FM Electronics 4193-GB Quick Manual

FM Electronics 4193-GB Quick Manual

30m corridor wireless pir

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WALK TEST BUTTON

has two functions:
1.
When pressed for one second sends a Learn transmission to the control panel,
enabling the device to be learned in and RSSI measurements taken.
2.
Provides a user walk test facility for two minutes.
Lens adjust
screws

Program links

PROGRAM LINKS
NO LINKS FITTED -
Pulse count =2
LINK 3 FITTED
-
No pulse count
LINK 2 FITTED
-
Pulse count = 4
LINK 1 FITTED
-
Overrides the 2 minute inhibit. With this link fitted the PIR will
transmit again after 2 minutes with continuous movement
present. Link 1 s unaffected by links two or three

ADDING A DETECTOR TO THE 4000 SERIES CONTROL PANEL

1.
Connect the batteries. The detector will take approx. 5 minutes to settle. So although
you can program it, the PIR will not detect movement for the initial 5 minutes & until 2
or more minutes of no movement have been detected in normal operation.
2.
Enter the engineers program by keying in the engineers code (default = 4679). (The
alarm LED will flash slowly to indicate that you are in engineer mode).
3.
Key in the number of the zone to which the detector is to be allocated. i.e.
FM4000E, 01 for zone 1. 08 for zone 8.
FM4000X, 011 for zone1 device1. 012 for zone1 device2.
4.
Press the walk test button. The control panel will bleep twice and a zone LED will
illuminate. The zone LED's indicate the number of devices programmed onto the zone.
5.
Press the Full Set key to accept, check the signal strength (see the control panel
instructions for details) & then mount the device in correct position.
6.
Exit Engineering mode by pressing 48 on the control panel.
Forest Vale Road, Cinderford, Gloucestershire, GL14 2PH
Tel: ( 01594 ) 827070 Fax: ( 01594 ) 827066
www.fmelectronics.co.uk
The 4193-GB is a Class 3 wireless PIR, for operation with 4000 series wireless control panels.
This unit employs the FM corridor lens.
INHIBIT To prevent repeated transmissions and resultant battery drain, the PIR incorporates a 2
minute inhibit timer.
transmissions are inhibited for 2 minutes or until the PIR has seen no movement for two minutes.
Press for walk
PULSE COUNT
test
fitted)
& Learn
transmission
RECOMMENDED BATTERIES Two AA size Alkaline batteries are required, Eveready or Duracell
are recommended. (Available from FM Electronics)
MOUNTING Mount the detector so that anyone entering the area passes across the detection
beams. See diagram below for optional mounting heights.
TILT ADJUSTMENT The Lens must be set precisely central, to prevent the main beams from
looking down.
If the ground is sloping the detector should be set to the same slope angle.
accomplished by loosening the two lens fixing screws and sliding the lens fully up to tilt upwards 4
degrees or lens fully down to tilt the beams downwards 4 degrees.
(Refer to the separate graphs overleaf if the ground is sloping.)
CI-221 ISSUE 1
4193-GB

30m CORRIDOR WIRELESS PIR

When movement is detected the alarm is transmitted and then further
The recommended setting for a corridor is no pulse count. (Link 3 should be
Lens fully up.
Mounting height 1.0 to 1.5m
(Angle 0 degrees)
2
4
6
8
10
12
14
16
18
20
22
24
For this configuration the lower beams may be masked off
Lens central. Mounting height 1.8 m
(Angle -4 degrees)
2
4
6
8
10
12
14
16
18
20
22
24
Lens fully down.
Mounting height 1.8 m
(Angle -8 degrees)
2
4
6
8
10
12
14
16
18
20
22
24
This can be
26
28
30
26
28
30
26
28
30

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Summary of Contents for FM Electronics 4193-GB

  • Page 1 RSSI measurements taken. Provides a user walk test facility for two minutes. The 4193-GB is a Class 3 wireless PIR, for operation with 4000 series wireless control panels. This unit employs the FM corridor lens.
  • Page 2 ESTABLISHING THE ANGLE OF GROUND SLOPE Packing dimension for a specific angle is given in the following graph. If the ground is not level, the detector will need to be tilted at the same angle. Tilting the detector The graph below gives the angle of the ground slope by measuring the rise (or fall) 10 metres and 20m from the detector.

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