RMD Built Flush Surface in mountedmounted Page 232 Page 364 Page 364 Page 234 Page 234 Page 60 Page 60 Page 48 Page 50 Page 60 Page 40 Page 36 Page 38 Page 56 Page 52 Page 42 Page 46 Page 318 Page 48 Page 50 Page 58 Page 54 Page 64 Page 68 Page 66 Page 70 Page 72 Page 76 Page 72 Page 74 Page 82 Page 78 Page 80 Page 84 Page 90 Page 84 Page 88 Page 98 Page 94 Page 96 Page 102 Page 100 Page 106 Page 104 Page 108 Page 112 Page 108 Page 110 Page 118 Page 114 Page 116 Page 138 Page 142 Page 140 Page 148 Page 150 Page 152 Page 154 Page 200

Other

continued on next pages
PRODUCT OVERVIEW BY ORDER NUMBER
Order number Device 06. Brightness sensor 3gang.... 06. Time switch (annual) 4gang DCF.... 07. Time switch (annual) 4gang... 08. Binary input 4gang 230 V AC... . 01. Binary input 6gang 24 V AC/DC... 01. Binary input 8gang 230 V.... . xx.. Movement controller 180 (1.1 m).... xx.. Movement controller 180 (2.2 m).... 12. Movement controller 180 comfort with change-over switch (1.1 m). . 12. Movement controller 180 comfort with change-over switch (2.2 m). . 01. Presence detector standard... 01. Presence detector comfort... . 01. Switch actuator 16gang 10 A normally open manual status.. . 02 (new). Switch/shutter actuator 16/8gang 16 A normally open manual status.. . 07. Universal dim actuator 1gang 50500 W/VA... 07. Universal dim actuator 2gang 2 x 300 W/VA... 05. Control unit 3gang 110 V 16 A... 07. Switch actuator 4gang 16 A manual status... 10. Switch actuator 4gang 16 A C-load manual normally open status. . 11. Shutter actuator 4gang 6 A 24 V DC manual status.. 12. Shutter actuator 4gang 230 V AC manual status... . 13 (new). Blind actuator 4gang 6 A 230 V manual... . 15. Switch actuator 4gang 16 A normally open manual status. . 16 (new). Switch actuator 4gang 16 A C-load normally open manual status with current detection. . 17 (new). Universal dim actuator 4gang 20210 W/VA manual status.. . 18 (new). Shutter actuator 4gang 230 V AC/DC manual status... . 02. Switch actuator 6gang 6 A... . 03. Heating actuator 6gang Triac, 230 V AC... . 01. Switch actuator 8gang (4gang 6 A and 4gang 16 A) manual status. 02. Switch actuator 8gang 16 A C-load manual normally open status. . 03 (new). Switch/shutter actuator 8/4gang 16 A normally open manual status.. . 04 (new). Switch actuator 8gang 16 A normally open manual status. . 05 (new). Switch actuator 8gang 16 A C-load normally open manual status with current detection. . 01. Heating actuator 12gang Triac, 24 V... . 01. Heating actuator 6gang Triac, 24 V.. . 01 (new). Switch actuator 1gang 16 A... . 02. Shutter actuator 1gang 6 A... 03 (new). Universal dim actuator 1gang 50210 W/VA... . 01 (new). Switch actuator 2gang 16 A... . 03 (new). Weather station 4gang comfort... . 04 (new). Analogue input 4gang.... . 04 (new). Analogue input module 4gang... . 01. Brightness sensor 1gang.... xx (new). Object room thermostat with push-button interface and integral bus coupler unit. xx (new). Room thermostat with push-button interface and integral bus coupler unit. xx.. Room thermostat.... 01. Brightness and temperature sensor... . 02. Valve drive.... . 01 (new). Analogue actuator 4gang.... . 01 (new). Analogue actuator module 4gang... . 04. Radio receiver.... 01. Universal interface 2gang comfort... 01. Universal interface 4gang comfort... 01. Universal interface 8gang comfort... xx.. Bluetooth gateway.... xx.. IR gateway.... xx (new). Push-button 2gang with room thermostat and display.. . xx.. B.IQ Push-button 3gang with room thermostat and display.. . xx (new). B.IQ IR Push-button 3gang with room thermostat and display. xx (new). Push-button 3gang with room thermostat and display.. . xx.. Multifunction push-button 4gang... . xx.. B.IQ Push-button 3gang with room thermostat and display.. . xx (new). B.IQ IR Push-button 4gang with room thermostat and display. xx.. B.IQ Push-button 5gang with room thermostat and display.. .

instabus KNX/EIB functions
Lighting Window blinds/sun blinds/awnings Heating control Security technology Signalling system General functions
Switchable lighting circuits Dimming lighting circuits Motion-sensitive lighting control Light-sensitive lighting control Timed lighting control Group and centralized controls Centralized off function (when leaving the building) Save/retrieve light scenes Switchable sockets for portable devices Single/group/centralized controls Timed function Light-sensitive function Automatic sun shutter weather device with display of weather data Single-room temperature control (two-stage) Timed temperature control Needs-based heating (windows open/heating off) Boiler control Window drive motors Sun shade function (to prevent heat build-up) Exposed area heating Processing of fault signals (power failure/heating/freezer, etc.) Simulated presence (lighting/window blinds) Motion-sensitive exterior lighting Fire alarm Window and door opening monitor Processing of attack alarm Lighting monitor as alarm Panic button Telephone alarm transmission/status polling Security functions when present/absent Flashing house lighting in case of alarm Acoustic/visual indication via displays Facility to incorporate ringer Sleeping house (night mode) Centralized display and operator control units Telephone control facility Telecontrol by PC
BERKER SWITCH RANGES All Berker flush-mounted standard and area programs are modular in design. This means they can combine all the colour and material variants within the various ranges according to individual needs. And of course you can also interchange surfaces within the Berker special ranges. The product illustrations presented in this Manual are generally shown in halftones. The best way to experience the true breadth of combination options and colour shading is by referring to our master catalogue or by visiting us on the Internet at www.berker.com. MODULE 2 The standard program combines highly flexible design options with optimum value for money: A classic range matching any interior design style, specially suited to rented apartment blocks and public buildings as well as private living space. Berker S.1 The new Berker S.1 standard range sets new standards in many respects. The modern design with its simple elegance is suitable for a wide variety of ambiences and intended uses. Using the same rockers and inserts in the ranges Berker S.1, B.1, B.3 and B.7 GLASS means that warehousing requirements are minimised. Its modular concept, ergonomic design and square shape guarantee efficient handling.

Amplifier Objects Group addresses/assignments
LED displays The data transfer LEDs are lit when valid telegrams are being received on the corresponding line. Memory The filter tables are stored in a non-volatile memory (flash). This means that an internal backup battery is not required.
Key 1. Operation LED 2. Data transfer LED, upper-ranking line 3. Data transfer LED, lower-ranking line 4. Group communication LED 5. Programming LED 6. Programming button 7. Connecting terminal (upper/higher-level line) 8. Connecting terminal (lower/lower-level line)
Functions as line or area coupler Used as line amplifier Data link between two KNX/EIB lines with electrical isolation LED displays for operation, group communication data traffic and programming Filter functions in order to reduce the bus load

Coupler RMD

ETS search path: Gebr. Berker >> System components >> Line couplers >>
Installation Main and area lines have the same properties as normal lines. As such, they require separate power supplies. In terms of installation, the couplers are assigned to the lower-ranking lines. It is advisable to install couplers on a top hat rail along with the power supply or choke.
Sample connection: coupler as line coupler
SYSTEM COMPONENTS (Continued)
Programming The device can be programmed via the higher-ranking or lowerranking line (physical address, parameters). The device can also be commissioned from any line in the KNX/EIB installation. If this coupler is used, the physical address of the data interface used is no longer relevant.
Sample connection: coupler as line amplifier

Supply

via bus line Programming button Programming LED Bus IP 20, to EN 60529 Operation Storage/transportation on top hat rail 35 mm, EN 50022 17.5 x 90 x 58 mm
2132 V DC Red Pressure contact on data rail

Controls and displays

Protection Ambient temperature range
Mounting Dimensions (WxHxD)

1 module

The bus coupling unit is executed as a top hat rail mounted device. It is the interface between the instabus KNX/EIB and the user modules in RMD module design. Depending on the chosen application, output devices can be assigned to up to four channels. This device can also be used as a logic controller with a wide variety of applications.

Covers Centre plates or central plates and intermediate ring for TAE/TDO phone systems are used as a cover (see order data below).
Key 1. USB connection (type B)
Flush-mounted device for installation in a switch box Connecting a PC via the USB data interface Connection via bus terminal Power supply via PC No bus coupling unit required With flash controller
ARSYS TWINPOINT Centre plate Centre plate - White. *02 - Polar white. *1035 09. - Polar white. *69 - Red. *- Light bronze, metal *01 - Black.. *1035 65. - Stainless steel. *04. Centre plate with labelling field - White. *02. - Polar white. *69
USB data port flush-mounted
Data rail with connector Protection class Ambient temperature range Mounting
IP 20, according to EN 60529 Operation Storage/transport on top hat rail 35 mm, EN 50022 as desired 214 x 24 x 1.8 mm (for top hat rail 35 x 7.5 mm) IP 20, to EN 60529 Operation Storage/transportation on top hat rail 35 mm, EN 50022 any 240 mm Bus Coding IP 20, to EN 60529 Operation Storage/transportation Clip on to connector pins of bus devices any 11.5 x 10 x 10.2 mm -5 to 45 C -25 to 70 C 13.5 modules 2 x 4 clip-on terminals 0.60.8 mm Red/black = +/ -5 to +45 C -25 to +70 C Snap-on 12 modules -5 to +45 C -25 to +70 C bonded-in
Mounting orientation Dimensions (WxHxD) Data rail cover Protection

Mounting

Mounting orientation Dimensions (W) Terminal Connections Protection Ambient temperature range Mounting Mounting orientation Dimensions (WxHxD)
The data rail creates a connection between the devices via the pressure contacts of the KNX/EIB rail mounted devices. They are bonded into the top hat rail. The inner pair of the four contact paths carries the bus voltage, and the outer pair the supply voltage. At the end of the data rail is a 4pole bus terminal that is used to establish the connection to the data rail. The data rail cover protects the data rails against dirt and interference voltage. It is divisible into a 0.5 modules.
The terminal connects the components to the bus (with polarity reversal protection), and serves as a tappingblock. There are connection facilities for a maximum of 2 x 4 conductors.
Data rail with connector for top hat rail 35 x 7.5 mm 12 modules. 08
Data rail cover Light grey.. 04

Terminal Red/black.. 05

The configuration of the strip conductors is only correct if the connector is to the right during installation. The data rail must not be shortened. Empty areas of the top hat rail with a data rail inserted must be provided with a cover. Connection to another line The outer connector terminals (yellow and white) of the data rail are used to connect the nonchoked 30 V DC voltage, e.g. to supply KNX/EIB lines via a separate choke.

B.IQ light scene push-button comfort
ETS search paths: Gebr. Berker >> Push-button >> Push-button, general >> Gebr. Berker >> Push-button >> B.IQ >>
Mounting Mounting orientation
The light scene push-button 8gang is clipped onto the flush-mounted bus coupling unit. When a button is pressed it sends KNX/EIB telegrams which cause actuators to trigger corresponding functions. Up to eight light scenes can be stored and retrieved. If not all objects are actively used (linked to group addresses) the free objects must be assigned dummy addresses. The device is completed by a cover frame, the bus coupling unit and a terminal.

* without labelling

Light scene 104102
Optionally value or switching object for the eight output objects Retrieval of individual light scenes via extension input 9 maximum of 9 each
Retrieval and storage of up to eight different light scenes
Light scene pushbutton 8gang
The multifunction push-button 4gang is a user module for clipping onto the flush-mounted bus coupling unit. The device is completed by a cover frame, the bus coupling unit and a terminal.

Multifunction 104201

Function programmable separately for each rocker (switching, dimming, shutter, value, light scene extension) Status LED for each rocker 13 maximum of 34 each
Operation of switch, dim or shutter actuators Function programmable separately for each rocker Operating LED Four status LEDs to indicate operating states Value transmitter for brightness values Light scene extension
Multifunction pushbutton 4gang
via bus line Rocker Programming button Programming LED Status LED KNX/EIB IP 44, to EN 60529 Operation Storage/transportation Screws/plugs any 75 x 75 x 61.5 mm
Operation and display elements Connections Protection

see dimensional drawings

The push-button BCU 1gang is executed as a surface-mounted device. It consists of a bus coupling unit, a micro push-button with associated evaluation electronics and a status LED, as well as a mechanical mounting unit for rockers. The rockers are not included. They can be ordered separately in differing designs according to the application (rocker, with lens, with symbol, with labelling).

The room thermostat is a user module for clipping onto the flush-mounted bus coupling unit. The internal temperature sensor records the room temperature and sends a manipulated variable to the heating/cooling controller or valve drive over the instabus KNX/EIB depending on the operating mode and the current target (setpoint) value. The device has five operating modes (Comfort, Standby, Night, Frost/heat protection and Controller lock), each with one set-point value in heating or cooling mode (10 set-point values). A constant or switching PI or 2-point algorithm can be selected for the heating and cooling function. Two-stage modes can be set. The integral push-button is used to manually control the operating modes. The device is completed by a cover frame, the bus coupling unit and a terminal.
Regulator 705A01 Two-stage heating or cooling possible (e.g. floor heating and towel heating) Heating/cooling functions in variants Automatic heating/cooling toggle Constant (1-byte) or switching (1-bit) manipulated variable PI control or 2-point control programmable Control parameters for PI controller (proportional range, resetting time) and 2-point controller (hysteresis) programmable Transmission of current and set-point temperature Adjustable room temperature measurement (current value) Push-button function and rotary knob deactivatable Scaling of set-point value rotary knob programmable Automatic transmission, cycle time and telegram rate limitation for manipulated variables programmable Command value limitation for continuous outputs can be activated and adjusted Duration of comfort extension operating mode programmable Status information (1-bit or 1-byte) programmable Objects Group addresses/assignments 12 maximum of 18 each
Key 1. LED for night operating mode 2. LED for standby operating mode 3. LED for comfort operating mode 4. Presence push-button 5. Rotary knob 6. LED for controller lock 7. LED for frost protection
Room thermostat for maximum of two heating circuits Heating and cooling Two-stage heating/cooling possible Operation of electro-thermic valves and valve drives Visual mode indicator Set-point temperature adjustment via rotary knob Presence push-button for comfort extension operating mode Various control algorithms

Room thermostat

ETS search path: Gebr. Berker >> Heating, air conditioning >> Thermostat >>
via bus line Signal recognition Signal duration
2132 V DC 020.000 lux Continuous
Inputs Operation and display elements
Programming button Programming LED Red RMD module Brightness sensor RMD module Brightness sensor RMD module operation Storage/transportation RMD module Brightness sensor any RMD module Brightness sensor 86 x 35.8 x 60 mm, 2 modules 86 x 27 x 38 mm KNX/EIB via connecting terminal 2 screw-type terminals, max. 100 m cable length IP 20, EN 60529 IP 54, EN 60529 -5 to +45 C -25 to +70 C Snap-on to top hat rail Fixing bracket

Command in event of rising edge (UP, DOWN, TOGGLE) and switchover time between step and Shutter function move operation programmable Operating concept programmable Operation period for lamella shutter adjustment programmable Value, temperature and brightness transmitter function and light scene extension Outputs Edge (button as normally-open, button as normally-closed, switches) and value at edge programmable Value can be changed by pressing and holding the push-button Independent outputs programmable as NO (normally open) or NC (normally closed) contacts Preferred location programmable on restoration of bus voltage One switching status report and one additional function possible for each output Programmable additional functions: logic operation function with three logical parameters, lock-out / forced positioning function On and/or Off delay or time switch function programmable for each output separately Flashing output signal programmable (flashing frequency in threestages) 24 26/27 Continued on next double page
Assembly possible in a deep flush-mounted box behind installation switches Four potential-free inputs Channels 1 and 2 can be used as outputs Input and output functions can be combined Short-circuit-proof Reverse polarity protection
Universal interface 4gang comfort flush-mounted
Key 1. Reference potential (grey) 2. Channels 1 to 4 3. Programming LED 4. Programming button 5. Bus connection 6. Connecting cables

Used as 4 x inputs

2 x inputs and 2 x outputs
via bus line Number Cable length Scanning voltage Number Cable length Output current Bus power failure Mains power failure Bus power restoration Mains power restoration Bus and mains power restoration Programming button Programming LED KNX/EIB Inputs/outputs IP 20, EN 60529 Operation Storage/transportation e.g. deep UP socket any 44 x 48 x 32 mm
2132 V DC max. 8/4 (depending on application) 10 m 20 V pulses, 2 ms long, cyclic every 60 ms max. 8/4 (depending on application) 10 m 0.8 mA (constant) each output No response --All object values of the outputs are cleared ----- Red Terminal 2 x 5-pin screw-terminal connector blocks

Outputs

Response to power failure/restoration Operation and display elements
-5 to +45 C -25 to +70 C Diameter 60 mm

Device colour Light grey.. 03
Accessories Analogue input module. 04 Combi weather sensor surfacemounted. 57 Power supply 24 V AC.. 01
Weather station comfort B00602 Analogue inputs Connectable sensor type can be adjusted for the integral analogue inputs: 01, 010V; 020, 420mA Selection of the pre-configured system sensors for the analogue inputs: wind sensor, brightness sensor, twilight sensor, temperature sensor, rain sensor, humidity sensor, air pressure sensor. Transmission behaviour for measured values adjustable Transmission of an alarm bit can be set 1 or 2-byte can be chosen as transmission format for measured values Two limit values with hysteresis can be set per input (other than rain sensor) Two external limit values per input can be selected for adjustment via EIB devices in ongoing operation Wire break monitoring can be set for 420 mA sensors Blocking modules 16 blocking modules available One input, output and blocking object per blocking module Per input and output object format switching 1-bit, value 1-byte and value 2-byte can be set Number of logic gates freely selectable, but limited by the max. number of objects (200) Logic "AND", "OR", "exclusive OR" can be set Number of inputs selectable per logic gate (max. 8 inputs) For output object, switch on delay, switch off delay and cyclic transmission are adjustable

Logic controller

One analogue input module with four additional inputs can be selected: Programming Modules options as for the basic unit One combi sensor can be selected: Programming options see combi sensor Common selection of analogue input module and combi sensor possible Objects Group addresses/assignments 200 max. 200 each
Key 1. Analogue input module connection 2. Combi weather sensor connection 3. Bus connection 4. Programming button 5. Programming LED 6. Status LED 7. Active sensor
Four freely adjustable sensor inputs Four additional sensor inputs possible using analogue input module System interface for connection of an analogue input module Connection for combi weather sensor surface-mounted 24 V DC output for supplying connected sensors
Weather station 4gang comfort RMD
ETS search paths: Gebr. Berker >> Entry >> Analogue input, 4gang >> Gebr. Berker >> Physical sensors >> Weather station >>

Key 1. Wind wheel 2. Twilight sensor 3. Fixing bracket with screw holes 4. Brightness sensor west Brightness sensor east Brightness sensor south 5. Precipitation sensor (north)
The heating of the combi sensor protects the electronics against condensation in the specified temperature range. It does not protect against icing of the housing or moving parts.
DCF77 receiver Buzzer for quality indication of the DCF77 signal PTC heater element for winter operation Mounting bracket and Nirost clamp for fixing to a mast Pre-assembled connecting cable

Combi weather sensor

Measuring range
linear 0 to 10 V Voltage Current consumption Heater short-time 3 m max. 100 m 300 g IP 65, EN 60529 Operation Storage/transportation Wall or mast mounted vertical Overall height: 160 mm
0.7 to 40 m/s min. 1.5 K load 24 V DC (18 to 32 V DC) approx. 12 mA (without heater) 24 V DC/AC, PTC element (80 C) max 60 m/s LiYY 6 x 0.25 mm2 Follow installation instructions

Electrical output

Supply

Loading Cable length

Lead Weight Protection
-25 to +60 C -25 to +70 C Mounting bracket (supplied)

Fixing method

Mounting orientation Dimensions
Wind vane diameter: 124 mm
The WS wind speed sensor is deployed in conjunction with the weather station 4gang or the analogue input. It registers and evaluates the wind speed. The rotation speed, recorded by way of a reed contact, is converted by an electronic circuit into an analogue output signal from 0 to 10 V. The optional heating transformer permits trouble-free operation in case of frost. The necessary supply voltage is provided by the analogue input or the weather station. The 24 V AC RMD power supply can provide the heating voltage for sensors such as the wind sensor surface-mounted or the rain sensor surface-mounted. Connection to external systems is possible.

Device colour White. 50

Accessories Mast adapter. 46 Power supply 24 V AC.. 01
Selection of mounting location Do not mount the wind sensor close to transmitters (e.g. private mobile radio). To avoid corruption of measured values, make sure the sensor is correctly orientated (e.g. not sheltered from the wind).
Wiring Do not lay sensor cables parallel to live or load-carrying cables. To avoid electromagnetic interference, maintain a clearance of a few centimetres from the cables.
Terminal assignment White: Ground Brown: Operating voltage +24 V DC Green: Output 010 V Yellow: Ground Grey/pink: Heater 24 V AC/DC
Registering and evaluation of wind speed Generation of analogue signals Non-frost-sensitive opertion with optional WS heating transformer

Lead Cable length

Weight
The WS twilight sensor is deployed in conjunction with the weather station 4gang or the analogue input. Itregisters and evaluates the brightness. To prevent damp forming in the housing, the device is fitted with a pressure compensation element (climate control diaphragm). The registered brightness is converted by an electronic circuit into a linear, analogue output signal from 0 to 10 V. The required supply voltage for the brightness sensor is delivered by the weather station 4gang or the analogue input. Connection to third-party systems is possible.

Device colour Grey.. 55.

Selection of mounting location Do not mount the brightness s ensor close to transmitters (e.g. private mobile radio). Pay attention to possible changes in ambient conditions (house s hadow, change in level of foliage, etc.). To prevent corruption of measured values, make sure the sensor is correctly aligned (toward the N orth, not in direct sunlight). Do not mount it within the range of influence of lamps.
Wiring Do not lay sensor cables parallel to live or load-carrying cables. To avoid electromagnetic inter ference, maintain a clearance of a few centimetres from the cables. Care The sensor must be cleaned regularly with a mild cleaning agent, and so should be mounted at an easily a ccessible location.

WS twilight sensor

Measuring range Accuracy Output Measuring system Response time Current consumption Supply voltage Connection
Humidity Temperature Humidity Temperature Humidity Temperature Humidity Temperature Humidity Temperature approx. 5 mA 12 to 30 V DC Screw-type terminals IP 30, EN 60529 Operation Storage/transportation Surface-mounted vertical 71 x 71 x 27 mm
10 to 95 % relative air humidity (5 k load) -30 to +70 C (5 k load) 3% 0.3 C, DIN to 100 % (0 to 10 V) -30 to +70 C (0 to 10 V) capacitive Pt 1000 approx. 60 s approx. 30 s
max. 1.5 mm2 (recommended 4 x 0.25 mm2) -30 to +70 C -25 to +70 C Screw fixing holes in housing base Vents at top and bottom
Protection Ambient temperature range Fixing method Mounting orientation Dimensions (WxHxD)
The humidity and temperature sensor is executed as a surface-mounted device, and is deployed in conjunction with the weather station 4gang or the analogue input. It was developed for wall mounting in rooms and climatic chambers. It registers the ambient temperature and the general humidity of the ambient gases. The measurement results can be used to control the in-room climate and other functions of the instabus KNX/EIB system. The two outputs generate a voltage of between 0 and 10 V. The required supply voltage for the humidity and temperature sensor is delivered by the weather station 4gang or the analogue input.

Value transmitter Light scene extension Light scene Movement controller Universal transmitter as switch Objects Group addresses/assignments
Key 1. Operating LEDs 2. Channel selector button 3. Programming button 4. Programming LED 5. Acknowledgement button 6. Channel indicator 7. Battery terminal 8. Bus connection
Hand-held radio transmitter comfort

Radio receiver

ETS search path: Gebr. Berker >> Communication >> Radio >>

ACTUATORS

The actuators comprise the bus coupling unit, power module and application program. They are selected specific to application and actuated with sensors. The information for processing first passes over the bus to the bus coupling unit. The bus coupling unit sends and receives data, delivers power for the electronics, saves key data for its own physical address, one or more group addresses and the application program with parameters. The power module and the application program define the function of the actuator.
Actuators 237 Software CD Service A ddresses Dim. drawings Glossary Accessories Software Other components Visual representations Logic modules
Switch actuators Dim actuators Control units Shutter actuators Analogue actuators Other actuators

298301 302315

2132 V DC Potential-free 230 V AC (various outer conductors possible) at AC 230 V: 16 A/AC-1; 16 A/AC-3 at AC 400 V: 10 A/AC-1; 6 A/AC-3 Non-inductive or low-inductance loads, resistance furnaces On and Off condition: cos = 0.8 Squirrel-cage motors, on/off when running On and Off condition: cos = 0.45 at Ie 100 A Ie: Rated operating current programmable programmable 2500 W 500 VA 2500 W, cos = 0.x 2500 W, cos = W/140 F Red 4 Terminal 0.mm2 and 2 x 0.2 2.5 mm2, each single-wire 0.mm2 fine wire without ferrule 0.5 2.5 mm2 fine wire with ferrule
Outputs 4 NO contacts Rated voltage Switching current, DIN VDE 0660 part 102 AC-1 AC-3 Bus power failure Bus power restoration Bulbs LV halogen with conv. Transformer Fluorescent lamps - uncompensated - Duo circuit - parallel-compensated Programming button Programming LED
Response to power failure/restoration Switching capacity Operation and display elements
Connections Manual selection switch KNX/EIB Outputs with screw-type terminals Protection Ambient temperature range Mounting Mounting orientation Dimensions (WxHxD) IP 20, EN 60529 Operation Storage/transportation on top hat rail 35 mm, EN 50022 any 72 x 90 x 64 mm

Outputs 8 NO contacts Rated voltage Switching current Making current Min. switching current Total current load capacity Bus voltage failure Mains voltage failure Bus/mains voltage return
Behaviour in the event of power failure/restore
Breaking capacity Ohmic load Capacitive load Motor load Incandescent lamps LV halogen lamps LV halogen Fluorescent lamps T5/T8 Mercury vapour lamps
The switch/shutter actuator 8gang is designed as a top hat rail mounted device. It receives KNX/EIB telegrams and carries out appropriate switching functions depending on the setting using its mutually independent relay contacts or controls up to four motor drives for shutters, blinds, etc. Switching and shutter operation combined on a single actuator are also possible. The 4 push-button field on the front of the device can be used to switch the relays on and off for manual actuation of the switching or shutter outputs in parallel with KNX/EIB, even without bus voltage or in the unprogrammed state. For manual operation and the power supply for the relays, a separate auxiliary voltage supply is required. When the device is configured and commissioned with the ETS3.0d or newer versions, the advantages of the new actuator generation, such as shorter download times and parameter configuration are fully usable. A separate product database is available for older ETS2/3 versions.

Switching shutter 208001

Shutter or switching operation can be set for the eightoutputs, in shutter operation each pair of two neighbouring outputs are combined into a shutter output Responses in the event of bus voltage failure and return can be set for each output Delay for active feedback after bus voltage return can be adjusted Manual operation can be blocked Activation of lamella shutters, blinds or ventilation flaps adjustable Separately paramet. operation times with operation time extension for moving to the upper end position Central activation of all shutter outputs possible Active and passive (object can be read out) feedback of the shutter position or lamella position Assignments to up to five different safety functions (3 wind, 1 rain, 1 frost alarm), if desired with cyclic monitoring Forced setting function can implemented for each shutter output Extensive sun shade function can be set for each output Can be included in scenes: Up to eight internal scenes can be set NO or NC operation can be set Central switching function with group feedback Active and passive (object can be read out) feedback of the switching state Logical linking function ("AND", "OR", "AND with return") for each output Blocking function can be paramet. for each channelalternatively forced setting function for each output Time functions (switch on delay, switch off delay, stair light function - also with pre-warning function) Can be included in light scenes, up to eight internal scenes can be set 76 maximum 254/maximum 255 continued on next double page

The heating actuator 6gang Triac, 24V is for activating the thermal actuator drives. These can be divided into six channels with a maximum of four actuator drives per channel. This means that the temperatures in the various rooms can be controlled individually using different instabus KNX/EIB controllers. In addition the heating actuator sends data to the boiler controls and thus assists in saving energy. The device is designed to be especially suitable for mounting on a top hat rail or on the wall in the heating circuit distributor. The Triac outputs allow silent switching and are protected against short circuits and overloads.
Accessories Actuator drive 24 V. 77
Actuator drives 6/12 outputs
Selectable by channel between switched and continuous (pulse width modulated) control Behaviour of the actuator drives (open or closed when deactivated) configurable Control variable monitoring can be sent cyclically or in the event of control variable failure Summer mode Valve protection function Actuation cycle time (PWM period) configurable Control variable range limits configurable Back-up operation on bus or sensor failure configurable Each channel: Input object for control variable, mandatory position and status object Lock-out operation by object 31 (dependent on the parameterisation) maximum of 66 each
Key 1. Securing the cover 2. Status LED 3. Plug-in terminals for actuator drives 4. Bus connection 5. Fuse 6. Programming LED 7. Programming button 8. Fuse LED 9. Power-LED 10.Transformer with mains plug
Six separately controlled channels Selection between switched and con tinuous (pulse width modulated) control Summer mode for deactivation of the heating actuator Simple connection of the drives Integral transformer with mains plug for power supply to actuator drives Actuator drives operate on a 24 V supply
Heating actuator 6gang Triac, 24 V
Supply via bus line Power supply Power consumption (no load) Maximum power consumption Outputs 12 Rated voltage per output Total connectable actuator drives Back-up operation Programming button Programming LED Operation LED Fuse LED 12 Status LED 2 A (slow-blowing)
2132 V DC primary: 230 V AC, 50 to 60 Hz secondary: 24 V , 50 to 60 Hz 3W 50 W Triac 24 V AC, 20 % max. 2 max. 13 Configurable Red Green Red Red (when calling for heating) common to all outputs terminals Mains plug screwless plug-in terminals 0.51.5 mm solid, 11.5 mm fine wire with end cap sleeve Protection class II -5 to +50 C -25 to +60 C on wall in the heating circuit distributor box
The heating actuator 12gang is for activating thermal actuator drives. These can be divided into twelve channels with a maximum of two actuator drives per channel. This means that the temperatures in the various rooms can be controlled individually using different instabus KNX/EIB controllers. In addition the heating actuator sends data to the boiler controls and thus assists in saving energy. The device is designed to be especially suitable for mounting on a top hat rail or on the wall in the heating circuit distributor. The Triac outputs allow silent switching and are protected against short circuits and overloads.