ABB i-bus EIB. Shutter Actuator, 2-fold, 6 A, 230 VAC, MDRC JA/S 2.6.1, GH Q R0111

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, GH Q31 0022 R0111 The 2-fold shutter actuator is a DIN rail mounted device for insertion in the distribution board. It is connected to the EIB via a bus connecting terminal.

1 , GH Q R0111 The 2-fold shutter actuator is a DIN rail mounted device for insertion in the distribution board. It is connected to the EIB via a bus connecting terminal. It is used to control two groups that are independent of each other, each with a maximum of two drive mechanisms. The device does not require an additional power supply. SK 0030 B 9 Technical Data Power supply EIB 24 VDC, via the bus line Outputs 2 x 2 changeover contacts Switching voltage 230 VAC +10% / -15%, 50 Hz Switching current A, AC1 Operating and display elements red LED and push button for assigning the physical address Connections per group 1 screw terminal (L), 2 screw terminals (Up, Down) Wire range mm 2 finely-stranded mm 2 single-core EIB Bus terminal Type of protection IP 20, EN Ambient temperature range Operation - 5 C 45 C Storage - 25 C 55 C Transport - 25 C 70 C Design modular installation device, prom Housing, colour Plastic housing, grey Mounting on 35 mm mounting rail, DIN EN Dimensions 90 x 72 x 4 mm (H x W x D) Mounting depth/width 8 mm / 4 modules at 18 mm Weight 0.24 kg Certification CE norm EIB-certified in accordance with the EMC guideline and the low voltage guideline Page 1 of 12

2 , GH Q R0111 Application programs Number of Max. number of Max. number of communication objects group addresses associations Default Up / Default Down / Default Stop / Default / Default / Wiring diagram SK 0135 Z 97 1 Connecting terminals 2 Connecting terminals 3 Programming push button 4 Programming LED 5 Bus terminal Note In order to avoid the danger of electric shock due to feedback from various external conductors, an all-pole disconnection must be complied with. Page 2 of 12

3 , GH Q R0111 Default Up /1 Default Up Selection in ETS2 ABB Switch The application program makes it possible to control two groups independently, each with two shutter motors or similar drive mechanisms. Communication objects with the functions Move shutter Up-Down and Lamella adj. / Stop Up-Down are available for each of the two outputs. If the object Move shutter Up-Down receives a telegram with the value 1, the motor moves downwards until it reaches the limit switch or until the period Up-Down has elapsed. The time is set using a time base and a factor. The motor moves upwards after a telegram with the value 0. If the object Lamella adj. / Stop Up- Down receives a telegram during this period, the motor stops. Once the motor has come to a stop, it can be switched on by further telegrams to the same object for the time lamella adjustment. In this case the value 1 means to move downwards and the value 0 to move upwards. For the lamella adjustment there is equally a selectable factor and a fixed time base. So that the motor is not damaged by sudden changes in the direction of rotation, there is a parameter Factor for reversing, which with a fixed time base specifies the interval between these changes. If a drive mechanism moves downwards on bus voltage failure or the reversing time is active. the drive is switched to de-energized. Drives that do not move or move upwards on bus voltage failure are moved upwards. To enable shutters to be moved into a more secure defined position, for example during a storm, the actuator has the object Output A... B (wind alarm), if the parameter Enable wind alarm is set to yes. Once it receives a telegram with the value 1, the motor moves into the specified position. Further operation remains blocked until the object receives a telegram with the value 0. The function of the wind alarm is monitored timewise. If the corresponding communication object does not receive a telegram within the monitoring time, the drives move into the defined position. The adjustable periods depend on the respective drive mechanism and must be adapted to the local conditions. So that a drive is not put in motion unintentionally by a read request (e.g. by visualisation or a display), the communication objects in the shutter sensors and actuators are not able to set the read flag. Communication objects No. Type Name Function 0 1 bit Output A Move shutter Up-Down 1 1 bit Output A Lamella adj. / Stop Up-Down 2 1 bit Output B Move shutter Up-Down 3 1 bit Output B Lamella adj. / Stop Up-Down 4 1 bit Output A B Safety position / Operation blocked (wind alarm) Page 3 of 12

4 , GH Q R0111 Parameters The default setting for the values is printed in bold type. Common for both outputs: Time base for duration of 8 ms lamella adjustment Factor for duration of 10 lamella adjustment (0 255) Time base for duration Up-Down 130 ms / 2.1 s / 33 s Factor for duration Up-Down 30 (0 255) Time base for reversing time 8 ms Factor for reversing time (0 255) 30 Default position in case of bus voltage UP failure if shutter does not move or moves upwards Default position in case of bus voltage stop failure if shutter moves downwards Enable wind alarm yes no only if wind alarm is enabled: Reaction at wind alarm stop UP DOWN Time base for monitoring time 130 ms / / 1 s / / 1.2 h Factor for monitoring time 30 (5 127) Page 4 of 12

5 , GH Q R0111 Default Down /1 Default Down Selection in ETS2 ABB Switch The application program makes it possible to control two groups independently, each with two shutter motors or similar drive mechanisms. Communication objects with the functions Move shutter Up-Down and Lamella adj. / Stop Up-Down are available for each of the two outputs. If the object Move shutter Up-Down receives a telegram with the value 1, the motor moves downwards until it reaches the limit switch or until the period Up-Down has elapsed. The time is set using a time base and a factor. The motor moves upwards after a telegram with the value 0. If the object Lamella adj. / Stop Up- Down receives a telegram during this period, the motor stops. Once the motor has come to a stop, it can be switched on by further telegrams to the same object for the time lamella adjustment. In this case the value 1 means to move downwards and the value 0 to move upwards. For the lamella adjustment there is equally a selectable factor and a fixed time base. So that the motor is not damaged by sudden changes in the direction of rotation, there is a parameter Factor for reversing, which with a fixed time base specifies the interval between these changes. If a drive mechanism moves upwards on bus voltage failure or the reversing time is active. the drive is switched to de-energized. Drives that do not move or move upwards on bus voltage failure are moved upwards. To enable shutters to be moved into a more secure defined position, for example during a storm, the actuator has the object Output A... B (wind alarm), if the parameter Enable wind alarm is set to yes. Once it receives a telegram with the value 1, the motor moves into the specified position. Further operation remains blocked until the object receives a telegram with the value 0. The function of the wind alarm is monitored timewise. If the corresponding communication object does not receive a telegram within the monitoring time, the drives move into the defined position. The adjustable periods depend on the respective drive mechanism and must be adapted to the local conditions. So that a drive is not put in motion unintentionally by a read request (e.g. by visualisation or a display), the communication objects in the shutter sensors and actuators are not able to set the read flag. Communication objects No. Type Name Function 0 1 bit Output A Move shutter Up-Down 1 1 bit Output A Lamella adj. / Stop Up-Down 2 1 bit Output B Move shutter Up-Down 3 1 bit Output B Lamella adj. / Stop Up-Down 4 1 bit Output A B Safety position / Operation blocked (wind alarm) Page 5 of 12

6 , GH Q R0111 Parameters The default setting for the values is printed in bold type. Common for both outputs: Time base for duration of 8 ms lamella adjustment Factor for duration of 10 lamella adjustment (0 255) Time base for duration Up-Down 130 ms / 2.1 s / 33 s Factor for duration Up-Down 30 (0 255) Time base for reversing time 8 ms Factor for reversing time (0 255) 30 Default position in case of bus voltage DOWN failure if shutter does not move or moves downwards Default position in case of bus voltage stop failure if shutter moves upwards Enable wind alarm yes no only if wind alarm is enabled: Reaction at wind alarm stop UP DOWN Time base for monitoring time 130 ms / / 1 s / / 1.2 h Factor for monitoring time 30 (5 127) Page of 12

7 , GH Q R0111 Default Stop /1 Default Stop Selection in ETS2 ABB Switch The application program makes it possible to control two groups independently, each with two shutter motors or similar drive mechanisms. Communication objects with the functions Move shutter Up-Down and Lamella adj. / Stop Up-Down are available for each of the two outputs. If the object Move shutter Up-Down receives a telegram with the value 1, the motor moves downwards until it reaches the limit switch or until the period Up-Down has elapsed. The time is set using a time base and a factor. The motor moves upwards after a telegram with the value 0. If the object Lamella adj. / Stop Up- Down receives a telegram during this period, the motor stops. Once the motor has come to a stop, it can be switched on by further telegrams to the same object for the time lamella adjustment. In this case the value 1 means to move downwards and the value 0 to move upwards. For the lamella adjustment there is equally a selectable factor and a fixed time base. On bus voltage failure, the drives are switched to de-energized and do not move. To enable shutters to be moved into a more secure defined position, for example during a storm, the actuator has the object Output A... B (wind alarm), if the parameter Enable wind alarm is set to yes. Once it receives a telegram with the value 1, the motor moves into the specified position. Further operation remains blocked until the object receives a telegram with the value 0. The function of the wind alarm is monitored timewise. If the corresponding communication object does not receive a telegram within the monitoring time, the drives move into the defined position. The adjustable periods depend on the respective drive mechanism and must be adapted to the local conditions. So that a drive is not put in motion unintentionally by a read request (e.g. by visualisation or a display), the communication objects in the shutter sensors and actuators are not able to set the read flag. So that the motor is not damaged by sudden changes in the direction of rotation, there is a parameter Factor for reversing, which with a fixed time base specifies the interval between these changes. Communication objects No. Type Name Function 0 1 bit Output A Move shutter Up-Down 1 1 bit Output A Lamella adj. / Stop Up-Down 2 1 bit Output B Move shutter Up-Down 3 1 bit Output B Lamella adj. / Stop Up-Down 4 1 bit Output A B Safety position / Operation blocked (wind alarm) Page 7 of 12

8 , GH Q R0111 Parameters The default setting for the values is printed in bold type. Common for both outputs: Time base for duration of 8 ms lamella adjustment Factor for duration of 10 lamella adjustment (0 255) Time base for duration Up-Down 130 ms / 2.1 s / 33 s Factor for duration Up-Down (0 255) 30 Time base for reversing time 8 ms Factor for reversing time (0 255) 30 Default position in case of bus voltage failure stop Enable wind alarm yes no only if wind alarm is enabled: Reaction at wind alarm stop UP DOWN Time base for monitoring time 130 ms / / 1 s / / 1.2 h Factor for monitoring time 30 (5 127) Page 8 of 12

9 , GH Q R0111 Default /2 Default Selection in ETS2 ABB Switch The application program makes it possible to control two groups independently, each with two shutter motors or similar drive mechanisms. Communication objects with the functions Move shutter Up-Down and Lamella adj. / Stop Up-Down are available for each of the two outputs. If the object Move shutter Up-Down receives a telegram with the value 1, the motor moves downwards until it reaches the limit switch or until the period Up-Down has elapsed. The time is set using a time base and a factor. The motor moves upwards after a telegram with the value 0. If the object Lamella adj. / Stop Up- Down receives a telegram during this period, the motor stops. Once the motor has come to a stop, it can be switched on by further telegrams to the same object for the time lamella adjustment. In this case the value 1 means to move downwards and the value 0 to move upwards. For the lamella adjustment there is equally a selectable factor and a fixed time base. On bus voltage failure, the drives are switched to de-energized and do not move. The reversing time is not observed. To enable shutters to be moved into a more secure defined position, for example during a storm, the actuator has the object Output A... B (wind alarm), if the parameter Enable wind alarm is set to yes. Once it receives a telegram with the value 1, the motor moves into the specified position. Further operation remains blocked until the object receives a telegram with the value 0. The function of the wind alarm is monitored timewise. If the corresponding communication object does not receive a telegram within the monitoring time, the drives move into the defined position. The adjustable periods depend on the respective drive mechanism and must be adapted to the local conditions. So that a drive is not put in motion unintentionally by a read request (e.g. by visualisation or a display), the communication objects in the shutter sensors and actuators are not able to set the read flag. So that the motor is not damaged by sudden changes in the direction of rotation, there is a parameter Factor for reversing, which with a fixed time base specifies the interval between these changes. Communication objects No. Type Name Function 0 1 bit Output A Move shutter Up-Down 1 1 bit Output A Lamella adj. / Stop Up-Down 2 1 bit Output B Move shutter Up-Down 3 1 bit Output B Lamella adj. / Stop Up-Down 4 1 bit Output A + B Move to safety position Page 9 of 12

10 , GH Q R0111 Parameters The default setting for the values is printed in bold type. Separate for both outputs: only if lamella adjustment is enabled: Time base for duration of 0.5 ms / 8 ms / / 33s lamella adjustment Factor for duration of 10 lamella adjustment (5 255) Time base for duration Up-Down 0.5 ms / 2,1 s / 33 s Factor for duration Up-Down 30 (5 255) Time base for reversing time 0.5 ms / 8 ms / / 33s Factor for reversing time (5 255) 30 Default position in case of bus voltage up failure (no stop when reversing) Common for both outputs: Enable wind alarm yes no only if wind alarm is enabled: Movement direction in case of up down de-energized wind alarm down Time base for monitoring time 130 ms / / 1 s / / 1.2 h Factor for monitoring time 10 (5 127) Lamella adjustment enable only stop (e.g. shutter operation) Page 10 of 12

11 , GH Q R0111 Default /3 Default Selection in ETS2 ABB Switch The application program makes it possible to control two groups independently, each with two shutter motors or similar drive mechanisms. The same communication objects and parameters are available for both outputs. If the object Move shutter Up-Down receives a telegram with the value 1, the motor moves downwards. If the same object receives a telegram with the value 0, the motor moves upwards. The motor is stopped by a new telegram with the same value. Without the stop command, the motor travels upwards until it reaches the limit switch or until the time specified in the parameter Duration Up-Down has elapsed. The time is set using a time base and a factor. On bus voltage failure, the drives are switched to de-energized and do not move. The reversing time is not observed. To enable shutters to be moved into a more secure defined position, for example during a storm, the actuator has the object Output A... B (wind alarm), if the parameter Enable wind alarm is set to yes. Once it receives a telegram with the value 1, the motor moves into the specified position. Further operation remains blocked until the object receives a telegram with the value 0. The function of the wind alarm is monitored timewise. If the corresponding communication object does not receive a telegram within the monitoring time, the drives move into the defined position. The reversing time prevents the motor from being damaged by sudden changes in the direction of rotation. It is set using a time base and a factor. The adjustable periods depend on the respective drive mechanism and must be adapted to the local conditions. So that a drive is not put in motion unintentionally by a read request (e.g. by visualisation or a display), the communication objects in the shutter sensors and actuators are not able to set the read flag. Communication objects No. Type Name Function 0 1 bit Output A Move shutter Up-Down 1 1 bit Output A Move to safety position 2 1 bit Output B Move shutter Up-Down 3 1 bit Output B Move to safety position Page 11 of 12

12 , GH Q R0111 Parameters The default setting for the values is printed in bold type. Separate for both outputs: Time base for duration Up-Down 0.5 ms / 2.1 s / 33 s Factor for duration Up-Down 30 (5 255) Time base for reversing time 0.5 ms / 8 ms / / 33s Factor for reversing time (5 255) 30 Enable wind alarm yes no only if wind alarm is enabled: Movement direction in case of up wind alarm down Time base for monitoring time 130 ms / / 1 s / / 1.2 h Factor for monitoring time 10 (5 127) Default position in case of bus voltage up failure (no stop when reversing) down de-energized Page 12 of 12

Switch Actuator, 4-fold, 16 A, MDRC AT/S , GH Q R0111

Switch Actuator, 4-fold, 16 A, MDRC AT/S , GH Q R0111 , GH Q631 0021 R0111 The 4-fold switch actuator is a DIN rail mounted device for insertion in the distribution board. It is connected to the EIB via a bus connecting terminal. Using four floating contacts,