QN3WD01Security/Remote Control Transmitter

FCC ID: QN3WD01Installation Guide ION Digital LLP 11/04/02 1 of 6 ION Digital LLPPh# 1-800-407-4389 P.O. Box 3969 Blaine WashingtonFax# 1-800-407-4465 USA 98231www.ion-digital.com Embedded Window Frame Security Sensor Installation Instructions The Embedded Window Frame Sensor/Transmitter detects when a window is closed or opened, and transmits a wireless security message to the System Control Panel. This is accomplished through the use of a sensor unit (which contains the wireless transmitter and battery), and magnet unit. When the two are separated, by opening the window, the sensor transmits an OPEN signal to the System Control Panel. When the window is shut, the magnet is again within the sensor's range, and a CLOSE signal is sent. Fig 1: Sensor and Magnet The sensor sends supervisory signals to the panel every 64 minutes (approximately). The sensor is powered by a 3.0V, lithium battery, model CR1632. The sensor has been designed to draw little power, and provide long battery life. The entire package needs to be removed from the window frame for the battery to be replaced. Required Tools for Installation ƒ Electric Drill ƒ SDI Custom Frame Drill Bit ƒ Pencil or chalk ƒ Installation Sheet for documenting sensor locations Guidelines The following guidelines will help ensure that installations are safe and efficient. ƒ A sensor can be mounted on any side of the window frame (top, side, or bottom), such that the opening of the window moves the magnet away from the sensor. ƒ Always try to mount the hardware such that the magnet, not the sensor, is in the moving window panel. The sensor can be installed in the moving window panel, but should be avoided. ƒ Do not install the sensor in the frame until after the Electronic Serial Number (ESN) has been entered into the panel, and the wireless sensor confirmed within range. The 6 digit (including HEX values) ESN is labeled on the device. ƒ Sensor’s should be kept as close to the panel or repeater as possible. Try to chose locations where the separation is within 100 ft. ƒ Avoid mounting the sensor in a location where it will be exposed to moisture. ƒ Avoid mounting a sensor where temperatures are excessively hot or cold. ƒ This device cannot be mounted in a metal frame, as the frame will block the antenna (there is an external version of this device that will fit on the exterior of an aluminum frame). a WARNING: Some installations may have electrical wiring running through the door or window frames. Use caution to avoid electrical shocks . Magnet Sensor & Antenna FCC ID: QN3WD01Installation Guide ION Digital LLP 11/04/02 2 of 6 ION Digital LLPPh# 1-800-407-4389 P.O. Box 3969 Blaine WashingtonFax# 1-800-407-4465 USA 98231www.ion-digital.com Preparation 1. Determine a suitable location for the sensor and the magnet. These units are meant to be mounted inside the frame of the window. As such do not drill a mounting hole unless: • You are a qualified installer • There is sufficient room for the devices in the frame and window (Not all windows may have the necessary clearance). • You have read, and are familiar with the mounting instructions for the sensor and magnet (specifically the orientation required – see diagram included) • You have the custom drill bit to allow proper mounting of the sensor and magnet in the frame. 2. Measure and mark where the sensor and magnet will be installed in the window frame. Use the guide provided in Fig 2 for the location of the two holes. The magnet and the sensor need to be offset for correct performance. 3. Always ensure that the magnet is mounted on the side that the opening will occur on. Do not mount the magnet such that it has to travel over the sensor before it moves away from the sensor (Fig. 3). 4. Measure the distance between the window panel and frame. Ensure the separation is no more than 0.75” in height. Note: In cases where the separation may be greater, a larger magnet may be required. Contact the manufacturer for alternate magnets. 5. Verify the sensor will operate properly with the control panel, prior to drilling any holes. Fig 2. Correct Positioning the Magnet and the Sensor relative to each other Sensor in Frame Magnet in Window Panel 0.95”+/-0.10” Direction of Window Movement, away from sensor Direction of Window Movement, away from sensor. Left, Up, or Out of Page FCC ID: QN3WD01Installation Guide ION Digital LLP 11/04/02 3 of 6 ION Digital LLPPh# 1-800-407-4389 P.O. Box 3969 Blaine WashingtonFax# 1-800-407-4465 USA 98231www.ion-digital.com Fig 3: Incorrect Orientation of Magnet and Sensor Direction of Window Movement, magnet moves over and past sensor. FCC ID: QN3WD01Installation Guide ION Digital LLP 11/04/02 4 of 6 ION Digital LLPPh# 1-800-407-4389 P.O. Box 3969 Blaine WashingtonFax# 1-800-407-4465 USA 98231www.ion-digital.com Entering and Testing Sensors The sensors need to be entered into the control panel memory. This is done by entering the 6 digit (including HEX values) ESN into the panel to record it. Refer to your panel installation manual for complete details. To test the sensor, you need to enter the panel’s wireless test mode. Then: 1. Trip the sensor. This is done by moving the magnet in, and out of position. 2. Verify the panel was able to read the sensor. 3. Repeat this with all the sensor’s being installed. Fig 4. Dowel Package, Dowel Lid, Sensor Electronics (including battery) Fig. 5: Assembled Sensor FCC ID: QN3WD01Installation Guide ION Digital LLP 11/04/02 5 of 6 ION Digital LLPPh# 1-800-407-4389 P.O. Box 3969 Blaine WashingtonFax# 1-800-407-4465 USA 98231www.ion-digital.com Installation in Window Frame 1. Using the dealer provided window frame bit supplied with your dealer kit, drill a ¾” hole in the frame for the sensor, and one in the window panel for the magnet. 2. Both the sensor and the magnet have ribs on the outside that will provide a bite fit into the frame. First insert the wire into the inside of the frame, through the hole just drilled. Slowly press the sensor…

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FCC ID: QN3FP01Confidentiality Request ION Digital LLP10/17/02 October 17, 2002 Federal Communications Commission Authorization and Evaluation Division Confidentiality Request FCC ID: QN3WD01 Pursuant to Sections 0.457 and 0.459 of the Commissions Rules, the Applicant hereby requests confidential treatment of information accompanying this Application as outlined below: Schematics Block Diagram & Operation Descriptions Bill of Materials The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these matters might be harmful to the Applicant, and provide unjustified benefits to it’s competitors. Sincerely, Dean Schebel Partner - Engineering ION DIGITAL LLP 9054 SHEARWATER ROAD • BLAINE, WA • 98230-5700 PHONE: 1-800-407-4389 • FAX: 1-800-407-4465

FCC ID: QN3WD01 External Photo’s Ion Digital LLP 10/17/02 1 of 2 Transmitter in Final Housing with Antenna FCC ID: QN3WD01 External Photo’s Ion Digital LLP 10/17/02 2 of 2 Transmitter in Final Housing with Antenna

FCC ID: QN3WD01 Label Info Ion Digital LLP10/17/02 1 of 1

FCC ID: QN3WD01 Internal Photo’s Ion Digital LLP 10/17/02 1 of 4 Top Side of the PCB Assembly FCC ID: QN3WD01 Internal Photo’s Ion Digital LLP 10/17/02 2 of 4 Back Side of the PCB Assembly FCC ID: QN3WD01 Internal Photo’s Ion Digital LLP 10/17/02 3 of 4 Assembly with Battery Clips and Antenna FCC ID: QN3WD01 Internal Photo’s Ion Digital LLP 10/17/02 4 of 4 Assembly with Battery Clips and Antenna

EMC Compatibility Report Rev 1.0 ION Digital LLP- WD43301 Page 1 of 11 ION Digital LLP WD43301 Report of Measurements Per CFR47, FCC Part 15, Subpart B and C Revision 1.0 October 25, 2002 Approvals Written By: Craig LongDate Checked by Robert Stirling, P.Eng.Date Protocol Labs, Abbotsford B.C., Canada FCC Registration Number 96437 Industry Canada Registration Number IC3384 EMC Compatibility Report Rev 1.0 ION Digital LLP- WD43301 Page 2 of 11 Index FCC CFR47 Part 15/B Report of Measurements ................................................................ 3 Equipment Under Test:........................................................................................................ 4 Part 1 - Radiated Emission Testing ..................................................................................... 5 Part 2 - Radiated Spurious Emissions................................................................................. 6 Part 3 - Occupied Bandwidth: .............................................................................................. 7 Appendix A:Photos ................................................................................................................................. 8 Appendix B:FCC Part 15/B Measurement Data and Plots...................................................................... 9 Appendix C:Occupied Bandwidth.......................................................................................................... 10 Appendix D:Harmonic Measurements .................................................................................................. 11 EMC Compatibility Report Rev 1.0 ION Digital LLP- WD43301 Page 3 of 11 FCC CFR47 Part 15/B Report of Measurements Testing Details: TESTED BY: Robert Stirling\ Bruce Balston TEST CONDITIONS:Temperature and Humidity: 19 ° C, 60% TEST VOLTAGE: 3.0V Lithium Battery Test Facilities: Protocol Labs 28945 McTavish Rd. Abbotsford B.C., Canada, V4X 2E7 FCC Registration Number 96437 Industry Canada Registration Number IC3384 Test Equipment List: EMISSIONS: DeviceModel NumberSerial No.Last Cal. Next Cal AntennaEMCO 3141 Bilog112709/26/02 09/26/03 AntennaEMCO 3141 Bilog112709/13/01 09/13/02 AntennaEMCO 3105202409/10/01 09/10/02 Spectrum Analyzer Hewlett Packard 8566B 2241A02102 01/10/02 01/10/03 RF- Preselector Hewlett Packard 85685A 3107A01222 01/10/02 01/10/03 Quasi-Peak Adapter Hewlett Packard 85650A 2043A00240 01/10/02 01/10/03 TowerRhientech LabsCustomN/AN/A TurntableProtocolCustomN/AN/A EMC Compatibility Report Rev 1.0 ION Digital LLP- WD43301 Page 4 of 11 Equipment Under Test: THE TEST SYSTEM:EUTSecurity / Remote Control Transmitter Manufacturer ION Digital LLP Part NumberWD43301 Serial Number 200000 Emissions Designator: N1D0k0 FCC ID:QN3WD01 TEST SETUP:For the unintentional radiator portion of the testing the EUT was placed in receive mode, and for the Spurious emissions testing the EUT was placed in transmit mode for the duration of the testing. TEST SUMMARY: TestStandardDescriptionResult Radiated Emissions FCC15.109 15.209 Class B Limits The Radiated Emissions are measured from 30 MHz to 1000 MHz Complies Radiated Spurious FCC 2.103/ 2.1053, 15.231 The radiated emissions are measured up to the 10 th Harmonic Complies Occupied Bandwidth FCC 2.1049A Radiated measurement of the fundamental Complies Spurious Emissions at Antenna Terminal FCC 2.1035/ 2.1051 The radiated emissions are measured in the 30- 1000Mhz range Complies MODIFICATIONS: This unit requires no modifications for it to pass. CONCLUSION: WD43301 tested complies with the requirements of FCC CFR47 part 15/B and 15/C EMC Compatibility Report Rev 1.0 ION Digital LLP- WD43301 Page 5 of 11 Part 1 - Radiated Emission Testing DATE:August 18, 2002 TEST STANDARD:FCC CFR47, Part 15, Subpart B section 15.109/ 15.209 Class B DEVICE DESCRIPTIONS:Refer to the Equipment Under Test Section, above, for EUT Descriptions. TEST SETUP:The equipment was set up in a 3 meter open field test site. Emissions in both horizontal and vertical polarization’s were measured while rotating the EUT on a turntable to maximize the emissions signal strength and the results recorded on the attached plots. MINIMUM STANDARD:Class B Limits: Frequency (MHz)Maximum Field Strength dBuV/m at 3m 30 - 8839.0 88 - 21643.5 216 - 96046.5 960 - up49.5 MEASUREMENT DATA: See Appendix B for Plots, The blue trace represents all emissions, including ambient noise. ‘All Suspects’ are marked in purple. FCC Class B limits are marked in solid purple. EMISSIONS DATA: See Table 1 and 2 in Appendix B for corresponding frequencies. PERFORMANCE:Complies. MEASURMENT POSITIONS: Position Y was determined to be the worst case for all measurments. Device Antenna Facing the Measurment Antenna X Y Z EMC Compatibility Report Rev 1.0 ION Digital LLP- WD43301 Page 6 of 11 Part 2 - Radiated Spurious Emissions DATE:August 18, 2002 TEST STANDARD:FCC CFR47, Part 2, 103, and 1053 DEVICE DESCRIPTIONS:Refer to the Equipment Under Test Section, above, for EUT Descriptions. TEST SETUP:The equipment was set up at a 3 m measurement distance, and. Spurious emissions we measured in both horizontal and vertical polarization’s with signal strength and the results recorded on the attached graph and tables. MINIMUM STANDARD:The limit for harmonics is 20 dBc. The fundumental ‘s limit is 80.8 dB μ V/m. Calculation of Averge Correction Factor is; The average correction factor is computed by analyzing the worst case on time in any 100msec time period and using the formula: Correction Factor (dB) = 20*log (worst case on time/100msec). Analysis of the systemtransmitter worst case on time in any 100 sec time period is an on time 17msec. Correction Factor (dB) = 20*log(17/100) = -15.39 EMISSIONS DATA: See Appendix D, for Harmonics Data and Plots MEASUREMENT PROCEDURE: A bilog and horn antenna located 3 meters away from the transmitter picks up any signal radiated from the transmitter. A spectrum analyzer covering the necessary frequency range is used …

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EMC Compatibility Report Rev 1.0 ION Digital LLP- WD43301 Page 8 of 11 Appendix A: Photos Emissions Test Setup