before the voltage supply was switched off.

23.3.1 Configuring a brand-new 1-leaf driveSetting the parameters: à In the menu "Door parameters", "Number of leaves":

à "1-leaf drive" Set the further parameters of the control unit, in particular: à In the menu "Door parameters":

à Set "Encoder position" to the installation position of the encoder (motor shaft or gear) à In "Mounting type", set the mounting type of the drive à "Operating mode" ("Auto operation", "Low energy" or "Servo mode") à "door opener type"

à In the menu "Signals", "Input signals": à "SI1 – terminal SIS1", "SI1 contact state" à "SI1 – terminal SIS1", "SI1 function" à "SI3 – terminal SIO1", "SI3 contact type" à "Lock contact type"

à In the menu "Signals", "Output signals": à "Test SI" à "PA1", "PA1 function" configure motor lock if required

X If necessary, set further parameters (see 24.2, “Service menu ST220”).

23.3.2 Configuring a brand-new 2-leaf drive X Disconnect the RS485 connection active leaf control unit – fixed leaf control unit. X Connect the service terminal ST220 to the active leaf control unit. X Switch on the 230 V mains power supply.

à In the menu "Door parameters", "Number of leaves": à "2-leaf active" for active leaf control unit, without mechanical closing sequence control, à "2-leaf active IS", for active leaf control unit, with mechanical closing sequence control.


54


X Disconnect the service terminal from the active leaf control unit and connect to the fixed leaf control unit. à In the menu "Door parameters", "Number of leaves":

à "2-leaf passive", for fixed leaf control unit, without mechanical closing sequence control, à "2-leaf passive IS", for fixed leaf control unit, with mechanical closing sequence control.

X Exit the service menu. X Establish the RS485 connection between the active leaf control unit and fixed leaf control unit. X Set the parameters at the active leaf control unit and fixed leaf control unit consecutively separately. X Select "Active leaf Para" or "Passive Leaf Para" respectively.

Settings in particular à In the menu "Door parameters": à Set "Encoder position" to the installation position of the encoder (motor shaft or gear). à In "Mounting type", set the mounting type of the drive à "Operating mode" ("Auto operation", "Low energy" or "Servo mode") à "door opener type"

à In the menu "Signals", "Input signals": à "SI1 – terminal SIS1", "SI1 contact state" à "SI1 – terminal SIS1", "SI1 function" à "SI3 – terminal SIO1", "SIO3 function" à "SI3 – terminal SIO1", "SI3 contact type" à "Lock contact type"

à In the menu "Signals", "Output signals": à "Test SI" à "PA1", "PA1 function", configure motor lock if required.

X If necessary, set further parameters (see 24.2, “Service menu ST220”).


X Start the learning process with "Start learning". The control unit learns the following parameters: à Closed position à Open position à Wall blanking range of the safety sensor "open" (SIO), spring force (for EMD-F and EMD-Invers)

The wall blanking range can subsequently be changed in the service menu.

If a fault occurs, teaching is aborted with the error message "Fault during teaching". X Display the fault in the menu item "Diagnostics", "Error memory", "Current", remedy the cause and restart

"Learning".The operating mode Au is changed to automatically after learning.

X Check the running behaviour of the door and adjust other parameters if necessary, whereby the control unit to be configured has to be selected every time using the "Number of leaves" parameters as described further above.

Clear the error memory of the control units X Select the control unit via "Active leaf para" or "Fixed leaf para" respectively

à with "Diagnostics", "Error memory", "Clear current errors", "Yes" and à "Delete old error" – "Yes" à to clear the error memory of the selected control unit.

X Unplug ST220. à Installation is complete (see installation instructions of the corresponding swing door drive). à Sensors are correctly configured and aligned. Clear the sensor detection field. à Electrical installation is complete. X Set the internal programme switch of the fixed leaf to Au (II). X If no TPS or DPS is connected, set the internal programme switch of the active leaf to AU (II), otherwise to NA

(0) or disconnect the internal programme switch and isolate wires.


55

Service menu

24 Service menu

24.1 Service terminal ST220 à Service terminal ST200, mat. no. 087261 à The drive can be commissioned with service terminal ST220, software version from v2.1.

24.1.1 Operation of ST220

Key FunctionCursor upwardsIncrease number valueScroll upward (if key is pressed longer than 2 s)

Cursor downwardsDecrease number value Scroll downward (if key is pressed longer than 2 s)

Cancel inputAny input can be cancelled by pressing the x key. The input position then changes to the first menu position or one menu level back.SelectUpdate displayAccept new value

Display immediately after connection:

G E Z EService terminal2.1XXXXXYWWJJZZZZZZV

Software version ST220 V2.1Serial number ST220

24.1.2 Service mode ST220 à The change to Service mode occurs with connection of the service terminal to DCU2. à Service is possible in operating modes LS, AU and DO. à In Service mode, the door remains in operation in the current operating mode (not with learning activated).

Display after connection establishment for door control

EMD-F 4.0DCU200not learntClosed

EMD / EMD-F / EMD-I software version

Base PCB DCU200Operating modeDoor status

24.1.3 Configuration of a 2-leaf drive

Selection of active leaf/fixed leaf configuration

Start GF or SF?Active leaf Para*Fixed leaf Para

Selection of the parameter setting GF or SF

Active leaf configuration settingFixed leaf configuration setting


56

Service menu

24.2 Service menu ST220

24.2.1 Operating mode

Designation Setting values DescriptionOperating mode Operating mode Off Operating mode setting

NightShop closingAutomaticOpen

Type opening 2. leaves open Open active and fixed leaves at activation

1. leaf open Only active leaf opens

24.2.2 Door parameters

Designation Setting values DescriptionNumber of leaves 1-leaf drive

2-leaves active Drive with electrical closing se-quence control (active leaf closes when fixed leaf is closed)

2-leaves fixed without mech. door closing se-quence control

2-leaves active IS with mech. door closing sequence control

Operator type EMD Display onlyEMD-FEMD-INVERS

Encoder position Motor shaft

Gear

Rotary transducer is mounted on the motor shaft.Rotary transducer is mounted on the gear.

Mounting type KM BS GLS KM Transom installationKM BG GLS * BG Opposite hinge sideKM BG GST BS Hinge sideTM BS GLS * GLS guide rail

GST Link armTM Door leaf installation*) This installation type is not per-

mitted for use on fire protection doors

Operating mode Auto operation

Low-energy Only for EMD / EMD-FServo mode Only for EMD-F

Operator ser no 000000000000 Entry of the Serial NumberChange value using or Confirm with , Abort with x

Maintenance after operating time 0 ... 12 ... 99 months Change value using orConfirm with , Abort with x

after cycles 0 ... 500,000 .. 3,000,000

cycles


57

Service menu

Designation Setting values DescriptionDoor opener type No door opener

Working currentClosed currentMotor lockWorking close frc Electric strike working current

with close pressure before openingClosed close frc Electric strike closed current

with close pressure before openingMotor close frc Motor lock

with close pressure before openingOpen delay 0 … 90 s x 0.1 Open delay:

Period which the motor lock has to unlock before the drive opens the door.

GEZE bus address 0 … 99 Address for GEZE building system

24.2.3 Motion parameters

Designation Setting values DescriptionSpeeds Open 05 … 40 … 90 Change value using or

Confirm with , Abort with x

Close 05 … 40 … 90Close manual 05 … 40 … 90Latching action closing

00 … 50 Closing speed after manual open-ing

Drive to open Obstacle Motor On Drive presses against obstacle in opening range

Obstacle Motor Off Drive presses against obstacle in opening range and reduces mo-tor current to 0 A

Off At further attempts to open, the drive stops before the obstacle in the opening range

Acceleration Acceleration open 05 ... 20 ... 90 Acceleration close 05 ... 20 ... 90

Torque Opening force EMD 10 … 40 … 120 Nm

Closing force 10 … 40 … 120 NmObstacle 1 … 3 … 20 x 0.1 s Time for which the drive presses

against the obstaclePer opening pressure 0 ... 40 Nm

0 ... 70 Nm0 ... 15 Nm

EMDEMD-FEMD-I

Constant open pressure

Per closing pressure 0 ... 40 Nm0 ... 70 Nm0 ... 15 Nm

EMDEMD-FEMD-I

Constant closing pressure

Closer Torque

00 16 … 40 Nm

EMD/EMD-F NmClosing pressure after manual opening of the door (door closer function)

41 … 70 Nm

EMD/EMD-F/Invers


58

Service menu

Designation Setting values DescriptionHold-open times 2-leaf (Summer) 0 ... 1 ... 60 S With activation KI, KA

2-leaf Opening (Au-So)Setting on GF control unit

1-leaf (Winter) 0 ... 1 ... 60 S With activation KI, KA1-leaf Drive (Au-Wi, Au-So) 2-leaf Drive, 1-leaf opening (Au-Wi)Setting on GF control unit

Contact authorized 0 ... 1 ... 60 S At activation via KBPush & Go 0 ... 1 ... 60 S Hold-open time after opening

with Push & GoManual 0 ... 01 ... 10 12 ... 20 ...

24 ... 50 60S Hold-open time when manu-

ally opening the door. 0 = no automatic closing after manual opening Leaf remains where it is left

Close delay GF 0 ... 1 ... 15 s, 16 0 s: Simultaneous closing of both leaves

01 … 15 s:

The active leaf closes at the latest when the fixed leaf has reached the closed position.

16: Active leaf does not close until after the fixed leaf has closed completely.

dyn increase Yes Automatic extension of the hold-open time at increased usage frequency

No

Servo starting angle 0 ... 9 ... 20 % Range of the full opening angle at which the drive force support is active.

Servo Duration 00 ... 20 S Adjustable duration of the force support in servo mode

Servo extra moment 00 ... 40 Nm Effective torque at which the drive moves the door leaf in the opening direction for servo mode.

Servo fire alarm 00 ... 70 Nm Torque for opening the door in the event of a fire alarm, if the function PE1 or PE2 = fire alarm and 24V is present at terminal PE1 or PE2.See servo function with fire alarm, chapter 22.3, “Servo mode”

Backcheck 0 ... 80 ... 95 % Opening angle for the applica-tion of the back check (max. opening angle = 100%)

Angle fixed leaf 1 ... 10 ... 95 % Opening angle of the active leaf from which the fixed leaf starts to open (max. opening angle = 100%)

Push and Go 0 ... 20 % Activation angle from which the drive automatically opens the door, based on the maximum opening angle (100%).0 = Push and Go disabled

Adjust Opening Wide

-9 ... 0 ... +9 ° The opening width can be taughed to ± 9 ° fine-tune


59

Service menu

Designation Setting values DescriptionDoor closer mode Manual (ts = 00) Refer also to chapter 21, “Door

closer operation”.Automatic (ts = 01)Spring (ts = 02) (only for EMD-F)

Intervene manually 00 not active Force for manually opening the door from the hinge side (SIO side). Motor is disabled and the door can easily be opened manually

01 ... 10 Active01: lowest force

24.2.4 Signals

Input signals

Designation Setting values DescriptionSI1 - Terminal SIS current state State, contact type, function Display

SI1 contact state unused Input SIS without functionNormally closed

SI1 function SIS rev Reverse when closingSIS and KI Reverse when closing,

KI in closed positionSIS and KA Reverse when closing, KA in closed

positionSI3 - terminal SIO current state State, contact type, function Display

SI3 Contact type unused Input SIO without functionNormally open

SI3 function SIO stop Stop when openingSIO stop SF GF Use stop function from GF or SF

SI3 wall elimin area 0 1 ... 99 % Changing without learning process: Wall blanking range starts at xx% (open position = 100%)0 = if no wall blanking range has been taught

Lock contact type current state State, contact type, function DisplayLock contact type Normally closed

Normally openSTOP current state State, contact type, function Display

Stop contact state unused Input STOP without functionNormally closedNormally openTerminator 1,2 kOhm For securing in accordance with

DIN 18650Terminator 2,0 kOhm

KB current state State, contact type DisplayKB contact state unused Input KB without function

Normally closedNormally open

KI current state State, contact type DisplayKI contact state unused Input KI without function


KI delay 0 ... 90 x0 ,1 sKA current state State, contact type Display

KA contact state unused Input KA without functionNormally closedNormally open

KA delay 0 ... 90 x0 ,1 s


60

Service menu

Designation Setting values DescriptionNA current state State, contact type Display

NA contact state unused Input NA without functionNormally closedNormally open

LS current state State, contact type DisplayLS contact state unused Input LS without function


AU current state State, contact type DisplayAU contact state unused Input AU without function


DO current state State, contact type DisplayDO contact state unused Input DO without function


PE1 current state State, contact type DisplayPE1 function unused Input PE1 without function

Off NO Activate motor2-leaves Open NO Open active and fixed leaves1-leaf Open NO Only active leaf opensSabotage NC AlarmClosed Pos NO Door leaf in closed positionEmergency lock NO Door closes KI and KA without

function. The door remains closed as long as the signal is applied.

P-KI activatin NO Additional KI inputP-KA activatin NO Additional KA inputPushbutton NO Door opens at 1st push of button

and closes at 2nd push of buttonPushbutton OHZ NO Door opens at 1st push of button,

closes at 2nd push of button, or upon expiration of the hold-open time.For 2-leaf door, 1-leaf mode and

à pushbutton on the active leaf - O®

à pushbutton on the fixed leaf - Oh.

For 2-leaf door, 2-leaf mode - Oh

Pushbutton Reset NO Reinitialization is carried out after button is pressed (behaviour as after switching on)

Double push button NO (pushbutton on the active leaf or fixed leaf ):For 2-leaf door, 1-leaf mode and1× push - O®2× push - OhFor 2-leaf door, 2-leaf Mode:1× or 2× push - Oh

Toilet-control NO Door closes/opens when button is pushed

Servo fire alarm only for EMD-F


61

Service menu

Designation Setting values DescriptionPE2 current state State, contact type, function Display

PE2 function unused Input PE2 without functionMPS MPS Analogue programme switchOff NO Activate motor2-leaves Open NO Open active and fixed leaves1-leaf Open NO Only active leaf opensSabotage NC AlarmClosed Pos NO Door leaf in closed positionEmergency lock NO Door closes KI and KA without

function. The door remains closed as long as the signal is applied.

P-KI activatin NO Additional KI inputP-KA activatin NO Additional KA inputPushbutton NO Door opens at 1st push of button

and closes at 2nd push of buttonPushbutton OHZ NO Door opens at 1st push of button,

closes at 2nd push of button, or upon expiration of the hold-open time.For 2-leaf door, 1-leaf mode and

à Pushbutton on the active leaf - O®

à Pushbutton on the fixed leaf - Oh.

For 2-leaf door, 2-leaf mode - Oh

unused not assignedPushbutn Reset NO Reinitialisation is carried out after

button is pressed (behaviour as after switching on)

Double push button NO (pushbutton on the active leaf or fixed leaf ):For 2-leaf door, 1-leaf mode and1× push - O®2× push - OhFor 2-leaf door, 2-leaf Mode:1× or 2× push - Oh

Toilet-control NO Door closes/opens when button is pushed

Servo fire alarm only for EMD-FSee chapter 22.3, “Servo mode”, servo function with fire alarm


62

Service menu

Output signals

Designation Setting values DescriptionPA1 current state

PA1 functionState, contact type, function Displayunused Output PA1 without functionGong At activation KA in the operating

mode AU and DOError NC Fault message e.g. to building

control centreError NOError MPS Fault indication at MPSWarningsignal Activation of signal transmitter dur-

ing opening and closingDoor opener type

Additional electric strikeMotor fan Activation motor ventilator when

motor temperature > 65 °CClosed lock Door mode message, e.g. to a

building control centreClosedNot closedOpenOffNightOne WayAutomaticPermanent hold OpenLight activation e.g. entry illuminationDay/Night switch Activation motor lockService due Maintenance message e.g. to build-

ing control centreMagnetic clamp open Hold-open magnet in open posi-

tionAlarm WC control If the door has not been opened

within 30 minutes


63

Service menu

Designation Setting values DescriptionPA2 current state State, contact type, function Display

PA2 function unused Output PA2 without functionGong At activation KA in the operating

mode AU and DOError NC Fault message e.g. to building

control centreError NOError MPS Fault indication at MPSWarningsignal Activation of signal transmitter dur-

ing opening and closingDoor opener type

e.g. for connecting electric strikes with high inrush current peak

Motor fan Activation motor ventilator when motor temperature > 65 °C

Closed locked Door mode message, e.g. to a building control centreClosed

Not closedOpenOffNightOne WayAutomaticPermanent hold OpenLight activation e.g. entry illuminationDay/Night switch Activation motor lockService due Maintenance message e.g. to build-

ing control centreMagnetic clamp open Hold-open magnet in open posi-

tion

Alarm WC control If the door has not been opened within 30 minutes

PA3 Current state State, contact type, function DisplayPA3 function unused

E-Gleitschiene E-Gleitschiene, open positionHaltemagnet Hold-open magnet, open position

Test SI current state State, contact type, function DisplayTest SI No testing Testing deactivated

Testing with 24 VTesting with GND


64

Service menu

24.2.5 Diagnostics

Designation Setting values DescriptionCurrent values Inputs SI1, SI3

RMSTOPKB, KI, KANA, LSAUDOPE1PE2

0 V0 V6.6 V0 V

0 V

0 V / 24 V0 V / 24 VVoltage at the terminal in V0 V / 24 V0 V / 24 V0 V / 24 V0 V / 24 V0 V / 24 VVoltage at the terminal in V

Outputs PA1PA2PA3TOETEST

Open0 V0.0 V0 V

Closed/open0 V / 24 V0 V / 24 V0 V / 24 Voff, 24 V, 0.0 V

Internal data current position 0 % Door opening range referenced to the maximum opening range of the door

akt. Motor current Mot. DCU200 - 0.0 A Motor currentVoltages Power on Mains supply on/off

24 V internal 24.0 V Internal voltage 24 V 24 V external 24.0 V External voltage 24 V

Temperatures DCU200 34 °C Control temperatureM DCU200 25 °C Motor temperature

Statistics Cycles 0 Number of operating hours since last maintenance

Hours 0 Number of operating cycles since last maintenance

Hours ser xxxx Hours until next maintenanceCurrent conditions Inputs SI1, SI3,

RM, STOP,KB, KI, KA,NA, LS, AU, DOPE1, PE2

On The logical state of the signal is displayed (on/off)

Outputs PA1, PA2PA3TOE, TST

off0.0 Voff

Error memory Current errors Fault 1 Cause 1Cause 2

Fault 2 Cause 1Cause 2



Old errors Fault 1 Cause 1Cause 2




Delete current errors No Clear currently active faultsYes

Delete old errors No Delete old errorsYes


65

Service menu

Designation Setting values DescriptionConfiguration Drive Ser No Serial number of the drive

OEW max. opening rangeControl unit Typ EMD DCU2, DCU2-F, DCU2-I

Fet Dat Manufacturing date CW/YearProduction test No

YesStart production test (only factory internal)

24.2.6 Start learning

Designation Setting values DescriptionStart learning No

YesStarts the learning process

24.2.7 Factory setting

Designation Setting values DescriptionFactory setting No

YesReset all the values to the factory settings

24.2.8 Service reset

Designation Setting values DescriptionService reset No

YesClear the maintenance values


66

Service menu

24.2.9 Password

Designation Setting values DescriptionPassword PW S1 change Password old 0000

Password new0---*

Password PW S1:for access to the service menu with ST220.Password PW TPS/DPS:is used to enable the TPS or DPS instead of enabling via a key push button. Disabling reoccurs automatically after 1 minute without key actuation.The first digit specifies how often the key has to be actuated and the second digit how often the key has to be actuated to release operation of the TPS / DPS. Entry of the password with ST200:

X Change digit with or . X Confirm digit and change to next position with .

à Abort with x. à Display of the current position by the asterisk under it. X After completing entry, press to accept the pass-

word.After 1 minute without a button being pressed or when the service menu is accessed again, the password is required before changes to the operating mode setting or to the parameter settings can be carried out.The password has to be set separately for the active leaf and fixed leaf drive. The active leaf drive and the fixed leaf drive can have different passwords.Important information: à When the password for ST220 is set, access to the

service menu via DPS is no longer possible. à If the password has been forgotten, a special flash file

with which the password on the control unit can be reset to 00 has to be requested from GEZE.

à The password cannot be deleted by installing a new software version.

PW TPS DPS change Password old 00Password new0-*

24.2.10 Language

Designation Setting values DescriptionSprache / Language deutsch

englishfrancaissvensk


67

Service menu

24.3 Display programme switch (DPS)The DPS can be used for commissioning and service. No. 151524 or 155809: à for changing the drive parameters à for "teaching" the drive à for diagnostics

Mode of operation Service modeOf OFF

OFF

1

23

4

1 Service key2 Position unknown3 Lights up for maintenance4 Lights up for 1-leaf operation

Na Night × Cancel and return to first menu level

ls Shop closing Confirm

aU Automatic Scroll up Increase value

DO Permanent hold Open

Scroll down Reduce value

+ Simultaneously

Change2-leaf operation1-leaf operation

– –

Service button (1) + simultane-ously

Change operating mode / service mode

24.4 Service mode DPS à Changing to the Service mode is possible in the NA, LS, AU and DO operating modes. à If no button is pressed in Service mode for a period of 2 minutes, the change to the operating mode takes

place automatically. à In Service mode, the door remains in operation in the current operating mode (not with learning activated).

24.5 Service menu DPS

1. Menu

Display Description Setting values NoteUo Opening speed 05 ... 40 ... 90Uc Closing speed 05 ... 40 ... 90s6 Close manual 05 ... 40 ... 90 Closing speed after manual openingsc Latching action closing 00 01 ... 10 12 ... 20 25 ... 50Ol Move towards open position 00 Off

01 With obstacle motor on02 With obstacle motor off

Oh Hold-open time 00 01 ... 10 12 ... 20 25 ... 50 60 s With activation KI, KA 1-leaf drive (Au-Wi, Au-So) 2-leaf drive / 2-leaf Opening (Au-So) setting on active leaf control unit

O® Hold-open time 1-leaf open-ing

00 01 ... 10 12 ... 20 25 ... 50 60 s For activation with KI, KA 2-leaf drive (Au-Wi)Setting on GF control unit

Os Hold-open time via KB 00 01 ... 10 12 ... 20 25 ... 50 60 sOp Hold-open time Push and Go 00 01 ... 10 12 ... 20 25 ... 50 60 s Hold-open time after opening with

Push & Goho Hold-open time, manual 00 01 ... 10 12 ... 20 24 ... 50 60 s Hold-open time when manually

opening the doorno = no automatic closing after manual opening


68

Service menu

Display Description Setting values Notesu Delayed closing 1)

Active leaf00 01 ... 15 16 s

0 s: Simultaneous closing of both leaves(only set for doors without rebate)

01–15 s: The active leaf closes at the latest when the fixed leaf has reached the closed position.

16 s: Active leaf does not close until after the fixed leaf has closed completely.

OD dynamic hold open time extension

00 no01 yes

Bo Acceleration opening 05... 20 ...90Bc Acceleration closing 05 ... 10 12 ... 20 25 ... 90fo Opening torque 00 ... 04 ... 12 x 10 Nmfc Static closing force 00 ... 04 ... 12 x 10 NmBh Obstruction detection 01 ... 03 ... 20 x 0.1s Time for which the drive presses

against an obstacleOf Retaining action opening 00 ... 70 Nm Constant open pressureCf Retaining action closing 00 ... 70 Nm Constant closing pressureTs Door closer operation 00 Manual

01 Automatic02 Close with spring

Refer also to chapter 21, “Door closer operation”.

Ne Switch to the 2nd Menu1) can only be set with active leaf control unit

2. Menu

Display Description Setting values Notes1 Safety 1 contact type

(terminal SIS)00 Unused02 Normally open

f1 Safety 1 function (terminal SIS)

01 SIS rev02 SIS and KI03 SIS and KA

s3 Safety 3 contact type (terminal SIO)

00 Unused02 Normally open

f3 Safety 3 function (terminal SIO)

05 SIO Stop Only drive of the door leaf06 SIO Stop GF-SF Active and fixed leaf drive

Te Safety testing 00 No Testing01 Testing with 24 V02 Testing with GND

cN Stop contact state 00 Unused01 Normally closed02 Normally open12 1.2 kW termination20 2.0 kW termination

12, 20: Termination conforms to DIN 18650/EN 16005

cB Authorised contact sensor contact type

00 Unused01 Normally closed02 Normally open

cI Internal contact sensor con-tact type


aI Internal contact sensor activa-tion delay

00 ... 90 x 0.1s

cO External contact sensor con-tact type


aa External contact sensor activa-tion delay

00 ... 90 x 0.1s


69

Service menu

Display Description Setting values Notee1 Configurable input 1 00 Unused

01 Unused02 Operating mode Off NO03 Open 2-leaf NO04 Open 1-leaf NO05 Sabotage NC06 Closed position NO07 Emergency lock NO08 P-KI activation NO09 P-KA activation NO10 Switch function NO11 Pushbutton OHZ NO12 Unused13 Reset pushbutton NO14 Double push NO21 Toilet control NO22 Servo fire alarm NO

Pushbutton OHZ: Switch function with closing after hold-open time For 2-leaf door, 1-leaf mode and à Pushbutton on the active leaf - O® à Pushbutton on the fixed leaf - Oh

2-leaf door, 2-leaf Mode: Oh

Double push button:(pushbutton on the active leaf or fixed leaf ): 2-leaf door, 1-leaf mode and à 1× push - O® à 2× push - Oh

2-leaf door, 2-leaf Mode: à 1× or 2× push - Oh

21: See chapter 14, “Toilet control”22: See chapter 22.3, “Servo mode”e2 Configurable input 2 00 Unused

01 MPS02 Operating mode Off NO03 Open 2-leaf NO04 Open 1-leaf NO05 Sabotage NC06 Closed position NO07 Emergency lock NO08 P-KI activation NO09 P-KA activation NO10 Switch function NO11 Pushbutton OHZ NO12 Unused13 Reset pushbutton NO14 Double push button NO21 Toilet control NO22 Servo fire alarm NO

a1 Programmable output 1 00 Unused01 Gong02 Error normally closed03 Error normally open04 Fault display for MPS05 Warningsignal06 Electric strike07 Motor ventilator08 Closed and locked09 Closed10 Not closed11 Open12 Off13 Night14 Shop closing15 Automatic16 Permanent hold Open17 Light activation18 Day/Night switch19 Unused20 Maintenance due21 Hold-open magnet open position24 Error WC timeout

01: At activation KA in the operating mode AU and DO02, 03: General fault message05: Activation of signal transmitter during opening and closing06: Additional electric strike (see chapter “Configurable output PA1”, “Electric strike”). Not for the fire pro-tection area. 07: Activate motor fan if motor tem-perature > 65 °C08 – 16: Door status messages (con-tact closes)17: E.g. entry illumination18: Activation motor lock20: Maintenance message e.g. to building control centre21: Hold-open magnet in open posi-tion24: If the door has not been opened within 30 minutes


70

Service menu

Display Description Setting values Notea2 Configurable output 2 00 Unused

01 Gong02 Error normally closed03 Error normally open04 Fault display for MPS05 Warningsignal06 Electric strike07 Motor ventilator08 Closed and locked09 Closed10 Not closed11 Open12 Off13 Night14 Shop closing15 Automatic16 Permanent hold Open17 Light activation18 Day/Night switch19 Unused20 Maintenance due21 Hold-open magnet open position24 Error WC timeout

01: At activation KA in the operating mode AU and DO02, 03: General fault message05: Activation of signal transmitter during opening and closing06: Additional electric strike (see chapter “Configurable output PA1”, , “Electric strike”). Not for the fire pro-tection area.07: Activate motor fan if motor tem-perature > 65 °C08 – 16: Door status messages (con-tact closes)17: E.g. entry illumination18: Activation motor lock20: Maintenance message e.g. to building control centre21: Hold-open magnet in open posi-tion24: If the door has not been opened within 30 minutes

a3 Configurable output 3 00 Unused01 E-Gleitschiene02 Haltemagnet

E-Gleitschiene, open positionHold-open magnet, open position

Ne Switch to the 3rd Menu

3. Menu

Display Description Setting values Notee® currently queued fault CE Delete error memoryOe Error memory

(the last 10 faults)CE Delete error memory

sT Control unit type 40 DCU241 DCU2-F42 DCU2-Invers

Only display, no setting option

sa Statistics Co No. of cycles / 100Ho Operating hours / 4 So Operating hours / 4 until next service

Display the operating time, always 6 digits.Page forwards with

Cs Switch off service LED cS Displayed briefly for acknowledgementCp Restore factory setting CP Display CP, then restart with display

software version and LEsp Language 00 deutsch

01 english02 francais03 svensk

le Start learninghe Intervene manually 00 01 … 10 Force to manually open the door from

the direction of the opening side (installation side of the SIO) 00: Manual interference disabledSensitivity: 01 low ... 10 high

ep Software version e.g. Ed 40 for DCU2 V 4.0 1st position: Ed, EF or EI (for DCU2, DCU2-F, DCU2-I)2nd position: Main software version number3rd position: No display for main soft-ware version, otherwise sub-version number Page forwards with or

Ne Switch to the 4th Menu


71

Service menu

4. Menu

Display Description Setting values NoteaT Operator type 01 EMD

02 EMD-F03 EMD-Invers

Only display, no setting option

D® Rotary transducer position 00 Motor shaft01 Gear

Rotary transducer on the motor shaftRotary transducer on the gear

ef Number of leaves 00 1-leaf Drive01 2-leaf active leaf02 2-leaf fixed leaf03 2-leaf active leaf – IS

à 01 Drive with electrical closing sequence control (active leaf closes when fixed leaf is closed)

à 03 Drive with integrated me-chanical closing sequence control

hT Mounting type 01 KM BS GLS02 Unused03 KM BG GLS *04 KM BG GST05 TM BS GLS *

KM = Transom installationTM = Door leaf installationBS = Hinge sideBG = Opposite hinge sideGLS = Guide railGST = Link arm*) This installation type is not permit-

ted for use on fire protection doors

Ba Operating mode 01 Automatic operation

02 Low-energy operation 2)

03 Servo mode 3)

pU Push and Go response range 1)

00 No Push and Go01...20 Push and Go Response range based on the maxi-

mum opening range (=100%)eo Adjustable opening angle -9 ... 0 ... 9 in degrees;

The value is only for fine adjustment. The value is taught during the teach-ing run and then corresponds to point 0. This allows it to be adapted manu-ally. Is not set in the factory setting.

TO door opener type 00 No electric strike01 Electric strike working current02 Electric strike closed current03 Motor lock04 Electric strike working current 05 Electric strike closed current 06 Motor lock

with close pressure before openingwith close pressure before openingwith close pressure before opening

®® Bolt message contact type

01 Normally closed02 Normally open

Dl Open delay 00 01 ... 90 x 0.1s Open delay: Period which the motor lock has to unlock before the drive opens the door.

Da Backcheck 00 ... 80 ... 95 % Application of the back check based on the maximum opening range (100% manual opening)

fl Start range fixed leaf 01 ... 10 ... 95 % Start the fixed leaf at opening range of the active leaf, based on its maxi-mum opening range (100%). Set the FL parameter on the active leaf.

se Start range servo support 00 ... 09 ... 20 % Response range for the servo support, based on the maximum opening range (= 100%) of the door

aD Servo duration 00 ... 20 SaO Additional servo torque 00 ... 40 Nmfa Servo fire alarm 00 ... 70 Nm


72

Fault messages

Display Description Setting values NoteDf Door closing torque EMD/EMD-F: 00, 16 … 40 Nm

Closing torque after manual opening when the door is not closed

EMD: 41 ... 70 Nm EMD-F: 41 ... 70 Nm

aB Wall blanking range SIO 00 01 … 99 00: No wall blanking. The range of ap-plication for the wall blanking of the safety sensor "open" is taught during commissioning and can be corrected here. Maximum opening range of the door = 100

Ca GEZE bus address 00 01…99 CAN address GEZE building system1) only effective for active leaf 2) low energy mode (see chapter 22, “Basic functions”) 3) only for EMD-F

25 Fault messages

25.1 Fault messages ST220 and DPS

25.1.1 Error display

On the DPS à For fault search and fault description, also see document "EMD and EMD-F faults and measures". à Currently queued fault messages are displayed on the display programme switch in cycles (10 s). In addition,

they are also entered in the e® and Oe error memory. à The operating mode is displayed for 5 s, the fault message for 2 s. à Individual faults are indicated by the fault ID. à If the faults are collective faults, only the main fault number is indicated e.g. 10. à In addition, the following states are displayed:

à not learnt: Winter LED flashes continuously (1 s on, 3 s off) à Maintenance: Winter LED flashes continuously (0.5 s on, 0.5 s off)

On the control unit ST220 à Faults are shown using the text form of the fault names.

Fault example: SIS SF

25.1.2 Fault messages

Message on the DPS

Message on the ST220 Fault description

01 24 V missing (Active leaf ) control unit defective

03 230 V error (Active leaf ) power failure

07 Active leaf fire alarm (Active leaf ) smoke detector active

1 0 Active leaf rotary transducer (Active leaf ) rotary transducer signal faulty (collective error)

01 Encoder model Rotary transducer shows error

02 Edge counter Error in identifying the rotary transducer edges

03 Position check Position error rotary transducer

04 Error direction Rotational direction of motor or rotary transducer is incorrect

11 Motor 1 short (Active leaf ) motor current excessive

12 Motor 1 (Active leaf ) motor defective

13 SIS defective Testing (active leaf ) safety sensor "close" faulty or activation longer than 4 min

14 MPS Inconsistent state at the (active leaf ) PS inputs or wire break MPS

15 Comm. DPS No communication between the control unit and the display programme switch (error number 15, only in Er and oE)


73

Fault messages

Message on the DPS


16 Locking mechanism (Active leaf ) electric strike does not block

17 Unlocking (Active leaf ) electric strike does not trigger

19 SIS SF fault Testing (fixed leaf ) safety sensor "close" faulty or activation longer than 4 min

20 Door missing GF (Active leaf ) drive does not have any mechanical connection to the door leaf

21 Door missing SF (Fixed leaf ) drive does not have any mechanical connection to the door leaf

25 Teaching run fault Obstacle of the door leaf during the learning procedure

28 Relay DCU200 Motor relay of the (active leaf ) control unit defective

29 SIO SF fault Testing safety sensor "open" fixed leaf faulty or activation longer than 4 min

32 Sabotage Sabotage active

34 Comm. TPS No communication with control unit - keypad programme switch

41 SIO 1 Testing safety sensor "open" (active leaf ) faulty or activation longer than 4 min

45 Motor hot (Active leaf ) motor or control temperature exceeds 98 °C

46 Motor T-sensor Temperature sensor (active leaf ) motor defective

47 Control T-sensor Temperature sensor (active leaf ) control unit defective

48 Overtemp (Active leaf ) motor or control temperature exceeds 98 °C

51 24 V missing SF Fixed leaf control unit defective

52 CAN fault Communication error, CAN-BUS

53 230 V error SF Fixed leaf power failure

54 Comm. DPS with OFF DPS communication error with OFF

57 Fire alarm SF Fixed leaf, smoke detector active

60 Ctrl. DCU200 active leaf Internal fault, active leaf control unit

63 SW version Active leaf and fixed leaf have different software versions

65 Comm. SF GF No communication active leaf/fixed leaf control unit

66 Locking SF Fixed leaf electric strike does not block

67 Unlocking SF Fixed leaf electric strike does not trigger

70 Ctrl. DCU200 fixed leaf Internal fault, fixed leaf control unit

71 Motor SF short Fixed leaf drive, motor current excessive

72 Motor SF Fixed leaf drive, motor defective

74 Rotary transducer SF Fixed leaf drive, rotary transducer signals faulty

75 DCU200 hot Fixed leaf drive, motor or control temperature higher than 98 °C

76 Sensor motor SF Temperature sensor fixed leaf motor defective

77 Fixed leaf T-sensor Temperature sensor fixed leaf control unit defective

78 Overtemp SF Motor or control temperature fixed leaf drive exceeds 108 °C

79 Fixed leaf relay Motor relay of the fixed leaf control unit defective

x.x Position Leaf position unknown (dot in left-hand display)

x x. Maintenance Maintenance requirement (number of cycles, operating hours, dot in right-hand display)

el Teaching Fault during learning function of the control unit

8.8. DPS RS485A / RS485B connections interchanged, interrupted or control unit not programmed

-- DPS Operation is blocked at the programme switchOO DPS Operation is released at the programme switch


74

Fault messages

Message on the DPS


oo DPS Change in mode of operation: not possible (internal PS not set to 0, or MPS is parametrised).

Off DPS Operating mode Off

®s RESET On starting the learning procedure: Reset pushbutton not pressed or 24 V RSZ missing

25.2 Fault messages keypad programme switch

TPS display Designation DPS display

Alarm 07, 32, 57

Power failure 03, 53

Drive too hot 45, 46, 48, 75, 76, 78

SIO 29, 41

Position 20, 21, x.x

SIS 13, 19

Locking 16, 17, 66, 67

Motor 10, 11, 12, 71, 72, 74

Control unit 01, 28, 47, 51, 52, 60, 63, 65, 70, 77, 79

No operating voltage

LED off LED on

In addition, the following states are displayed: à Not taught Winter LED flashes continuously (1 sec. on, 3 sec. off). à Maintenance Winter LED flashes continuously (0.5 sec. on, 0.5 sec. off). à Fault Operating mode is displayed 5 s, the fault message 2 s. à Block active Current operating mode LED flashes once if a key is pressed.


75

Angle for setting low energy mode

26 Angle for setting low energy modeSee chapter 22.2.3 “Setting the minimum opening time and minimum closing time”.

GermanyGEZE GmbHNiederlassung Süd-WestTel. +49 (0) 7152 203 594E-Mail: [email protected]

GEZE GmbHNiederlassung Süd-OstTel. +49 (0) 7152 203 6440E-Mail: [email protected]

GEZE GmbHNiederlassung OstTel. +49 (0) 7152 203 6840E-Mail: [email protected]

GEZE GmbHNiederlassung Mitte/LuxemburgTel. +49 (0) 7152 203 6888E-Mail: [email protected]

GEZE GmbHNiederlassung WestTel. +49 (0) 7152 203 6770 E-Mail: [email protected]

GEZE GmbHNiederlassung NordTel. +49 (0) 7152 203 6600E-Mail: [email protected]

GEZE Service GmbHTel. +49 (0) 1802 923392E-Mail: [email protected]

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Baltic StatesGEZE GmbH Baltic States officeE-Mail: [email protected]

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BulgariaGEZE Bulgaria - Trade E-Mail: [email protected]

ChinaGEZE Industries (Tianjin) Co., Ltd.E-Mail: [email protected]

GEZE Industries (Tianjin) Co., Ltd.Branch Office ShanghaiE-Mail: [email protected]

GEZE Industries (Tianjin) Co., Ltd.Branch Office GuangzhouE-Mail: [email protected]

GEZE Industries (Tianjin) Co., Ltd.Branch Office BeijingE-Mail: [email protected]

FranceGEZE France S.A.R.L.E-Mail: [email protected]

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