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2.

 

TECHNICAL 

RELAY OUTPUTS 

2 alarm relays (mono-stable or bi-stable working modes) 
MAX: 24 V

 / 500 mA 

SIGNALLING 

Buzzer on board for operation feedback (not excludible) 
4 internal LEDs for operation feedback (2 LEDs for relay outputs state, 2 LEDs for Radio Zones management) 

RADIO RECEIVER 

Working frequency: 433.92 MHz – Radio code format: 48 bit 

POWER SUPPLY 

12 V

 / MAX 25 mA 

WARNING > The receiver must be powered by a very low voltage power source (SELV)

 

DIMENSION 

120 x 85 x 28 mm 

COMPATIBILITY 

Sensors (only AN models): MINI-M, MINI-C, CTSR, DIRRV2, DIRRPV, DSA, DSF, E-WALL, DIRRVE, DIRRVE-DT, MOSKITO 
Remote controls: TXS/M 
Siren Transmitters: TSR 

 
 
 
 
 
 
 
 

 

 
 

3.

 

LEARNING 

 

 

 

LED_A 

Yellow 

LED_B 

Green 

LED_X 

Blue 

LED_O 

Red 

To enter in learning mode set 

DIP1

 to 

ON

. Two “beep” are emitted 

2x BEEP 

LED_A

 lights on meaning the receiver is in memory space for Relay A (Radio Zones A-1 ÷ A-5). 

The receiver starts from Radio Zone A-1. If the memory position is empty the 

LED_O

 (free memory) lights on, if 

occupied the 

LED_X

 (used memory, it is possible to overwrite) lights on. 

 

 

 

 

OR 

 

 

 

 

To go to the next Radio Zone, press 

P

As confirm the receiver emits as many “beep” as the Radio Zone number (Radio Zone A-2 = 2 “beep”, Radio 
Zone A-3 = 3 “beep”…). 

1x BEEP … 5x BEEP 

DIP1 

OFF 

Normal working 

ON 

LEARNING (pairing of radio devices) 

DIP2 

OFF 

Relay A = Monostable 

ON 

Relay A = Bistable 

DIP3 

OFF 

Normal working 

ON 

“LIGHT TIMER” mode 

DIP4 

OFF 

“S Remote controls” mode or use with TSR 

ON 

“Remote controls” mode 

+12 

Power supply: positive ref12V

 

GND 

Power supply: ground/negative reference 

C1 

Relay A: common terminal 

NC1 

Relay A: Normally Closed terminal 

NA1 

Relay A: Normally Opened terminal 

C2 

Relay B: common terminal 

NC2 

Relay B: Normally Closed terminal 

LD 

LED output: combined to Relay A activation 
Output at +12V when the Relay A is active – Output at zero when Relay A is at rest. 
Useful to visualize (using a TSR) the arming status of a control panel. 

TMP 

TAMPER output, Open Collector – Close to negative to signal the reception of a 
tamper radio code from a sensor. In case of tamper alarm, also the Relay output 
combined to the sensor will be activated. 

LWB 

LOW BATTERY output (sensors), Open Collector – Close to negative to signal the 
reception of a Low Battery code from a sensor. 

 

Summary of Contents for RX2AP

Page 1: ...sors or remote controls INDEX 1 RESET 1 2 TECHNICAL 2 3 LEARNING 2 4 SENSORS REMOTE CONTROLS MODE DIP1 OFF DIP3 OFF DIP4 OFF 3 5 REMOTE CONTROLS MODE DIP1 OFF DIP3 OFF DIP4 ON 3 6 LIGHT TIMER MODE DIP1 OFF DIP3 ON DIP4 OFF 4 7 USE OF THE TSR TRANSMITTER DIP1 OFF DIP3 OFF DIP4 OFF 4 1 RESET The following procedure bring back the receiver to factory settings It is necessary to run the reset before s...

Page 2: ...ible to overwrite lights on OR 3 To go to the next Radio Zone press P As confirm the receiver emits as many beep as the Radio Zone number Radio Zone A 2 2 beep Radio Zone A 3 3 beep 1x BEEP 5x BEEP DIP1 OFF Normal working ON LEARNING pairing of radio devices DIP2 OFF Relay A Monostable ON Relay A Bistable DIP3 OFF Normal working ON LIGHT TIMER mode DIP4 OFF Sensors Remote controls mode or use with...

Page 3: ...learn the DSF smoke sensor hold down the TEST button for some seconds Read the manuals of each product for further information 4 SENSORS REMOTE CONTROLS MODE DIP1 OFF DIP3 OFF DIP4 OFF In this mode both sensors and remote controls work the remote controls must be stored only in Relay A zones Radio Zones A 1 A 5 Set the working mode of the Relay A for remote controls with DIP2 DIP2 ON RELAY A BI ST...

Page 4: ...e receiver can be paired with TSR transmitter for sirens to visualize from remote the alarm system status The TSR transmitters must be stored only in Relay A zones Radio Zones A 1 A 5 The remote controls must be stored only in Relay A zones Radio Zones A 1 A 5 The receiver works differently depending on DIP2 setting DIP2 ON BI STABLE The Relay A is activated when it is received the ARM code of a T...

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