Ziton ZR432-2P Assembly instructions

ZR432-2P Wireless Multisensor (Optical/Heat)
Detector Installation Sheet
Description
The ZR432-2P Wireless Multisensor (Optical/Heat) Detector is
specifically designed for use with the Ziton ZP1, ZP2 (all
versions) and ZP3 addressable control panels (firmware
versions 3.12 and later).
Note: When used with legacy Ziton ZP3 (firmware version 3.11
and earlier) or ZP5 systems, the detector functions and
installation methods may be different. These differences are
described in this installation sheet.
The detector incorporates a red LED for visual indication of the
alarm state and is designed for indoor use with the supplied
wireless mounting bases.
Table 1: Detectors (with wireless base included)
Model
Description
ZR432
-2P Wireless Multisensor (Optical/Heat)
Detector and base, Polar White
ZR432
-2PA Wireless Multisensor (Optical/Heat)
Detector and base with Sounder, Polar White
ZR432
-2PAV Wireless Multisensor (Optical/Heat)
Detector and base with Sounder and Visual
Indicator, Polar White
Table 2: Replacement parts
Model
Description
ZX432
-2P [1] Multisensor (Optical/Heat) Detector, Polar White
ZR401
-3P Ziton Protocol 868 MHz, Radio Sensor Base for
ZX432-2P with battery pack, Polar white
ZR401
-3PA Ziton Protocol 868 MHz, Radio Sensor Sounder
Base for ZX432-2P with battery pack, Polar white
ZR401
-3PAV Ziton Protocol 868 MHz, Radio Sensor Sounder
Base with Visual Indicator for ZX432-2P with
battery pack, Polar white
[1] Supplied without the wireless base.
Operation
868 MHz systems
Subject to configuration, the detector can operate as a
multisensor, a smoke detector, or a heat detector. For detector
configuration details, see Configuration: 868 MHz systems.
Legacy systems
Subject to configuration and the detector base used, the
detector can operate as a multisensor, a smoke detector, or a
heat detector, as shown below.
Operation
Mounting base
Smoke detector
ZR401-1, ZR401-MS-2
Heat detector
ZR401-1, ZR401-MS-2
For detector configuration details, see Configuration: Legacy
systems.
Configuration: General
Configure the device using the seven-segment DIP switch
(SW1) on the back of the detector.
Figure 1: DIP switch SW1
1. Sensitivity 1
2. Sensitivity 2
3. Heat band select
4. Head type (selection 1)
5. Head type (selection 2)
6. Not used
7. Base compatible
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Configuration: 868 MHz systems
Dual detector mode
To operate the device in dual detector mode, DIP switch 7
(SW1) must be set to OFF (see Figure 1), enabling the
detector to make the alarm decision based on both the
detector’s sensor readings.
Multisensor mode
When not set to dual detector mode, the detector can use one
of two algorithms to control sensitivity levels.
Algorithm 1: With an increase in heat, the optical sensitivity is
increased (more sensitive). Available options are shown in
Table 3.
Algorithm 2: If an optical prealarm level is reached without an
increase in heat, the optical sensitivity is decreased (less
sensitive). Available options are shown in Table 4.
Single detector mode
The detector can also be operated in a single sensor mode.
When operated in this mode, the detector can be configured to
operate as a heat detector or as an optical detector. See
Table 5.
Configuration: Legacy systems
Dual detector mode
To operate the device in dual detector mode, it must be used
with the ZR401-MS-2 Multisensor Radio Base and DIP
switch 7 (SW1) must be set to OFF (see Figure 1), enabling
the detector to make the alarm decision based on both the
detector’s sensor readings.
Multisensor mode
To operate the device in multisensor mode, it must be used
with the ZR401-MS-2 Multisensor Radio Base. In this case, the
detector can use one of two algorithms to control sensitivity
levels.
Algorithm 1: With an increase in heat, the optical sensitivity is
increased (more sensitive). Available options are shown in
Table 3.
Algorithm 2: If an optical prealarm level is reached without an
increase in heat, the optical sensitivity is decreased (less
sensitive). Available options are shown in Table 4.
Single detector mode
The detector can be used in single sensor mode with specific
legacy mounting bases. When operated in this mode, the
detector can be used as a suitable replacement for the ZR420
heat or ZR430 optical detectors.
ZR401-MS-2, ZR401-MS-2-SWE:When used with these
bases, see Table 5.
ZR401-1, ZR401-1-SWE: When used with these bases, see
Table 6.
Table 3: DIP switch SW1 settings for algorithm 1 device sensitivities
Description
1 2 3 4 5 6 7
0000 Algorithm 1. 58° Heat band. Normal optical sensitivity
OFF OFF OFF ON ON OFF OFF
0001
Algorithm 1. 58° Heat band. Medium optical sensitivity ON OFF OFF ON ON OFF OFF
0010 Algorithm 1. 58° Heat band. Low optical sensitivity
OFF ON OFF ON ON OFF OFF
0011 Algorithm 1. 58° Heat band. Low + AVF optical sensitivity
ON ON OFF ON ON OFF OFF
0100
Algorithm 1. 72° Heat band. Normal optical sensitivity OFF OFF ON ON ON OFF OFF
0101 Algorithm 1. 72° Heat band. Medium optical sensitivity
ON OFF ON ON ON OFF OFF
0110 Algorithm 1. 72° Heat band. Low optical sensitivity
OFF ON ON ON ON OFF OFF
0111
Algorithm 1. 72° Heat band. Low + AVF optical sensitivity ON ON ON ON ON OFF OFF
Table 4: DIP switch SW1 settings for algorithm 2 device sensitivities
Description
1 2 3 4 5 6 7
1000 Algorithm 2. 58° Heat band. High optical
sensitivity OFF OFF OFF OFF OFF OFF OFF
1001 Algorithm 2. 58° Heat band. Normal optical sensitivity
ON OFF OFF OFF OFF OFF OFF
1010 Algorithm 2. 58° Heat band. Medium optical sensitivity
OFF ON OFF OFF OFF OFF OFF
1011 Algorithm 2. 58° Heat band. Low +
AVF optical sensitivity ON ON OFF OFF OFF OFF OFF
1100 Algorithm 2. 72° Heat band. High optical sensitivity
OFF OFF ON OFF OFF OFF OFF
1101 Algorithm 2. 72° Heat band. Normal optical sensitivity
ON OFF ON OFF OFF OFF OFF
1110 Algorithm 2. 72° Heat band.
Medium optical sensitivity OFF ON ON OFF OFF OFF OFF
1111 Algorithm 2. 72° Heat band. Low + AVF optical sensitivity
ON ON ON OFF OFF OFF OFF
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Table 5: DIP switch SW1 settings for single detector mode with ZR401-3 and ZR401-MS-2 bases [1]
Mode
1 2 3 4 5 6 7
Optical only
ON OFF OFF ON OFF OFF OFF
Heat only
ON OFF OFF OFF ON OFF OFF
[1] This configuration complies with EN 54-7 and EN 54-5 standards (class A1).
Table 6: DIP switch SW1 settings for single detector mode with a ZR401-1 mounting base
Mode
1 2 3 4 5 6 7
ZR430 Optical compatibility
ON OFF OFF ON OFF OFF ON
ZR420 Heat compatibility
ON OFF OFF OFF ON OFF ON
Installation
To attach the detector to the mounting base:
1. Make sure the detector base is powered up.
2. Align the unit to the base, and then slowly turn until the
location pin on the detector base engages with the slot on
the detector moulding.
3. Rotate the detector clockwise until it clicks into position.
The detector may be locked into the mounting base if
required. To do this, remove the locking tab before
installation. See Figure 2.
Figure 2: Detector breakout locking tab
1. Locking tab slot
2. Locking tab
To remove a locked detector:
1. Insert a small screwdriver into the locking tab slot. See
Figure 3.
2. Press the screwdriver to disengage the lock, and then
rotate the detector counterclockwise to remove it.
Figure 3: Removing a locked detector
Maintenance
The detector is shipped from the factory as an assembled unit;
it contains no user-serviceable parts and should not be
disassembled.
Perform a visual inspection and an operational test once a year
or as directed by the local authority having jurisdiction.
Specifications
Operating v
oltage 3 VDC
LED indicator
Red alarm LED
Addressing
Unique address embedded
Monitor
ing Continuously self-checking
Detection principle
Smoke element
Heat element
Photoelectric light scatter
Thermistor
Area coverage
[1]
Smoke element
Heat element
100 m2
50 m2
Compatible wireless mounting
bases
ZR401-3P
ZR401-3PA
ZR401-3PAV
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Compatible legacy mounting
bases
ZR401-1
ZR401-1-SWE
ZR401-MS-2
ZR401-MS-2-SWE
Compatibility
Ziton ZP1, ZP2 and ZP3 systems
(firmware versions 3.12 and later)
via ZPR868 loop module
Mounting
Plugs into surface base
IP rating
IP32
Material
Moulded ABS
Operating environment
Operating temperature
Storage temperature
Relative humidity
−10 to +55°C
−20 to +70°C
10 to 95% noncondensing
Dimensions
(Ø × H ) [2] 106 × 58 mm
Weight [
2] 105 g
[1] Subject to local regulations
[2] Excluding mounting base
Regulatory information
This section provides a summary on the declared performance
according to the Construction Products Regulation
(EU) 305/2011 and Delegated Regulations (EU) 157/2014 and
(EU) 574/2014.
EU compliance
Certification body
0370
Declaration of Performance
number
360-4213-0199
Year of first CE marking
14
Product i
dentification
Detector (with base)
Detector (without base)
ZR432-2P, ZR432-2PA, ZR432-2PAV
ZX432-2P
Intended use
See the product Declaration of
Performance
Declared
performance See the product Declaration of
Performance
Manufacturer
United Technologies Safety Systems,
80 Changjiang East Road,
QETDZ, Qinhuangdao, Hebei, China
066004.
Authorized EU manufacturing
representative:
UTC Fire & Security B.V. Kelvinstraat 7,
6003 DH Weert, Netherlands.
European Union directives
2014/53/EU (Radio Equipment
Directive):
Hereby, UTC Fire & Security
declares that this device is in
compliance with the essential
requirements and other relevant
provisions of Directive 2014/53/EU.
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