GE Z630-3 Installation Sheet

Brief description
The Conventional Optical Smoke Detector provides an
early response to a wide range of slow burning to
smouldering fires, and provides reliable sensing for
most conventional fire alarm applications. The detectors
aesthetic design and proven stability in air movements
associated with air conditioning systems, have made it
an ideal selection for modern building interiors.

Specifications

General information
Designation
Specification
Sensitivity
Model number
Part number
Compatibility
Mounting
Area coverage
Wiring
Monitoring
Base
Diode base
Indication
Detection principle
www.gesecurity.eu
2435-01
Optical Smoke Detector
EN54 Part 7
0.1 dB/m
Z630-3
1337
Compatible 24 V conventional
systems
Plugs into surface or semi
recessed base
80 m², subject to local codes
2-wire zonal
Open and short circuit by end of
line resistor
Open and short circuit, and head
out continuity with suitable end
of line (EOL) component.
Alarm LED (red)
Photo electric light scatter
Copyright © 2007 GE Security B.V. All rights reserved
•
Z630-3 Conventional Optical Smoke Detector
Environmental
Application
Environmental rating
Temperature range
Humidity range
Primary supply
Operating voltage
Current (quiescent)
Current (alarm)
Mechanical details
Material
Colour
Dimensions (D x H)
Height (from ceiling
with base)
Weight
Manufacturer traceability
A barcode label is affixed to each product (see example
below). This label reflects, amongst other things, the date of
manufacture of the product in the form YYDDD.
These numbers are interpreted as follows:
YY = year of manufacture
DDD = day of manufacture
For example the numbers 07134 would indicate that the
product was manufactured on the 134
that is 14 th May 2007.
Page 1
Installation Sheet No. 1337ZE R3.0
Indoor use
IP32
-20 to +70ºC
20 to 95% RH (non condensing)
12 to 30 VDC
<60 µA @ 24 VDC
Maximum 50 mA (limited by panel)
Moulded ABS
White
106 x 52 mm – excluding base
surface base – 60mm
recessed base – 38mm
100 g (excluding base)
th day of the year 2007,
501-1337ZE-1
12 November 2007