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5.
Select the desired jumper and DIP switch settings (see
Figure 5). See "Jumper settings" below for more
information.
6.
Remove the blinders and add the stickers, if required (see
Figure 6 for an example).
For ceiling-mount applications that require a 90° coverage
7.
use the SB01 swivel-mount bracket.
8.
Close the cover.
9.
Insert the screw and place the custom insert.
For EN 50131 Grade 3 installations, do not use mounting
position B.
Jumper settings
See Figure 5 for the jumper locations in the detector.
J1: Not used
J3 and J4: Dual loop setting
This sets the alarm and tamper relays. It allows you to connect
the detector to any control panel. Use jumpers 3 and 4. See
Figure 7.
Use Remote Test (RT) to test the detector from the control
panel. The detector will activate the Alarm relay if the test
result is positive, and the AM relay if the test result is negative.
J6: Polarity setting of the control voltage (CV)
On (factory default):
•
The detector is in Day mode (system disarmed) when the
D/N input is connected to GND (terminal 1)
•
The detector is in Night mode (system armed) when the
D/N input is connected to +12 V (terminal 2)
•
The detector is in Walk Test Off mode (LEDs are disabled)
when the WT input is connected to GND (terminal 1)
•
The detector is on Walk Test On mode (LEDs are
enabled) when the WT input is connected to +12 V
(terminal 2)
Off:
•
The detector is in Day mode (system disarmed) when the
D/N input is connected to +12 V (screw terminal 2).
•
The detector is in Night mode (system armed) when the
D/N input is connected to GND (terminal 1).
•
The detector is in Walk Test Off mode (LEDs are disabled)
when the WT input is connected to +12 V (terminal 2).
•
The detector is on Walk Test On mode (LEDs are
enabled) when the WT input is connected to GND
(terminal 1).
D/N and WT functionality
The D/N input:
•
Controls the LED functionality together with the WT input.
•
Resets the alarm memory
•
Controls the AM relay functionality during the NIGHT
mode together with SW1.
The WT input controls the LED functionality together with the
D/N input.
When the detector is in the Day mode and Walk Test On
mode, the LEDs of the detector can be activated. See "LED
indication" on page 5 for more information.
4 / 10
All manuals and user guides at all-guides.com
During the Night mode the LEDs are always switched off.
If a PIR intruder alarm if detected in the Night mode and the
detector switches back to Day mode, the red LED starts
flashing to indicate an alarm in memory.
The alarm memory is reset by switching the detector to Night
mode.
DIP switch settings
Factory default:
5
SW 1: When to signal AM (anti-masking) or TF (technical
fault) output
On: Signals AM or TF only when the system is in Day mode
(factory default).
Off: Always signals AM or TF during Day and Night mode.
SW 2: AM sensitivity
On: Selects a higher level of AM sensitivity. AM relay reacts
within 6 seconds.
Off: Selects the standard AM sensitivity. AM relay reacts within
12 seconds (factory default).
SW 3: Resetting the AM/TF output
The system will only reset an AM alarm if it has ensured that
the cause of the AM alarm has been removed. If the AM
circuitry cannot return to its original reference levels, then
either the detector is still masked or possibly has been
damaged. The owner should then visually check that the
detector is still fully functional.
On: Resets the AM or TF status 40 seconds after a PIR alarm.
Off: Resets the AM or TF status after a PIR alarm when the
system is in Day and Walk Test mode. The yellow LED will
blink quickly. When the system is in Night status, the yellow
LED will turn off and the system is reset (factory default).
SW 4: Signaling AM or TF output
On: Signals AM on both the AM and Alarm relays. Signals TF
on the AM relay only (EN 50131).
Off: Signals AM and TF on the AM relay (factory default).
SW 5: Setting LEDs
On: Enables both LEDs on the detector at all times (factory
default).
Off: Puts both LEDs under the control of the Walk Test and
Day/Night input. This activates the memory feature of the
detector.
AM calibration
During start-up the AM circuitry calibrates itself to its
environment. It is important to make sure that there are no
changes made to the environment within 1 m distance of the
detector within 60 s after powering up, otherwise the detector
may be vulnerable to false AM alarms and these alarms may
be impossible to reset.
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3
2
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ON
P/N 146576999-1 (ML) • REV D • ISS 08MAR19
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