VL6JA82MWireless Magnetic door detector-part of Alarm Sys

The JA-82M wireless magnetic door-detector MCK51000FCC 1 The JA-82M wireless magnetic door-detector The JA-82M is a component of Jablotron’s Oasis 80 alarm system. It is designed to detect opening windows, doors etc. It can be installed into plastic or wooden frames and is suitable for most types of fitting. The battery-powered detector communicates via OASIS radio protocol. 1234 ON + CR 2354 3V + CR 2354 3V A B 5 1 9 0 10 25 battery LED indicator rear tamper sensors DIP switches cover tamper switch adjustment lines fixing holes 1234 ON OFF LED indicator – 15 minutes after closing the detector’s battery cover, the LED indicates detector triggering (a flashing light indicates window opening, a long light indicates that both rear tamper sensors have been triggered). Installation preliminaries Installation shall only be undertaken by technicians holding a certificate issued by an authorized distributor. The detector must not be exposed to bending or other deformation, otherwise it can be damaged. The product should be installed into a gap between the moving and non- moving parts of windows or doors where the closing mechanism of a fitting is located. In practice, there exist various window/door frames and fittings. It is therefore wise to verify before installation that the detector fits the given window/door type. In the case of a wooden frame with too narrow a profile it is usually possible to mill out a groove for detector insertion. This detector reacts to the removal of its magnet unit. The electronics should be installed onto the non-moving part of windows or doors, and the magnet onto the moving part. If the supplied magnet does not exactly match the window/door construction you can call the window/door supplier for a magnet of a suitable type. Alternatively, you can adjust the magnet’s position using a suitable back-plate. Installation 1. Find a suitable place for the detector’s location so that the magnet is aligned with the A (or B) adjustment line when the window/door is closed. After opening the window/door, the magnet’s distance from the detector should increase by at least 2 cm. 2. Avoid locating the detector directly on a metal frame as metal influences the functioning of the magnetic sensor and radio communication. This can be usually achieved by placing the detector on the hinge side of the window/door. In addition, avoid installing the detector onto the bottom part of the window/door frame due to possible water condensation. 3. Screw the magnet onto the moving part of the window according to the following picture. Use a non-metallic back-plate if the frame groove is too wide. 4. Unscrew the battery cover and screw the detector on so that the magnet is aligned with the A (or B) adjustment line when the window/door is closed, see the picture below. Be careful not to use too much force while screwing on, otherwise the detector’s plastic body could be damaged. 5. You can use the long plastic plates supplied in the package to ensure that the place for detector attachment is sufficiently even. After the detector has been installed, at least one of the rear tamper sensors must be permanently closed (pressed). 6. Carefully try out, if the detector (magnet) makes no obstruction when closing the window/door. 7. If all is in order, you can configure the detector’s functionality (see DIP switches below). 8. Enter enrollment mode on the control panel (or on a receiver). Subsequently, install battery cells into the detector and screw the battery cover on (2 screws). After connecting the battery the detector will send an enrollment signal. Up to 10 seconds’ delay is to be expected to the detector’s response to putting the magnet away/close or pressing/releasing tamper sensors. 9. After the detector has been enrolled, you can check its functioning. On the Oasis control panel, you should also check signal strength. DIP switches There are four DIP switches located under the battery cover: No. OFF ON 1 Rear tamper sensors OFF Rear tamper sensors ON* 2 Permanent window/door status signalling Only window/door opening will be signalled ** 3*** The system will provide an exit/entrance delay The system will respond with an instant alarm 4 No function Default settings are shown in bold * To detect intrusion the switch should be ON. ** Switching ON (when only window/door opening will be signalled) is suitable for bedrooms, where windows/doors are left open for ventilation during the protection period. *** This setting will apply if the detector is used with an Oasis control panel with a natural reaction pre-programmed for the detector’s address. Detector functionality If DIP switch no. 2 is OFF, the detector will indicate whether the window/door is open. When used within an Oasis system and the system is set (armed) while the window/door is open, the detector will be bypassed. However, if somebody closes the window/door while the system is set, then subsequently opening it will trigger an alarm. This also applies to pulling the window/door handle by string. If you do not wish permanent window/door open status to be indicated on the keypad, then DIP switch no. 2 should be ON. This will ensure that only window/door opening will be signalled. Battery replacement The detector monitors its battery voltage and if too low, a report is sent to the control panel to inform the installer or user. The detector continues to function, however battery replacement should not be delayed by more than two weeks. Always replace both battery cells. We recommend using a high quality brand-name battery (e.g. Panasonic). After the battery has been replaced, detector functioning should be tested. Expired batteries should not be thrown into the garbage, but disposed of according to local regulations. Removing the detector from the system If a detector is removed, the control panel announces the removal. The detector has to be deleted in the control panel before intentional removal. Technical specifications Voltage Lithium b…

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JABLOTRON s.r.o. TEL:+420-483 559 854 Pod Skalkou 33 FAX:+420-483 559 853 466 01 Jablonec nad Nisou www.jablotron.cz Czech Republic mail to: [email protected] No: 7DO014 Konto: KomerčnÌ banka Jablonec n.N 17409-451/0100 IČO: 14864959 DIČ: 187-14864959 Spisov· značka: C/141 veden· u rejstřÌkovÈho soudu v ⁄stÌ nad Labem. Intertek Deutschland GmbH Innovapark 20 DE- 87600 Kaufbeuren July 30, 2007 To whom it may concern, Letter of Agency I, an officer of Jablotron company do hereby authorize Intertek Deutschland GmbH to act on our behalf in front of the Federal Communications Commission with respect to all matters relating to certification of equipment under Part 15 of the FCC Rules until further notice. I further certify that no party (as defined in ß1.2002(b) of CFR 47, 2004) to this application, including myself, is subject to a denial of federal benefits, that includes FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C., 862. Regards, By: Milan Holas, dipl. Eng. __________________ ________________ Signature Printed Title: Technical legislation and metrology manager ____________________

JABLOTRON s.r.o. TEL:+420-483 559 854 Pod Skalkou 33 FAX:+420-483 559 853 466 01 Jablonec nad Nisou www.jablotron.cz Czech Republic mail to: [email protected] Account: KomerčnÌ banka Jablonec n.N 17409-451/0100 Entrepreneurial permit number: CZ14864959 Spisov· značka: C/141 veden· u rejstřÌkovÈho soudu v ⁄stÌ nad Labem. Intertek Deutschland GmbH Innovapark 20 DE- 87600 Kaufbeuren Attention: Application Examiner Re: Request for confidentiality Applicant: JABLOTRON Ltd. FCC ID: VL6JA82M To whom it may concern, Request is hereby submitted by JABLOTRON to withhold permanently from public review certain portions of the application for equipment certification for the referenced FCC identifiers. This request for confidentiality is made pursuant to 47 CFR 0.457(d) and 0.459 of the FCC Rules. In particular, the following sections of the application are to be kept permanently confidential: • Schematics • Detailed Block diagrams Rationale for request for confidentiality: JABLOTRON has invested considerable time and materials in research and development to produce the referenced product. Disclosure of the permanently confidential portions of this application to competitors would not only give them significant competitive advantages in developing similar products, but would also disclose successful implementation of unpublished, leading edge technology developed by us. Sincerely Milan Holas, dipl. Eng. __________________ ________________ Signature Printed Title: Technical legislation and metrology manager

External Photos Front view – all components Front view with battery cover Rear view

The position of the FCC label : rear side of the device left to the company label as shown on the drawing above.

Internal Photos Front view without battery cover PCB – battery side PCB Reverse side

Operational description The JA-82M is a component of Jablotron’s Oasis 80 alarm system. It is designed to detect opening windows, doors etc. It can be installed into plastic or wooden frames and is suitable for most types of fitting. The battery-powered detector communicates via OASIS radio protocol. The transmitter becomes active when the magnetic sensitive contact switches on / off depending on the dip switches. Under normal conditions the detector sends once in approximately 9 minutes the data pulse 30 ms to check the integrity of the system. Antenna is internal. Operational frequency : 868,5 MHz Battery : Lithium battery type CR2354 (3.0V)

Jablotron s.r.o. / JA-82M 2-21 07KFE007857-C-FCC-02 / 07-11-28 R_FCC 06-04 Table of Contents 1. General description.............................................................................................. 4 1.1. Product description ............................................................................................ 4 1.2. Related submittal(s) Grants................................................................................ 4 1.3. Test Methodology............................................................................................... 4 1.4. Test Facility ........................................................................................................ 5 1.5. List of exhibits .................................................................................................... 5 2. Measurements And Test Specifications............................................................. 6 3. Description Of EUT .............................................................................................. 7 3.1. Configuration / Operating Conditions ................................................................. 7 3.2. Major Subassemblies Or Internal Peripherals .................................................... 7 3.3. Peripheral Devices Used For Testing................................................................. 7 3.4. Supply- And Interconnecting Cables .................................................................. 7 4. Test Results - Overview ....................................................................................... 8 5. Measurement results detailed ............................................................................ 9 5.1. Duty cycle and Averaging factor......................................................................... 9 5.2. Bandwidth ........................................................................................................ 12 5.3. Radiated Emission 30 MHz – 10 GHz.............................................................. 13 5.3.1. Field strength calculation..................................................................................................... 13 5.3.2. Normative references .......................................................................................................... 14 5.3.3. Emission Test results .......................................................................................................... 15 6. Test setup Photo documentation...................................................................... 19 7. EUT Photo documentation ................................................................................ 21 8. Technical specification ...................................................................................... 21 Jablotron s.r.o. / JA-82M 3-21 07KFE007857-C-FCC-02 / 07-11-28 R_FCC 06-04 8.1. Block Diagram Of The EUT..............................................................................21 8.2. Circuit Diagram Of The Layout.........................................................................21 8.3. Instruction manual............................................................................................ 21 8.4. Product Labelling ............................................................................................. 21 Jablotron s.r.o. / JA-82M 4-21 07KFE007857-C-FCC-02 / 07-11-27 R_FCC 06-04 1. General description 1.1. Product description The JA-82M is a component of Jablotron’s Oasis 80 alarm system. It is designed to detect opening windows, doors etc. It can be installed into plastic or wooden frames and is suitable for most types of fitting. The battery-powered detector communicates via OASIS radio protocol. The wireless transmitter (connection to control unit) has operating frequency f = 868.5 MHz. The device is battery operated. The power source delivered by producer and used for testing was a new Li battery , type CR 2354; U = 3V. Antenna type : Internal, Integral Under normal operating conditions (no alarm state) the device transmits 30 ms data pulse to control unit once in 540 s (9 minutes). When activated / deactivated (e.g. window opening/closing) the JA-82M transmits to the control unit 3 data pulses each of length 30 ms. In 100 ms window there exists only one data pulse. 1.2. Related submittal(s) Grants This is application for certification of the transmitter. No related devices are present. 1.3. Test Methodology The test setup and test was done according to: ANSI C63.4: 2003 American National Standard for Methods of Measurement of Radio-Noise Emissions from Low-Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz. The test setup and test was done according to: CISPR 22: 1998 + Corrigendum: 2003 + A1: 2000 + A2: 2003 and ANSI C63.4: 2003 Compliance with CISPR 22 is being used to demonstrate conformity with FCC DoC requirements. This conforms with FCC Part 15.109(g). The test results detailed in this report apply only to the JA-82M with the test setup described. Any modification such as a change, addition to or inclusion of another device into this product will require an additional evaluation. The support equipment listed as part of the emission tests is required to properly exercise and test the device under test. Jablotron s.r.o. / JA-82M 5-21 07KFE007857-C-FCC-02 / 07-11-27 R_FCC 06-04 1.4. Test Facility The test site was semi-anechoic chamber Intertek Germany (PM KF 1150). Measurement distance EUT – Antenna was d = 3 m. 1.5. List of exhibits Following exhibits are delivered as separate pdf files. The name of file corresponds with description of exhibit with extension .pdf EXHIBIT 1 Test setup photo documentation EXHIBIT 2 External Photos EXHIBIT 3 Internal Photos EXHIBIT 4 Operational description EXHIBIT 5 Block diagram EXHIBIT 6 Circuit diagram EXHIBIT 7 Instruction manual EXHIBIT 8 Product label EXHIBIT 9 Confidentiality request Jablotron s.r.o. / JA-82M 6-21 07KFE007857-C-FCC-02 / 07-11-27 R_FCC 06-04 2.…

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Test setup Photo documentation Fig. 1 Front view Fig. 2 Rear view