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CIVIC1-MOI-IT-W-ML-09-18-Rev.1

Watts Water Technologies, Inc.

EN

Once the correct power is supplied, the control unit carries out 
the following phases in sequence:

LED and buzzer tests (about 5 seconds)

Whichever operating mode is selected, the LEDs will switch on 

in sequence and the buzzer will sound briefly.

Warm-up of detectors (about 1 minute)

During this phase, which brings the detectors up to the 

 

correct operating temperature, the gas detection system is not  

operational. During this phase, if the wiring connections 

are correct, the control unit display shows the following: 

Operating test (about 3 minutes)

Once the detector warm-up phase is complete, the device 

enters the operating test phase. During this phase, all internal 

timing is reset to ease operating verification of the detectors 

(alarm simulation). In this case, the control unit display shows 

the following:

Keep the “Reset/Test” button pressed down for over 1 second 

to interrupt the operating test phase. To test the detectors  

correctly, proceed as follows:

Gas alarm test

Bring the test cylinder close to the detector grille and release 

a small amount of gas (caution: if the gas is aimed directly at 

the sensor, this will be permanently damaged). For CO testing 

of detectors, smoked produced by combustion can be used. 

The control unit will signal the alarm as follows:

Keep the “Reset/Test” button pressed down for 1 second to 

silence the alarm (if there is no gas remaining) and terminate 

the operating test phase. To restart the Test phase, just keep 

the relative button pressed down for about 6 seconds. Repeat 

the operations described above to test the other detectors. 

Interface

Positive 
logic

Negative 
logic

Power supply LED

Green Flashing 1 Hz Flashing 1 Hz

General failure LED

Yellow On

Off

Detector failure LED (4) Yellow On

Off

Alarm and line failure 
LED (4)

Red

On

Off

Alarm buzzer

No sound

No sound

Alarm relay

Energised

De-energised

Failure relay

Energised

De-energised

Interface

Positive logic

Negative logic

Detector 
alarm LED

Red Off

On

Alarm buzzer

Continuous sound Continuous sound

Alarm relay

De-energised

Energised 
(permanently or 
pulsed depending 
on E2)

Interface

Positive 
logic

Negative 
logic

Detector failure 
LED

Yellow Off

On

Alarm buzzer

Intermittent 
sound

Intermittent 
sound

Failure relay

De-energised

Energised

General failure LED Yellow On

Off

Caution

  The repeated use or high concentration of interfering 

substances (alcohol, lighter fluid etc.) can cause permanen 

damage to the sensor and put the device out of order.

Detector failure test

Simulate a failure in the detector as follows:
- disconnect the cable of the detector and verify the following alerts:

- reconnect the detector and press the “Reset/reconnect the 

detector and press the “Reset/Test” to return the control unit to 

normal operating mode, making the sure the conditions of the 

various interfaces are reset.

Normal operation

This is the normal operating phase of the control unit during 

which both gas alarm monitoring and self-testing of the 

 

instrument (detector) and the system (control unit) are 

active. During this phase, where there are no alarms and/or  

abnormalities, the control unit display shows the following:

When dangerous concentrations of gas are detected, the 

 

control unit enters the gas alarm phase and carries out the  

following operations:

Once the gas alarm condition is normalised, the control unit 

needs to be reset to its normal operating status. Press the 

“Reset/Test button on the front of the control unit to reset it.  

If there are abnormalities (detector and/or control unit), the con-

trol unit will show the following display:

Interface

Positive 
logic

Negative 
logic

Power supply LED

Green Flashing 2 Hz Flashing 2 Hz

General failure LED

Yellow On

Off

Detector failure LED (4) Yellow On

Off

Alarm and line failure 
LED (4)

Red

On

Off

Alarm buzzer

No sound

No sound

Alarm relay

Energised

De-energised

Failure relay

Energised

De-energised

Interface

Positive 
logic

Negative 
logic

General failure LED 
(for control unit failure)

Yellow Off

On

Detector failure LED 
(for detector failure)

Yellow Off

On

Alarm buzzer

Intermittent 
sound

Intermittent 
sound

Failure relay

De-energised Energised

Interface

Positive 
logic

Negative 
logic

Power supply LED

Green On

On

General failure LED

Yellow On

Off

Detector failure LED (4) Yellow On

Off

Alarm and line failure 
LED (4)

Red

On

Off

Alarm buzzer

No sound

No sound

Alarm relay

Energised

De-energised

Failure relay

Energised

De-energised

Interface

Positive logic

Negative logic

Detector 
alarm LED

Red Off

On

Alarm buzzer

Continuous sound Continuous sound

Alarm relay

De-energised

Energised 
(permanently or 
pulsed depending 
on E2)

Summary of Contents for CIVIC4

Page 1: ...WattsWater eu CIVIC4 Gas detection control Installation manual Installation and Operation Manual Manuale di Installazione e Uso UK IT ...

Page 2: ...g Operation Gas Alarm Environmental compatibility and disposal Troubleshooting Terminal Board Connection diagrams Dimensions Indice Generale Caratteristiche tecniche Installazione Messa in servizio Funzionamento Allarme gas Compatibilità ambientale e smaltimento Analisi dei guasti Morsettiera Schemi di collegamento Ingombri ...

Page 3: ...Vac Output connections 3 terminals of 2 5 mm2 for C NC NO relay Visual alarms 1 green LED power on 1 yellow LED general abnormality 4 yellow LEDs failure for each detector line 4 red LEDs gas alarm for each detector line Audible alarms 1 buzzer noise level 60db at 1m Reset Test button 1 for alarm Reset and detector Test Enclosure RAL7035 grey self extinguishing plastic house Dimensions and weight ...

Page 4: ...insulation sized for uninterrupt ed use for the power utilised See Technical features For connecting the relay output use wires with a minimum diameter of 1 5 mm2 Prepare wiring connections according to the electrical diagrams contained in these instructions UR13 or UR20S detector Prepare wiring connections according to the electrical dia grams contained in these instructions using wires with a mi...

Page 5: ...rm buzzer Intermittent sound Intermittent sound Failure relay De energised Energised General failure LED Yellow On Off Caution The repeated use or high concentration of interfering substances alcohol lighter fluid etc can cause permanen damage to the sensor and put the device out of order Detector failure test Simulate a failure in the detector as follows disconnect the cable of the detector and v...

Page 6: ...open Valve not connected Alarm in progress Detector warm up phase in progress All detector defective General failure event occurring NO valve does not close Valve not connected Connection cables cut No alarm active Reset Test button does not reset to initial conditions Alarm in progress Failure occurring in control unit Troubleshooting Power supply 12 Vac dc positive OC output 12 Vac dc positive C...

Page 7: ...conditioned on the buyer s assent to Watts terms and conditions found on its website at www wattsindustries com Watts hereby objects to any term different from or additional to Watts terms contained in any buyer communication in any form unless agreed to in a writing signed by an officer of Watts Guarantee Watts products are thoroughly tested The said guarantee covers solely replacement or at the ...

Page 8: ...é con 1 contatto SPDT 8A 250Vac Collegamenti uscite n 3 morsetti of 2 5 mm2 per relé C NC NO Segnalazioni luminose 1 LED verde alimentazione presente 1 LED giallo anomalia generale 4 LED gialli anomalia per ogni linea sonde 4 LED rossi allarme gas per ogni linea sonde Segnalazioni acustiche 1 cicalino di intensità sonora 60db a 1m Pulsante Reset Test 1 per Reset allarmi e Test sonde Contenitore Ma...

Page 9: ... a 12 Vac dc utilizzare trasformatori a doppio isolamento dimensionati per un utilizzo continuativo per la potenza impegnata Vedi Dati Tecnici Per il collegamento dell uscita a relè utilizzare cavi con sezione minima di 1 5 mm2 Predisporre i collegamenti secondo gli schemi elettrici conte nuti nelle presenti istruzioni Sonde UR13 o UR20S Predisporre i collegamenti secondo gli schemi elettrici cont...

Page 10: ...set Test per riportare la centrale al funzionamento normale verificando il ripris tino delle condizioni delle varie interfacce Normale funzionamento È la fase di normale operatività della centrale durante la quale sono attivi sia il monitoraggio per l allarme gas sia l autodiag nosi per le anomalie di impianto sonda e di sistema centrale In questa fase ed in assenza di allarme e anomalia la centra...

Page 11: ...ligatori amente essere sostituite prima dello scadere del 5 anno di utilizzo La vita media delle sonde è calcolata tenendo conto di un utilizzo tipico in ambiente normalmente libero da agenti inquinanti gas soventi etc Una presenza più frequente ed in concentrazioni più elevate di tali sostanze può accelerare il normale processo di ossidazione dell elemento sensibile con conseguente diminuzione de...

Page 12: ...estione del recupero e dello smaltimento delle apparecchiature Watts Industries Italia srl aderisce al consorzio EcoPED Consorzio Nazionale Riciclo Piccoli Elettrodomestici Lo smaltimento abu sivo del prodotto da parte dell utente comporta l applicazione di sanzioni amministrative previste dalla normativa vigente Le descrizioni e le fotografie contenute nel presente documento si intendono fornite ...

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