VL6RC85Transmitter - component of alarm system

The RC-85 transmitter (car accessory) MKF51000 1 The RC-85 transmitter (car accessory) The RC-85 is a component of Jablotron’s Oasis 80 alarm system. It is designed to be installed inside cars with a voltage supply of 12 to 24 V to remotely control electrical appliances (e.g. garage doors or parking gates), in a similar way to the RC-80 keyfob. It can also be used for sending an alarm signal from a car. The transmitter is not continuously powered and only transmits a signal when connected to the power supply. It can be configured whether a signal is sent instantly or only after two applications of the power supply within 2 seconds. Installation Install the transmitter into the car’s interior (e.g. in the dash-board) It should not be installed directly onto a metal surface (it adversely affects the transmitter’s radio range). We recommend securing the transmitter onto a plastic part of the car with screws. The wires also serve as an antenna so they should not be shorter then 30cm. Wiring Black GND Red Connecting to a positive voltage supply sends a SET (arm) signal White Connecting to a negative voltage supply sends an UNSET (disarm) signal By connecting both wires to a voltage supply a panic signal is sent (= both buttons are pressed simultaneously). • For operation in a car it is possible to use existing switches in the car (full-beam headlight flash switch, horn – it is recommended to have the double-pulse reaction enabled), or, alternatively, any other suitable additional switches can be installed. RC-85 red optical horn +12V +12V full-beam black white Example of wiring in a car • To send alarm information from a car to an Oasis system, connect the red and white wires to the car alarm output where a positive voltage supply is present during an alarm (e.g. the siren output). Caution: Avoid using this output for confirming car alarm operation (this would cause false alarms). Double-pulse reaction As a factory default, the transmitter will send a signal immediately after being connected to a power supply. This behaviour can be changed by connecting a jumper (link) inside the transmitter. After that, both inputs will react only when a voltage supply is connected for the second time within 2 seconds. This corresponds to a double-press of a button. This feature allows you to prevent the appliances from reacting to changes in voltage supply which are due to standard car operation, e.g. turning lights on/off. If both inputs are switched simultaneously to a voltage supply, a panic signal is always sent immediately after the power supply has been connected for the first time, regardless of the jumper setting. Enrollment to a receiver Enrolling the RC-85 transmitter is the same as in the case of the RC-80 keyfob. But instead of pressing the buttons, the two wires get connected to a voltage supply. Notes about RC-85 functions The RC-85 only sends a signal at the moment of connecting the wires to a voltage supply. For the next transmission, the voltage supply must first be disconnected and then connected again. The functions of each wire are independent – if one wire is permanently connected to a voltage supply, the other one still works. For controlling appliances, the UC-82 or AC-82 receivers can be used (the transmitter is enrolled to the receiver by activation – see the manual for the particular receiver). For acoustic signalling, the doorbell function of the JA-80L indoor wireless siren can be used (the transmitter is enrolled to the siren by activation – see the manual for the siren). For reporting a car alarm to an Oasis alarm system, the transmitter can be enrolled to the Oasis control panel or to the UC-82 receiver. In enrollment mode, connect both RC- 85 wires (red and white) to a positive voltage supply and keep them connected for about 3 sec. (the same effect as simultaneously pressing and holding a keyfob’s buttons). When the car alarm is triggered connect power to the red wire to transmit a signal. The device reaction in the Oasis system is set to 4 (24 hours). Technical specifications Power supply 12V to 24V ± 30% Consumption 10 / 20 mA Communication band 868 MHz, Oasis protocol Communication range approx. 50 m (open area) Configurable input reactions 1 or 2 pulses of voltage supply Operational temperature range -10 to +40°C Storage temperature range -40 to +85 °C Dimensions 84 x 53 x 25 mm Can be operated according to ERC REC 70-03 FCC ID: VL6RC85 Jablotron Ltd. hereby declares that the RC-85 is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC and 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. CAUTION: Changes or modifications no expressly approved by Jablotron could void the user ́s authority to operate the equipment. The original of the conformity assessment can be found at www.jablotron.com, Technical Support section. Note: Although this product does not contain any harmful materials we suggest you return the product to the dealer or directly to the producer after use. 10R - 01 4531 E8

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: VL6RC85 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 1 Front view 2 Rear view

The position of the FCC label : front side of the device above the company label as shown on the drawing above. Will replace the arrangement shown on th photograph.

Internal Photos PCB in enclosure PCB Front view PCB rear view

Operational description The RC-85 is a component of Jablotron’s Oasis 80 alarm system. It is designed to be installed inside cars with a voltage supply of 12 to 24 V to remotely control electrical appliances (e.g. garage doors or parking gates. It can also be used for sending an alarm signal from a car. The transmitter is not continuously powered and only transmits a signal when connected to the power supply. It can be configured whether a signal is sent instantly or only after two applications of the power supply within 2 seconds. The operating frequency is 868.5 MHz. Data pulse sent after activation is of duration less then 30 ms. Antenna : the supply wires of length approximately 30 cm.

Jablotron s.r.o. / RC-85 2-33 07KFE007857-R-FCC-03 / 08-02-28 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 2.1. Changes to Test Report 07KFE007857-R-FCC-01............................................ 6 2.2. Changes to Test Report 07KFE007857-R-FCC-02............................................ 6 3. Description Of EUT .............................................................................................. 7 3.1. Configuration / Operating Conditions ................................................................. 7 3.2. Major Subassemblies Or Internal Peripherals .................................................... 8 3.3. Peripheral Devices Used For Testing................................................................. 8 3.4. Supply- And Interconnecting Cables .................................................................. 8 4. Test Results - Overview ....................................................................................... 9 5. Measurement results detailed .......................................................................... 10 5.1. Duty cycle and Averaging factor.......................................................................10 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. EUT Photo documentation ................................................................................ 32 7. Technical specification ...................................................................................... 32 Jablotron s.r.o. / RC-85 3-33 07KFE007857-R-FCC-03 / 08-02-28 R_FCC 06-04 7.1. Block Diagram Of The EUT..............................................................................32 7.2. Circuit Diagram Of The Layout.........................................................................32 7.3. Instruction manual............................................................................................ 33 7.4. Product Labelling ............................................................................................. 33 Jablotron s.r.o. / RC85 4-33 07KFE007857-R-FCC-03 / 08-02-28 R_FCC 06-04 1. General description 1.1. Product description The RC-85 is a component of Jablotron’s Oasis 80 alarm system. It is designed to be installed inside cars with a voltage supply of 12 to 24 V to remotely control electrical appliances (e.g. garage doors or parking gates), in a similar way to the RC-80 keyfob. It can also be used for sending an alarm signal from a car. The transmitter is not continuously powered and only transmits a signal when connected to the power supply. It can be configured whether a signal is sent instantly or only after two applications of the power supply within 2 seconds. It is activated to transmitting state by switching on the source voltage. 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 fully charged 12 V accumulator battery. Antenna type : DC leads serve as antenna. 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 open area testing was performed according to FCC Publication number 470998 (device was mounted into 3 different cars and radiated emissions were measured in 8 directions (45 degrees step) around. 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 RC-85 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. / RC85 5-33 07KFE007857-R-FCC-03 / 08-02-28 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. The open area measurements were performed at open field close to the laboratory. 1.5. List of exhibits Following exhibits are delivered as separate pdf files. The name of file correspo…

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Test setup Photo documentation EXHIBIT 1 Fig. 1 Front view Fig. 2 Rear view Fig. 3 VW Polo test setup 315 0 Fig. 4 Device mount in the car VW Polo Fig. 5 Toyota Corolla test setup Az = 90 0 Fig. 6 Device mount in the car Toyota Corolla Fig. 7 VW Multivan test setup 0 0 Fig. 6 Device mount in the car VW Multivan