Figure 4: Battery Installation
and Rotary Address Switches
1
2
+
3
+
4
ROTARY ADDRESS SWITCHES
4a
4b
4c
EU Declaration of Conformity
Hereby, Honeywell Products and Solutions Sàrl
equipment types
52051E-RF and 52051RE-RF
directive 2014/53/EU
The full text of the EU DoC is available at the following internet address:
https://www.systemsensoreurope.com/products/category/
wireless-fire-systems/
0359 22
Honeywell Products and Solutions Sàrl
(Trading as System Sensor Europe)
Zone d'activités La Pièce 16
CH-1180 ROLLE, Switzerland
EN 54-25: 2008 / AC: 2010 / AC: 2012 Components Using Radio Links.
EN 54-5: 2017 + A1: 2018 Categories A1S and A1R Heat Detectors
for use in fire detection and fire alarm systems for buildings.
D200-302-00
Honeywell Building Technologies, Building 5 Carlton Park, King Edward Avenue, Narborough, Leicester LE19 3EQ
NOTE
Do not run more than
one
interface
time to commission
devices in an area.
+
+
NOTE POLARITY
+
Sensor Status LEDs
Sensor Status
Power-on initialisation
(no fault)
Fault
Un-commissioned
Sync
Normal
Idle (low power mode)
Magnet test
4d
LINE
ON BASE
TEST
MAGNET
Figure 5: Test Magnet Position
declares
that the radio
are in compliance
52051E-RF DOP-IRF003
0333 16
52051RE-RF DOP-IRF004
PROGRAMMING
To load network parameters into the RF sensor, it is necessary to
at
a
link the RF gateway and the RF sensor in a configuration operation.
At commissioning time, with the RF network devices powered
on, the RF gateway will connect and program them with network
information as necessary. The RF sensor then synchronises with
its other associated devices as the RF mesh network is created by
the gateway. (For further information, see the Radio Programming
and Commissioning Manual - ref. D200-306-00.)
LED INDICATORS AND FAULT DESCRIPTION
The radio sensor has two LED indicators that show the status of
the device.
LED State
Long Green pulse
3 Green blinks
Blink Amber every 1s.
Red/Green double-blink every 14s
(or just Green when communicating).
Green/Amber double-blink every 14s
(or just Green when communicating).
Controlled by panel; can be set to Red
ON, periodic blink Red or OFF.
Amber/Green double-blink every 14s
1s green pulse when test magnet
activates the internal switch.
TESTING
Magnet Test
A correctly positioned test magnet will generate an alarm. Position
the magnet (M02-04-00) as shown in Figure 5, after identifying the
straight line ridge on the sensor base. To aid positioning, the sensor
LEDs will turn on green for 1s when the alarm switch activates.
Direct Heat Testing (Hair dryer of 1000-1500 watts).
Aim the heat toward the sensor from the side. Keep the heat source
about 15 cm away to prevent damage to the cover during testing.
The sensor should signal an alarm to the CIE via the Gateway
when the temperature at the sensor reaches 58°C.
Following testing, reset the alarm indication at the CIE (fire panel).
CLEANING
Use a vacuum cleaner and/or clean, compressed air to remove
dust and debris from the thermistor and sensor cover as required
(take care to avoid damaging the thermistor).
When replacing batteries, all 4 will need to be replaced
LIMITATIONS OF HEAT SENSORS
with
These heat sensors will only work when connected to a compatible
control panel. Heat detectors have operating limitations. They will
not sense fires where heat does not reach the sensor, and may
respond differently to varying heat conditions. Consideration must
be given to the environment when selecting and siting fire sensors.
Heat sensors cannot last forever, and we recommend replacement
after 10 years.
Meaning
Device is un-commissioned
(factory default)
Device is commissioned
Device has an internal trouble
Device is powered and is waiting to be
programmed.
Device is powered, programmed and
trying to find/join the RF network.
RF communications are established;
device is working properly.
Commissioned RF network is in standby;
used when the gateway is powered off.
Device signals Alarm, all delays are
removed for 10 minutes.
Note
Patents Pending
I56-3891-004