olympia electronics tuv BS-360 User manual

SIDE VIEW
9.1M
11M
7.3M
o
113 2.4M 3M 3. 6M
TOP VIEW
11M
P.C. BOARD & MOUNTING BASE
+
+
+
+
C216
RLY
C215
C226
C221
C219
TAMP ER SW
+
+
LED
C203
LED
P101
U101
+
C201
PIR-9236
+ -
12V
TAMPER
ALARM
CON3
CON2
CON1
J2
MOV
PULSE
1
2
ON
OFF
H1
PULSE COUNT JUMPER
LED ON-OFF JUMPER
MOUNTING HOLE
PCB FIXING SCREW
WIRE KNOCKOUT
ALARM / WALK-TEST LED
PYRO-SENSOR
(DO NOT
TOUCH)
MOUNTING HOLE
TAMPER SWITCH
CONNECTION TERMINAL BLOCK
Description
BS-360
CEILING MOUNT PIR
INTRUSION DETECTOR
BS-360 ceiling mount passive infrared intrusion detector is
designed for the application in the residential and commercial
security systems. It gives a 11 metres diameter conical
protection pattern when mounted on a 3.6 metres ceiling.
BS-360 employs a low noise dual element pyro-sensor and an
ASIC (Application Specific Integrated Circuit) device in security
logic and environment controls.
The alternative polarity signal processor inside the ASIC has
very high rejection to noise due to radio interference or power
surges. The ASIC device also provides the functions of digital
pulse counting, power-up delay and alarm output timing and
controls. All of which maximizes security and false alarm
immunity.
FEATURES
!Low Noise Dual Element Pyro-Sensor
!Alternative Polarity Signal Processing
!Security Logics are Integrated in the ASIC Device
!Surface-Mounted Component Technology, Greater EMI and RFI Immunity
DETECTION PATTERN
CONNECTION TERMINAL BLOCK
12V: Connect the positive (+) side to a 8V to 16V
DC power source, usually from the alarm control
panel. Connect the negative (-) side to the common
grounding point of the control panel.
TAMPER: If a tamper switch is required, connected
these terminals to a 24 hour normally
closed (N.C.) protection zone in the alarm
control panel. The tamper switch contact is
closed with the detector's front cover
secured on the box. Opening of the front
cover at any time will make the contact
open and send an immediate alarm signal
to the control panel.
ALARM : This is the alarm output relay of the
detector. These two terminals should be
connected to a normally closed (N.C.)
protection zone in the alarm control panel.
980136000_23_002Page 1 of 2

B) MOUNTING
FOpen the cover by gently inserting a small screw
driver in the slot at the bottom of the unit, between
the front cover and the base, lower the screw
driver to release the cover from the base.
FIt is necessary to remove the printed circuit board
before going to mount the base in installation.
FLoosen the PC board fixing screw and pull out the
PC board carefully.
FMount the base at the location selected for
optimum coverage. Use the two mounting holes at
the back of the base to fasten the unit firmly to the
ceiling.
FUse the wire knockout at the back of the base for
running connection wires.
C) WIRING AND REPLACING THE FRONT COVER
1. Put the PC board back into the base and fix it
firmly with the PC board fixing screw.
2. Connect the wires to the terminal block.
3. Put the front cover back into its position and
make sure that the tamper switch is depressed
when the front cover is clicked into the base.
JUMPER SETTINGS
LED: ON Enables the LED
"ON" for alarm condition
"FLASH" for power-up period
OFF------------Disables the LED. Does not
affect detection
PULSE: 1-NORMAL-----Standard Alternative Polarity
Signal processing. For
operation within a stable
environment.
2-HARSH-----Double Processing Alternative
Polarity Signals within 12 sec.
For a harsh environment.
INSTALLATION
A)MOUNTING LOCATION
FThe detector should be mounted on a
stable ceiling. The maximum installation
height is 12 feet (3.6m).
FThe detector should be mounted in areas
that do not have openings constantly
exposed to the outside environment.
FSelect the mounting location so that the
expected motion of an intruder will cross
the beam of the detection pattern.
FDo not locate detector where hot or cold
moving air blows directly onto the unit.
FAvoid aiming the detector toward heating
or air conditioning vents or ducts, exterior
metal walls, exterior windows or curtains
covering windows, refrigerator or freezer
grills or other surfaces that may change
temperature rapidly.
FPrevent putting large objects in front of the
detector which will cause significant
changes in the area or volume protected.
Current Consumption
Operating Voltage 8-16VDC, 12VDC Nominal
Detection Method Passive Infrared with Alternate Polarity Signal Processing
Power-up Delay 2 Minutes Typical With Flashing LED Indication
Alarm Period 2-3 Seconds
Alarm Output N.C. Relay Contact With 10 Ohm In Line Resistor.
Contact Rating: 28VDC,0.1A
Walk Test LED Alarm Indicator, Enable-Disable Selectable
Pulse Counting Normal Response Or 2 Pulses Within 12 Seconds For Harsh Environments
Tamper Switch N.C. Contact With 10 Ohm In Line Resistor. Contact Rating: 12VDC, 50mA
o o
Operating Temperature -10 C to 55 C
Humidity 95% Non-Condensing
EMC Conforms to CE-Mark Standard
Dimensions 86(DIA) x 25(H) mm
Guarantee 2 years
Specifications are subject to change for modification without notice.
15mA Typical at 12VDC
BS-360
TECHNICAL
SPECIFICATIONS
WALK TEST
1. Walk test can be performed after the power
up delay expired (the alarm LED is flashing
during the power up period) to test the
detector over the entire protected area to
verify proper operation of the unit.
2. Walk into the protected area at a rate of 1
step per second across the protection
beams and observe the LED.
3. Alarm output is given when the detector is
tripped under the standard alternate polarity
signal processing at NORMAL condition.
4. The HARSH condition requires the detector
to be tripped twice within 12 seconds to
give an alarm output under the double
al te rn at e p ol ar it y s ig na l p ro ce ss in g
operation.
980136000_23_002
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