Beninca SC.RF Manual 

AUTOMATISMI PER CANCELLI, PORTE SERRANDE ED AFFINI SC.RF L8542945 07/2011 rev 0 UNIONE NAZIONALE COSTRUTTORI AUTOMATISMI PER CANCELLI, PORTE SERRANDE ED AFFINI SC.RF

3 BZ LD1 N.C. N.C. W1/W2 OPEN BZ-12/24 CLOSE DEFAULT 12/24 W2 W1 CH1 CH2 12/24V TST ANT P (+) (-) ANT SHIELD Fig.2 3 BZ LD1 N.C. N.C. W1/W2 OPEN BZ-12/24 CLOSE DEFAULT 12/24 W2 W1 CH1 CH2 12/24V TST ANT P (+) (-) ANT SHIELD Fig.2

4 Fig.3 N.C. 12/24 W2 W1 CH1 CH2 12/24V TST ANT PHOTO TEST 24Vac OUT 4 Fig.3 N.C. 12/24 W2 W1 CH1 CH2 12/24V TST ANT PHOTO TEST 24Vac OUT

to the regulation EN 12978, to be matched to radio transmitters of the RF/RF SUN series for movable clsoures. OVERALL DIMENSIONS The overall dimensions of the radio-receiver box are shown in Figure 1. A bi-adhesive strip is supplied to apply the box inside the automation system or the control system. WIRE CONNECTIONS (Fig. 4) CH1* Output, channel 1 replies the status of the sensitive sa- fety edge memorised on channel 1 – normally closed contact. CH2* Output, channel 2 replies the status of the sensitive sa- fety edge memorised on channel 2 – normally closed contact. 12/24 Input, 12 or 24 VAC or VDC power supply. It can be selected through a 12/24 jumper. In case of 12/24 VDC power supply, keep to poles shown in Figure 2. ANT Input, antenna. For a better reception, it might be ne- cessary to remove the pre-installed cable and use a 868MHz antenna. TST TEST input, see AUTOTEST paragraph. * CH1 and CH2 outputs are mainly connected to inputs for the sensitive edge of the control unit. In this case, inputs should be preset as if they were connected to a safety edge of the me- chanical type. The inputs for sensitive safety edges usually provide that, in the event they are activated, the system is immediately stopped and the movement is reversed for some seconds. As an alternative, should no inputs be provided for sensitive safety edges, channels CH1/CH2 can be connected to other safety inputs, namely inputs for photocells or inputs for STOP control signals. If two channels must be connected to one single input in the control system, the two outputs should be connected in series. JUMPER SC.RF is equipped with 4 jumpers for the following pre-set- tings: BZ: The acoustic signal is enabled or disabled. Closed jumper: activated sound indicator Open jumper: not activated buzzer 12/24: Power voltage is selected. Closed jumper: 12 VAC/DC Open jumper: 24 VAC/VDC W1: The AUTOTEST (self-testing) function on channel 1* is ac- tivated or deactivated Closed jumper: AUTOTEST OFF Open jumper: AUTOTEST ON W2: The AUTOTEST (self-testing) function on channel 2* is ac- tivated or deactivated Closed jumper: AUTOTEST OFF Open jumper: AUTOTEST ON See AUTOTEST paragraph HOW TO STORE THE RADIO TRANSMITTER IN MEMORY In order to be able to communicate with the RF/RF.SUN radio- transmitter, the transmitter code must be memorised and assi- gned to either channels available. 8 SC.RF DESCRIPTION Two-channel radio receiver, with 868 MHz frequency, pursuant to the regulation EN 12978, to be matched to radio transmitters of the RF/RF SUN series for movable clsoures. OVERALL DIMENSIONS The overall dimensions of the radio-receiver box are shown in Figure 1. A bi-adhesive strip is supplied to apply the box inside the automation system or the control system. WIRE CONNECTIONS (Fig. 4) CH1* Output, channel 1 replies the status of the sensitive sa- fety edge memorised on channel 1 – normally closed contact. CH2* Output, channel 2 replies the status of the sensitive sa- fety edge memorised on channel 2 – normally closed contact. 12/24 Input, 12 or 24 VAC or VDC power supply. It can be selected through a 12/24 jumper. In case of 12/24 VDC power supply, keep to poles shown in Figure 2. ANT Input, antenna. For a better reception, it might be ne- cessary to remove the pre-installed cable and use a 868MHz antenna. TST TEST input, see AUTOTEST paragraph. * CH1 and CH2 outputs are mainly connected to inputs for the sensitive edge of the control unit. In this case, inputs should be preset as if they were connected to a safety edge of the me- chanical type. The inputs for sensitive safety edges usually provide that, in the event they are activated, the system is immediately stopped and the movement is reversed for some seconds. As an alternative, should no inputs be provided for sensitive safety edges, channels CH1/CH2 can be connected to other safety inputs, namely inputs for photocells or inputs for STOP control signals. If two channels must be connected to one single input in the control system, the two outputs should be connected in series. JUMPER SC.RF is equipped with 4 jumpers for the following pre-set- tings: BZ: The acoustic signal is enabled or disabled. Closed jumper: activated sound indicator Open jumper: not activated buzzer 12/24: Power voltage is selected. Closed jumper: 12 VAC/DC Open jumper: 24 VAC/VDC W1: The AUTOTEST (self-testing) function on channel 1* is ac- tivated or deactivated Closed jumper: AUTOTEST OFF Open jumper: AUTOTEST ON W2: The AUTOTEST (self-testing) function on channel 2* is ac- tivated or deactivated Closed jumper: AUTOTEST OFF Open jumper: AUTOTEST ON See AUTOTEST paragraph HOW TO STORE THE RADIO TRANSMITTER IN MEMORY In order to be able to communicate with the RF/RF.SUN radio- transmitter, the transmitter code must be memorised and assi- gned to either channels available.

lows: 1) Press push-button P of the SC-RF RECEIVER once 2) The LED LD1 switches on with RED light 3) Within 30 seconds, press push-button S1 of the RF/RF.SUN device for around 4 seconds. 4) The LED LD1 switches off temporarily and a buzz indicates that the storage in memory has been successful. 5) Await that the LED LD1 switches off In order to memorise the code on channel 2, proceed as fol- lows: 1) Press push-button P of the SC-RF RECEIVER once 2) The LED LD1 switches on with RED light. 3) Press push-button P once again 4) The LED LD1 switches to GREEN light. 5) Within 30 seconds, press push-button S1 of the RF/RF.SUN device for around 4 seconds. 6) The LED LD1 switches off temporarily and a buzz indicates that the storage in memory has been successful. 7) Await that the LED LD1 switches off. IMPORTANT! Up to 4 different devices can be memorised on each sin- gle channel. When the memory available is full, the LED will flash three times. AUTOTEST (Self-testing) To enhance the safety of the system, the AUTOTEST function of SC.RF can be used. If the sensitive safety edge is activated and then restored when the obstacle has been removed, the AUTOTEST function will carry out a series of relay tests before resetting the system. Also the control unit must have a PHOTOTEST function. In order to activate the AUTOTEST function: Open the jumper/s of channel/s (W1 or W2) for which a self- testing is desired. Connect input TEST of SC.RF to the PHOTOTEST input of the control unit, as shown in Figure 3. Press push-button P for 3 times consecutively, the LED LD1 switches on with ORANGE light. If the LED flashes slowly (1 flash/sec), this means that the AU- TOTEST function is OFF. Press the push-button P for around 2 seconds and the LED now flashes more rapidly (2 flashes/sec). The AUTOTEST function is now activated. The function is enabled ONLY if all the above-mentioned ope- rations are performed. HOW TO RESET THE SC.RF RECEIVER If all presetting must be erased and the SC.RF receiver must be restored to factory pre-setting: - Cut power supply off. - Press push-button P and keep it pressed. - Power the system again, keeping the push-button P pressed on the receiver. - The LED starts flashing with red/green light. After around 5 seconds, when the light turns orange, release the button P and wait that the LED switches off. DIAGNOSTICS During normal operation, the colour of the LED indicates the status of the two channels: Red LED – channel 1 activated Green LED – channel 2 activated The Buzzer (if enabled) indicates the following events: 9 In order to memorise the code on channel 1, proceed as fol- lows: 1) Press push-button P of the SC-RF RECEIVER once 2) The LED LD1 switches on with RED light 3) Within 30 seconds, press push-button S1 of the RF/RF.SUN device for around 4 seconds. 4) The LED LD1 switches off temporarily and a buzz indicates that the storage in memory has been successful. 5) Await that the LED LD1 switches off In order to memorise the code on channel 2, proceed as fol- lows: 1) Press push-button P of the SC-RF RECEIVER once 2) The LED LD1 switches on with RED light. 3) Press push-button P once again 4) The LED LD1 switches to GREEN light. 5) Within 30 seconds, press push-button S1 of the RF/RF.SUN device for around 4 seconds. 6) The LED LD1 switches off temporarily and a buzz indicates that the storage in memory has been successful. 7) Await that the LED LD1 switches off. IMPORTANT! Up to 4 different devices can be memorised on each sin- gle channel. When the memory available is full, the LED will flash three times. AUTOTEST (Self-testing) To enhance the safety of the system, the AUTOTEST function of SC.RF can be used. If the sensitive safety edge is activated and then restored when the obstacle has been removed, the AUTOTEST function will carry out a series of relay tests before resetting the system. Also the control unit must have a PHOTOTEST function. In order to activate the AUTOTEST function: Open the jumper/s of channel/s (W1 or W2) for which a self- testing is desired. Connect input TEST of SC.RF to the PHOTOTEST input of the control unit, as shown in Figure 3. Press push-button P for 3 times consecutively, the LED LD1 switches on with ORANGE light. If the LED flashes slowly (1 flash/sec), this means that the AU- TOTEST function is OFF. Press the push-button P for around 2 seconds and the LED now flashes more rapidly (2 flashes/sec). The AUTOTEST function is now activated. The function is enabled ONLY if all the above-mentioned ope- rations are performed. HOW TO RESET THE SC.RF RECEIVER If all presetting must be erased and the SC.RF receiver must be restored to factory pre-setting: - Cut power supply off. - Press push-button P and keep it pressed. - Power the system again, keeping the push-button P pressed on the receiver. - The LED starts flashing with red/green light. After around 5 seconds, when the light turns orange, release the button P and wait that the LED switches off. DIAGNOSTICS During normal operation, the colour of the LED indicates the status of the two channels: Red LED – channel 1 activated Green LED – channel 2 activated The Buzzer (if enabled) indicates the following events:

- exit from configuration menu - down battery of the mobile device (also the LED on the mobile device switches on periodically). DISPOSAL When the product is out of order, it must be disposed accor- ding to regulations in force on waste disposal and recycling of the various components (metal, plastics, electrical wires, etc.). For this purpose, it is advisable to contact your installer or a specialised company. Specification SC.RF Frequency 868 MHz Power supply 12/24 Vac/Vdc Protection level IP 30 Range Without antenna - 30m With antenna - 100m Channels 2 (4 devices max for each channel) Relay contact 1A/24 Vdc Operating time -20/+50°C Consumption at rest 10 mA Consumption with 1 channel 42 mA Consump. 2 channels activated 66 mA 10 - device switching on - exit from configuration menu - down battery of the mobile device (also the LED on the mobile device switches on periodically). DISPOSAL When the product is out of order, it must be disposed accor- ding to regulations in force on waste disposal and recycling of the various components (metal, plastics, electrical wires, etc.). For this purpose, it is advisable to contact your installer or a specialised company. Specification SC.RF Frequency 868 MHz Power supply 12/24 Vac/Vdc Protection level IP 30 Range Without antenna - 30m With antenna - 100m Channels 2 (4 devices max for each channel) Relay contact 1A/24 Vdc Operating time -20/+50°C Consumption at rest 10 mA Consumption with 1 channel 42 mA Consump. 2 channels activated 66 mA

Via Capitello, 45 - 36066 Sandrigo (VI) - Tel. 0444 751030 r.a. - Fax 0444 759728 AUTOMATISMI BENINCÀ SpA Via Capitello, 45 - 36066 Sandrigo (VI) - Tel. 0444 751030 r.a. - Fax 0444 759728