Duevi Rx2ap Guide

This manual is subject to modification without advice

MADE IN ITALY

THE INSTALLER HAS TO FOLLOW REGULATIONS. INTERVENTIONS MADE BY NOT AUTHORIZED STAFF CAN DAMAGE THE DEVICE.

THE PRODUCER IS NOT RESPONSIBLE IN CASE OF IMPROPER USE OR WRONG INSTALLATION.

DO NOT INSTALL THE RECEIVER IN DUMP PLACES OR EXPOSED AT HIGH/LOW TEMPERATURES OR INCLEMENCY OF THE WEATHER.

FOR MORE SAFETY, INSTALL THE RECEIVER IN A PLACE PROTECTED BY AN ALARM DETECTOR.

RX2AP is a receiver that can store up to 10 radio codes (auto-learning) combined to 2 independent outputs (5 radio codes each): the outputs are dry-contact relay type.

It is possible to learn the radio codes of sensors, remote controls or special transmitters (TSR) for control panels.

This device allow a simple interface between wired control panels and wireless sensors 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 start programming and use the device.

1. Remove power to the receiver (wait about 1 minute the circuit discharges)

2. Hold down the Pbutton while powering the receiver

3. After about 5 seconds the receiver emits three quick “beep”followed by one long one

4. Release the Pbutton. The reset is complete.

RX2AP

TWO OUTPUTS RADIO RECEIVER

[AN] Installation and use manual 15.10-M:4.1-H:x.x-F:F9D0

Radio Zone A-1

RELAY A

Radio Zone A-2

Radio Zone A-3

Radio Zone A-4

Radio Zone A-5

Radio Zone B-1

RELAY B

Radio Zone B-2

Radio Zone B-3

Radio Zone B-4

Radio Zone B-5

Matching scheme of Radio

Zones with Relay Outputs:

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.

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

LEARNING (pairing of radio devices)

DIP2

OFF

Relay A = Monostable

Relay A = Bistable

DIP3

OFF

Normal working

“LIGHT TIMER”mode

DIP4

OFF

“Sensors + Remote controls” mode or use with TSR

“Remote controls”mode

+12

Power supply: positive reference +12V

GND

Power supply: ground/negative reference

Relay A: common terminal

NC1

Relay A: Normally Closed terminal

NA1

Relay A: Normally Opened terminal

Relay B: common terminal

NC2

Relay B: Normally Closed terminal

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.

To learn a sensor/remote control/TSR in selected memory space:

hold down the Pbutton for 3 seconds

the LED_X or LED_O light on (depending on which one was already on): the receiver is now waiting

make the sensor *(only AN code, see sensor manual), the remote control or the TSR transmitter (only

disarming) transmit

the receiver confirms the learning of the code by blinking 2 times the LED_A, and emits 2 “beep”. The

LED_O switches off but the LED_X (occupied memory)

After the Radio Zones for Relay A, there are the ones for Relay B (Radio Zones B-1 ÷ B-5).

The LED_A switches off and the LED_B lights on meaning the receiver is in memory space for Relay B.

The receiver starts from Radio Zone B-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.

To go to the next Radio Zone, press P.

As confirm the receiver emits as many “beep” as the Radio Zone number (Radio Zone B-2 = 2 “beep”, Radio

Zone B-3 = 3 “beep”…).

1x BEEP … 5x BEEP

To learn a sensor/remote control in selected memory space:

hold down the Pbutton for 3 seconds

the LED_X or LED_O light on (depending on which one was already on): the receiver is now waiting

make the sensor *(only AN code, see sensor manual) or the remote control transmit

the receiver confirms the learning of the code by blinking 2 times the LED_B, and emits 2 “beep”. The

LED_O switches off but the LED_X (occupied memory).

When finished to learn peripherals set DIP1 to OFF

*Generally, to transmit an AN code press the TAMPER switch of the sensor. To 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-STABLE

The sensors must be stored only in Relay B zones (Radio Zones B-1 ÷ B-5).

By pressing the BIG button of a remote control, the Relay A is activated –pressing the SMALL button the Relay A releases

The Relay B is activated for 2 seconds when it is received an alarm code from a sensor stored in Radio Zones B

DIP2 = OFF RELAY A MON-OSTABLE

The sensors can be stored in both memory zones of Relay A and Relay B.

By pressing any button of a remote control the Relay A is activated for 2 seconds (then release)

The Relay B is activated for 2 seconds when it is received an alarm code from a sensor stored

5. “REMOTE CONTROLS”MODE DIP1 = OFF | DIP3 = OFF | DIP4 = ON

In this mode only the remote controls work: the remote controls must be stored only in Relay A zones (Radio Zones A-1 ÷ A-5). Do not store sensors (they will be ignored

by receiver). Set the working mode of the Relay A with DIP2:

DIP2 = ON BI-STABLE

By pressing once the BIG button of a remote control, the Relay A is activated –Pressing it again, the Relay A releases

By pressing once the SMALL button of a remote control, the Relay B is activated –Pressing it again, the Relay B releases

DIP2 = OFF MONO-STABLE

By pressing the BIG button of a remote control the Relay A is activated for 2 seconds (then release)

By pressing the SMALL button of a remote control the Relay B is activated for 2 seconds (then release)

6. “LIGHT TIMER”MODE DIP1 = OFF | DIP3 = ON | DIP4 = OFF

This mode (DIP3 = ON) set the receiver to maintain active the Relay outputs for 3 minutes (useful as light timer) when it is received a radio code from a remote control,

a sensor or the “alarm”code of a TSR. The remote controls and TSR transmitters must be stored only in Relay A zones (Radio Zones A-1 ÷ A-5).

During this time the receiver will not react to any command.

DIP2 = ON BI-STABLE

By pressing once the BIG button of a remote control, the Relay A is activated –Pressing it again, the Relay A releases

The Relay B is activated for 3 minutes when it is received an alarm code from a sensor stored in Radio Zones B (the sensors stored in Radio Zones A are

ignored)

DIP2 = OFF MONO-STABLE

The Relay A is activated for 3 minutes when it is received a radio code (sensor, remote control or TSR “start alarm”) from Radio Zones A

The Relay B is activated for 3 minutes when it is received an alarm code from a sensor stored in Radio Zones B

7. USE OF THE TSR TRANSMITTER DIP1 = OFF | DIP3 = OFF | DIP4 = OFF

The 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 TSR, and releases when it is received the “DISARM”code

By pressing once the BIG button of a remote control, the Relay A is activated –Pressing it again, the Relay A releases

By pressing once the SMALL button of a remote control, the Relay B is activated –Pressing it again, the Relay B releases

The Relay B is activated for 2 seconds when it is received the “START ALARM”code of a TSR or an alarm code of a sensor stored in Radio Zones B

DIP2 = OFF MONO-STABLE

The Relay A is activated for 2 seconds when it is received an “ALARM”code of a TSR or any code of a remote control or an alarm code of a sensor stored in

Radio Zones A

The Relay B is activated for 2 seconds when it is received a “STOP ALARM”or “DISARM”codes of a TSR or an alarm code of a sensor stored in Radio Zones B