FireClass DUO-CEL - Page 16

EQUIPMENT: FIRECLASS DUO-CEL
PUBLICATION: OM_DUO-CEL_APP
ISSUE No. & DATE: 2 20/06/18
PAGE 16 of 46
Manufacturer
Part no.
Description
Standby
Current
(mA)
Max.
Devices
Per
standard
zone
(10uF
EOL)
Max.
Devices
Per
Twin-wire
zone
Apollo
55000-210
Series 60 integrating ion detector
0.035
32
NONE
Apollo
55000-100
Series 60 Grade 1 heat detector
0.035
32
NONE
Apollo
55000-101
Series 60 Grade 2 heat detector
0.035
32
NONE
Apollo
55000-102
Series 60 Grade 3 heat detector
0.035
32
NONE
Apollo
55000-103
Series 60 Range 1 heat detector
0.035
32
NONE
Apollo
55000-104
Series 60 Range 2 heat detector
0.035
32
NONE
Apollo
55000-300
Series 60 optical detector
0.050
32
NONE
Apollo
55000-380
Series 60 optical/heat detector
0.050
32
NONE
Apollo
45681-200
Series 60 mounting base
0.000
32
NONE
KAC
WR2072-470
Alert Manual call point (470R)
0.000
32
4
System
Sensor
2351E
Optical Smoke Detector
0.160
20
8
System
Sensor
2351TEM
Optical & Heat Detector
0.270
10
4
System
Sensor
5351E
ROR Heat Detector
0.140
20
8
System
Sensor
4351E
High Temperature Heat Detector
0.140
20
8
System
Sensor
B401RSD
Base c/w 470R resistor & Diode
0.000
20
8
Fulleon
SQG3/SDR
2-wire Squashni Sounder
0.050
N/A
12
Fulleon
SQG3/AV
2-wire Squashni Sounder Beacon
0.050
N/A
8
Fulleon
Squashni
2-wire Squashni Sounder
0.050
N/A
4
Fulleon
Symphoni
2-wire Symphoni Sounder
0.050
N/A
9
Notes:
1. The recommended cable is FP200 or MICC
PYRO:
CABLE
1.5mm csa
Resistance
per Km
per Core
(Ω)
Capacitance
per Km
Core to Core
(uF)
Capacita
nce per
Km Core
to Screen
(uF)
FP200
12.1
0.08
0.15
MICC
PYRO
Light Duty
12.1
0.19
0.21
MICC
PYRO
Heavy Duty
12.1
0.13
0.17
2. Maximum Cable length is 300m, or 3.63Ω per
core, 63nF core to core & core to screen.
3. The maximum number of detectors and
sounders per zone in section 7.1 assumes no
mixing of devices. The total number of detectors
and/or manual call points per zone must not
exceed 32. This is a recommendation of BS
EN54-2:1997 Annex D. The additional limitations
for twin-wire operation are listed in note (7)
below.
4. The Maximum number of devices per zone is
based on factory default monitoring
configuration [10uF capacitor EOL for the
standard panel or composite device for the twin-
wire panel]. For resistor EOL or Twin-Wire, the
total quiescent current drawn per zone by all
devices on the zone should not exceed 1.6mA.
Exceeding this current will result in a failure to
correctly detect an open circuit or head removal.
5. The number in brackets for the twin-wire zone is
the maximum number of devices allowed if NO
twin-wire sounders are connected to the zone.
6. The values are for guidance only and will vary
for individual detectors and cable types. Each
zone must be fully checked for correct operation
& fault monitoring during installation &
commissioning.
7. When using twin-wire sounders, observe the
following additional requirements:
a. DO NOT exceed the maximum number of
sounders per zone as listed in the above
table in section 7.1. These figures are based
on extensive testing and allow for operation