VL6JA80FWireless keypad with build-in RFID card reader

The JA-80F wireless keypad MHE51301 1 The JA-80F wireless keypad The JA-80F is a component of Jablotron’s Oasis 80 alarm system and is designed to control and program the system. It has a built-in proximity access card reader and allows the wiring up of a separate door detector. The battery- powered keypad communicates wirelessly using Oasis protocol. Installation Installation shall only be undertaken by technicians holding a certificate issued by an authorized distributor. The keypad is for indoor installation only, typically by the main entrance door. Avoid locating it close to metal objects which could shield radio communication. 1. Open the keypad housing (by pressing the tab on the bottom) and disconnect the inter-housing connection cable inside (by pulling the connector from the board) 2. Install the rear housing to the desired location 3. Install the external hard-wired detector (if required) and route its cable through the rear housing 4. Enroll the keypad to the control panel (see the control panel installation manual) as follows: • Enter enrollment mode in the control panel (if the system does not have a keypad already, briefly short the reset link on the control panel main board, or if a keypad is present, then press key 1 in service mode). • Install the battery into the keypad to trigger enrollment. • Exit enrollment mode by pressing the # key. 5. Connect the inter-housing cable to the board. If a door detector and an external AC adaptor are used, then connect their cables too. Attach the keypad to the rear housing. 6. Instructions on how to use the keypad can be found in the control panel operating manual. Installing a door detector It is possible to wire up a detector(s) to the keypad. The IN input terminal is triggered when disconnected from GND. The control panel’s natural reaction to the IN input being triggered is a delayed intruder alarm linked to the keypad‘s address. If desired, another reaction can be programmed in the control panel. The IN input can indicate a door being permanently open (status reaction). If the IN input is never used then it must be shorted to GND. Note: The lifetime of the battery is reduced proportionally to how frequently the door detector is triggered and how often and how long the keypad is battery-powered. Keypad sleep mode When battery-powered, the keypad saves energy by turning itself off when the cover is closed or automatically after 20 seconds of inactivity (15 minutes in service mode). The keypad is woken up by: opening the keypad‘s flip cover, pressing any key, or triggering the wired door detector. Recommendation: install the keypad with the door detector wired to its IN terminal. The door detector will always turn the keypad on when the door is opened and the keypad can also indicate the entrance delay and be ready to read access cards. You will also save money on a wireless door detector. Note: If the keypad unit is powered by an AC adaptor there is no sleep mode, but 3 minutes after setting the system, status indication stops. If desired, the system setting/unsetting status can be programmed in the control panel to be permanently indicate by the keypad. Optional AC adapter If the keypad is powered by an AC adapter (model: Jablotron DE01-12 for terminals: +U and GND), it will not turn off after 20 seconds of inactivity. If the adapter is used, batteries should still be installed. Only turn on the AC adapter after the keypad unit has been powered up by batteries and the two halves of the housing are back together. Keypad menu – language selection and door bell function If the ∗ key is kept pressed during battery connection the internal keypad menu will be displayed allowing the selection of the desired language. Using the arrows choose your language and confirm selection by the ∗ key. In this menu the door bell function can also be enabled or disabled (if enabled the keypad makes a sound when its IN input is triggered). Notes: • The menu can be displayed even if the keypad has not been enrolled to the control panel. • If you wish to display the menu on a keypad which already has its battery installed, disconnect and reconnect the batteries first. • Each keypad has its own menu, i.e. each keypad in the system can have its own unique settings. • The keypad keeps its settings even if its power is disconnected (settings can only be altered via the keypad menu). Testing keypad communication In service mode, the control panel allows the keypad’s radio signal to be checked, including signal strength measurement. To test the keypad signal, trigger either its IN input or its tamper sensor. Note: the control panel measures the strength of the signal transmitted by the keypad. It is impossible to measure the signal strength received by the keypad from the control panel. If the keypad has lost communication with the control panel (e.g. if the control panel is damaged) it would display a communication error. If you re-power a control panel which previously worked with a keypad, and the keypad does not function, then we recommend disconnecting and re-connecting the keypad batteries. Disabling the tamper sensor To disable the tamper sensor, short out the jumper in the keypad unit close to the tamper sensor (equipped with a spring). This is useful when carrying the keypad unit around while servicing the system. During normal use of the system this jumper must remain open circuited. Keypad text editing There are two kinds of text: device and code names (displayed on the second line after the address number) and other system text. The names can be edited via the keypad after pressing and holding the ? key in service mode – see the control panel installation manual. The edited text is only stored in the keypad unit used for editing. The most convenient way to edit text is to use a PC running Comlink software (via the Devices window). To transfer edited text from a PC to the keypad, the keypad (with its batteries installed) has to be connected to the …

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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] 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: VL6JA80F 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 – closed cover Front view – opened cover Rear view

The position of the FCC label : rear side of the device : will replace the company label shown on the photograph.

Internal Photos PCB view detailed PCB view keyboard side Keyboard from inside with card reader antenna

Jablotron s.r.o. / JA-80F 2-27 07KFE007857-P-FCC-02 / 08-01-10 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 .................................................................. 8 4. Test Results - Overview ....................................................................................... 9 5. Measurement results detailed .......................................................................... 10 5.1. Duty cycle and Averaging factor (transmitter 868.5 MHz) ................................ 10 5.2. Bandwidth (Transmitter 868.5 MHz)................................................................. 13 5.3. Radiated Emission (Transmitter 868.5 MHz) 30 MHz – 10 GHz 14 5.3.1. Field strength calculation..................................................................................................... 14 5.3.2. Normative references .......................................................................................................... 15 5.3.3. Emission Test results (Transmitter 868.5 MHz) .................................................................. 16 5.4. Radiated Emission (Receiver) 30 MHz – 3 GHz ............................................ 20 5.4.1. Radiated Emission (Receiver) 30 MHz – 3 GHz ................................................................ 20 5.4.2. Radiated Emission (Receiver) Table 30 MHz – 3 GHz ...................................................... 21 5.5. Duty cycle and Averaging factor (Transmitter 125 kHz) ................................... 22 5.6. Bandwidth (Transmitter 125 kHz)..................................................................... 22 Jablotron s.r.o. / JA-80F 3-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 5.7. Radiated emissions Transmitter 125 kHz......................................................... 23 Test setup Photo documentation .......................................................................... 25 6. EUT Photo documentation ................................................................................ 27 7. Technical specification ...................................................................................... 27 7.1. Block Diagram Of The EUT..............................................................................27 7.2. Circuit Diagram Of The Layout.........................................................................27 7.3. Instruction manual............................................................................................ 27 7.4. Product Labelling ............................................................................................. 27 Jablotron s.r.o. / JA-80F 4-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 1. General description 1.1. Product description The JA-80F is a component of Jablotron’s Oasis 80 alarm system and is designed to control and program the system. It has a built-in proximity access card reader and allows the wiring up of a separate door detector. The battery-powered keypad communicates wirelessly using Oasis protocol. Power supply : 2x lithium batteries type CR14505 (AA 3.0V) Wireless keypad : Operating frequency : 868.5 MHz, Oasis protocol Antenna type : Internal - wire type soldered to PCB (length 70 mm) The device includes the receiver with local oscillator frequency f = 868.5 MHz. Measured radiated field data of receiver for verification purposes are included in this report. Duty cycle : data pulse of length 30 ms, periodic transmission of 3 pulses every 9 minutes. Integrated card reader Operating frequency: 125 kHz. Antenna type: internal – multiple loop antenna – located inside enclosure. The card / tag is passive. Duty cycle : no duty cycle, no periodic transmission. 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). Jablotron s.r.o. / JA-80F 5-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 The test results detailed in this report apply only to the JA-82F 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…

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Jablotron s.r.o. / JA-80F 2-27 07KFE007857-P-FCC-02 / 08-01-10 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 .................................................................. 8 4. Test Results - Overview ....................................................................................... 9 5. Measurement results detailed .......................................................................... 10 5.1. Duty cycle and Averaging factor (transmitter 868.5 MHz) ................................ 10 5.2. Bandwidth (Transmitter 868.5 MHz)................................................................. 13 5.3. Radiated Emission (Transmitter 868.5 MHz) 30 MHz – 10 GHz 14 5.3.1. Field strength calculation..................................................................................................... 14 5.3.2. Normative references .......................................................................................................... 15 5.3.3. Emission Test results (Transmitter 868.5 MHz) .................................................................. 16 5.4. Radiated Emission (Receiver) 30 MHz – 3 GHz ............................................ 20 5.4.1. Radiated Emission (Receiver) 30 MHz – 3 GHz ................................................................ 20 5.4.2. Radiated Emission (Receiver) Table 30 MHz – 3 GHz ...................................................... 21 5.5. Duty cycle and Averaging factor (Transmitter 125 kHz) ................................... 22 5.6. Bandwidth (Transmitter 125 kHz)..................................................................... 22 Jablotron s.r.o. / JA-80F 3-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 5.7. Radiated emissions Transmitter 125 kHz......................................................... 23 Test setup Photo documentation .......................................................................... 25 6. EUT Photo documentation ................................................................................ 27 7. Technical specification ...................................................................................... 27 7.1. Block Diagram Of The EUT..............................................................................27 7.2. Circuit Diagram Of The Layout.........................................................................27 7.3. Instruction manual............................................................................................ 27 7.4. Product Labelling ............................................................................................. 27 Jablotron s.r.o. / JA-80F 4-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 1. General description 1.1. Product description The JA-80F is a component of Jablotron’s Oasis 80 alarm system and is designed to control and program the system. It has a built-in proximity access card reader and allows the wiring up of a separate door detector. The battery-powered keypad communicates wirelessly using Oasis protocol. Power supply : 2x lithium batteries type CR14505 (AA 3.0V) Wireless keypad : Operating frequency : 868.5 MHz, Oasis protocol Antenna type : Internal - wire type soldered to PCB (length 70 mm) The device includes the receiver with local oscillator frequency f = 868.5 MHz. Measured radiated field data of receiver for verification purposes are included in this report. Duty cycle : data pulse of length 30 ms, periodic transmission of 3 pulses every 9 minutes. Integrated card reader Operating frequency: 125 kHz. Antenna type: internal – multiple loop antenna – located inside enclosure. The card / tag is passive. Duty cycle : no duty cycle, no periodic transmission. 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). Jablotron s.r.o. / JA-80F 5-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 The test results detailed in this report apply only to the JA-82F 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…

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Jablotron s.r.o. / JA-80F 2-27 07KFE007857-P-FCC-02 / 08-01-10 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 .................................................................. 8 4. Test Results - Overview ....................................................................................... 9 5. Measurement results detailed .......................................................................... 10 5.1. Duty cycle and Averaging factor (transmitter 868.5 MHz) ................................ 10 5.2. Bandwidth (Transmitter 868.5 MHz)................................................................. 13 5.3. Radiated Emission (Transmitter 868.5 MHz) 30 MHz – 10 GHz 14 5.3.1. Field strength calculation..................................................................................................... 14 5.3.2. Normative references .......................................................................................................... 15 5.3.3. Emission Test results (Transmitter 868.5 MHz) .................................................................. 16 5.4. Radiated Emission (Receiver) 30 MHz – 3 GHz ............................................ 20 5.4.1. Radiated Emission (Receiver) 30 MHz – 3 GHz ................................................................ 20 5.4.2. Radiated Emission (Receiver) Table 30 MHz – 3 GHz ...................................................... 21 5.5. Duty cycle and Averaging factor (Transmitter 125 kHz) ................................... 22 5.6. Bandwidth (Transmitter 125 kHz)..................................................................... 22 Jablotron s.r.o. / JA-80F 3-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 5.7. Radiated emissions Transmitter 125 kHz......................................................... 23 Test setup Photo documentation .......................................................................... 25 6. EUT Photo documentation ................................................................................ 27 7. Technical specification ...................................................................................... 27 7.1. Block Diagram Of The EUT..............................................................................27 7.2. Circuit Diagram Of The Layout.........................................................................27 7.3. Instruction manual............................................................................................ 27 7.4. Product Labelling ............................................................................................. 27 Jablotron s.r.o. / JA-80F 4-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 1. General description 1.1. Product description The JA-80F is a component of Jablotron’s Oasis 80 alarm system and is designed to control and program the system. It has a built-in proximity access card reader and allows the wiring up of a separate door detector. The battery-powered keypad communicates wirelessly using Oasis protocol. Power supply : 2x lithium batteries type CR14505 (AA 3.0V) Wireless keypad : Operating frequency : 868.5 MHz, Oasis protocol Antenna type : Internal - wire type soldered to PCB (length 70 mm) The device includes the receiver with local oscillator frequency f = 868.5 MHz. Measured radiated field data of receiver for verification purposes are included in this report. Duty cycle : data pulse of length 30 ms, periodic transmission of 3 pulses every 9 minutes. Integrated card reader Operating frequency: 125 kHz. Antenna type: internal – multiple loop antenna – located inside enclosure. The card / tag is passive. Duty cycle : no duty cycle, no periodic transmission. 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). Jablotron s.r.o. / JA-80F 5-27 07KFE007857-P-FCC-02 / 08-01-10 R_FCC 06-04 The test results detailed in this report apply only to the JA-82F 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…

Text truncated - open the document above for the full version.

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