Technical Specifications - EtiamPro HAA54 Mode D'emploi

Mounting the Front Cover, Wiring
1.
2.
3.
The Walk Test
1.
2.
3.
4.

8. Technical Specifications

current consumption ........................... 15 mA typical at 12 VDC
operating voltage ............................. 9-16 VDC, 12 VDC nominal
detection method ............... PIR detection with changing polarity,
................................................. "Double –Twin Optics" system
warm-up delay .......... 2 min. typical, with flashing LED indication
alarm activation delay ..................................................... 2-3 s
alarm output ....... N.C. relay contact with a 10  resistor in series
................................................. contact rating: 28 VDC, 0.1 A
walk-test LEDs ............... upper/lower channels, alarm indicators
............................................. can be armed or disarmed at will
pulse counter ................................ normal response or 2 pulses
.............................................. within 12 s in "HARSH"-position
tamper switch ............ N.C. contact with a 10  resistor in series
................................................ contact rating: 12 VDC, 50 mA
V. 02 – 27/04/2020
Reinsert the PCB and use the fixing screw to fix the PCB
firmly.
Connect the wires to the terminal block.
Replace the front cover and make sure the tamper switch is
depressed when the front cover is clicked into place. Close
the housing firmly with the fixing screw.
The walk test can be performed as soon as the warm-up
delay is finished, in other words when the alarm LED stops
flashing. The walk test is necessary in order to verify
whether the device is in good working order and whether it
covers the desired area.
The alarm will sound when both the upper and lower
channels are triggered simultaneously when the jumper is
in the "NORMAL" position.
If the jumper is in the "HARSH" position, the alarm will
sound upon simultaneous and double activation of both
channels in a space of 12 seconds.
The detection range and the vertical angle of the device
can be adjusted by sliding the PCB up or down.
HAA54
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