Radio us

Slide 1: 

Radio Bus System 1/26 10/98 Radio Bus System Radio Bus System

Slide 2: 

In traditional electrical installation, the functionality of electrical systems is realized with extensive wiring resp. arrangement of the wiring. That is why the goals of modern electrical installation are the following: Gaining flexibility Reduction of installation expenditure Saving energy Increase of comfort Consideration of safety aspects Radio Bus System 2/26 10/98 Radio Bus System Modifications of the function or extensions are mostly possible with a great expenditure and thus within the scope of considerable renovation work only.

Slide 3: 

Radio Bus System Particularly for detached houses or in the small trade, flexible electrical installation which is easy to handle is required. Many existing installations shall be changed or extended. These are ideal applications for the Berker Radio Bus System Radio Bus System 3/26 10/98

Slide 4: 

Radio Bus System Radio as a flexible transmission medium to meet the requirements of modern electrical installation even tomorrow. A good start for all those who have not yet dared the step into the age of bus technology. No starting costs for programming tools. Easy allocation and programming. Radio Bus System 4/26 10/98

Slide 5: 

For the Radio Bus System, installation devices are used which are equipped with radio transmitters und radio receivers. Berker radio transmitters work with batteries so that extensive cabling is unnecessary. Berker radio receivers are integrated in the corresponding executing devices (dimmer, actuator) and thus power supplied. Radio Bus System 5/26 10/98 Radio Bus System

Slide 6: 

Berker radio transmitter The radio hand transmitter and the radio wall transmitter allow wireless switching/dimming of illumination or driving the shutters “from room to room”. The 2channel radio transmitter finds its place behind the existing switch in the junction box. It transwiths the executed switch command to other receivers via radio signal. The radio system sensor detects movements and switches the illumination and other consumers with a radio signal. Radio Bus System 6/26 10/98 Radio Bus System

Slide 7: 

Features of the radio hand transmitter IFH24LS 24 channels (3 groups of each 8 channels) Preferred group freely selectable 3 LEDs for transmission control All ON/OFF function integrated 5 keys to store and call up light scenes Master dim key to dim a called-up light scene up and down Features of the radio hand transmitter IFH24 24 channels (3 groups of each 8 channels) Preferred group freely selectable 3 LEDs for transmission control All ON/OFF function integrated Radio Bus System 7/26 10/98 Radio Bus System

Slide 8: 

Features of the radio wall transmitter insert to push on EIB 1gang, 2gang or 4gang touch sensors covers in all designs LEDs for transmission and battery control All OFF function possible storage and calling of up to 5 light scenes possible (adjustment DIL switch) integrated lithium battery with a life of 3 years flat surface-mounted cover frame available Radio Bus System 8/26 10/98 Radio Bus System

Slide 9: 

Settings at the radio wall transmitter insert K1 + K1 + K1+ K1 - K1 - K1- K2 + K2 - K2+ K2- K3+ K3- K4+ K4- LS 1 LS 1 LS 1 LS 3 LS 2 LS 1 LS 1 All OFF Aus K2 + K2 - LS 1 LS 3 LS 2 All OFF All OFF Aus Aus K4+ K4- K4+ K4- K4+ K4- LS1 Aus K2+ K2- K3+ K3- K3+ K3- LS1 Aus LS1 Aus LS3 LS2 LS3 LS2 LS5 LS4 Radio Bus System 9/26 10/98 Radio Bus System

Slide 10: 

Features of the radio system sensors 180° Controller sensor for outdoor installation IP 54 180° detection field, 16 m range Sensor head turnable and inclinable LEDs for transmission control and battery indication Sensitivity adjustable via potentiometer integrated lithium battery with a life of 3 years Radio Bus System 10/26 10/98 Radio Bus System

Slide 11: 

Features of the radio transmitter 2channel Up (flush) Can be triggered with push-button, push-button switch and timers. 2 operation modes can be selected with a switch Mode 1 and 2 channel switch operation 2 channels can be separately switched e. g. with a series switch Mode 2 and 1 channel push-button and shutter operation 1-channel push-button function or with a switch for shutters or a shutter timer, RolloTec radio buttons can be controlled with 20 cm connecting line Radio Bus System 11/26 10/98 Radio Bus System

Slide 12: 

Features of the radio hand transmitter mini range reduced to max. 30 m in the free field max. 2 channels can be operated function: switching, dimming, driving shutters LED for transmission control Only available with Insta logo! Radio Bus System

Slide 13: 

Berker radio receiver The radio switch actuator as adapter switches standard lamps, fans etc. The RolloTec insert with radio button replaces the existing shutter control. The radio switch actuator 1channel Eb can be installed in intermediate ceilings or distribution boxes to switch different consumers. The universal dimmer with radio button replaces the existing light switch. The radio power pack switches the outdoor illumination. Radio Bus System 13/26 10/98 Radio Bus System

Slide 14: 

Features of the radio power pack Timer for operation of up to 30 radio system sensors 180° Delay time and light threshold can be set at the device LEDs for reception control and indication of switch state Allocation by simple learning procedure Triggering by hand and wall transmitter Special functions permanent-ON/OFF possible with hand, wall transmitter and installation push-button Calling the learning mode with rotary switch Power relay 2500 W Radio Bus System 14/26 10/98 Radio Bus System

Slide 15: 

Features of the RolloTec radio button Retrofitting on all RolloTec inserts Available in the versions with and without sensor connection Available in all designs Local operation with self-holding if operated for a long time Easy allocation by learning procedure Up to 30 Radio Bus System transmitters learnable Calling the learning mode by all-over operation for at least 4 seconds 5 end position states can be stored and allocated to a light scene Radio Bus System 15/26 10/98 Radio Bus System

Slide 16: 

Features of the BLC radio button Key for the universal dimmer Two-surface local operation for defined dimming up and down Memory value individually adjustable Available in all designs Easy allocation by learning procedure Up to 30 Radio Bus System transmitters learnable Calling the learning mode by all-over operation for at least 4 seconds 5 different brightness values can be stored and allocated to a light scene Timer in connection with the radio system sensor 180° with 1 min. delay time Radio Bus System 16/26 10/98 Radio Bus System

Slide 17: 

Features of the radio switch actuators 1channel Eb Extension connection for installation push-button 10 A power relay Easy allocation by learning procedure Up to 30 Radio Bus System transmitters learnable Calling the learning mode with rotary switch 5 brightness values can be stored and allocated to a light scene Timer in connection with the radio system sensor 180° with 1 min. delay time Radio Bus System 17/26 10/98 Radio Bus System (relay contact)

Slide 18: 

Features of the radio switch actuators as adapter Adapter for SCHUKO socket outlet Local operation via integrated push-button 1000 W incandescent lamp capacity Easy allocation by learning procedure Up to 30 Radio Bus System transmitters learnable Calling the learning mode push-button operation 5 brightness values can be stored and allocated to a light scene Timer in connection with the radio system sensor 180° with 1 min. delay time Radio Bus System 18/26 10/98 Radio Bus System

Slide 19: 

Features of the radio switch actuator mini, UP (flush) Radio Bus System Switch actuator for installation in the flush-die mounted wall box or in the lamp canopy 1000 W incandescent lamp capacity Potential-free contact Easy allocation by learning procedure Calling the learning mode with push-button Up to 14 Radio Bus System transmitters learnable Integration in up to 5 light scenes Timer in connection with the radio system sensor 180° with 1 min. delay time Order no. 0179

Slide 20: 

Radio Bus System Wiring diagram of the radio switch actuator mini, UP (flush) Up to 1000 W incandescent lamp load or up to 8 A pure ohmic load can be switched over the potential-free contact. The device also fits the junction boxes well. IMPORTANT: The distance to a trans-mitter should be at least 50 cm since the receiver is overloaded otherwise! That means transmitter may never be together in one flush-mounted wall box!

Slide 21: 

Features of the radio universal on-line dimmer Dim actuator as interchangeable unit for on-line dimmer Also suitable for ceiling installation Capacity: 50-315 W, short circuit-proof Easy allocation by learning procedure Switching on and off at the device with programming push-button Programmable switching-on brightness Calling the learning mode with push-button, programming like that of the switch actuator mini Up to 30 Radio Bus System transmitters learnable Integration in up to 5 light scenes Timer in connection with the radio system sensor 180° with 1 min. delay time Order no. 0128 Radio Bus System

Slide 22: 

Wiring diagram of the radio universal on-line dimmer As universal dimmer, the device is able to recognize its load itself. Either Tronic or wound transformers can be connected (but not in parallel!). An ohmic load switched in parallel may be up to 50 % of the capacity. The on-line dimmer can also be used for ceiling installation. Extension is possible with boosters. Radio Bus System

Slide 23: 

Features of the radio touch control device 1-10 V Control device für 1-10 V inputs, e. g. electronic ballasts Control current max. 100 mA (approx. 50-100 electronic ballasts) Load switch contact for max. 8 A ohmic Programming and operation like the radio universal on-line dimmer Only available with Insta logo! Radio Bus System

Slide 24: 

Features of the radio universal dimmer Eb (built-in Function like the radio universal on-line dimmer, but housing construction excluding ceiling installation Only available with Insta logo! Radio Bus System

Slide 25: 

Easy allocation Complicated programming e. g. with the PC is inapplicable. It is possible to to make an easy allocation of transmitters and receivers without further programming devices by “learning”. Radio Bus System 25/26 10/98 Radio Bus System

Slide 26: 

The learning procedure of switch actuator and power pack 1) Set programming switch to “ON” 2) LED blinks 3) Release hand, wall or system sensor Supply transmitter 2channel with voltage The reception range in the learning mode is limited to a few meters 4) LED shines steadily, load switches on 5) Set programming switch to “OFF”, load switches off 6) Learning procedure finished Attention: A new learning procedure of the same transmitter causes that the transmitters is deleted. Radio Bus System 26/26 10/98 Radio Bus System

Slide 27: 

The learning procedure of the radio buttons 1) Operate the complete surface for at least 4 seconds when the device is switched off 2) Short signal show the learning mode 3) Release hand, wall or system sensor Supply transmitter 2channel with voltage The reception range in the learning mode is limited to a few meters 4) A constant signal tone indicates the successful learning process 5) Short local operation finishes the learning process Attention: A new learning procedure of the same transmitter causes that the transmitters is deleted. Radio Bus System 27/26 10/98 Radio Bus System

Slide 28: 

ü Radio Bus System 28/26 10/98 ü ü ü ü ü ü ü ü ü ü ü ü ü ü ü ü ü Radio Bus System

Slide 29: 

Enlargement of the range with signal amplifier Should the range of the Radio Bus System components be insufficient in an object, the range can be enlarged with the signal amplifier. The signal amplifier should be installed in the object as central as possible. It receives the learned Radio Bus System telegrams and repeats them with maximum transmitting power. Extraneous signals are not amplified. Radio Bus System 29/26 10/98 Radio Bus System

Slide 30: 

Application range of the Radio Controller System Everywhere where a movement detector close to the lamp is not sufficient and laying additional cables is not possible or too complicated. Radio Bus System Radio Bus System 30/26 10/98

Slide 31: 

Use of the radio bus in the private household Example bedroom, corridor and WC Radio Bus System 31/26 10/98 Radio Bus System

Slide 32: 

Illumination: Ceiling lamps Wall lamps Standard lamps Shutters: Sun protection Venetian blinds Electrical consumers: Fans TV / video Fountains etc. Radio Bus System 32/26 10/98 Radio Bus System Examples of application in the residential building

Slide 33: 

Application in seminar rooms Comfortable light scene control with integration of: illumination, darkening, screens etc. Radio Bus System 33/26 10/98 Radio Bus System

Slide 34: 

Radio Bus System Radio Bus System 34/26 10/98 Radio Bus System