S2000-PIK
Addressable Ceiling Mount
Volumetric PIR Motion Detector
INSTRUCTION MANUAL
GENERAL
S2000-PIK Addressable Ceiling Mount Volumetric Passive Infrared (PIR) Motion Detector (hereinafter referred to as the
detector) is designed to be used indoors (within shops, offices, museums, apartments, etc.). It detects intrusion into
protected areas and sends an alarm message to the connected S2000-KDL controller via the two-wire multiplex
addressable polling loop.
The detector is intended to work as a part of an Orion Integrated Security System.
The detector provides increased immunity against lighting and radio frequency interference.
KEY FEATURES
Ceiling Mounted
Employs two dual-element pyro-electric infrared sensors
The special lens provides the volumetric detection zone with high-density coverage offering high probability of
detecting an intruder in every direction
Protected against insects entering to the pyro-electric infrared sensors
Microcontroller signal processing
Powered via the multiplex addressable polling loop of the S2000-KDL
Supports DPLS_v2.xx protocol
SPECIFICATIONS
Detection Range
Coverage diameter of 9 m at 5 m mounting height
Detection Area
Volumetric, cone-type, 10 far/ 1 mid/ 1 near zones
Optics
Fresnel lens
Input Voltage (from a S2000-KDL)
8 ÷ 10 VDC
Current Consumption (via the loop of the S2000-KDL)
0.5 mA max when indication is off
Operating Temperatures
−
30 to +50°C
Humidity
95% at 25°C, non-condensing
Overall Dimensions (diameter x height)
105
×
45 mm max
Weight
0.1 kg max
MOUNTING LOCATION CONSIDERATIONS
Considering a location to mount the detector, please take
into account that the detection zone must not be obscured
by curtains, curtain tracks, door moulding, glass
partitions, etc.
Do not locate the detector where it can be exposed to
false alarm sources such as: air conditioners, heaters,
radiators, etc.
The maximum mounting height is 5 meters.
Wires of the multiplex addressable polling loop should be
located away from high-voltage electric cables.
The view of the detection area is shown in Figure 1.
Figure 1: Detection Area
10 m
9 m
5 m
