WP3CLIPMCWWIRELESS CURTAIN-TYPE POWERCODE INFARED DETECTOR

DE3594 1 CLIP MCW / CLIP T MCW Wireless Curtain-Type PowerCode Infrared Detector Installation Instructions 1. INTRODUCTION The CLIP MCW is the smallest and most elegant wireless curtain- pattern PIR detector for indoor use and designed for easy installation. Its function is based on new and sophisticated, patented FM data acquisition and digital signal processing. Modern technology is used to include 3 different detectors in a single case, each programmable for optimized performance at the specific mounting location. This results in better catch performance and virtually no false alarms. The superiority in performance of this detector is achieved by applying an improved version of the patented True Motion Recognition™ (TMR) algorithm. This advanced motion analysis method allows the CLIP MCW to distinguish between the true motion of the human body and any other disturbances that cause false alarms. After detection, the detector disarms itself to save battery power. It rearms (reverts to the ready state) if there is no subsequent detection throughout the following 2-minute period. The CLIP MCW includes the following features: • Very low current consumption • Microprocessor-controlled temperature compensation • Sealed chamber protects the optical system • Front cover tamper switch • Back tamper switch (CLIP T MCW) • White light protection • Elegantly styled, sturdy case Detailed coverage patterns and mounting alternatives are illustrated in Figures 2 through 6. Figure 1. CLIP MCW General View Figure 2. Wall-Mount Curtain 2.4m Figure 3. Ceiling-Mount Curtain Figure 4. Overhead Curtain This side up Figure 5. Curtain / Pet Alley OPTION A OPTION B DETECTION CURTAIN Figure 6. CLIP MCW on Internal Doorframe 2. SPECIFICATIONS OPTICAL Detector Type: Dual-element low noise pyroelectric sensor. Number of Curtain Beams: 2 Mounting Positions: See Figures 2 through 6. Range Settings: Long (6 m), Medium (4 m) and Short (1.2 - 2m) (Jumper-selected). ELECTRICAL Internal Battery: 3V Lithium battery, type CR123A. For UL installations, use Panasonic or Sanyo only. Nominal Battery Capacity: 1450 mA/h. Battery Life (with LED on): 3 years (for typical use). Battery Power Test: Performed immediately upon battery insertion and periodically every several hours. Microprocessor: 8-bit, low power CMOS. FUNCTIONAL Visual Indications: LED Lights for about 3 seconds upon transmission of alarm & tamper messages and upon motion detection in the walk test mode. LED Flashes during the power-up stabilization period (approx. 2 min), or after restoring the cover (by pressing the tamper switch). LED Does not light upon transmission of supervision messages. Alarm Period: Approx. 3 seconds. Rearm Timer: Rearms the detector 2 minutes after the last alarm. WIRELESS Frequency (MHz): 315 (U.S. version), 433.92, 868.95, 869.2625 or other frequency according to local requirements. Transmission Sequence: 3 data bursts at variable intervals within 3 seconds. Encoding: 24-bit ID, over 16 million possible combinations. Total Message Length: 36 bits. Tamper Alert: Reported when a tamper event occurs and in any subsequent message, until the tamper switch is restored. Supervision Message: Signaling at 60-minute intervals (U.S. version), 15 minute intervals (UK version), or according to the local standards. MOUNTING Height: 1.8 - 2.4 m (6 - 8 ft). Installation Options: See Figures 9 through 13. ENVIRONMENTAL Operating Temperature: -10°C to 50°C (14°F to 122°F). Storage Temperature: -20°C to 60°C (-4°F to 140°F). RFI Protection: > 20 V/m to 1000 MHz. Compliance with standards: Directive 1999/5/EC of the European Parliament. EN 50131-2, Grade 2, Class II 2 DE3594 PHYSICAL Dimensions (H x W x D): 105 x 35 x 30 mm (4-1/8 x 1-3/8 x 1-3/16 in.). Weight (with battery): 60 g (2.1 oz). Color: White. PATENTS U.S. Patent 5,693,943 (other patents pending) 3. INSTALLATION 3.1 General Guidelines 3.2 Regular Mounting FRONT TAMPER SWITCH SENSOR RANGE SELECT JUMPER 3 VOLT LITHIUM BATTERY BACK TAMPER SWITCH (OPTIONAL) RF MODULE LEDS Figure 7. Internal View BACK TAMPER SWITCH A BACK TAMPER ALERT IS ACTIVATED WHEN THE BASE IS DETACHED FROM THE WALL Figure 8. Back Tamper (Rear) View BREAK-AWAY SEGMENT ATTENTION: The back tamper switch becomes functional only when the break-away segment is secured to the wall with a screw. INSERT SCREW TO SECURE COVER WITH BASE 4 3 POSITION THE PCB IN ITS PLACE IN THE BASE 1 DRILL TWO HOLES IN THE MOUNTING SURFACE AND SECURE BASE WITH TWO SCREWS 2 FOR BACK TAMPER (OPTIONAL), DRILL TWO HOLES AND SECURE WITH TWO SCREW Figure 9. Surface Mounting Notes: 1) After mounting, be sure that no gaps remain in the detector housing. For example, in the area around the screw holes. 2) Remove the battery using your fingers, and not with a screwdriver. 3.3 Bracket Mounting Note: When mounting using the bracket, the back tamper is not functional. DRILL TWO 7 mm (1/4“) HOLES AT THE MARKED SPOTS Figure 10. Drilling Holes DE3594 3 NOTE: THE BRACKET PROVIDES TWO MOUNTING OPTIONS FOR OPTIMUM ANGLE COVERAGE . ∗ USE THESE TWO HOLES TO INCREASE THE COVERAGE RANGE BY 5 ° ∗∗ USE THESE TWO HOLES TO INCREASE THE COVERAGE RANGE BY 10 ° DRILL TWO HOLES IN THE MOUNTING SURFACE 1 SECURE BRACKET WITH TWO SCREWS 2 * ** Figure 11. Mounting Bracket to Surface PLACE THE LOCKING PLATE OVER THE TWO PINS 2 SECURE THE LOCKING PLATE BY PRESSING DOWNWARD 3 LOCKING PLATE PLACE THE BASE SLOTS OVER THE TWO BRACKET PINS 1 Figure 12. Securing Locking Plate to Base POSITION THE PCB CORRECTLY IN THE BASE 1 INSERT SCREW TO SECURE COVER WITH BASE 2 Figure 13. Mounting Cover to Base Note: The CLIP MCW can be mounted on either side of a window. Figure 14. Mounting on Both Sides of a Window 3.4 Setting the Coverage Range A 4-pin jumper is used to select 3 ranges, according to the type of installation, for the curtain beams (see Figures 7 and 15). Short range - approx. 2 m (6 ft) Medium range - approx. 4 m (12 ft) Long range - approx. 6 m (18 ft) Figure 15. Range Jumper Settings Short Ran…

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08 February 2011 To: Timco Engineering Inc. To Whom It May Concern We hereby authorize Shaike Raz of ITL to act on the behalf of Visonic Ltd, regarding the FCC ID Certification process for the following application FCC ID: WP3CLIPMCW Thank you, Arick Elshtein

Date: 08 February 2011 Federal Communications Commission Authorization and Evaluation Division Subject: Confidentiality Request regarding application for certification of FCC ID: WP3CLIPMCW Dear Sirs Pursuant to Sections 0.457 and 0.459 of the Commission’s Rules, we hereby request confidential treatment of information accompanying this application as outlined below: CONF APPENDIX CLIP MCW Schem.pdf CONF APPENDIX CLIP MCW PartsLst.pdf CONF APPENDIX CLIP MCW BlkDia.pdf The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Sincerely, Arick Elshtein

08 February 2011 Letter of individual Authorization to sign Form 731 To: Timco Engineering Inc. To Whom It May Concern We hereby authorize Shaike Raz of ITL as an authorized individual to sign for form 731 on behalf of Visonic Ltd for the FCC ID: WP3CLIPMCW application. Thank you, Arick Elshtein

Label location

08 February 2011 attn: Reviewing Engineer Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 To Whom It May Concern: The Wireless Curtain-Type PowerCode Infrared Detector, FCC ID: WP3CLIPMCW and label is so small that it cannot include the statement specified in FCC Part 15 Sub-part A, Section 15.19 (a) (3) “This device complies with Part 15 of the 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." Due to this reason, we are using the provisions of Part 15 Sub-part A, Section 15.19 (a) (5) and this statement appears in a prominent location in the user manual. Please contact me if there is any information you may need. Thank you, Arick Elshtein

Product Description CLIP MCW (315) The CLIP MCW (315) is a wireless curtain-pattern PIR detector for indoor use and designed for easy installation Its function is based on new and sophisticated patented FM data acquisition and digital signal processing. Modern technology is used to include 3 different detectors in one case, each programmable for optimized performance at the specific mounting location. This results in better catch performance and virtually no false alarms. The superiority in performance of this detector is achieved by applying an improved version of patented True Motion Recognition(TMR) algorithm. This advanced motion analysis method allows the CLIP MCW to distinguish between the true motion of human body and any other disturbances that cause false alarms.

Date: 08 February 2011 To Whom It May Concern I hereby declare that there is no tune-up procedure for: FCC ID: WP3CLIPMCW Thank you, Arick Elshtein

DATE: 01 February 2011 I.T.L. (PRODUCT TESTING) LTD. FCC Radio Test Report for Visonic Ltd. Equipment under test: Wireless Curtain-Type PowerCode Infrared Detector CLIP MCW (315) Written by: ___________________________ D. Shidlowsky, Documentation Approved by: _____________________________ A. Sharabi, Test Engineer Approved by: _____________________________ I. Raz, EMC Laboratory Manager This report must not be reproduced, except in full, without the written permission of I.T.L. (Product Testing) Ltd. This report relates only to items tested. Test Report E104531.00 Visonic Ltd. Page 1 of 37 FCC ACC M Ver 1.1 05Mayl 2000 Test Report E104531.00 Visonic Ltd. Page 2 of 37 FCC ACC M Ver 1.1 05Mayl 2000 Measurement/Technical Report for Visonic Ltd. Wireless Curtain-Type PowerCode Infrared Detector CLIP MCW (315) FCC ID: WP3CLIPMCW IC: 1467C-CLIPMCW This report concerns: Original Grant: x Class I change: Class II change: Equipment type: Part 15 Security/Remote Control Transceiver 47CFR15 Section 15231 (a-d) Measurement procedure used is ANSI C63.4-2003. Application for Certification Applicant for this device: prepared by: (different from "prepared by") Ishaihou Raz Arik Elshtein ITL (Product Testing) Ltd. Visonic Ltd. Kfar Bin Nun 24 Habarzel St. D.N. Shimshon 99780 Tel-Aviv 69710 Israel Israel e-mail [email protected] Tel: +972-3 -645-6789 Fax: +972-3-645-6788 e-mail: [email protected] TABLE OF CONTENTS 1. GENERAL INFORMATION ------------------------------------------------------------------------------- 4 1.1 Administrative Information ................................................................................. 4 1.2 List of Accreditations ......................................................................................... 5 1.3 Product Description ........................................................................................... 6 1.4 Test Methodology .............................................................................................. 6 1.5 Test Facility ....................................................................................................... 6 1.6 Measurement Uncertainty ................................................................................. 6 2. SYSTEM TEST CONFIGURATION --------------------------------------------------------------------- 7 2.1 Justification ........................................................................................................ 7 2.2 Special Accessories .......................................................................................... 7 2.3 Equipment Modifications ................................................................................... 7 2.4 Configuration of Tested System ........................................................................ 7 3. RADIATED MEASUREMENT TEST SET-UP PHOTO -------------------------------------------- 8 4. AVERAGE FACTOR CALCULATION ----------------------------------------------------------------- 9 4.1 Test Instrumentation Used .............................................................................. 11 5. PERIODIC OPERATION ---------------------------------------------------------------------------------12 5.1 Specification .................................................................................................... 12 5.2 Requirements .................................................................................................. 12 5.3 Results............................................................................................................. 12 6. FIELD STRENGTH OF FUNDAMENTAL ------------------------------------------------------------16 6.1 Test Specification ............................................................................................ 16 6.2 Test Procedure ................................................................................................ 16 6.3 Measured Data ................................................................................................ 16 6.4 Test Instrumentation Used, Field Strength of Fundamental ........................... 20 7. RADIATED EMISSION, 9 KHZ – 30 MHZ -----------------------------------------------------------21 7.1 Test Specification ............................................................................................ 21 7.2 Test Procedure ................................................................................................ 21 7.3 Measured Data ................................................................................................ 21 7.4 Test Instrumentation Used, Radiated Measurements .................................... 22 7.5 Field Strength Calculation ............................................................................... 22 8. SPURIOUS RADIATED EMISSION -------------------------------------------------------------------23 8.1 Test Specification ............................................................................................ 23 8.2 Test Procedure ................................................................................................ 23 8.3 Test Data ......................................................................................................... 24 8.4 Test Instrumentation Used, Radiated Measurements .................................... 26 9. BANDWIDTH ------------------------------------------------------------------------------------------------27 9.1 Test procedure ................................................................................................ 27 9.2 Results table .................................................................................................... 28 9.3 Test Equipment Used. ..................................................................................... 29 10. 11. APPENDIX A - CORRECTION FACTORS -----------------------------------------------------30 10.1 Correction factors for CABLE .........................................................................…

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