Global Fire Equipment ZEOS-AD-S User manual

ZEOS-AD
ANALOGUE ALGORITHMIC
ADDRESSABLE FIRE DETECTOR
MANUAL 210729
MADE IN PORTUGAL - EU
GLOBAL FIRE EQUIPMENT S.A.
Sítio dos Barrabés, Armazém Nave Y, Caixa Postal 908-Z, 8150-016 São Brás de Alportel - PORTUGAL | Tel: [phone]
Email: [e-mail] | Technical Support: [e-mail] | www.globalfire-equipment.com
TECHNICAL SPECIFICATIONS
SUPPLY VOLTAGE
Loop Powered - 17V to 30V DC
CURRENT - QUIESCENT / SURGE
450uA max.
CURRENT - DEVICE IN ALARM
4 mA - Alarm LED illuminated
SENSITIVITY / CABLE SIZE
According to EN54-5 and EN54-7 / 0.5-2.5 mm²
RESET/START-UP TIMES
20 seconds max.
COLOUR / CASE MATERIAL / MAX. HUMIDITY
White / ABS / 95% RH Non-Condensing
NORMAL / TRANSIENT OPER. TEMPERATURE
0°C to 50°C / -10°C to 85°C
DIMENSIONS / WEIGHT
100 (D) x 50 (H) mm included base / 92g without base & 144g inc. base
For EN54-13 compliance, please check the control panel manual specifications.
ORDER CODE
DESCRIPTION
CERTIFICATE
ZEOS-AD-S
ANALOGUE ADDRESSABLE PHOTOELECTRIC SMOKE DETECTOR
1328-CPR-0521
ZEOS-AD-H
ANALOGUE ADDRESSABLE TEMPERATURE/HEAT DETECTOR
1328-CPR-0520
ZEOS-AD-SH
ANALOGUE ADDRESSABLE COMBINED SMOKE & HEAT DETECTOR
1328-CPR-0519
ZEOS-AD-SI
ANALOGUE ADDRESSABLE PHOTOELECTRIC SMOKE DETECTOR WITH ISOLATOR
1328-CPR-0607
ZEOS-AD-HI
ANALOGUE ADDRESSABLE TEMPERATURE/HEAT DETECTOR WITH ISOLATOR
1328-CPR-0610
ZEOS-AD-SHI
ANALOGUE ADDRESSABLE COMBINED SMOKE & HEAT DETECTOR WITH ISOLATOR
1328-CPR-0492
INSTALLATION
INSTALLING THE BASE - To ensure proper fit of the detector head to the base, all wires should be properly dressed at installation by positioning all wires flat against terminals and
fastening the wires away from connector terminals. The detector base can be mounted directly onto most standard electrical junction boxes.
INSTALLING THE HEAD - Align detector components using provided alignment marks on both the head and base. Align detector mark and short alignment mark on base. Fit the
detector head onto the base and twist clockwise to secure it. After all detectors are installed, apply power to the control unit and activate the detection loop. Test the detectors as
described below.
TESTING - All remote signalling systems, releasing devices and extinguishing systems should be disconnected during the test period and reconnected at the conclusion of testing.
SMOKE: Allow smoke from a cotton wick or test smoke aerosol to enter the detector’s smoke chamber for at least 10 seconds. When sufficient smoke has entered, the detector will
signal an alarm. This will be indicated by the illumination of the 2 Red LEDs provided. Make sure to clear smoke out of the chamber before resetting in order to keep the detector at
its current sensitivity setting.
HEAT: The detector to be tested should be subject to a flow of warm air at a temperature of between 65°C and 80°C. This requirement can be met by some domestic hair dryers.
Switch on the warm airflow and check that the temperature is correct and stable. From a distance of several cms, direct the airflow at the guard protecting the thermistor. The
detector should alarm within 60 seconds. Upon alarm immediately remove the heat source and check that the Red LEDs of the detector are illuminated. If a detector fails to
activate within 60 seconds, confirm connections and programming.If necessary, replace the unit.
NOTE: After testing, check that the system is returned to normal operation.Notify the appropriate authorities that the testing procedure has been completed and the system is
active again.
MAINTENANCE - The recommended minimum requirement for detector maintenance consists of annual cleaning of dust from the detector head using a low power
vacuum cleaner.
DO NOT ATTEMPT TO DISASSEMBLE THE DETECTOR.
DETECTOR BASE - LOOP CONNECTIONS
NOTE:
Positive terminal
of remote indicator
should be connected
to terminal 4
(+ Loop IN/OUT).

MECHANICAL SPECIFICATION
BASE LOCK
To unlock detector from its base
push provided unlock key
through hole available on the
base side wall as shown.
D.I.L. SWITCHES CONFIGURATION
Switches 1-7
Used to configure the module’s address.
Switch 8
Not used.
Address Switches binary weights
1 ON =1 4 ON =8 7 ON =64
2 ON =2 5 ON =16
3 ON =4 6 ON =32
ADDRESS PROGRAMMING
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