ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 The combi actuator is a surfacemounted device for controlling: – 2 x 2 shutter drive mechanisms – 1 x 2 shutter and 2 x light switching – 4 x light switching. Local operation is possible using conventional push buttons. The extension inputs can also be used as 4-fold binary inputs for 24 V or 230 V. It is possible to assign parameters to the preferred state for bus voltage failure, bus voltage recovery and mains voltage recovery. The device requires a power supply of 230 V. Technical Data Power supply – EIB 24 VDC, via the bus line – Auxiliary supply 230 VAC +/- 10 %, 50 Hz – Power input < 35 mA Inputs – 4, for extension input operation or contact scanning – Signal voltage 230 VAC +10/-15 %, 50 … 60 Hz or 24 VAC/DC (no mixture) The contact scanning voltage can be taken from the device or produced externally – Permitted cable length max. 100 m Outputs – Shutter actuator mode 2 x 2 changeover contacts – Switching voltage 230 VAC – Switching current per channel 5 A, cos . = 0.5 Total current max. 10 A for all channels related to mains terminals – Switch actuator mode 4 switch contacts – Switching voltage 230 VAC – Switching current (multi-phase mode) at TU < 35 °C: 3 x 6 A and 1 x 2 A, cos . = 0.5 at TU < 45 °C: 3 x 4 A and 1 x 1.5 A, cos . = 0.5 – Switching current (single-phase mode) at TU < 35 °C: Total current max. 10 A for all channels related to mains terminals Operating and display elements – LED and push button for assigning the physical address Type of protection – IP 54, EN 60 529 Ambient temperature range – Operation -5 °C … 45 °C – Storage and Transport -20 °C … 70 °C Design – Surface-mounted device Housing, colour – Plastic housing, grey Connection – Power supply, Screw/plug-in terminals load circuits and inputs Wiring range max. 2.5 mm2 – EIB Screw/plug-in terminals Mounting – Screw fixing Dimensions – 187 x 160 x 50 mm (H x W x D) Weight – 0.95 kg Certification – EIB-certified CE norm – in accordance with the EMC guideline and the low voltage guideline 0073-1-7065 4-2 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Application programs Number of Max. number of Max. number of communication objects group addresses associations Switch Logic Status Ext.In. Time /1 12 30 30 Shutter Ext. Input /2 12 30 30 Shu. (le) Switch (re) Logic Ext.In. Time /1 12 30 30 Switch (le) Shu. (re) Logic Ext.In. Time /1 12 30 30 Circuit diagram Note The connections of the combi actuator can be configured differently depending on the application. A complete description is not possible here due to space constraints. Prior to the installation, please read the detailed operating instructions which are supplied with the device. Prior to commissioning, you should check that the position of the coding positions is correct and adapt each one to the application program. During multi-phase mode, in order to avoid to avoid the danger of electric shock due to feedback from various external conductors, an all-pole disconnection must be complied with. The terminals and the coding jumpers must not be inserted or withdrawn at the adjacent mains voltage. July 2000 4-3 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Switch Logic Status Ext.In. Time /1  Selection in ETS2 – ABB In/Output Binary/binary For the function of this application program, it is necessary to put both coding jumpers in the “Switch actuator” position. Switch In the mode “normal operation“, the outputs switch on after receiving a telegram with the value “1” and switch off on receipt of a telegram with the value “0”. Logic Using the parameter “Logical connection”, it is possible to specify an AND or an OR connection separately for each output. In both cases the ETS2 program displays two additional communication objects for the output. The actuator then links the values of communication objects 0 and 4 for output A, 1 and 5 for output B, 2 and 6 for output C or 3 and 7 for output D and switch the relay according to the result. If no logical connection is assigned, objects 4 to 7 can fulfil a binary function. Status Using the parameters “Status response”, it is possible to specify separately for each output whether the actuator sends a telegram if the status of the respective outputs change. The name and function of objects 8 to 11 change depending on the setting in the parameter. If the setting “store changes only in the communication objects” is selected, the actuator only replies to corresponding read commands, which it receives e.g. from a visualisation program. For the setting “send changes on the bus”, the actuator automatically sends a telegram at every change in status. If the status response is deactivated, objects 8 to 11 can fulfil a binary function. Default There are various parameters for the default position of the relay contacts. Using the parameter “Default position in case of bus voltage failure”, it is possible to determine whether all the relays maintain their current switching status or or whether each output should be set individually. If individual adjustment is required, it is possible to specify in the resulting parameters “Output …”, whether the relay contacts open or close on bus voltage failure. The parameter “Default position on bus voltage recovery” is used to specify whether all the relay contacts accept the status that they had prior to the bus voltage failure or whether each output should be set separately. If individual adjustment is required, it is possible to specify in the resulting parameters “Output …”, whether the relay contacts open or close on bus voltage failure. On mains failure, the relay contacts are opened. The default position on mains recovery can be selected separately for each relay contact. Extension input The function of the four input contacts can be assigned parameters as an extension input or binary input. When used as extension inputs, the input contacts are bonded with objects 0 to 3. The extension inputs are intended for use with push buttons i.e. the objects send alternately “On” and “Off” telegrams when the push button is closed. When the function of binary input is assigned, the parameter “Reaction on pulse edge ...” can be set for use with push buttons or switches. An input cannot be used as a binary input if the associated output uses a logical connection and a status response simultaneously. 4-4 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Time In the mode “staircase lighting function”, the actuator switches on If the parameter “Operation mode” is immediately on receipt of an “On” set to “switch ON delay”, “switch OFF telegram. Once the delay time has delay” or “staircase lighting function”, elapsed, the actuator switches off the delay time can be specified with automatically. If the actuator receives the three ensuing parameters. further “On” telegrams before the end It is produced from the sum of the of this period, the time begins again. times which can each be calculated with a variable factor and three fixed If both a logical connection and a time time bases of 50 ms, 13 s and 55 min. function have been assigned, the time setting only applies if the outputs are In the modes “switch ON delay” or switched via objects 0 to 3. “switch OFF delay”, the relays switch on with a delay on receipt of a telegram with the value “1” and switch off immediately on receipt of a telegram with the value “0” or switch on immediately on receipt of a telegram with the value “1” and switch off with a delay on receipt of a telegram with the value “0”. July 2000 4-5 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Communication objects No. Type Name Function 0 1 bit Output A Switch 1 1 bit Output B Switch 2 1 bit Output C Switch 3 1 bit Output D Switch 4 1 bit Input A Telegr. switch 5 1 bit Input B Telegr. switch 6 1 bit Input C Telegr. switch 7 1 bit Input D Telegr. switch 8 1 bit Input A Telegr. switch 9 1 bit Input B Telegr. switch 10 1 bit Input C Telegr. switch 11 1 bit Input D Telegr. switch Communication objects No. Type Name Function for OR connection 0 1 bit Output A OR connection 1 1 bit Output B OR connection 2 1 bit Output C OR connection 3 1 bit Output D OR connection 4 1 bit Output A OR connection 5 1 bit Output B OR connection 6 1 bit Output C OR connection 7 1 bit Output D OR connection ... ... ... ... Communication objects No. Type Name Function for AND connection 0 1 bit Output A AND connection 1 1 bit Output B AND connection 2 1 bit Output C AND connection 3 1 bit Output D AND connection 4 1 bit Output A AND connection 5 1 bit Output B AND connection 6 1 bit Output C AND connection 7 1 bit Output D AND connection ... ... ... ... Communication objects No. Type Name Function for status response ... ... ... ... 8 1 bit Output A Telegr. status 9 1 bit Output B Telegr. status 10 1 bit Output C Telegr. status 11 1 bit Output D Telegr. status Communication objects No. Type Name Function for status check ... ... ... ... 8 1 bit Output A Response telegr. status 9 1 bit Output B Response telegr. status 10 1 bit Output C Response telegr. status 11 1 bit Output D Response telegr. status 4-6 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Parameters Common for all outputs: – Default position on bus voltage failure The default setting for the values is printed in bold type. Separate for each output: contact unchanged individually parameterizable – Output … contact closed contact opened Common for all outputs: – Default position on restore status bus voltage recovery individually parameterizable Separate for each output: – Operation mode switch ON delay switch OFF delay staircase lighting function normal operation Does not apply to “normal operation”: – Factor (0…255) 0 for time base 50 ms – Factor (0…255) 0 for time base 13 s – Factor (0…255) 0 for time base 55 min – Delay time applies to object no. … – Status response store changes only in the communication objects send changes on the bus no logical connection – Logical connection AND connection OR connection no logical connection Separate for each input: – Function of input … ext. input binary input Only for “extension input”: – Ext. input sends on object no. … Only for “binary input”: – Reaction on pulse edge at input … rising: ON rising: OFF rising: TOGGLE falling: ON falling: OFF falling: TOGGLE rising: ON, falling: OFF rising: OFF, falling: ON rising: TOGGLE, falling: TOGGLE – Output … contact closed contact opened Separate for each output: – Default position on mains recovery contact closed contact opened July 2000 4-7 ABB i-bus® EIB Shutter Ext. input /2  Selection in ETS2 – ABB Shutter Switch Combi actuator, SM Type: 6173 AG-101-500 For the function of this application program, it is necessary to put both coding jumpers in the “Shutter actuator” position. Shutter 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 time specifed for “Duration Up-Down” has elapsed. The time is set using a variable factor and a fixed time base. 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 period specified for “Step duration of lamella adjustment”. In this case as well the value “1” means to move downwards and “0” to move upwards. For lamella adjustment there is also a selectable factor and a fixed time base. So that the drives are not damaged by sudden changes of rotation direction, the actuator has a reversing pause between any such changes. It is possible to assign parameters to the reaction of the outputs on bus voltage failure. If the parameter “Enable locking via bus” is set to “yes”, objects 8 and 10 receive the function “Bus locking”. In this case further operation of the outputs can be blocked with the value “1”. The drives remain in their current position. The value “0” enables operation again. In order to be able to move the shutters up to a defined position for example in strong sunlight, the outputs have the parameter “Enable defined mid position”. If this function is enabled, a further four parameters are displayed and objects 4 and 6 are assigned the function “Defined mid position”. If one of these objects receives the value “1”, the associated drives move upwards until the limit switch. They then move downwards for the period specified for “Duration of downward movement until mid position”. Finally the lamella can also be adjusted by a fixed value. There is a selectable factor and a fixed time base for each of these times. To enable the shutters to be moved into a more secure defined position, for example during a storm, the actuator has the object “Wind alarm“ for outputs A/B and C/D, if the parameter “Enable wind alarm“ is set to “yes”. As soon as the object receives a telegram with the value “1”, the motors move upwards. Further operation remains blocked until the object receives a telegram with the value “0”. The adjustable time 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 devices in the shutter sensors and actuators are not able to set the read flag. 4-8 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Extension input In the default setting, the inputs function as extension inputs for shutter control. When push buttons A or C are pressed the drives are moved upwards and if push buttons B or D are pressed, the drives are moved downwards. The allocation of long or short push button actions to the functions “Up-Down” or “Lamella adjustment” can be specified in the parameter “Operation characteristic of ext. input”. The parameter “Function of input” enables the inputs to also be used as separate binary inputs. Inputs B and D are then linked to objects 9 and 11. Whether inputs A and C can be used as binary inputs is dependent on the functions “Defined mid position” and “Bus locking”. If the parameter “Enable defined mid position” is set to “no”, objects 4 and 6 are available for use as binary inputs. If the parameter “Enable locking via bus” is set to “no”, objects 8 and 10 can be used as binary inputs. Communication objects No. Type Name Function 0 1 bit Output A/B Move shutter Up-Down 1 1 bit Output A/B Lamella adj. / Stop Up-Down 2 1 bit Output C/D Move shutter Up-Down 3 1 bit Output C/D Lamella adj. / Stop Up-Down 4 1 bit Input A Telegr. switch 6 1 bit Input C Telegr. switch 8 1 bit Input A Telegr. switch 10 1 bit Input C Telegr. switch Communication objects No. Type Name Function for wind alarm, 0 1 bit Output A/B Move shutter Up-Down defined mid position, 1 1 bit Output A/B Lamella adj. / Stop Up-Down locking via bus 2 1 bit Output C/D Move shutter Up-Down 3 1 bit Output C/D Lamella adj. / Stop Up-Down 4 1 bit Output A/B Defined mid position 5 1 bit Output A/B Wind alarm 6 1 bit Output C/D Defined mid position 7 1 bit Output C/D Wind alarm 8 1 bit Output A/B Bus locking 10 1 bit Output C/D Bus locking Communication objects for binary inputs No. Type Name Function ... ... ... ... 4 ... 1 bit ... Input A ... ... Telegr. switch 6 1 bit Input C Telegr. switch ... ... ... ... 8 1 bit Input A Telegr. switch 9 1 bit Input B Telegr. switch 10 1 bit Input C Telegr. switch 11 1 bit Input D Telegr. switch July 2000 4-9 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Parameters Separate for outputs A/B and C/D: The default setting for the values – Reaction at bus voltage failure UP is printed in bold type. no reaction – Time base for duration Up-Down 13 s – Factor for duration Up-Down 23 (0 … 70) – Time base for step duration of 50 ms lamella adjustment – Factor for step duration of 10 lamella adjustment (0 … 255) – Enable locking via bus yes no – Enable wind alarm yes no Only if wind alarm is enabled: – Reaction at wind alarm UP – Enable defined mid position yes no Only if defined mid position is enabled: – Time base for duration of downward 500 ms movement until mid position – Factor for duration of downward 0 movement until mid position (0 … 255) – Time base for duration of 50 ms lamella adjustment – Factor for lamella adjustment (0 … 255) Separate for inputs A/B and C/D: 0 – Function of input ext. input binary input Only for extension inputs: – Operation characteristics of ext. input long: lamella/stop, short: up/down long: up/down, short: lamella/stop – Ext. input … sends on object no. … Only for binary inputs: – Reaction on pulse edge at input … rising: ON rising: OFF rising: TOGGLE falling: ON falling: OFF falling: TOGGLE rising: ON, falling: OFF rising: OFF, falling: ON rising: TOGGLE, rising: TOGGLE 4-10 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Shu. (le) Switch (ri) Logic Ext.In. Time /1  Selection in ETS2 – ABB In/Output Binary/binary – ABB Shutter Switch For the function of this application program, it is necessary to put the left coding jumper in the “shutter actuator” position and the right one in the “switch actuator” position. The application program makes it possible to control with outputs A/B one group with two shutter motors or similar drive mechanisms and with outputs C and D to switch two electrical consumer devices independently. Shutter (le) Communication objects with the functions “Move shutter Up-Down” and “Lamella adj. / Stop Up-Down” are available for controlling the drive mechanisms. 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 time specifed for “Duration Up-Down” has elapsed. The time is set using a variable factor and a fixed time base. 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 period specified for “Step duration of lamella adjustment”. In this case as well the value “1” means to move downwards and “0” to move upwards. For lamella adjustment there is also a selectable factor and a fixed time base. So that the drives are not damaged by sudden changes of rotation direction, the actuator has a reversing pause between any such changes. It is possible to assign parameters to the reaction of the outputs on bus voltage failure. If the parameter “Enable locking via bus” is set to “yes”, object 8 receives the function “Bus locking”. In this case further operation of the outputs can be blocked with the value “1”. The drives remain in their current position. The value “0” enables operation again. In order to be able to move the shutters up to a defined position for example in strong sunlight, outputs A/B have the parameter “Enable defined mid position”. If this function is enabled, a further four parameters are displayed and object 4 is assigned the function “Defined mid position”. If one of these objects receives the value “1”, the associated drives move upwards until the limit switch. They then move downwards for the period specified for “Duration of downward movement until mid position”. Finally the lamella can also be adjusted by a fixed value. There is a selectable factor and a fixed time base for each of these times. To enable the shutters to be moved into a more secure defined position, for example during a storm, the actuator has the object “Wind alarm“ for outputs A/B, if the parameter “Enable wind alarm“ is set to “yes”. As soon as the object receives a telegram with the value “1”, the motors move upwards. Further operation remains blocked until the object receives a telegram with the value “0”. The adjustable time 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 devices in the shutter sensors and actuators are not able to set the read flag. Switch (ri) In the mode “normal operation”, outputs C and D switch on when they receive a telegram with the value “1” and switch off on receipt of a telegram with the value “0”. Logic Using the parameter “Logical connection”, it is possible to specify an AND or an OR connection for each output. In both cases the ETS2 program displays two communication objects for the output. 4-12 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 The actuator links the values of communication objects 2 and 6 for output C or 3 and 7 for output D and switches the relay according to the result. If no logical connection is assigned, objects 6 and 7 can fulfil a binary function. Using the parameters “Status response”, it is possible to specify separately for each output whether the actuator sends a telegram if the status of the respective outputs change. The name and function of objects 10 and 11 change depending on the setting in the parameter. If the setting “store changes only in the communication objects” is selected, the actuator only replies to corresponding read commands, which it receives e.g. from a visualisation program. For the setting “send changes on the bus”, the actuator automatically sends a telegram at every change in status. If the status response is deactivated, objects 10 and 11 can fulfil a binary function. There are various parameters for the default position of the relay contacts. Using the parameter “Default position in case of bus voltage failure”, it is possible to determine whether all the relays maintain their current switching status or or whether each output should be set individually. If individual adjustment is required, it is possible to specify in the resulting parameters “Output …”, whether the relay contacts open or close on bus voltage failure. The parameter “Default position on bus voltage recovery” is used to specify whether all the relay contacts accept the status that they had prior to the bus voltage failure or whether each output should be set separately. If individual adjustment is required, it is possible to specify in the resulting parameters “Output …”, whether the relay contacts open or close on bus voltage failure. On mains failure, the relay contacts are opened. The default position on mains recovery can be selected separately for each relay contact. Time If the parameter “Operation mode” is set to “switch ON delay”, “switch OFF delay” or “staircase lighting function”, the delay time can be specified with the three ensuing parameters. It is produced from the sum of the times which can each be calculated with a variable factor and three fixed time bases of 50 ms, 13 s and 55 min. In the modes “switch ON delay” or “switch OFF delay”, the relays switch on with a delay on receipt of a telegram with the value “1” and switch off immediately on receipt of a telegram with the value “0” or switch on immediately on receipt of a telegram with the value “1” and switch off with a delay on receipt of a telegram with the value “0”. In the mode “staircase lighting function”, the actuator switches on immediately on receipt of an “On” telegram. Once the delay time has elapsed, the actuator switches off automatically. If the actuator receives further “On” telegrams before the end of this period, the time begins again. If both a logical connection and a time function have been assigned, the time setting only applies if the outputs are switched via objects 2 and 3. Extension input In the default setting, inputs A/B function as extension inputs for shutter control and inputs C and D as extension inputs for switching outputs. When push button A is pressed the drives are moved upwards and if push button B is pressed, the drives are moved downwards. The allocation of long or short push button actions to the functions “Up-Down” or “Lamella adjustment” can be specified in the parameter “Operation characteristic of ext. input”. July 2000 4-13 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 The parameter “Function of input” enables the inputs to also be used as separate binary inputs. Input B is then linked to object 9. Whether input A can be used as a binary input is dependent on the functions “Defined mid position” and “Bus locking”. If the parameter “Enable defined mid position” is set to “no”, object 4 is available for use as a binary input. If the parameter “Enable locking via bus” is set to “no”, object 8 can be used as a binary input. . The operation mode of inputs C and D can be assigned parameters as an extension input or binary input. When used as extension inputs, the input contacts are bonded with objects 2 to 3. The extension inputs are intended for use with push buttons i.e. the objects send alternately “On” and “Off” telegrams when the push button is closed. When the function of binary input is assigned, the parameter “Reaction on pulse edge ...” can be set for use with push buttons or switches. An input cannot be used as a binary input if the associated output uses a logical connection and a status response simultaneously. Communication objects No. Type Name Function 0 1 bit Output A/B Move shutter Up-Down 1 1 bit Output A/B Lamella adj. / Stop Up-Down 2 1 bit Output C Switch 3 1 bit Output D Switch 4 1 bit Input A Telegr. switch 6 1 bit Input C Telegr. switch 7 1 bit Input D Telegr. switch 8 1 bit Input A Telegr. switch 10 1 bit Input C Telegr. switch 11 1 bit Input D Telegr. switch Communication objects No. Type Name Function for outputs A/B 0 1 bit Output A/B Move shutter Up-Down for wind alarm, 1 1 bit Output A/B Lamella adj. / Stop Up-Down defined mid position, ... ... ... ... locking via bus 4 5 1 bit 1 bit Output A/B Output A/B Defined mid position Wind alarm 8 1 bit Output A/B Bus locking Communication objects No. Type Name Function for outputs A/B ... ... ... ... for binary inputs 4 1 bit Input A Telegr. switch ... ... ... ... 8 1 bit Input A Telegr. switch 9 1 bit Input B Telegr. switch 4-14 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Communication objects No. Type Name Function for outputs C/D ... ... ... ... 2 1 bit Output C Switch 3 1 bit Output D Switch 6 1 bit Input C Telegr. switch 7 1 bit Input D Telegr. switch ... ... ... ... 10 1 bit Input C Telegr. switch 11 1 bit Input D Telegr. switch Communication objects No. Type Name Function ... ... ... ... for outputs C/D for OR connection 2 1 bit Output C OR connection 3 1 bit Output D OR connection 6 1 bit Output C OR connection 7 1 bit Output D OR connection ... ... ... ... Communication objects No. Type Name Function for outputs C/D for AND connection ... ... ... ... 2 1 bit Output C AND connection 3 1 bit Output D AND connection 6 1 bit Output C AND connection 7 1 bit Output D AND connection ... ... ... ... Communication objects No. Type Name Function for outputs C/D ... ... ... ... for status response 10 1 bit Output C Telegr. status 11 1 bit Output D Telegr. status Communication objects No. Type Name Function ... ... ... ... 10 1 bit Output C Response telegr. status 11 1 bit Output D Response telegr. status for outputs C/D for status check July 2000 4-15 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Parameters Common for all outputs: for outputs – Default position on bus voltage failure contact unchanged The default setting for the values individually parameterizable is printed in bold type. Only for individual setting: – Output A/B UP / no reaction – Output C contact closed contact opened – Output D contact closed contact opened For outputs C and D: – Default position on bus restore status voltage recovery individually parameterizable Only for individual setting: – Output C contact closed contact opened – Output D contact closed contact opened For output A/B: – Time base for duration Up-Down 13 s – Factor for duration Up-Down 23 (0 … 70) – Time base for step duration of 50 ms lamella adjustment – Factor for step duration of 10 lamella adjustment (0 … 255) – Enable locking via bus yes / no – Enable wind alarm yes / no Only if wind alarm is enabled: – Reaction at wind alarm UP – Enable defined mid position yes / no Only if defined mid position is enabled: – Time base for duration of downward 500 ms movement until mid position – Factor for duration of downward 0 movement until mid position (0 … 255) – Time base for duration of 50 ms lamella adjustment – Factor for duration of lamella 0 adjustment (0 … 255) Separate for outputs C and D: – Default position on contact closed mains recovery contact opened – Operation mode switch ON delay switch OFF delay staircase lighting function normal operation Not for normal operation: – Factor (0…255) for time base 50 ms 0 – Factor (0…255) for time base 13 s 0 – Factor (0…255) for time base 55 min 0 – Delay time applies to object no. … – Status response store changes only in the communication objects send changes on the bus no – Logical connection AND connection OR connection no logical connection 4-16 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Parameters For inputs A/B: for inputs – Function of input ext. input The default setting for the values binary input is printed in bold type. Only for extension input: – Ext. input A/B sends on object no. 0 resp. 1 – Operation characteristics of long: lamella/stop, short: Up-Down ext. input long: Up-Down, short: lamella/stop Only for binary inputs: – Reaction on pulse edge at input … rising: ON rising: OFF rising: TOGGLE falling: ON falling: OFF falling: TOGGLE rising: ON, falling: OFF rising: OFF, falling: ON rising: TOGGLE, falling: TOGGLE Separate for inputs C and D: object no. …– Ext. input … sends on Only for binary input: – Reaction on pulse edge at input … rising: ON rising: OFF rising: TOGGLE falling: ON falling: OFF falling: TOGGLE rising: ON, falling: OFF rising: OFF, falling: ON rising: TOGGLE, falling: TOGGLE – Function of input … ext. input binary input Only for extension input: July 2000 4-17 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Switch (le) Shu. (ri) Logic Ext.In. Time /1  Selection in ETS2 – ABB In/Output Binary/binary – ABB Shutter Switch For the function of this application program, it is necessary to put the left coding jumper in the “switch actuator” position and the right one in the “shutter actuator” position. The application program makes it possible to switch with outputs A and B two electrical consumer devices independently and with outputs C and D to control one group with two shutter motors or similar drive mechanisms. Switch (le) In the mode “normal operation”, outputs C and D switch on when they receive a telegram with the value “1” and switch off on receipt of a telegram with the value “0”. Logic Using the parameter “Logical connection”, it is possible to specify an AND or an OR connection for each output. In both cases the ETS2 program displays two communication objects for the output. The actuator links the values of communication objects 0 and 4 for output C or 1 and 5 for output D and switches the relay according to the result. If no logical connection is assigned, objects 4 and 5 can fulfil a binary function. Using the parameters “Status response”, it is possible to specify separately for each output whether the actuator sends a telegram if the status of the respective outputs change. The name and function of objects 8 and 9 change depending on the setting in the parameter. If the setting “store changes only in the communication objects” is selected, the actuator only replies to corresponding read commands, which it receives e.g. from a visualisation program. For the setting “send changes on the bus”, the actuator automatically sends a telegram at every change in status. If the status response is deactivated, objects 8 and 9 can fulfil a binary function. There are various parameters for the default position of the relay contacts. Using the parameter “Default position in case of bus voltage failure”, it is possible to determine whether all the relays maintain their current switching status or or whether each output should be set individually. If individual adjustment is required, it is possible to specify in the resulting parameters “Output …”, whether the relay contacts open or close on bus voltage failure. The parameter “Default position on bus voltage recovery” is used to specify whether all the relay contacts accept the status that they had prior to the bus voltage failure or whether each output should be set separately. If individual adjustment is required, it is possible to specify in the resulting parameters “Output …”, whether the relay contacts open or close on bus voltage failure. On mains failure, the relay contacts are opened. The default position on mains recovery can be selected separately for each relay contact. Time If the parameter “Operation mode” is set to “switch ON delay”, “switch OFF delay” or “staircase lighting function”, the delay time can be specified with the three ensuing parameters. It is produced from the sum of the times which can each be calculated with a variable factor and three fixed time bases of 50 ms, 13 s and 55 min. In the modes “switch ON delay” or “switch OFF delay”, the relays switch on with a delay on receipt of a telegram with the value “1” and switch off immediately on receipt of a telegram with the value “0” or switch on immediately on receipt of a telegram with the value “1” and switch off with a delay on receipt of a telegram with the value “0”. In the mode “staircase lighting function”, the actuator switches on immediately on receipt of an “On” telegram. Once the delay time has elapsed, the actuator switches off automatically. 4-18 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 If the actuator receives further “On” telegrams before the end of this period, the time begins again. If both a logical connection and a time function have been assigned, the time setting only applies if the outputs are switched via objects 0 and 1. Shutter (ri) Communication objects with the functions “Move shutter Up-Down” and “Lamella adj. / Stop Up-Down” are available for controlling the drive mechanisms. 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 time specifed for “Duration Up-Down” has elapsed. The time is set using a variable factor and a fixed time base. 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 period specified for “Step duration of lamella adjustment”. In this case as well the value “1” means to move downwards and “0” to move upwards. For lamella adjustment there is also a selectable factor and a fixed time base. So that the drives are not damaged by sudden changes of rotation direction, the actuator has a reversing pause between any such changes. It is possible to assign parameters to the reaction of the outputs on bus voltage failure. If the parameter “Enable locking via bus” is set to “yes”, object 10 receives the function “Bus locking”. In this case further operation of the outputs can be blocked with the value “1”. The drives remain in their current position. The value “0” enables operation again. In order to be able to move the shutters up to a defined position for example in strong sunlight, outputs C/D have the parameter “Enable defined mid position”. If this function is enabled, a further four parameters are displayed and object 6 is assigned the function “Defined mid position”. If this object receives the value “1”, the associated drives move upwards until the limit switch. They then move downwards for the period specified for “Duration of downward movement until mid position”. Finally the lamella can also be adjusted by a fixed value. There is a selectable factor and a fixed time base for each of these times. To enable the shutters to be moved into a more secure defined position, for example during a storm, the actuator has the object “Wind alarm“ for outputs C/D, if the parameter “Enable wind alarm“ is set to “yes”. As soon as the object receives a telegram with the value “1”, the motors move upwards. Further operation remains blocked until the object receives a telegram with the value “0”. The adjustable time 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 devices in the shutter sensors and actuators are not able to set the read flag. Extension input In the default setting inputs A and B function as extension inputs for switching outputs and inputs C/D as extension inputs for shutter control. The operation mode of inputs A and B can be assigned parameters for the function of extension input or binary input. July 2000 4-19 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 When used as extension inputs, the input contacts are bonded with objects 0 and 1. The extension inputs are intended for use with push buttons i.e. the objects send alternately “On” and “Off” telegrams when the push button is closed. When the function of binary input is assigned, the parameter “Reaction on pulse edge ...” can be set for use with push buttons or switches. An input cannot be used as a binary input if the associated output uses a logical connection and a status response simultaneously. When push button C is pressed the drives are moved upwards and if push button D is pressed, the drives are moved downwards. The allocation of long or short push button actions to the functions “Up-Down” or “Lamella adjustment” can be specified in the parameter “Operation characteristic of ext. input”. The parameter “Function of input” enables the inputs to also be used as separate binary inputs. Input D is then linked to object 11. Whether input C can be used as a binary input is dependent on the functions “Defined mid position” and “Bus locking”. If the parameter “Enable defined mid position” is set to “no”, object 6 is available for use as a binary input. If the parameter “Enable locking via bus” is set to “no”, object 10 can be used as a binary input. Communication objects Nr. Type Name Function 0 1 bit Output A Switch 1 1 bit Output B Switch 2 1 bit Output C/D Move shutter Up-Down 3 1 bit Output C/D Lamella adj. / Stop Up-Down 4 1 bit Input A Telegr. switch 5 1 bit Input B Telegr. switch 6 1 bit Input C Telegr. switch 8 1 bit Input A Telegr. switch 9 1 bit Input B Telegr. switch 10 1 bit Input C Telegr. switch Communication objects No. Type Name Function for outputs A/B 0 1 bit Output A OR connection for OR connection 1 1 bit Output B OR connection ... ... ... ... 4 1 bit Output A OR connection 5 ... 1 bit ... Output B ... OR connection ... 4-20 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Communication objects No. Type Name Function for outputs A/B 0 1 bit Output A AND connection 1for AND connection ... 1 bit ... Output B ... AND connection ... 4 1 bit Output A AND connection 5 1 bit Output B AND connection ... ... ... ... Communication objects No. Type Name Function for outputs A/B ... ... ... ... for status response 8 1 bit Output A Telegr. status 9 1 bit Output B Telegr. status ... ... ... ... Communication objects No. Type Name Function ... ... ... ... 8 1 bit Output A Response telegr. status 9 1 bit Output B Response telegr. status ... ... ... ... for outputs A/B for status check Communication objects No. Type Name Function ... ... ... ... for outputs C/D 2 1 bit Output C/D Move shutter Up-Down 3 1 bit Output C/D Lamella adj. / Stop Up-Down ... ... ... ... 6 1 bit Input C Telegr. switch ... ... ... ... 10 1 bit Input C Telegr. switch Communication objects No. Type Name Function ... ... ... ... for outputs C/D for wind alarm, 2 1 bit Output C/D Move shutter Up-Down defined mid position, 3 1 bit Output C/D Lamella adj. / Stop Up-Down ... ... ... ... 6 1 bit Output C/D Defined mid position 7 1 bit Output C/D Wind alarm ... ... ... ... 10 1 bit Output C/D Bus locking locking via bus Communication objects No. Type Name Function for outputs C/D... ... ... ... for binary inputs 6 ... 1 bit ... Input C ... Telegr. switch ... 10 1 bit Input C Telegr. switch 11 1 bit Input D Telegr. switch July 2000 4-21 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Parameters Common for all outputs: for outputs – Default position on bus voltage failure contact unchanged The default setting for the values individually parameterizable is printed in bold type. Only for individual setting – Output A contact closed contact opened – Output B contact closed contact opened – OutputC/D UP / no reaction For outputs A and B: – Default position on bus restore status voltage recovery individually parameterizable Only for individual setting – Output A contact closed contact opened – Output B contact closed contact opened Separate for outputs A and B: – Default position on mains recovery contact closed contact opened – Operation mode switch ON delay switch OFF delay staircase lighting function normal operation Does not apply to normal operation: – Factor (0…255) 0 for time base 50 ms – Factor (0…255) 0 for time base 13 s – Factor (0…255) 0 for time base 55 min – Delay time applies to object no. … – Status response store changes only in comm. objects send changes on the bus no – Logical connection AND connection OR connection no logical connection For output C/D: – Time base for duration Up-Down 13 s – Factor for duration Up-Down 23 (0 … 70) – Time base for step duration of 50 ms lamella adjustment – Factor for step duration of 10 lamella adjustment (0 … 255) – Enable locking via bus yes / no – Enable wind alarm yes / no Only if wind alarm is enabled: – Reaction at wind alarm UP – Enable defined mid position yes / no Only if defined mid position is enabled: – Time base for duration of downward 500 ms movement until mid position – Factor for duration of downward 0 movement until mid position (0 … 255) – Factor for duration of 50 ms lamella adjustment – Factor for lamella adjustment 0 (0 … 255) 4-22 July 2000 ABB i-bus® EIB Combi actuator, SM Type: 6173 AG-101-500 Parameters Separate for inputs A and B: for inputs – Function of input … ext. input The default setting for the values binary input is printed in bold type. Only for extension input: – Ext. input … sends on object no. … Only for binary input: – Reaction on pulse edge at input … rising: ON rising: OFF rising: TOGGLE falling: ON falling: OFF falling: TOGGLE rising: ON, falling: OFF rising: OFF, falling: ON rising: TOGGLE, falling: TOGGLE For inputs C/D: – Function of input ext. input binary input Only for extension input: – Ext. input C/D sends on object no. 2 resp. 3 – Operation characteristics of long: lamella/stop, short: Up-Down ext. input long: Up-Down, short: lamella/stop Only for binary inputs: – Reaction on pulse edge at input … rising: ON rising: OFF rising: TOGGLE falling: ON falling: OFF falling: TOGGLE rising: ON, falling: OFF rising: OFF, falling: ON rising: TOGGLE, falling: TOGGLE July 2000 4-23