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EC Declaration of Conformity: Silentron S.p.a. hereby declares under its sole responsibility that the products described in this manual comply with the requirements set out by
EN
the following Directives, relevant Standards and/or specifications:
1) 1999/5/EC Directive dated 9 March 1999 regarding radio and telecommunications terminal equipment (R&TTE) and the mutual recognition of their conformity (Italian Legisla-
tive Decree No. 269 dated May 9, 2001). Applied Standards and/or technical specifications are as follows:
- Article 3.1a of LVD Directive with respect to health and safety: EN 60950-1 (2006-04), EN 50371 (2002-03)
- Art. 3.1b of EMC Directive: EN 301 489-1 V1.8.1 (2008-04), EN 301 489-3 V1.4.1 (2002-08), EN 301 489-7 V1.3.1 (2005-11)
- Article 3.2 concerning Radio Spectrum matters: EN 300 220-1 V2.1.1 (2006-04), EN 300 220-2 V2.1.2 (2007-06)
In compliance with Annex 4 of aforementioned Directive, this is a Class 2 product and can therefore be placed in the market and put into service without restrictions.
2) EC 2004/108 Directive dated December 15, 2004 on the harmonisation of the laws of the Member States relating to electromagnetic compatibility. Applied Standards and/or technical
specifications are as follows: EN 50130-4 (1995-12) + A1 (1998-04) + A2 (2003-01) - EN 55024 (1998-09) +A1 (2001-10) + A2 (2003-01) - EN 301489-1 V1.8.1 (2008-04) - EN 301489-3 V.
1.4.1 (2002-08) - EN 301489-7 V1.3.1 (2005-11).
3) EC 2006/95 Directive dated December 12, 2006 on the harmonisation of the laws of the Member States relating to electrical equipment designed for use within certain voltage limits.
Standard EN 60950-1 (2006-049) has been applied.
4) Electronic alarm systems: Standard EN 50130-5; EN 50131-1 EN 50131-5-6; EN 50131-2-4; EN 50069-1; EN 60529; Environmental class II.
Caution: the herein described equipment must be installed and commissioned by qualified technicians in compliance with current regulations and taking care not
to partially or totally obstruct the device's field of sight.
Operation: This is a volumetric motion detector operating with two different technologies: PIR technology which is always enabled to detects targets by capturing
their temperature difference compared to background temperature which triggers MW technology that detects Doppler's effect produced by the motion. The alarm
is triggered when both technologies confirm detection. Detection sequence is displayed by the front panel's LED indicator which changes colour (green-orange-red)
during the various stages.
During standard operating mode, the unit is temporarily disabled after each alarm. The device will restore standard operations after 2 minutes of total lack of mo-
vement in the area. This setting allows to limit battery use in busy areas. Alarm function does not get temporarily disabled during TEST mode to allow you to check
alarms being displayed by the LED indicator turning on when slowly walking around the area.
Protected volume (see drawings) as well as relevant reaction times of each detection device, are adjustable. When parameter adjustments are accurately carried out
according to protected area requirements, the device will report when human beings and warm-blooded animals access the area being able to differentiate between
other possible improper alarm causes. This is a battery operated device and does not therefore require wire connections.
Positioning and mounting: the device must be installed on a solid surface (wall, partition) that is not subject to vibrations and positioned at a 2/2.5 meter height
that allows to achieve as much coverage as possible of the premises (see protected area drawings). The unit should not be installed near hot/cold air sources and/or
other electrical/electronic devices. Moving objects/people/animals should not be in the protected volume when the device is being armed. Bracket part no. 80850
is available for proper corner installations. 80850.
Caution: Before establishing the device's permanent location, make sure that the position selected for the unit is within the radio range of the control panel by
setting control panel's TEST MODE and by checking that same receives an adequately strong radio signal.
To install the device, you must first secure the supplied sliding bracket to the wall making sure that tamper magnet comes into full contact with the mounting surface
in such a way that the magnet is left in position triggering a tamper alarm if the detector and bracket assembly are detached from the wall. For corner installations,
the detector's sliding bracket must be fastened to part. no. 80850 corner mount with tamper magnet secured on corner mount. The installed detector must be able
to slide into the bracket to allow you to replace the batteries when required.
Setting up the detector in the system (this unit is compatible with Silentron Silenya HT and Silenyaphone control panels as well as with the receivers listed in the
catalogue).
a) Set control panel in detector learning mode by selecting the appropriate options among the ones listed on the display.
b) Open the rear battery compartment using leverage to dislodge the latch (see figures below) and connect the batteries by removing insulation: the unit will sound
to confirm that operations has been successfully completed. Carry out the operations prompted by the control panel in use complete the procedure, then close
the battery compartment.
c) Free the device from the bracket and open it by introducing the tip of a paper clip (1, 5mm diameter) into the hole located at the base and by pushing the locking
catch. Adjustment dip-switches will be displayed once the device is open.
d) Place control panel and detector where they are ultimately to be installed. Enable control panel's TEST mode and check detector's radio range by tripping the detec-
tor to check that alarm signals are properly received by the control panel. Identify another location if alarm signals are not properly received by the control panel.
Fasten detector's bracket in the pinpointed suitable location and position the open detector. The unit is currently in TEST mode since tamper switch is not pres-
sed. Perform settings adjustment in this operating mode since it will allow to display any alarms reported by the LED indicator.
Settings (see drawings and figure of protected area):
The LED indicator turns green during PIR detection. LED indicator turns orange when motion is confirmed by MW sensor and then turns RED to display alarm signal
transmission after alarm delay (PT2).
• Set PIR sensitivity using dip-switches 1 and 2 (4 positions/levels are available: low, medium-low, medium-high, high) and place pulse count to 1 (dip-switch 3) to
set a protected area volume based on minium requirements. Check that LED indicator turns green.
• Set MW's sensibility using JP 1 with the least delay time checking that LED indicator turns orange.
• Move within the protected area to evaluate overall volumetric protection. In order to precisely pinpoint detection area's borders, we recommend turning right
round while swaying and waving your arms instead of moving forward/backward/across. Decrease or increase range and repeat the tests when required.
• To decrease the likelihood of inadvertent signal transmission, we recommend bringing PIR pulse count down to 2 (dip-switch 3 ON) once the protected area has
been established. Alternatively, you may consider using the AND function of the control panel by closing jumper JP 1 to enable the transmission of two signals
to trigger an alarm.
• Increase MW's integration time (DELAY: time-span of motion within the area) to longest setting according to detection requirements in order to further reduce
possible false alarms.
Double alarm function: the unit can transmit a single alarm (jumper JP1 open) or two different code consecutive alarms when a continued motion is detected over
a 30 second period. This allows you to program the detector with the AND function on the control panel thereby further decreasing the likelihood of false alarms
being triggered. This solution is recommended for very large environments. In other to program this device as above described, preset AND solution on the control
panel, place batteries in their compartment when prompted by the control panel and then close jumper JP1 when prompted by the second detector.
Once settings have been completed, close the unit by inserting its cover over the top section of the device and by pressing on the lower section until you hear a soft
click.
OTHER FEATURES
Tamper protection against removal: tamper protection against removal is provided by the special magnet. Magnet must be wall mounted over the area that is
provided on the sliding bracket. When the detector is appropriately placed on the bracket, the magnet closes a reed switch located inside the device. Tamper alarm
is triggered when attempts are made to slide the device out of the bracket.
Tamper protection against opening: when the device is opened a special switch triggers a tamper alarm, regardless of tamper magnet's position.
Tamper protection against masking: a tamper alarm is triggered when an obstacle is placed in front of the device's lens. For this reason, you must enable control
panel's TEST mode when you wish to dust device's lens. Use dip-switch no. 5 to disable masking tamper function.
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