B4Z-780A-PIRWireless Passive Infrared Motion Detector

1 ITI® Sentrol™ PIR Motion Sensor ITI Part No. 60-XXX Installation Instructions Document Number: 466-xxxx Rev. A PRELIMINARY April 2000 Preliminary 4/5/00 Product Summary A motion sensor (passive-infrared or PIR) detects move- ment within a specific area by sensing the infrared energy emitted from a body as it moves across the sensor’s field of view, causing a temperature change in the sensor’s zones. When this motion is detected, the sensor transmits an alarm signal to the control panel. Use this motion sensor to protect locations where door/win- dow sensors are impractical or not needed. For example, use a motion sensor to protect large areas or open floor plans. Motion sensors also provide backup protection for door/window sensors. The ITI ® PIR utilizes advanced signal processing, a new custom designed lens, and a new custom designed sensing element. The combination of these improvements provides false alarm immunity for pets with a combined weight of up to 40 pounds while still providing superior human catch performance. This wireless motion sensor includes the following features: q35 feet by 40 feet coverage area qThree minute transmitter lockout time after an alarm that helps extend battery life qCover-activated tamper (optional wall-activated tamper is included) qSupervisory signal transmitted every 64 minutes to the control panel qSensor low battery reports (trouble) to the control panel qField-selectable sensitivity options (standard setting required for pet applications) Installation Guidelines This PIR was designed for use in the presence of pets hav- ing a combined weight of up to 40 pounds. The following installation guidelines must be met to provide this false alarm immunity. 1.If possible, locate sensors within 100 feet of the panel. While a transmitter may have a range of 500 feet or more out in the open, the environment at the installa- tion site can have a significant effect on transmitter range. Sometimes a change in sensor location can help overcome adverse wireless conditions. 2.The required mounting height is 7 1/2 feet. 3.Position the sensor to protect an area where an intruder would be most likely to walk across the detection pat- tern (see Figure 1). 4.Mount the motion sensor on an insulated, outside wall facing in. 5.Mount the motion sensor on a rigid surface which is free from vibrations. 6.Position the sensor so it faces a solid reference point, like a wall. 7.Do not aim the sensor at windows, fireplaces, air condi- tioners, area heaters, forced air heating vents, or place it in direct sunlight. 8.Do not mount the sensor near duct work or other large metallic surfaces which may affect the RF signals. Actual acceptable transmitter range should be verified for each installation. 9.Mount the sensor permanently on a flat wall or in a cor- ner. Do not set it on a shelf. 10. Windows should be closed in any area which has an armed motion sensor. 11. The pet must not be allowed to climb on objects such as furniture, boxes, etc. within the field of coverage. See Figures 2 and 3 to determine the sensor’s field of cov- erage. 12. Room temperature must be kept at 60º F or higher. 13. The sensitivity switch must be set to Standard. Figure 1. Overhead (Bird’s Eye View) Detection Path 8362G04B.DS4 Person walking across detection path


 
     8362G12A.DS4 1061G37A.DS4 2 ITI® Sentrol™ PIR Motion Sensor Programming Preliminary 4/5/00 Figure 2. This graph shows the top view of the lens cov- erage area, for the indoor motion sensor’s lens. Figure 3. Side View (Motion Sensor) at a mounting height of 7.5 feet. Mounting the Motion Sensor This sensor must be incline-mounted on a wall surface or incline mounted in a corner at a mounting height of 7.5 feet. To mount the sensor: 1.Remove the mounting plate by depressing the button on the top of the sensor body. With the opposite hand pull the mounting plate away from the body of the sen- sor. 2.Punch out two of the bottom four mounting holes. Use the lower-side holes for corner mounting, or the lower- middle holes for surface mounting. 3.If you desire wall-tamper functionality, remove the wall-tamper knockout. Note The wall-tamper switch cannot be used when the sen- sor is corner mounted. 4.Mark the location of the required holes on the mount- ing surface. 5.Use wall anchors and screws to secure into place. Attach the sensor to the mounting plate. 6.When testing is completed the PIR can be securely attached to its mounting plate by screwing the smallest enclosed screw into the hole at the top of the mounting plate. Setting the Sensitivity on the Indoor Motion Sensor For pet applications, the PIR must be set to standard sensi- tivity. Walk Testing the Motion Sensor Walk testing should be done to determine the sensor’s actual coverage area. The edge of the coverage pattern is determined by the first flash of the LED. This may change slightly depending upon the sensitivity setting. Walk test the unit from both directions to determine the pattern boundaries. 1.Remove the sensor body from the mounted mounting plate, activate the tamper switch, and then remount the body to activate the 60 second walk test mode. 2.Walk across the coverage pattern to determine the cov- erage area, indicated by LED activation. Each activa- tion extends the walk test mode for an additional 60 seconds. After 60 seconds without motion the walk test mode and the LED will no longer activate when motion is detected. CAUTION Excessive use of the walk test mode may reduce battery life. Use only for initial setup and maintenance testing. Note When the walk test mode has ended, an alarm can be transmitted only after 3 minutes have passed since the previous alarm. This 3 minute lockout time reduces unnecessary RF transmissions in high traffic areas thereby extending battery life. Environment Testing Turn on all heating or air conditioning sources which would normally be active during the protection period. Stand away from the sensor and outside th…

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Interactive Technologies Inc 04/12/00 1:35 PM FCC ID: B4Z-780A-PIR E:\PROJECTS\SLC Projects\SLC_pir\Sharp_shooter\BLOCK.DOC EXHIBIT C Block Diagram of Product Infrared Detector 106.5MHz Osc RF Amp PIR ASIC Sentrol Sharpshooter Motion Detector ITI Transmitter

Interactive Technologies Inc 04/12/00 5:04 PM FCC ID: B4Z-780A-PIR E:\PROJECTS\SLC Projects\SLC_pir\Sharp_shooter\extern.DOC EXHIBIT B External Photographs

Interactive Technologies Inc 04/12/00 5:07 PM FCC ID: B4Z-780A-PIR E:\PROJECTS\SLC Projects\SLC_pir\Sharp_shooter\intern.DOC EXHIBIT H Internal Photographs Interactive Technologies Inc intern.DOC 04/12/00 5:07 PM FCC ID: B4Z-780A-PIR Page 2 of 2

Interactive Technologies Inc 04/12/00 5:10 PM FCC ID: B4Z-780A-PIR E:\PROJECTS\SLC Projects\SLC_pir\Sharp_shooter\OP_DESC.DOC Product Description The product is a wireless Passive Infra-Red (PIR) motion detector used in conjunction with a wireless security alarm system. The motion detector monitors the environment for changes in infrared energy indicative of a person moving. If such a condition is detected, the unit will transmit an alarm message to the control panel. The panel, if it is in the armed state, will then sound its sirens, and call the monitoring station for help. In the absence of any detected motion, the unit will transmit a supervisory signal every hour. This product is the combination of a motion detector manufactured by Sentrol, a division of SLC Technologies, and the transmitter manufactured by ITI. The ITI transmitter board connects to the motion detector board via a multi-pin header. Through the header, the motion detector supplies a logic level indicating whether or not motion has been detected. The ITI ASIC on the transmitter board monitors the logic level and initiates transmissions accordingly. Also, a tamper signal is supplied from the motion detector board through the header. The ASIC is also responsive to this signal. The battery on the motion detector board supplies power to the ITI transmitter through the header. The RF circuit consists of a 106.5 MHz oscillator followed by an amplifier. The amplifier is turned on and off to modulate the carrier. EXHIBIT I Operational Description

Interactive Technologies Inc 04/12/00 7:24 PM FCC ID: B4Z-780A-PIR Page 1 of 24 E:\PROJECTS\SLC Projects\SLC_pir\Sharp_shooter\FCC_REPT.DOC Interactive Technologies, Inc. ITI/Sentrol SharpShooter PIR Motion Detector B4Z-780A-PIR Certification Interactive Technologies Inc FCC_REPT.DOC 04/12/00 7:24 PM FCC ID: B4Z-780A-PIR Page 2 of 24 ITI/Sentrol SharpShooter PIR Motion Detector B4Z-780A-PIR 4/12/2000 Interactive Technologies, Inc. 2266 North Second Street North Saint Paul, MN 55109 (651) 777-2690 Interactive Technologies Inc FCC_REPT.DOC 04/12/00 7:24 PM FCC ID: B4Z-780A-PIR Page 3 of 24 1. INTRODUCTION4 2. STATEMENT OF COMPLIANCE4 3. LAB MEASUREMENTS DISCUSSION / TEST NOTES7 3.1 Test Notes 7 3.1.1 Transmissions shall cease within 5 seconds of activation [ §15.231(a)(2) ]7 3.1.2 Supervisory Calculation [ §15.231(a)(3) ]9 3.1.3 Duty Cycle Correction Factor [§15.231(b)(2) and §15.35(c)]9 3.1.4 Bandwidth Measurement [ §15.231(c) ]12 3.1.5 Emissions Measurements16 3.1.5.1 Radiated Emissions Summary16 3.1.5.2 FCC Emissions Calculation16 3.1.5.2.1 Terms16 3.1.5.2.2 Example Calculation17 3.1.5.3 Radiated Emissions17 3.1.5.4 Forbidden Bands17 Interactive Technologies Inc FCC_REPT.DOC 04/12/00 7:24 PM FCC ID: B4Z-780A-PIR Page 4 of 24 1. Introduction This device is a wireless fire alarm transmitter for use in a wireless security system. The unit is self-contained and powered by one 3.0 Volt Lithium battery. The transmitter’s frequency is crystal controlled and is not adjustable by the user. The device measures approximately 4 ′′ in height, 3 ′′ in width and 2.5 ′′ in depth. The unit weighs approximately 20 ounces with battery. We are requesting Certification under FCC Rules, Part 15, Subpart C, Paragraph 15.231. Please send comments/suggestions on the report format to [email protected]. 2. Statement of Compliance §2.907Certification This is an application for certification §2.911Application a)This is an application and has been filed electronically with form 731. b)All information required has been supplied. c)The applicant has signed the application (electronically). d)The technical data has been signed. (See Radiated Emissions) e)Applicant signature block on electronic form 731 completed by officer of the company or authorized company personnel. f) The appropriate fee has been paid electronically with VISA on 4/12/00. §2.915Grant This application demonstrates that all applicable technical standards have been met and a grant of this application will serve the public interest. §2.925Label Each piece of equipment for which authorization will be granted will be uniquely identified with “FCC ID: B4Z-780A-PIR.” The required statement will appear with the FCC ID on the product and, although not required, in the installation instructions. See Exhibit A, PDF file id_label.pdf Interactive Technologies Inc FCC_REPT.DOC 04/12/00 7:24 PM FCC ID: B4Z-780A-PIR Page 5 of 24 §2.947Measurement Procedure a)The measurement procedure follows ANSI C63.4 procedure. Procedural notes are contained in the laboratory report. d)A list of test equipment used is contained in the laboratory report. §2.948Description of Measurement Facilities Measurements were performed at TUV Testing Services Open Test Site. The FCC keeps a full description of the measurement facilities on file. TUV’s acceptance and approval is dated as December 5, 1993 in a letter received from the FCC. The address of the test facility is: TUV Product Service 19035 Wild Mountain Road Taylors Falls, MN 55084-1758 Phone: 651-638-0297 Contact:Joel Schneider Test Engineer in Charge See Exhibit F, PDF file test_pho.pdf for sketch of measurement setup §2.1033Application for Certification a)Form 731 has been electronically filed on 4/12/00. Items that did not apply were left blank. b)This technical report contains the following information where applicable. 1)Full name and mailing address of manufacturer and applicant for certification: Interactive Technologies Inc 2266 North Second Street North Saint Paul, MN 55109 2)FCC Identifier: B4Z-780A-PIR 3)Copy of installation instructions: See Exhibit G, PDF file: user_man.pdf 4)Brief Description of circuit functions and device operation: See Exhibit I, PDF file op_desc.pdf Interactive Technologies Inc FCC_REPT.DOC 04/12/00 7:24 PM FCC ID: B4Z-780A-PIR Page 6 of 24 See Exhibit D, PDF file schemat.pdf for schematics (page 1) and parts placement (pages 2 & 3) diagrams. 5) Block Diagram See Exhibit C, PDF file block.pdf . 6)Report of the measurements of radiation and conducted emissions: This document. 7)Photographs External: See Exhibit B, PDF file extern.pdf Internal: See Exhibit H, PDF file intern.pdf 8)Peripheral or Accessory devices: This is not applicable since this device is stand-a- lone product. 9) Transition Rules This application is not pursuant to the transition rules of §15.37 10)Emergency Broadcast decoding: This is not applicable to device in this application. 11)Application for direct sequence spread spectrum devices... This is not applicable to device in this application. 12)Application for scanning receivers... This is not applicable to device in this application. c)Composite Systems This is not applicable to device in this application. Interactive Technologies Inc FCC_REPT.DOC 04/12/00 7:24 PM FCC ID: B4Z-780A-PIR Page 7 of 24 3. Lab Measurements Discussion / Test Notes 3.1 Test Notes 3.1.1 Transmissions shall cease within 5 seconds of activation [ §15.231(a)(2) ] In the event of a smoke alarm, 8 packets are sent in the transmission. The packet duration is, at most, 30 mS, see Duty Cycle Correction Factor [§15.231(b)(2) and §15.35(c)] . The time between packets random between 100 mS and 450 mS so the length of the longest transmission is: 8*30mS + 7*450mS = 3.39 seconds. The following plot shows an 8-packet transmission that concludes in less than 5 seconds. Interactive Technologies Inc FCC_REPT.DOC 04/12/00 7:24 PM FCC ID: B4Z-780A-PIR Page 9 of 24 3.1.2 Supervisory Calculation [ §15.231(a)(3) ] A…

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Interactive Technologies Inc 04/12/00 1:26 PM FCC ID: B4Z-780A-PIR E:\PROJECTS\SLC Projects\SLC_pir\Sharp_shooter\TEST_PHO.DOC 0.8 Meters EUT Receiving Antenna 3 Meters EXHIBIT F Test Setup Sketch for Radiated Emissions 1 Meter