Siemens Intrunet IS390, Installation Manual

Page: 4 / 9

010070_b_--_-- p4
en
Application guidelines
en
IS390: Volumetric detection, range 21 m.
IS390H: Effective volumetric detection,
range 27 m.
Installation
Coverage zone (Fig. 1)
•
The detector reacts to fast and slow
movements of an intruder within the specified
environmental conditions. The detection
capacity is, however, reduced where there is
only a slight temperature difference between
the intruder and environment or where weather
conditions are extreme.
•
The reaction of the detector is most sensitive to
movements which are transverse to the
coverage zone.
•
The coverage zone is limited by walls and
other objects. The following points shall be
noted to obtain optimum sensitivity and reduce
false alarms.
− Align the coverage zone so that it is bounded
at the end by a reference which is as uniform
as possible (floor, wall).
− Align the detector so that a potential intruder
has to pass through the complete coverage
zone.
− There should be no large objects within the
coverage zone, which, for instance, could
move considerably due to wind gusts (large
branches, bushes, high grass).
− The inadvertent intrusion of people and
animals must be prevented, e.g. by a fence.
•
For installations where the range of a detector
is not sufficient, subdivide the area to be
monitored into sections covered by several
detectors.
Note that the masking of the
coverage zone is not monitored.
Mounting (Fig.2)
The detector is to be mounted 2.5 m to 4.0 m
above the ground
− either by screwing to a stable surface
or
− strapping to a stable pole.
The cable inlets must not be changed.
Do not seal the cable inlets because
otherwise condensation can form
within the detector.
If the cable diameter is too small,
reinforce the cable using insulating
tape.
Alignment of detector
The detection range of a PIR detector is not
limited but a function of size, speed and
temperature contrast of a target against its
background. The detector should be aligned so
that a natural or artificial background at the end
of the range terminates the field of view.
For details refer to fig. 3
The monitored area must then be
checked by a walk test. Refer to
”Walk test” section.
Wiring (Fig. 5)
The diagram shows the terminal block
connections.
Programming
Sensitivity
The various settings of the IS390 are made by
means of multiple DIP − Switches on the printed
circuit board.
DIP1 − DIP2 Sensitivity
IS390 IS390H DIP 1 DIP 2
40% 40% OFF OFF
75 %
75 % OFF ON
Max. Max. ON OFF
Software Software ON
ON
The DIP–Switches 1 and 2 are for sensitivity
setting depending on the required detection
range . If the maximum required range is less
than the nominal range of the detector, it is
recommended to reduce the range setting to
reduce nuisance alarms.
Adaptive threshold decoding (ATD)
The background noise is constantly averaged
and used to adjust the threshold levels for the
alarm. This special feature is reducing the
probability of nuisance alarms caused by wind,
moving vegetation or objects that have a thermal
contrast although usually weaker than a person.
DIP3 Adaptive Threshold Decoding
ATD OFF
OFF
ATD ON ON
DIP4 Pulse counter
Pulse counter OFF
OFF
Pulse counter ON ON
IS390H
Unlike the IS390, the H version offers a 25%
greater effective region, an optimised infrared
filter through the silicon window and controlled
heating which prevents the lenses from fogging
up or freezing.
Walk test
Doing walk test using the ISWT41, in HW mode
the DIP − Switch 5 needs to be set to ’on’. After
the walk test, the ’test’ mode needs to be
switched ’off’.
DIP5 Walk Test
Test OFF
OFF
Test ON ON
Important: The transmitter ISWT41 − T of the
cordless installation tester has to be placed
within the housing with the detector cover closed
and securely tightened. The antenna of the
transmitter needs to be placed straight in the
detector housing.
Anti Vandal Function
The IS390/IS390H is equipped with a
sophisticated protection against vandalism.
These detectors can sense certain changes of
their alignment from the original position as set
during the installation. A change of the detectors
alignment generates a permanent alarm until the
detectors alignment is back in its original position
or until the position has purposely been reset.
After the turn − on time of typ. 60 seconds from
power on, the detector determines and stores its
alignment position (only with detector cover
closed).
After opening and closing the cover with the unit
powered on, the detector determines its
alignment position and stores the position value
after 5 minutes again without having the detector
in permanent alarm state.
The anti vandal sensor can be reset with a
power off − on (60 seconds).
DIP6 Anti Vandal Function
Anti Vandal OFF
OFF
Anti Vandal ON ON
Hardware Mode:
When operating the detector in the HW mode,
the anti vandal function is activated by setting
’DIP’ switch 6 to ’ON’
Maintenance
Check the detector regularly (at least twice a
year) for correct functioning (walk test),
cleanliness and security of attachment.
− Clean the detector window only with a soft
cloth. Do not use solvents.
− Check the inside of the detector for humidity
and correct sealing of the cover.
− After extreme weather conditions (storm,
snowstorm, hail etc.), check the detector for
damage. Remove snow or dust from the
detector window.
Accessories
Interface Module ISIF485B and Installation
Software
The Installation Software is very useful for
alignment and signal check during setting up and
routine maintenance. It will indicate the
amplitudes generated by wanted as well as
unwanted targets and help setting the sensitivity
control correctly during walk tests and also show
the magnitude of disturbance signals. The
installation software is to be installed on a PC;
an interface module is required to convert
RS232/USB to RS485. The information for
installation and signal monitoring is displayed on
the screen of the PC. If more than one detector
is connected to the same RS485 communication
bus, each detector needs to have a different
address (ID) The RS485 standard requires a bus
topology. To ensure proper communication, the
dataline must be terminated on both ends. The
ISIF485B features a built − in termination resistor.
The input cable is 5.0m long and is terminated
with a RJ12 connector fitting into the test socket
on the electronic board of the detector.
Technical data
Supply
Supply voltage ...............10,5...30,0 VDC/24 VAC
Power consumption (at 12 VDC):
− quiescent current IS390 / IS390H........... 18 mA
− Heating power ..................... typ. 2 W at − 40 °C
Alarm outputs
Relay ...............................................pen on alarm
− alarm holding time ...................................>2.5 s
− contact load ................. 28 VDC/250 mA, 10 W
Electronic output, terminal 4 ..............alarm → 0 V
open collector
Tamper contact
− contact load .............................30 VDC/100 mA
Environmental conditions
− operating temperature
IS390 ......................................... − 20 °C ... +60 °C
IS390H ...................................... − 40 °C ... +60 °C
− air humidity EN60721 .<95 %rF, not co densing
− housing protection
class EN60529, EN50102............................. IP64
Order information
IS390 PIR detector ...................BPZ:5398270001
IS390H PIR detector......................A5Q00005094
ISIF485B Installation module
and SW ..........................................A5Q00026219
ISMD41 − 3 Pole Mount Hardware ..A5Q00026220
ISWT41 Cordless Walktester.........A5Q00026218