P/N 146551999-1 • REV C • ISS 30APR12
3 / 48
10
JA
JT
3
6
4
5
Ra
Rt
JF
Rf
Fault (4)
10
9
J1
Alarm (1)
Tamper (3)
Alarm zone (2)
11
Off
On
Isolated fault
contact
3 resistor single
zone
(Terminal 3-10)
=
=
J1
J1
JF
JT
JA
22K
3K
47K
1K
22K
47K
56K
1K
22K
47K
56K
1
2
3
4
1
2
1
2
1
2
3
4
5
6
1
2
1
2
SW1 - Generic settings
LED ON
Remote OFF
Not used
Positive Polarity
LED OFF
Remote ON
Negative Polarity
Range
SW2 - AM/Fault settings
Mask to alarm and
fault relay
Auto reset
Advanced AM sens.
AM Day mode only
Mask to fault relay
only
Authorized reset
Standard AM sens.
AM Day and Night
4
1 .
m
( 3 ft )
12
40 .
m
(
ft )
9
30 .
m
(
ft )
6
20 .
m
(
ft )
12
Al
arm
GN
D
+12V
Fault
1
3 4 5
2
6 7 8 9
13
ON
12
3
4
ON
1
23
456
J1
JF JT JA
SW1
SW2
14
Single zone EOL
Zone state
Value
Default
Tamper (short)
0
Ω
0
Ω
Normal Rt
4.7
k
Ω
Alarm Rt+Ra
9.4
k
Ω
Fault Rt+Rf
14.7
k
Ω
AM* Rt+Ra+Rf
19.4
k
Ω
Tamper (open)
∞
∞
*
SW2-4 must be set to On.
EN: Installation Sheet
Description
DD1012AM(-D) is a dual AM motion sensor.
It combines the patented PIR mirror optics technology with the
patented Range Controlled Radar technology.
Installation guidelines
See Figure 1.
The detector is intended to be mounted on walls but can also
be mounted on ceilings by using a mounting bracket.
Use the following guidelines to determine the best location to
install the detector.
•
Mount the detector so the expected movement of an
intruder is across the detection pattern (see Figure 3).
•
Mount the detector at a stable surface at a height between
1.8 m and 3.0 m (5.9 and 9.8 ft.) from the floor.
•
Do not mount the detector within 0.5 m (1 ft. 8 in.) of
metallic objects or within 1.5 m (4 ft. 11 in.) of fluorescent
lights.
•
Do not place objects in front of the detector that may
prevent a clear line of sight.
•
Place detectors at least 6 m (19 ft. 8 in.) apart, and use
the short-range setting to avoid interference, when
mounting detectors face to face.
The dual technology processing of this detector is very
resistant to false alarm hazards. However, avoid potential
causes of instability, such as:
PIR hazards:
•
Direct sunlight on the detector
•
Heat sources within the detector field of view
•
Strong air draughts onto the detector
•
Animals in the field of view
