14
ON
1
ON
2
3
4
5
6
For installation in accordance with VdS standards, the
following points must be observed:
not as per VdS:
- Area optics: range 15 m
- Long-range optics: range 50 m
- Curtain optics: range 30 m
(only AM detectors):
Sensitivity "high"
Anti-Mask function
When operated in compliance with VdS, the Anti-Mask
function must be programmed
.
If the covered state is saved, this prevents arming.
at save
S5
Fault/Cover
ON
do not save
OFF
save
9.1
Programming
Program the following parameters with the DIP switch:
- Range, sensitivity, save fault / do not save fault,
Operating mode SCM 3000 / Viewguard
9.
Operating mode Viewguard/SCM 3000
9.2
Installation
The feed line is a shielded cable twisted in pairs.
The connection terminal operates according to the lift principle and has
protection against misplacing for the connecting wires. A cross section
of up to 2.5 mm² can be fixed.
The leads must be stripped to a length of 7 mm ±1 mm. If several cores
are required per terminal, ensure that their diameter is of the same size
to ensure secure clamping (if necessary, twisted).
The shield connections must be as short as possible to avoid the risk of
an unintentional short circuit.
S4
S6
Operating mode
N.A.
(Anti-Mask only AM detectors)
ON
ON
ON
OFF
Operating mode "Viewguard"
(for Easy Logic mode only)
Anti-Mask always active (not as per VdS)
OFF
OFF
Operating mode "Viewguard"
Anti-Mask inactive in "armed" state
OFF
ON
Operating mode "SCM 3000 compatible"
Anti-Mask inactive in "armed" state
Operating modes:
Range
Sensitivity
Mode
Mode
Save fault
Mounting and Connection Instructions Viewguard PIR / AM FAI
Do not save:
Fault/cover signal is automatically
cleared after elimination of the fault/
cover.
9.4
Operation
9.4.1 LED Indication
- When "Start-up"
- After disarming with preceding alarm:
- Operating state "Walk test"
- Operating state "armed" and "disarmed"
After applying the operating voltage during initialisation (approx.
30 seconds).
Note: A triggerd alarm is saved in the detector until it is cleared.
(this detector was the first to trigger an alarm)
(all subsequent detectors)
To clear LED indication activate walk test
detected
This signifies that a
has occurred. A fault is triggered by
one of the monitoring functions (see 4.2 and 4.3).
detected (only AM detectors)
The LED indication is blanked
The red and yellow LEDs flash:
The red LED flashes:
The red LED lights up:
The red LED lights up:
The yellow LED flashes:
The yellow LED lights up:
First alarm
Subsequent alarm
Movement
fault
Covering
9.4.2 Saved covered state
If the covered state is saved, the system cannot be armed.
- Remove the cause
- Activate the walk test. Activate the walk test to verify that the detection
is working properly throughout the entire area to be monitored. The sa-
ved coverage will be deleted during this process.
- The detector is ready to operate again.
Clear saved covered state:
S1
S2
Range *
OFF
OFF
8/29/17 m
ON
OFF
11/35/21 m
OFF
ON
13/42/25 m
ON
ON
15/50/30 m
* Area/long-range/curtain
S3
Sensitivity
ON
normal
OFF
high
9.3
Start-up
9.3.1 Check installation
9.3.2 Apply operating voltage
9.3.3 Walk test
9.3.4 Insert seal
To ensure reliable functioning, all system parts must be installed
correctly. Measure all the lines to detect possible interruptions or short
circuits.
Ensure that there is no ground fault.
After applying the operating voltage, the detector automatically performs
an initialisation. Both LEDs flash. Do not enter the Anti-Mask range
during initialisation.
After max. 60 seconds the detector is ready for operation.
After this period, do not change anything in the close vicinity (up to 50
cm) that may influence the reflected light.
The walk test mode is described in the installation instructions of every
control panel.
The PIR detector recognizes movements in response to the temperature
difference between a person and the background of the room. Observe
while performing a walk test:
There would be different ranges for the monitored area / detection
coverage depending on environment conditions. The walk test should
be done under realistic conditions, at this the clothes of the person
and the room temperature do mostly influence the accurateness of the
detection.
To have some reserve even under extremely unfavourable conditions,
the detector should be set to a higher detection range or a second
PIR detector should be installed.
(see Fig. 1 -
).
Ensure that the housing is closed correctly.
Insert the seal. The housing is now locked and can only be opened by
removing the seal.
Carry out a walk test for each detector in all cases.
Check the surveillance area of the detector.
6
Anti-Mask function can be taught in again to the altered ambient
conditions (e.g. due to refurnishing) by resetting the walk test signal
from low to high (adaption of AM function).
Fault/cover signal remains saved in the detector until it is cleared
(see 9.4.2)
Save:
