- 2 -
1 X
FEATURES:
1) Secure wire code transfer connector
2) Power Supply input
3) LO - output pulses every 5 seconds
when any batteries are low
4) 3 x 'A' - ve outputs which activate for
0.4 second on detection (24 hour)
5)
'S' output - photocell controlled
6) 3 x RF -loss of active signal outputs.
Activates 5 mins. after not receiving
a signal from a registered detector.
7) 3 x independent volt free CCTV
contacts. Adjustable 0.4 to 60 seconds.
8) Selection jumper - Normally open or
normally closed CCTV contacts.
9) 3 x RF loss of signal LED indicators
10) Reception - gives indication of the
radio signal being received.
(a) Flicker = normal
(b) On and off indicates conflict with
other radio equipment on the same
frequency in close proximity.
11) 3 x Channel buttons
For use in code transfer function only.
Plus detection indicators that light for
the length of the CCTV timer setting
12) Battery low indicator corresponding
detection indicator will also flash every
5 seconds when battery is low (see 3)
13) Tamper will activate/
(a) when cover removed or
(b) displacing from the mounting point.
14) Aerial
10
11
14
8
7
6
5
4
3
2
1
9
GJD
LN
1
2
3
RF3
RF2
RF1
RFX-3
RECEIVER
CCTV 1 2 3
N/C
N/O
T -20 + 55C
12V
35mA
N/C
TAM
PER
CCTV
3
CCTV
2
CCTV
1
LO
A1
A2
A3
S
RF1
RF2
RF3
+
12
13
The
RFX-3 Receiver
monitors the active
state of up to three Opal RFX passive infra
red detectors.
The RFX-3 Receiver can be mounted
externally or internally. The transmission
distance of 150 metres can be obtained if the
detectors are in true line of sight to the
receiver. When installing the RFX-3
Receiver internally, the transmission distance
of 150 metres will be reduced depending on
the thickness and type of material structure
the radio signals have to pass through or
around.
It is advisable to conduct an RF continuity
test when mounting the receiver internally to
ensure that the radio signals can be received
in the desired location. (RF continuity test
page 5)
been transferred via the secure wire code
learning link. This transfer is only required
on the initial setup, any subsequent changes
to the detector programming will be relayed
by radio automatically to the receiver.
(programming chart - page 5)
Wireless transmission.
Each detector transmits radio signals to the
receiver and has over 16.7 million indi-
vidual codes. The receiver only responds to
the transmitter that has been linked to a
channel to identify it.
The receiver can only analyse this
information after the individual code has
(fig1)
