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DIVIBI-01 PRINTED IN CANADA 02/01 Pour les instructions française, voir au vers

DIVIBI-01 PRINTED IN CANADA 02/01 Pour les instructions française, voir au verso. INTRODUCTION The Digital Vision 525D/526D series combines a superior performance infrared motion detector with a state-of-the-art microwave detection unit. The Digital Vision 525D/526D motion detector includes the following unique features: - 100 % Digital Motion Detection - Digital Shield™ algorithm software - Digital Dual Opposed Detection (526D only) - Digital Microwave Detection - Digital Auto Pulse Signal Processing (Patented) - Digital Temperature Compensation WARNING: DO NOT TOUCH THE SENSOR SURFACE AS THIS COULD RESULT IN A DETECTOR MALFUNCTION. IF NECESSARY, CLEAN THE SENSOR SURFACE USING A SOFT CLOTH WITH PURE ALCOHOL. JUMPER SETTINGS Paradox Digital Vision 525D/526D detectors are equipped with four jumpers, used to set the operational modes of the detector. In the following instructions, jumper settings are refered to as being either ON or OFF. Also use the PCB layout drawing (FIG-1) to locate jumpers. J1 - SINGLE OR DUAL EDGE PROCESSING J1 determines the DSP (Digital Signal Processing) operational setting for the motion detector. ON (default) = In "Single edge" processing entry and exit signals are added until the value representing an alarm situation is reached. OFF = In "Dual edge" processing, entry signals are processed separately from exit signals. Both have to reach required energy levels before an alarm is generated. J2 - DIGITAL SHIELD™ SETTING The SHIELD™ jumper sets several Digital Processing parameters such as: - Accumulated energy levels required to generate an alarm - EMI/RFI digital filter levels - Digital amplifier gain. ON (default) = This will activate “Normal Mode”, which should be set when being used in a “Normal” Environment. OFF = In "High Shield" mode, all three parameters mentioned above are automatically set for high-risk environments (potential interference). J3 - MICROWAVE SELF-TEST When enabled, the detector performs a microwave antenna verification every minute (LED flashes briefly). If the antenna verification fails three consecutive times, the detector will flash the red LED (see FIG-1). To reset the trouble mode, 3 or 4 consecutive detections are required. ON (default) = This enables the Microwave Self Test OFF = This disables the Microwave Self Test J4 - LED SETTING ON (default) = This will enable the red LED. OFF = This will disable the red LED. INSTALLATION Using a Paradox® standard lens at the recommended installation height of 2.1m (7ft) ±10%, the Paradox Digital Vision detector will provide full coverage from 1.5m (5ft) to 14m (45ft) without any dead zones (FIG-3). Avoid placing the detector in proximity to the following sources of interference: reflective surfaces, direct air flow, sources of steam/oil vapor, infrared light sources and objects causing temperature changes. Digital Microwave Detection will be hampered if installed close to vibrating metal surfaces, rotating fans, water flow in plumbing pipes or electromagnetic sources. Also note, microwave frequencies can penetrate walls, therefore, avoid installing the unit where it can respond to motion on the other side of the protected area's walls. To change the lens, choose the desired lens (see http://www.paradox.ca) and perform the following (FIG-1): a) remove the front cover of the detector (1) by gently pushing the cover pin (2) in with a screwdriver. b) pull out the bezel (4) by lightly pressing on the bezel pins (5) & (6). c) remove the lens and replace it with the alternate lens. (Note: when the new lens is properly installed, the grooves should be inside the bezel and the lens catalogue number on top.) d) replace the bezel by lightly pressing into place and verify that the lens is centered. After selecting the detector's location, drill or punch out holes for the screws as described below (see FIG-1 and FIG-4 on the other side). CORNER MOUNT: Carefully remove the PCB (9) by loosening PCB screw (8) and utilize holes A, B, C and D. FLAT SURFACE MOUNT: Carefully remove the PCB (9) by loosening PCB screw (8) and utilize holes E, F, G and H. WIRING: Run the wires through entry holes I & J and connect them according to the markings on the plastic back and as per FIG-2. TURNING ON THE PARADOX DIGITAL VISION DETECTOR Turning on the detector initiates a self-testing program for the signal processor and memory. The LED will flash for 16 seconds. When the LED is no longer flashing, the system is ready and fully operational. MICROWAVE WALK-TESTING Ensure that J1 is ON and insert a jumper between J2 and J3 as described in FIG-5 (see other side). After changing the setting, allow 3 seconds for the changes to take effect. Walk-test the protected area while monitoring the red LED. If the red LED is flashing rapidly, it means that it is detecting low level signals, which are not strong enough to generate an alarm. Reduce microwave sensitivity by using a small flat screwdriver to turn the PCB's microwave sensitivity trimmer (FIG-1) counterclockwise until a minimum required sensitivity is achieved, while maintaining sufficient detection response. If the microwave detector is too sensitive, it will detect movement from outside the walls of the protected area. The microwave range (sensitivity) can be adjusted from approximately 20ft. (6.1m) to approximately 125ft (38.1m). Unlike the infrared detector, microwave detection is sensitive to movement approaching/ receding from the detector. After the walk-test, perform a non-movement test. After correct sensitivity adjustment, the red LED should not illuminate. If it does, this means that the microwave detector is detecting movement or interference from somewhere inside or outside the protected area. Interference may be generated by electromagnetic sources or moving objects, even if they are located out of view. In this case, try to relocate the detector. Upon completion of the microwave walk-test remove the jumper between J2 and J3. INFRARED WALK-TESTING Set J1 to OFF, and insert a jumper between J2 and J3 as described in the FIG-5 (see other side). After changing the setting allow 3 seconds for the changes to take effect. At 20°C (room temperature), you should not be able to cross more than one complete zone (consisting of 2 beams) in the coverage area with any kind of movement; slow/fast walking or running. Approximate width of a full beam at 14m (45ft) from the detector is 1.8m (6ft) see FIG-3. Upon completion of walk testing remove the jumper between J2 and J3. Warranty The Seller warrants its products to be free from defects in materials and workmanship under normal use for a period of one year. Except as specifically stated herein, all express or implied warranties whatsoever, statutory or otherwise, including without limitation, any implied warranty of merchantability and fitness for a particular purpose, are expressly excluded. Because Seller does not install or connect the products and because the products may be used in conjunction with products not manufactured by the Seller. Seller cannot guarantee the performance of the security system. Seller obligation and liability under this warranty is expressly limited to repairing or replacing, at Seller’s option, any products not meeting the specifications. In no event shall the Seller be liable to the buyer or any other person for any losses or damages whether direct or indirect or consequential or incidental, including without limitation, any damages for lost profits stolen goods, or claims by any other party, caused by defective goods or otherwise arising from the improper, incorrect or otherwise faulty installation or use of the merchandise sold. 100% Digital Motion Detection: patent pending †Interlock Sensor Geometry: patented †Auto Pulse Signal Processing: patented †One or more of the following US patents may apply: US05751803, US05721542, US05287111, US05119069, and US05077549. Canadian and International patents may also apply: patent #1-302-541 (CAN) *LODIFF® lens: patent #4,787,722 (U.S.) LODIFF® a registered trademark of Fresnel Technologies Inc. This device complies with Part 15 Subpart (B) of FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. The user is cautioned that any changes or modifications not expressly approved by Paradox Security Systems could void the user’s authority to operate/use the equipment. TECHNICAL SPECIFICATIONS Motion Detector type PIR + Microwave PIR Sensor element type (525D) Dual (526D) Quad Sensor geometry Rectangular Interlock Sensor Geometry: Patented Focal point lens 1.2” Range (90° Standard lens) 14m x 14m (45ft x 45ft) Microwave Antenna type Flat micro strip antenna with FET oscillator Frequency FCC & DOC - 10.525GHZ, (other frequencies available) Self-test Microwave antenna verification Operating Temperature -20° to +50°C (-4° to+122°F) Voltage 10 - 16VDC Current Consumption Typical: 30mA Alarm form A output Standard 150mA, 28VDC Alarm form C output N.C. 150mA, 28VDC (optional) Tamper form C output N.C. 150mA, 28VDC (optional) Alarm period 3 sec. DIVIBI-01 IMPRIMÉ AU CANADA 02/01 For the English version, refer to the other side. INTRODUCTION Les détecteurs de la série Digital Vision 525D/526D intègrent un détecteur de mouvements à infrarouge de performance supérieure et une unité de détection micro-onde à la fine pointe de la technologie. Les détecteurs Digital Vision 525D/526D comprend les caractéristiques suivantes: - 100% uploads/Management/ digital-vision-installation-pdf.pdf