Wireless Technology - Becker-Antriebe

Planning Documents 

Wired and Wireless 

Control Technology

Table of Contents 

Wired Technology 

Overview. ...................................................................................................................... 4 

Synchronous control of numerous drives.................................................................................................6 

Multiple control relay.............................................................................................................................8 

Central, group and individual control..................................................................................................... 10 

Central, group and individual control with the low-voltage central cable................................................... 12 

Sun-wind control unit with the low-voltage central cable......................................................................... 14 

Sun-wind automatic unit with rain and temperature monitoring inside and outside.................................... 16 

Wireless Technology 

Overview transmitters..................................................................................................... 18 

Overview receivers........................................................................................................ 20 

Overview SunWindSets................................................................................................... 22 

Principle: Formation of individual, group and central controls .................................................. 23 

Principle: Formation of individual, group and central controls..................................................................24 

Individual and group control with memory function.................................................................................25 

Central, group and individual control with multi-channel handheld transmitter and central timer.................26 

Central, group and individual control via a timer in the handheld transmitter with display and sun-twilight 

function via the radio-controlled light sensor.......................................................................................... 27 

Central, group and individual control via a timer in the handheld transmitter with display, sun-twilight 

function via the radio-controlled light sensor for drives with internal and external receivers........................28 

Principle of the radio-controlled sun-wind controls................................................................ 30 

Safety due to permanent monitoring.................................................................................. 30 

Installation and operating range in the building structure..........................................................31 

Central and group control with the SunWindSet SWS241 

and an additional 5-channel handheld transmitter EC545.......................................................................32 

Individual and central control with the SunWindSet SWS441 


Individual and central control with the SunWindSet SWS641 


Individual, group and central control with the sun-wind control unit in the handheld transmitter 

with display SWC545 and the radio-controlled sun-wind sensor SC861....................................................36 

Radio-controlled sun-wind control with integrated dimmer function......................................................... 37 

Project planning list........................................................................................................ 38 

3


Overview 

• For roller shutters and sun protection 

• Numerous drives 

• One control point 

• Synchronous control 

A parallel connection is still considered the simplest method to interconnect 

various drives. This entails several drives being controlled synchronously 

via one control point. 

Drives with mechanical limit switches should never be connected directly 

in parallel. In order to prevent damage to the limit switches, each drive 

has to be decoupled via an isolating relay. 

Drives with electronic limit switches have a built-in relay and can, therefore, 

be connected directly in parallel to the control point. 

Isolating relay 

TR1 



• Individual, group and central control 

• Deadman control 

When using a multiple control relay it is possible to operate drives via 

individual switches, group switches or via a central control unit. The individual 

and group commands are not intended for self-locking mode. 

All the wired drive control units from the Centronic product range can be 

applied as central control units. 

Multiple 

control 

relay 




• Self-locking mode 

The automatic control unit UnitControl UC42 enables the convenient 

control of drives in self-locking mode. A simple connection allows you to 

construct as many individual, group and central control systems as you 

desire. All the wired drive control units from the Centronic product range 

can be applied as central control units. 

UnitControl 

UC42 

4





• High-level of operating convenience 

Centronic products offer the highest level of operating convenience. 

Connected through the low-voltage central cable, individual, group, 

and central commands can be given to the different units. The signals 

are transmitted through the low-voltage central cable and interpreted, 

processed and executed by the downstream devices. Furthermore, it is 

possible to move roller shutters or awnings to exactly defined intermediate 

positions via an automatic command (time or light controlled). The 

central commands can be deactivated at any time via a sliding switch. 

Nonetheless, emergency commands for protecting the system (e.g. 

wind alarm) are still recognized and executed. 

UnitControl 

UC52 

• For roller shutters 




TC42 is a typical roller shutter timer including an astro-evening programme. 

Operation and blocking times for the astro programme are set 

up in the so called unitary program (workdays and weekend represent a 

separate unit). 

TC52 is the all-rounder amongst roller shutter timers. In addition to the 

astro programme for morning and evening, 4 separate programmable 

slots for each day or the ability to connect a light sensor (LS43), the 

TC52 is also capable of controlling the low-voltage central cable or remotely 

being controlled by it. 

TimeControl 

TC42 

TimeControl 

TC52 

• For sun protection 




The SunWindSet SWS42 consists of the SunWindControl SWC52 and the 

sensor SC81. Sun intensity levels for automatic extension and retraction 

can be regulated individually. Time delays are programmable as well. 

The user can define operating and blocking times, thereby de-activating 

the automatic sun protection function. SWC52 is also capable of controlling 

the low-voltage central cable or remotely being controlled by it. 

SC81 

SunWindSet 

SWS42 

SunWindControl 

SWC52 

5


Synchronous Control of Numerous Drives 

This application enables the synchronous control of numerous drives via a 

roller shutter timer TC42. Individual control of the roller shutters is not possible 

in this case. 

Always ensure that each drive is decoupled via an isolating relay when 

using drives with mechanical limit switches. All Becker drives with electronic 

limit switches have a built-in relay and can, therefore, be simply and 

cost-effectively connected directly in parallel. The maximum number of 

synchronously controlled drives should, depending on the actual current 

consumption, not be more than five. 


applied as the central control unit. 

TC42 

2x 

TR1 

3x 

6


Connecting Diagram 

7


Multiple Control Relay 

A multiple control relay can be used to synchronously control two drives 

with mechanical limit switches. 

By interconnecting several multiple control relays it is possible to realize 

individual, group and central controls. 

Control via the switches always occurs in deadman mode. The switches 

must not be able to execute simultaneous UP and DOWN commands 

(mechanically or electrically locked switches). 

The central command has the highest priority. 



TC42 

1x 

Multiple 

control relay 

4x 

8



9


Central, Group and Individual Control 

One of the simplest ways to realize individual, group and central controls is 

via the Centronic UnitControl UC42. The roller shutters can be conveniently 

controlled in self-locking mode via the switches. The individual and central 

commands are created by applying the voltage L (230V/50Hz). This ensures 

that a separate central cable is unnecessary. The power supply and 

central commands can be realized via a common NYM 5x1.5 cable. Every 

type of commercially available up/down or serial switch is suitable for the 

tasks at hand. 

The central command has the highest priority. 



TC42 

1x 

UC42 

4x 

10



11


Central, Group and Individual Control 

with the Low-Voltage Central Cable 

This example describes a typical realization of an individual, group and 

central control via the low-voltage control cable. The control units (TC52, 

UC52 as well as UC520 and SWC52) can be used to activate the central 

cable or to control drives. In this case, only a JYSTY cable 2x2x08 is necessary 

as a central cable. 

The central command can be individually switched off via the manual/automatic 

sliding switch at the operating unit. The control units are able to differentiate 

between numerous control commands at the low-voltage central 

cable. This enables exact stopping at individual intermediate positions or 

the execution of a higher-level emergency signal. For example, the signal 

LED at the operating unit displays an existing emergency signal. 

TC52 

1x 

UC52 

4x 

12



The operating mode “Group Control Unit” or “Drive Control Unit” is selected via a DIP switch located at the rear of the operating unit of UC52 (UC520). 

In the case of TC52 (SWC52) the operating mode can be defined via the “Function” menu item “Programming”. When applied as a group control unit, 

there should not be a bridge between terminals L and C. 

13


Sun-Wind Control Unit 

with the Low-Voltage Central Cable 

The sun-wind control unit SWC52 with the sensory equipment SC81 is used 

in the entire sun protection sector. The SWC52 can be used to activate the 

low-voltage central cable or to control drives. As a central control cable between 

the different control units only a JYSTY cable 2x2x08 is necessary. 

Numerous control commands are switched to the central cable via the 

SWC52. These commands are then executed by the downstream control 

units. This ensures that the individual awnings can be automatically moved 

to their intermediate positions to provide sun protection. 

SWC52 

SWS42 

1x 

SC81 

UC52 

4x 

14




In the case of SWC52 (TC52) the operating mode can be defined via the “Function” menu item “Programming”. When applied as a group control unit, 


15


Sun-Wind Automatic Unit with Rain 

and Temperature Monitoring 

Inside and Outside. 

In addition to sun-wind monitoring this example also monitors the room 

temperature, rain and frost. 

The room thermometer RTR prevents an extension of the awnings if the 

room temperature is too low. The display shows the sun value . The temperature 

threshold value can be continuously adjusted. 

The awnings are retracted when it starts to rain. The display shows the wind 

value . Awning extension is subsequently blocked until it stops raining 

(emergency signal). The rain sensor still has an integrated temperature 

sensor. This ensures that the awnings are protected against rain and frost. 

SWC52 

SWS42 

1x 

SC81 

UC52 

4x 

Evaluation 

device 

1x 

Rain 

sensor 

1x 

RTR 

1x 

16




In the case of SWC52 (TC52) the operating mode can be defined via the “Function” menu item “Programming”. When applied as a group control unit, 


17


Overview Transmitters 


• Individual, group or central control 

• Wall-mounted or handheld transmitter 

1 or 5 channels 

In the case of the EC211, travel commands are transmitted via one single 

button with the switching sequence Up/Stop/Down/Stop. The EC311 

has three individual buttons for the functions Up, Stop and Down. 

Via the group switch at the EC545 it is possible to select between 5 different 

individual or group commands. In addition, a central command 

can be transmitted. 

EC211 

EC311 

EC541 

EC545 



• Wall-mounted or handheld transmitter with memory 

function 

The memory function in the radio-controlled drives and external receivers 

for roller shutter/blind applications can be activated or programmed 

via the handheld/wall-mounted transmitter MC411 and MC441. 

MC411 

MC441 

• For roller shutters/blinds 


• Wall-mounted or handheld transmitter with highlevel 

of operating convenience (astro function, 

several switching times per day, sun protection, 

twilight function, etc.) 

The TC511 is a wall-mounted transmitter with an integrated roller shutter/ 

blind timer for the greatest operating convenience. The 5-channel handheld 

transmitter TC445 with integrated roller shutter/blind timer is designed for the 

individual and group control of radio-controlled drives and radio receivers. 

TC511 

TC445 

• For sun protection applications 


• Wall-mounted or handheld transmitter with highlevel 

of operating convenience (threshold value setting, 

radio controlled dimmer, displays, etc.) 

The handheld/wall-mounted transmitters are used to simply set the sun and 

wind threshold values in the receiver. The automatic function can be deactivated 

via the manual/automatic switch. The handheld transmitter SWC442 

is also equipped with a button for controlling a radio-controlled dimmer. 

The SWC545 is a 5-channel handheld transmitter with integrated wind 

and sunshade control for the individual and group control of radio-controlled 

sun protection drives and radio receivers. 

SWC411 SWC441 SWC442 SWC545 

18


• For roller shutters/blinds 

• Light and glass-break sensor with high level of automation 

The SC431 is a light sensor for window panes. The sun and twilight 

threshold values can both be set via potentiometers. The coloured LED 

displays whether the current measured light value is above, below or 

equal to the set light value. The roller shutter can be operated via an Up/ 

Stop/Down button. The sun protection or twilight function can be deactivated 

via the manual/automatic switch. 

SC431 


• Sun-Wind sensor 

• Self monitoring 

The sun-wind sensors SC811 and SC861 can be programmed to one or 

several receivers for sun protection applications. The SC861 is, thanks 

to its solar panel, completely mains independent. A rain sensor can be 

connected to the SC811. 

SC811 

SC861 

• For special applications 


The external transmitter VC421 is used to convert wired switching signals 

into radio signals (e.g. key-operated switch, series switch, external 

controls, etc.). The device can be combined with the switches of all 

switch programmes. 

VC421 

19


Overview Receivers 



• Memory function can be activated 

• Intermediate positions can be programmed 

End positions and intermediate positions are simply programmed via a 

transmitter. With existing buffers (rigid safety spring, stopper or angle 

trim) the drive itself programs the final positions automatically. The drive 

can be operated via all Centronic transmitters for roller shutter/blind applications. 

P5/16PRF+ - P9/16PRF+ 

R8/17PRF+ - R40/17PRF+ 



• Saves wind and sun threshold values 


End positions and intermediate positions are simply programmed via a 

transmitter. With an existing upper buffer the drive programs the final 

positions automatically. The drive is equipped with evaluation electronics 

for sun and wind values. The drive can be operated via all Centronic 

transmitters and radio sensors for sun protection applications. 

P5/20PSF - P9/16PSF 

R8/17PSF - R50/11PSF(+) 

R44/14PSF(+) - R120/11PSF(+) 






• For special applications 

The external radio receivers VC410, VC420, VC520 turn conventional 

drives into radio-controlled drives for roller shutter and sun protection 

systems. 

Wired switches can also be connected to the VC410 and VC420. 

VC410 

VC420 

VC520 

• For Roller shutters 




The external radio receiver VC320 is used to turn conventional drives 

into radio-controlled drives for roller shutter applications. The VC320 is 

designed for installation in box systems and front-mounted boxes. 

VC320 

20


• For sun protection (Venetian blinds) 




The external radio receiver VCJ470 is used to retrofit radio technology to 

conventional drives. The VCJ470, typically found in Venetian blind applications, 

is simply placed between an already existing Hirschmann connector 

(STAK3N/STAS3N). 

VCJ470 

• Radio-controlled light dimmer 

The radio-controlled light dimmer VC220 is used to dim bulbs and halogen 

lamps. When dimming awning halogen lamps the VC220 is positioned 

in the awning next to the halogen switching power supply. 

VC220 



• Integrated control unit 

The SunWindControl SWC510 is a sun-wind sensor with integrated radio 

receiver and an integrated control unit for controlling existing tubular 

drives. The mains connection cable and the motor cable are connected 

directly to the SWC510. Therefore, the SWC510 is the ideal solution for 

retrofitting existing systems with radio control. Operation can be carried 

out via all Centronic transmitters for sun protection applications. 

SWC510 

• For roller shutters (UCR520) and sun protection 

(UCS520) 



The Unit Control UCR520/UCS520 controls either a drive (drive control 

unit) or is integrated in the low voltage central cable (group control unit). 

Due to the combination of operating elements and an integrated radio 

receiver, the UCR520/UCS520 is mainly used for retrofitting existing 

drives with radio control. 

The UCR520 is compatible with all Centronic roller shutter transmitters. 

The UCS520 is compatible with all Centronic sun protection transmitters. 

UnitControl 

UCS520 

UnitControl 

UCR520 

21


Overview SunWindSets 



• Integrated control unit 

• Handheld transmitter with high-level of operating 

convenience (threshold value setting) 

The SunWindSet SWS241 is a combination of the sun-wind sensor with 

integrated receiver SWC510 and the handheld transmitter with threshold 

value setting SWC441. 

SWC510 

SunWindSet 

SWS241 

SWC441 


• Radio-controlled sun-wind sensor 



The SunWindSet SWS441 is a combination of the sun-wind sensor SC811 

and the handheld transmitter with threshold value setting SWC441. 

SunWindSet 

SWS441 

SC811 

SWC441 


• Radio-controlled sun-wind sensor (solar powered) 



The SunWindSet SWS641 is a combination of the mains-independent 

sun-wind sensor SC861 and the handheld transmitter with threshold 

value setting SWC441. 

SunWindSet 

SWS641 

SC861 

SWC441 

22


Principle: Formation of individual, group and central controls 

Each radio receiver has one storage space for a master transmitter and 15 storage spaces for additional transmitters. 

The master transmitter is programmed via the programming button after bringing the drive into learning mode 

through the radio switches on the motor head or via a “Power On”. All other transmitters are programmed in the 

receiver with the aid of the master transmitter. By programming a transmitter to several drives it is possible to create 

a group or central transmitter. 

Example: 

Individual transmitter A (master transmitter) controls drive 1 

Individual transmitter B (master transmitter) controls drive 2 

Individual transmitter C (master transmitter) controls drive 3 

Group transmitter d controls drive 1 and 2 

Group transmitter e controls drive 2 and 3 

Central transmitter f controls drive 1, drive 2 and drive 3 

23


Principle: Formation of individual, group and central controls 

With a 5-channel transmitter each individual channel behaves as a separate transmitter. If all the channels are selected 

(all group LEDs light up), all the receivers, in which the transmitter has been programmed, are addressed. 

Example: 

Channel 1 - “Individual transmitter A” (master transmitter) controls drive 1 

Channel 2 - “Individual transmitter B” (master transmitter) controls drive 2 

Channel 3 - “Individual transmitter C” (master transmitter) controls drive 3 

Channel 4 - “Group transmitter d” controls drive 1 and 2 

Channel 5 - “Group transmitter e” controls drive 2 and 3 

Channel 6 - “Central transmitter” (all group LEDs light up) controls drive 1, drive 2 and drive 3 

24


Individual and group control with 

memory function 

In this application, several drives are individually controlled via the 1-channel 

handheld transmitter EC541 (master transmitter A, B, C). The wallmounted 

transmitter with memory function MC411 (group transmitter d) 

controls the drives as a group control. Each drive has an integrated timer 

with memory function. This can be de-/activated and programmed via the 

MC411. 

MC441 

EC541 

25


Central, group and individual control with 

multi-channel handheld transmitter and 

central timer 

In this example, the drives are operated via the 5-channel handheld transmitter 

EC545 with central, group and individual control. The channels 1-3 

are used as individual transmitters (master transmitter A, B, C). The two 

central drives are controlled via channel 4 (group transmitter d), channel 5 

remains free. All the drives are controlled synchronously (central transmitter) 

via the central function (all channels selected). 

A central timer is additionally programmed in all the drives. This also fulfils 

the function of a central transmitter and can carry out a number of automatic 

commands. 

TC511 

1x 

EC545 

1x 

26


Central, group and individual control via a 

timer in the handheld transmitter with 

display and sun-twilight function via the 

radio-controlled light sensor 

The drives are controlled in central, group and individual operation via a 

timer in the handheld transmitter with display TC445. The channels 1-3 are 

used as individual transmitters (master transmitter A, B, C). The two central 

drives are controlled via channel 4 (group transmitter d), channel 5 remains 

free. All the drives are controlled synchronously (central transmitter) via the 

central function (all channels selected). The integrated timer also controls 

the drives via the central function. 

A radio-controlled light sensor controls the two central drives (group transmitter 

e). In automatic mode (sun protection) the drives stop at the intermediate 

position programmed in the drive. If the intermediate position is 

below the sensor, the drive stops at “sensor height” (individual transmitter 

f). 

SC431 

1x 

TC445 

1x 

Note: Only program the SC431 into drives in directly adjacent windows (when used as a group transmitter). To 

utilise the integrated glass-break sensor, all the affected windows must be equipped with an SC431 (individual 

transmitter). 

27


Central, group and individual control via a 

timer in the handheld transmitter with display, 

sun-twilight function via the radio-controlled 

light sensor for drives with internal and 

external receivers 

With the external radio receiver VC420 it is possible to retrofit conventional 

drives with radio technology. The creation of individual, group and central 

transmitters is identical to the PRF+ drives. An additional switch input at the 

VC420 enables operation via an external Up-Down switch. 

SC431 

1x 

TC445 

1x 

VC420 

1x 

28


Connecting diagram 

29


Principle of the radio-controlled sun-wind controls 

The sensor transmits the current sun and wind values to the drive. The drive compares the values with the stored 

threshold values and “decides” whether retraction or extension is to be carried out. The threshold values can be 

simply set via a transmitter. 

Typ PSF(+) 

Compares the current sun and wind values with the stored threshold values 

SWC441, SWC411 or SWC545 

SC811 or SC861 

After setting the values, the system automatically switches to test mode (all delay periods are considerably shortened). 

Thus, in the automatic setting the functions can be tested directly. After switching from automatic to manual 

setting, the system immediately exits the test mode. If the switch is not actuated, the system automatically exits 

the test mode after 15 minutes. 

Safety due to permanent monitoring 

The transmitters SC811 and SC861 transmit the sun and wind values alternately to the drive every minute (SC811 

also transmits rain values). The drive detects a “fault” if a signal is not recognised by the drive three times in succession. 

To display the fault, the system travels downwards for 2 seconds and then back after a Down command. 

To increase the detection area, it is possible to program up to 3 radio sensors into one receiver. 

30


Installation and operating range in the building structure 

The transmitter (SC811) has a basic range of 300m. Depending on the building structure the range can decrease 

to 10% of the basic range. 

Please consider the following to ensure safe planning: 

Use one radio-controlled sun-wind sensor for max. 8 drives. 

Do not exceed a range of 25m from the sensor. 

If this distance is exceeded, plan further sensors. 

During installation ensure that the radio-controlled sun-wind sensor is not installed close to any sheet metal plates 

of the building (e.g. roof sheeting). Otherwise, the direction of the radio signals may be deflected, resulting in a 

loss of close range radio signals. 

The receivers should not be fully enclosed in metal (if possible, feed the antenna out of the casing). 

Surrounding metal installations (guttering, advertising signs, etc.) can act as reflectors and thus result in signal 

loss at certain positions. 

Incorrect positioning: The radio signals are deflected. 

Correct positioning: The radio signals can spread out evenly. 

31


Central and group control with the 

SunWindSet SWS241 and an additional 5- 

channel handheld transmitter EC545 

The SunWindSet SWS241 consists of a radio-controlled sun-wind sensor 

with integrated control unit SWC510 and a handheld transmitter SWC441. In 

the example below, each SunWindSet SWS241 controls two drives. Drives 

with electronic limit switches are connected in parallel to the output of the 

SWC510. The drives with mechanical limit switches have to be decoupled 

via a cut-off relay TR1. The drives with electronic limit switches can be connected 

in parallel without an additional relay. The sun and wind threshold 

values are set via the two handheld transmitters SWC441. An additional 

5-channel handheld transmitter EC545 is used for group or central operation. 

Due to its compact design (control integrated in the sensor housing) 

the SunWindSet SWS241 is suitable to retrofit radio technology to existing 

systems. 

SWC441 

EC545 

1x 

SWS241 

2x 

SWC510 

TR1 

2x 

32


Connecting diagram 

33


Individual and central control with the 

SunWindSet SWS441 and an additional 5- 

channel handheld transmitter EC545 

TheSunWindSet SWS441 consists of a radio-controlled sun-wind sensor 

SC811 and a handheld transmitter SWC441. 

The sun and wind threshold values are set via the handheld transmitter 

SWC441. The 5-channel handheld transmitter EC545 is additionally used 

for individual or central control of the system. 

SWC441 

SWS441 

1x 

SC811 

EC545 

1x 

34


Individual and central control with the 

SunWindSet SWS641 and an additional 

5-channel handheld transmitter EC545 

The SunWindSet SWS641 consists of a radio-controlled sun-wind sensor 

with solar power supply SC861 and a handheld transmitter SWC441. 

The sun and wind threshold values are set via the handheld transmitter 

SWC441. The 5-channel handheld transmitter EC545 is additionally used 

for individual or central control of the system. 

The radio-controlled sun-wind sensor with solar supply SC861 does not 

require a mains power supply. 

SWC441 

SWS641 

1x 

SC861 

EC545 

1x 

35


Individual, group and central control with 

the sun-wind control unit in the handheld 

transmitter with display SWC545 and the 

radio-controlled sun-wind sensor SC861 

With the sun-wind control unit in the handheld transmitter with display 

SWC545 the drives are controlled in groups, individually or centrally. The 

SWC545 provides a number of functions, such as the separate setting of 

sun threshold values, setting of blocking or switching times, switching to 

the winter mode, etc. 

To increase the detection angle, it is possible to program up to 3 sun-wind 

sensors in one receiver. 

SC861 

3x 

SWC545 

1x 

36


Radio-controlled sun-wind control unit with 

integrated dimmer function 

In the example below an awning with integrated light strip (up to 400 W, 

cos ϕ=1) can be controlled via the 2-channel sun-wind control unit with 

integrated dimmer function SWC442. 

SC861 

1x 

SWC442 

1x 

VC220 

1x 

37

Project Planning List 

Please tick the appropriate box 

Control solution with: 

Wireless (radio) controls 

Wired controls 

Control solution requested by 

Company 

According to the example in the BECKER 

Planning Documents on page: 

Total number 

of drives to be controlled: 

Contact 

Customer no. 

Roller shutters 

Sun protection / Awnings 

Venetian blinds 

No. / Street 

Postcode 

City / Town 

Central control with: 

Sun wind control 

Timer 

Item name 

Phone 

Fax 

Memory switch 

Email 

Switch / Key-operated 

switch 

Handheld transmitter 

Wall-mounted transmitter 

Object / Customer 

Date / Signature 

External control units 

Group control 

Room / Floor 

Number of 

individual controls 

per group 

Selection criteria 

for wired 

control units 

BECKER-Antriebe 

proposal 

Item / Name 

Group 1 

Group 2 

Comfort solution in 

CENTRONIC design 

Group 3 

Group 4 

or 

Control voltage 

Low voltage 

Group 5 

Individual control 

Additional individual controls 

Control voltage 

230 V or 

Switch program 

CENTRONIC design 

Individual 

Sub-distribution 

We will also check your customized control wishes if desired. Please note these separately. 

38

BECKER-Antriebe GmbH 

Friedrich-Ebert-Str. 2-4 

D-35764 Sinn 

Germany 

Phone: +49 (0) 27 72/507-0 

Fax: +49 (0) 27 72/507-110 

info@becker-antriebe.com 

www.becker-antriebe.com 

4995 010 050 1/2007

Wireless Technology - Becker-Antriebe

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