PWN-F0101000008Proximity Reader

Version 09/2001 DGLP PROXIMITY READER WIRING DIAGRAM 12 V14532 Proximity reader 12Input voltage 12 V = or ~ VInput voltage 12 V = or ~ 1Data 4Common 5Red LED 3Green LED 2Buzzer FCC statement: NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: -- Reorient or relocate the receiving antenna. -- Increase the separation between the equipment and receiver. -- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -- Consult the dealer or an experienced radio/TV technician for help. Caution: Changes or modifications not expressly approved by C.D.V.I. could void the user's authority to operate the equipment. Version 09/2001 Template 60 mm 96 mm 75 mm Proximity reader

Edition 01/2001 G0301GB0089V01 - 1 - WIRING DIAGRAM AND INSTRUCTIONS UCA/3 3-DOOR CONTROL UNIT WITH BUILT-IN RF RECEIVER Wave λ/4 17,3 cm receive antenna or antenna at 50 Ω Wiring diagrams at the end of the user manual This device comes with a varistor. The varistor must be connected to the strike terminal (electromagnet...) operated by the device. If this product works with many strikes, each of them should have a varistor. The varistor controls the overload produced by the strike coil – back emf. If you are using a « Shear Lock » electromagnetic lock, it is recommended to use a separate power supply than the one connected to the control unit! Edition 09/2000 2 Technical specifications Input voltage12 V AC or DC Outputs3 relay outputs, N/O & N/C contact 8A/250V~ Users800 badges (proximity and RF Transmitter) Master badge1 programmable proximity badge MemoryCapability to transfer copy all data on a other control unit RF receiverBuilt-in RF receiver on the control unit Inputs2 Request-to-exit inputs Présentation3-digit 7 segments display 4 programming keys Distance between the readers and the control unit minimum 60 cm, maximum 50 m (recommended cable 7 x 0.6 mm 2 ) Default values Master Badge:Not programmed Relay time delay:1 second Programming delay:120 seconds (2 minutes) Push buttons The request-to-exit button activates relay RL1 and RL2 independently (the relay can be programmed in momentary or latched time output). Programming keys PROG key (red button) The PROG key allows you to enter and to exit from programming. Press twice on the button to exit from programming: Press once to exit from a menu and go back to the main menu, Press a second time to exit from the main menu and go back to a normal mode. Nxt and Prv buttons (yellow buttons) The Nxt and Prv keys are used to scroll in the main menu, to go back and forth to any menu. Fast scrolling with Nxt and Prv keys Keep the button depressed to move faster in one of the menu, especially when you selecting a user number or a time delay. Enter button (green button) Press the Enter key for selecting a menu and also to save the new data. To delete a data press twice on the Enter button. Note: Do not use a switching power supply with the UCA3 control unit Edition 09/2000 3 Programming mode --- Main menu Present a proximity badge in front of the control unit proximity reader. ----- If the master badge is not programmed in the control unit, present any proximity badge wait for the display to switch off and then press on the PROG button to enter in the programming mode. ----- If the master badge is programmed Main menu Present the master badge in front of the control unit reader, wait for the display to switch off and press on the PROG button (red button). The master badge activates relay 1 The display indicates the relay is activated. Wait for the display to switch off. press on the PROG button to enter in the programming mode. The first LED starts flashing. MENU 1Add badges/select door – badge deletion. MENU 2Set Door Release Time MENU 3Data transferring. MENU 4Set Master badge. MENU 5Badge Identification. Press on Nxt or Prv buttons to select a menu. One LED flashes at a time. Note: If LED 5 flashes (last LED), the user has selected Menu 5. Press on the Ent button to Enter in the Menu. The LED stops flashing. Deleting the master badge and reset to default values 1. Put the jumper on ST1. The display shows d during 5 seconds. Then the display switches off during 5 seconds. The master badge is deleted. 2. Remove the jumper from ST1. OR Edition 09/2000 4 3. Keep the jumper on to delete all the badges. 4. The display indicates during the reset. 5. The display switches off at the end of the reset. 6. Remove to jumper from the ST1. Setting and deleting badges (Menu 1) Proximity Badges: Proximity badges can be programmed on door 1 and 2. DOOR 1: controlled by reader 1 DOOR 2: controlled by reader 2 Once the door is selected (door 1 and/or door 2) in Menu 1 all the badges entered in the control unit will have the same door configuration. Radio frequency: The RF transmitter can be programmed on door 1 and 3. DOOR 1: Controlled by channel 1 of the transmitter DOOR 3: Controlled by channel 2 of the transmitter Select one relay (door) 1 or 3 and press on one of the button of the Transmitter to open door 1 or door 3 according to the channel set on each door. Select Door Two choices are available: 1st choice: The display indicates door 1 and 2 can be programmed with proximity badges. Door 1Door 2 Edition 09/2000 5 2nd choice: To program the RF Transmitter press on Nxt to move to the next choice The display indicates door 1 and 3 can be programmed with RF Transmitter. To get back to the previous display press PRV button. Press Ent to select the type of badges to be programmed: 1 st Choice: Press a second time on the Ent button to validate both doors Proximity badges RF Transmitter Press Nxt to a menu 2 nd Choice: Select one door and Press Ent to validate it Doors are displayed one at the time Press Nxt to select the next door or press Ent to validate the door. A dot appears next to the door number. Press Nxt to select the next door. Press Ent to validate the second door or press Nxt to access the badge menu. The user number is displayed. A user number can either be occupied or free. User number occupied user number available on door 1 and 2 Select a user number by pressing on Nxt or Prv. Edition 09/2000 6 Available user number Present the badge in front the control unit proximity reader to program the badge on door 1 and /or door 2. To program the RF Transmitter, press on one of the remote button. if the badge is already programmed; this message is displayed during 2 seconds. Present another badge. Once the badge is saved, the user number s stays displayed during 2 seconds. According the door selected before programming the badges, a dot will appear next to the digit number of the user number. The next user number available is displayed. User number occu…

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Atlas Compliance & Engineering, Inc. 142 North Milpitas Blvd. PMB 376 Milpitas, California 95035 Phone 831.761.2223 Fax 831.761.3223 Federal Communication Commission Equipment Authorization Division, Application Processing Branch 7435 Oakland Mills Road Columbia, MD 21048 September 24, 2001 TO WHOM IT MAY CONCERN Pursuant to Paragraphs §0.457 and 0.459 of the Commission’s Rules (47 C.F.R.) and Section §552(b)(4) of the Freedom of Information Act, C. D. V. I. requests confidentiality for the following products: FCC ID Number Product Title/Model PWN-F0101000007 Proximity Reader/DGLI PWN-F0101000008 Proximity Reader/DGLP PWN-F0101000023 Proximity Reader/DGPROX For the product stated above, we request that the following information be held confidential: 1) Electrical Schematics and Block Diagram of the Circuitry 2) Photographs of printed circuit board and antenna. These items are potted in production and will not be available to the public. Removal of the potted material would result in a destruction of the antenna and circuit board. No other items submitted as part of the equipment authorization filing process are deemed confidential. The above exhibits contain C. D. V. I. trade secrets and proprietary information that could be of benefit to our competitors regarding the design of our proximity reader. This material is not customarily available to the general public and we request that it be withheld from public inspection. If you have any questions, please feel free to contact me at the address shown below. Sincerely, Authorized Representative Bruce Smith VP Atlas Compliance & Engineering, Inc. 142 North Milpitas Blvd. PMB376 Milpitas, CA 95035 USA 831-721-2223 tel 831-761-3223 fax [email protected]

DGLP The auxiliary proximity reader has a built-in antenna and an RFID emission field of 125 kHz. When a proximity card or key fob is presented in front of the reader, the RF field activated the cob inside the card through a modulation. The reader converts then this modulation transmitted by the proximity card or badge into a binary signal and memorize it into a 10-digit code format. Once the control unit asks the reader if a badge has been read. It replies by transmitting the code to the control unit. Then the proximity reader waits for the badge to be removed to stop the reading and reset itself.

DGLI/DGLP The auxiliary proximity reader has a built-in antenna and an RFID emission field of 125 kHz. When a proximity card or key fob is presented in front of the reader, the RF field activates the cob inside the card through a Ma nc he ste r mo dulatio n . The reader converts then this modulation transmitted at 125 kHz by the proximity card or badge into a binary signal and memorize it into a 10-digit code format. Once the control unit asks the reader if a badge has been read. It replies by transmitting the code to the control unit. Then the proximity reader waits for the badge to be removed to stop the reading and reset itself. UCA3/DGPROX The stand-alone proximity readers UCA3 and DGPROX have built-in antennas, with an RFID emission field of 125 kHz. The control unit (processor) inside the UCA3 and the DGPROX inquire the built-in reader then the auxiliary proximity reader (DGLI or DGLP). When a reader signals the presence of a proximity card or badge then it transfers the code number to the host system micro controller. The micro controller then verifies in the EEPROM if the code number is valid (code number matches one of the code in the memory). If the card or badge is not valid then the micro controller activates the buzzer (2 beeps). If the card or badge is valid then the micro controller activates the relay output (according to the output time set) and changes the LED color to green.

0134CDVdglp_subc_1 Page 1 of 23 Atlas Compliance & Engineering, Inc. 142 North Milpitas Blvd. PMB 376 Milpitas, CA 95035 Phone 831.761.2223 Fax 831.761.3223 .......... Atlas Compliance & Engineering, Inc. FCC Test Report FCC CFR 47 Part 15.207 and 15.209 COMPLIANCE CDVI 31 Ave du General Leclerc PANTIN 93500 FRANCE Product: Access Control Proximity Reader Model: DGLP Test Report Number:0134CDVdglp_subc_1 Date of Report:September 24, 2001 This report contains 23 pages and may be reproduced in full only. Partial reproduction may only be done with the written consent of Atlas Compliance & Engineering, Inc. 0134CDVdglp_subc_1 Page 2 of 23 Atlas Compliance & Engineering, Inc. 142 North Milpitas Blvd. PMB 376 Milpitas, CA 95035 Phone 831.761.2223 Fax 831.761.3223 Scope of Accreditation 0134CDVdglp_subc_1 Page 3 of 23 Atlas Compliance & Engineering, Inc. 142 North Milpitas Blvd. PMB 376 Milpitas, CA 95035 Phone 831.761.2223 Fax 831.761.3223 Table of Contents Scope of Accreditation............................................................................................................................................................2 Table of Contents....................................................................................................................................................................3 General Information................................................................................................................................................................4 Test Equipment........................................................................................................................................................................5 Test Configuration...................................................................................................................................................................6 EUT Description / Note:.....................................................................................................................................................6 EUT Support Program........................................................................................................................................................6 EUT Modifications for Compliance.................................................................................................................................6 EUT Support Devices.........................................................................................................................................................7 I/O Ports and Cables...........................................................................................................................................................7 Equipment Under Test............................................................................................................................................................8 Equipment Block Diagram...................................................................................................................................................11 Test Setup (Radiated Emissions)........................................................................................................................................12 Test Setup (Conducted Emissions).....................................................................................................................................14 Test Methods for Emissions............................................................................................................................................16 Conducted Emission Testing...........................................................................................................................................16 Temperature and Humidity..............................................................................................................................................17 Sample Calculations.........................................................................................................................................................17 FCC Part 15 Subpart C 15.207 and 15.209 Limits..........................................................................................................18 Report of Measurements Radiated Data........................................................................................................................19 Conducted Data for FCC Part 15.207(a), Line.............................................................................................................21 Conducted Data for FCC Part 15.207(a), Neutral........................................................................................................22 COMPLIANCE VERIFICATION REPORT....................................................................................................................23 Table 1 - Support Equipment Used For Test......................................................................................................................7 Table 2 - EUT Port Termination’s........................................................................................................................................7 Table 3 - Host Port Termination's.........................................................................................................................................7 Table 4 - Radiated Emission Limits, General Requirements.........................................................................................18 Table 5 - Conducted Limits..................................................................................................................................................18 Table 6 - Radiated Emission Level.....................................................................................................................................19 Table 7 – 123.1kHz Extrapolation Factor Data..................................................................................…

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