CGGATS1190-1192Access Control Card Reader

The ATS1190/1192 Smart Card Readers are multifunction, all-purpose proximity card readers suitable for all locations (including outdoors) requiring a short-range reader. The readers can be connected directly to the Advisor Master RS485 BUS (see Figure 2). They are configurable through a menu system accessible via the BUS or by configuration cards programmed through Titan and the Aritech Smart Card Programmer (ATS1620). The readers operate from 9 to 14 VDC. They have a quiescent current consumption of less than 25mA and less than 80mA, when reading a card. The ATS1190 is supplied standard with a white removable cover, which can be interchanged with one of four other colours available. Figure 1: Smart Card Reader A - Blue LED:- Door open - Disarmed B - Comms:- LED control - Buzzer control - Power C - Red LED:- Door open - Armed The readers can be mounted on any flat surface with two 3.0-3.5 mm diameter pan-head screws. A slightly reduced range will be experienced when mounted on metal surfaces. If mounting in an outdoor environment, ensure that the blue LED is at the top. The use of countersunk screws is not recommended. Remove the ATS1190 cover to expose the mounting screw by gently prying the sides away from the main body to release the retaining clips and gently pulling on the connection cord. Do not use excessive force or the reader can be irreparably damaged. After mounting, gently press the cover over the main body until it locks into place. The address of the reader for BUS operations is set to the default address, RAS 16. You can change this by using a configuration card or accessing its on-line menu system when it is connected to the RS485 BUS. See the Programming Guide, Reader Address, for further details. Figure 2: BUS Connection Block +12 V- RedD–- Green 0 V- BlackOpen collector - Violet D+- White The reader is provided with a tamper facility. When connected to the BUS, tamper data is transmitted to the Advisor Master with system data. An external Open Collector output (violet wire) can be configured as a tamper control for both on-line and off-line operation. Figure 3: Wiegand Connection Block +12 V- RedL2- Brown 0 V- BlackL1- Yellow D0- GreenBZ- Blue D1- WhiteTamper- Violet Figure 4: Four-Door Controller Local Bus +12 V- RedD–- Green 0 V- BlackRTE- Yellow D+- WhiteTamper- Violet Smart Card Reader ATS1190/1192 Installation Guide Introduction Mounting RAS Addressing Tamper Comms DWG#1190IG Revision 4 10/02 Red:Positive 9 to 14 VDC supply Black:0 VoltsDC supply ground Green:D0 / ClockRS485 Data - Wiegand Data 0 Absolute maximum, 12 V @ 10mA White:D1 / DataRS485 Data + Wiegand Data 1 Absolute maximum, 12 V @ 10mA Brown:LED 1Offline LED control configured to “Two Wire Control” will control the red LED only. Wire grounded: red LED on Wire open: red LED off Wire at +5 V to +12 V: Red LED off or, offline LED control config- ured to “One Wire Control” will control both the red and blue LEDs Wire grounded: blue LED on Wire open circuit: Both LEDs off Wire at + 5 V to 12 V: red LED on Absolute maximum, 14 V Yellow:LED 2Configurable to control the blue LED when offline Wire grounded: blue LED on Wire open: blue LED off Wire at +5 V to +12 V: blue LED off Request to exit input when online to Advisor Master This input may be connected to a simple push button connected to Ground with RTE Only selected on the option card or in Menu 10 (See Programming Guide for more details). Blue:BuzzerOffline buzzer control. Wire open or +5 V to +12 V: buzzer off Wire grounded: buzzer sounding Absolute maximum, 14 V Violet:Open CollectorConfigurable as: door relay, - tamper output, credit controlled pulsed, timed or latched output Note: This is a low current output and must not be used to directly energize high current door openers. Absolute maximum, 14 V @ 25mA Current consumption80mA max. Input voltage9VDC min., 14VDC max. Operating temperature-31° F to 150° F (-35° C to 66° C) Humidity95% non-condensing This device complies with Part 15 of the FCC rules. Operation is subject to the following three conditions: 1. This device may not cause harmful interference. 2. This device must accept any interference received, including interference that may cause undesired operation. 3. Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. FCC ID: CGGATS1190-1192 Reader Wiring Technical Specifications FCC Complicance D- D 0V 12 + + J1 0 D- D 0V 12 + + ATS4000 +12V-Red 0V-Black D+-White D--Green Op en-Violet Connec tor RA S D- D 0V 12 + + 1 C 2 C 3 C J8 t o J12 J22 +12V-Red 0V-Blac k D+-White D--Gre e n RTE-Yellow Tamper-Violet ATS1 2 5 0 1 C 2 C 3 C J8 t o J1 2 J13-J16 4K7 12V-Red 0V-Blac k D0-Green D1-White L2-Br o w n L1-Yellow BZ-Bl u e Tamper-Violet ATS1250 ATS1190 1. 1 C 2 C 3 C J8 t o J1 2 J13-J16 4K7 12V-Red 0V-Blac k D0-Green D1-White L2-Br o w n L1-Yellow BZ-Bl u e Tamper-Violet ATS1250 2. 4.3. B A C Request to Exit (RTE) ATS1192 D- D 0V 12 + + 1 C 2 C 3 C J8 t o J12 J22 +12V-Red 0V-Blac k D+-White D--Gre e n RTE-Yellow Tamper-Violet ATS1250 D- D 0V 12 + + J10 D- D 0V 12 + + ATS4 0 0 0 +12V-Red 0V-Black D+-White D --Green Open-Violet Connec tor RA S 2. 4. Request to Exit (RTE) 1 C 2 C 3 C J8 t o J1 2 J13-J16 4K7 12V-Red 0V-Blac k D0-Green D1-White L2-Br o w n L1-Yellow BZ-Bl u e Tamper-Violet ATS1250 1. 3. C A B

Model ATS-1190, ATS-1192, NX-1700E FCC Measurement/Technical Test Report Issued: 9/11/02 Report No. 09/11/02-02CA04665 Page 58 of 61 Underwriters Laboratories Inc.: Camas, WA Figure 9.9 NX-1700E Figure 9.10 NX-1700E Model ATS-1190, ATS-1192, NX-1700E FCC Measurement/Technical Test Report Issued: 9/11/02 Report No. 09/11/02-02CA04665 Page 59 of 61 Underwriters Laboratories Inc.: Camas, WA Figure 9.11 NX-1700E Figure 9.12 NX-1700E Model ATS-1190, ATS-1192, NX-1700E FCC Measurement/Technical Test Report Issued: 9/11/02 Report No. 09/11/02-02CA04665 Page 60 of 61 Underwriters Laboratories Inc.: Camas, WA Figure 9.13 NX-1700E Figure 9.14 NX-1700E

Model ATS-1190, ATS-1192, NX-1700E FCC Measurement/Technical Test Report Issued: 9/11/02 Report No. 09/11/02-02CA04665 Page 58 of 61 Underwriters Laboratories Inc.: Camas, WA Figure 9.9 NX-1700E Figure 9.10 NX-1700E Model ATS-1190, ATS-1192, NX-1700E FCC Measurement/Technical Test Report Issued: 9/11/02 Report No. 09/11/02-02CA04665 Page 59 of 61 Underwriters Laboratories Inc.: Camas, WA Figure 9.11 NX-1700E Figure 9.12 NX-1700E Model ATS-1190, ATS-1192, NX-1700E FCC Measurement/Technical Test Report Issued: 9/11/02 Report No. 09/11/02-02CA04665 Page 60 of 61 Underwriters Laboratories Inc.: Camas, WA Figure 9.13 NX-1700E Figure 9.14 NX-1700E

Model ATS-1190, ATS-1192, NX-1700E FCC Measurement/Technical Test Report Issued: 9/11/02 Report No. 09/11/02-02CA04665 Page 1 of 62 Underwriters Laboratories Inc.: Camas, WA Measurement/Technical Test Report Report Number: 09/11/02-02CA04665 GE-Interlogix 12345 SW LEVETON DR TUALATIN OR 97062 ATS-1190, ATS-1192 and NX-1700E FCC IDs: CGGATS1190-1192, CGGNX-1700E September 11, 2002 This report concerns: Original Authorization Equipment type: Intentional Radiator Report prepared by: Approved by: Tests Performed by: NVLAP Signatory Douglas M. Smith Underwriters Laboratories Inc. 2600 NW Lake Road Camas, WA 360-817-5660 (phone) 360-817-6058 (fax) [email protected] The information in this Report reflects only the item(s) tested in the configuration(s) and mode(s) of operation described. Underwriters Laboratories Inc. authorizes the above named company to reproduce this Report, provided it is reproduced in its entirety. UL may permit the reproduction of a portion of this Report provided that the reproduced portion cannot be misrepresented and the request for reproduction is provided in writing. Model ATS-1190, ATS-1192, NX-1700E FCC Measurement/Technical Test Report Issued: 9/11/02 Report No. 09/11/02-02CA04665 Page 2 of 62 Underwriters Laboratories Inc.: Camas, WA Table of Contents 1 GENERAL INFORMATION...................................................................................................................4 1.1 Product Description...........................................................................................................................4 1.2 Applicable FCC Authorization Procedure........................................................................................4 1.3 Related Submittal(s)/Grant(s)...........................................................................................................4 1.4 Tested System Details.......................................................................................................................5 1.5 Test Methodology.............................................................................................................................7 1.6 Test Facility.......................................................................................................................................7 1.7 Test Equipment – Radiated Emission Measurements:......................................................................7 1.8 Test Equipment - Conducted Voltage measurements.......................................................................7 1.9 Traceability of Measurements...........................................................................................................8 2 PRODUCT LABELING AND USER INFORMATION........................................................................9 2.1 Label for Part 15 Certification or Verification..................................................................................9 2.2 Information to User...........................................................................................................................9 3 SYSTEM TEST CONFIGURATION...................................................................................................10 3.1 Justification.....................................................................................................................................10 3.2 EUT Exercise Software....................................................................................................................10 3.3 Special Accessories.........................................................................................................................11 3.4 Equipment Modifications................................................................................................................11 3.5 Configuration of Tested System......................................................................................................12 4 BLOCK DIAGRAM(S) OF TEST SETUPS FOR ATS-1190, ATS-1192 and NX-1700E...................13 Block Diagram of Model ATS-1190, ATS-1192..............................................................................13 Block Diagram of Model NX-1700E.................................................................................................14 5 BLOCK DIAGRAM(S) OF THE ATS-1190, ATS-1192 and NX-1700E.............................................15 ATS-1190 and ATS-1192 BASIC OPERATION..............................................................................15 6 CONDUCTED AND RADIATED MEASUREMENT PHOTOS.........................................................19 Figure 6.1 - Conducted Voltage Emissions Measurement Configuration (ATS-1190).........................19 Figure 6.2 - Conducted Voltage Emissions Measurement Configuration (ATS-1190).........................19 Figure 6.3 - Conducted Voltage Emissions Measurement Configuration (ATS-1190).........................20 Figure 6.4 - Conducted Voltage Emissions Measurement Configuration (ATS-1192).........................20 Figure 6.5 - Conducted Voltage Emissions Measurement Configuration (NX-1700E)........................21 Figure 6.6 - Conducted Voltage Emissions Measurement Configuration (NX-1700E)........................21 Figure 6.7 - Radiated Emissions, Precompliance, 3m Chamber............................................................22 Figure 6.8 - Radiated Emissions, Precompliance, 3m Chamber............................................................22 Figure 6.9 - Radiated Emissions, Precompliance, 3m Chamber............................................................23 Figure 6.10 - Radiated Emissions, Precompliance, 3m Chamber..........................................................23 Figure 6.11 - Radiated Emissions, Precompliance, 3m Chamber..........................................................24 Figure 6.12 - Radiated Emissions, Precompliance, 3m Chamber..........................................................24 Figure 6.13 - Radiated Emiss…

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Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 1 of 64 Underwriters Laboratories Inc.: Camas, WA Measurement/Technical Test Report Report Number: 09/11/02-02CA04665 GE-Interlogix 12345 SW LEVETON DR TUALATIN OR 97062 AL-1191, ATS-1193 and NX-1700E FCC IDs: CGGATS1190-1192, CGGNX-1700E September 11, 2002 This report concerns:Original Authorization Equipment type: Intentional Radiator Report prepared by: Approved by: Tests Performed by: NVLAP Signatory Douglas M. Smith Underwriters Laboratories Inc. 2600 NW Lake Road Camas, WA 360-817-5660 (phone) 360-817-6058 (fax) [email protected] The information in this Report reflects only the item(s) tested in the configuration(s) and mode(s) of operation described. Underwriters Laboratories Inc. authorizes the above named company to reproduce this Report, provided it is reproduced in its entirety. UL may permit the reproduction of a portion of this Report provided that the reproduced portion cannot be misrepresented and the request for reproduction is provided in writing. Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 2 of 64 Underwriters Laboratories Inc.: Camas, WA Table of Contents 1 GENERAL INFORMATION...................................................................................................................4 1.1 Product Description...........................................................................................................................4 1.2 Applicable FCC Authorization Procedure........................................................................................4 1.3 Related Submittal(s)/Grant(s)...........................................................................................................4 1.4 Tested System Details.......................................................................................................................5 1.5 Test Methodology.............................................................................................................................7 1.6 Test Facility.......................................................................................................................................7 1.7 Test Equipment – Radiated Emission Measurements:......................................................................7 1.8 Test Equipment - Conducted Voltage measurements.......................................................................7 1.9 Traceability of Measurements...........................................................................................................7 2 PRODUCT LABELING AND USER INFORMATION........................................................................8 2.1 Label for Part 15 Certification or Verification..................................................................................8 2.2 Information to User...........................................................................................................................8 3 SYSTEM TEST CONFIGURATION.....................................................................................................9 3.1 Justification.......................................................................................................................................9 3.2 EUT Exercise Software......................................................................................................................9 3.3 Special Accessories.........................................................................................................................10 3.4 Equipment Modifications................................................................................................................10 3.5 Configuration of Tested System.......................................................................................................11 4 BLOCK DIAGRAM(S) OF TEST SETUPS FOR AL-1191, AL-1193 and NX-1700E........................12 Block Diagram of Test Setups for Models AL-1191, AL-1193........................................................12 Block Diagram of Test Setup for Model AL-3017 System................................................................13 Block Diagram of Test Setup for Model NX-1700E.........................................................................13 5 BLOCK DIAGRAM(S) OF THE AL-1191, AL-1193 and NX-1700E..................................................14 AL-1191 and AL-1193 BASIC OPERATION..................................................................................14 6 CONDUCTED AND RADIATED MEASUREMENT PHOTOS.........................................................18 Figure 6.1 - Conducted Voltage Emissions Measurement Configuration (AL-1191)...........................18 Figure 6.2 - Conducted Voltage Emissions Measurement Configuration (AL-1191)...........................18 Figure 6.3 - Conducted Voltage Emissions Measurement Configuration (AL-1191)...........................19 Figure 6.4 - Conducted Voltage Emissions Measurement Configuration (AL-1191)...........................19 Figure 6.5 - Conducted Voltage Emissions Measurement Configuration (AL-1191)...........................20 Figure 6.6 - Conducted Voltage Emissions Measurement Configuration (AL-1191)...........................20 Figure 6.7 - Conducted Voltage Emissions Measurement Configuration (AL-1191)...........................21 Figure 6.8 - Conducted Voltage Emissions Measurement Configuration (AL-1193)...........................22 Figure 6.9 - Conducted Voltage Emissions Measurement Configuration (AL-1193)...........................22 Figure 6.10 - Conducted Voltage Emissions Measurement Configuration (NX-1700E)......................23 Figure 6.11 - Conducted Voltage Emissions Measurement Configuration (NX-1700E)......................23 Figure 6.12 - Radiated Emissions, Pre-scan, 3m Chamber (NX1700E, AL-1191 and AL-1193).........24 Figure 6.13 - Rad…

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Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 18 of 64 Underwriters Laboratories Inc.: Camas, WA 6 CONDUCTED AND RADIATED MEASUREMENT PHOTOS Figure 6.1 - Conducted Voltage Emissions Measurement Configuration (AL-1191) Figure 6.2 - Conducted Voltage Emissions Measurement Configuration (AL-1191) Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 19 of 64 Underwriters Laboratories Inc.: Camas, WA Figure 6.3 - Conducted Voltage Emissions Measurement Configuration (AL-1191) Figure 6.4 - Conducted Voltage Emissions Measurement Configuration (AL-1191) Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 20 of 64 Underwriters Laboratories Inc.: Camas, WA Figure 6.5 - Conducted Voltage Emissions Measurement Configuration (AL-1191) Figure 6.6 - Conducted Voltage Emissions Measurement Configuration (AL-1191) Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 21 of 64 Underwriters Laboratories Inc.: Camas, WA Figure 6.7 - Conducted Voltage Emissions Measurement Configuration (AL-1191) Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 22 of 64 Underwriters Laboratories Inc.: Camas, WA Figure 6.8 - Conducted Voltage Emissions Measurement Configuration (AL-1193) Figure 6.9 - Conducted Voltage Emissions Measurement Configuration (AL-1193) Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 24 of 64 Underwriters Laboratories Inc.: Camas, WA Figure 6.12 - Radiated Emissions, Pre-scan, 3m Chamber (NX1700E, AL-1191 and AL-1193) Figure 6.13 - Radiated Emissions, Pre-scan, 3m Chamber (NX1700E, AL-1191 and AL-1193) Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 25 of 64 Underwriters Laboratories Inc.: Camas, WA Figure 6.14 - Radiated Emissions, Pre-scan, 3m Chamber (NX1700E, AL-1191 and AL-1193) Figure 6.15 - Radiated Emissions, Pre-scan, 3m Chamber (NX1700E, AL-1191 and AL-1193) Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 26 of 64 Underwriters Laboratories Inc.: Camas, WA Figure 6.16 - Radiated Emissions, Pre-scan, 3m Chamber (NX1700E, AL-1191 and AL-1193) Model AL-1191, AL-1193, NX-1700E FCC Measurement/Technical Test ReportIssued: 9/11/02 Report No. 09/11/02-02CA04665Page 27 of 64 Underwriters Laboratories Inc.: Camas, WA Figure 6.17 - Radiated Emissions, Open Area Test Site (AL-1191 and 1193) Figure 6.18 - Radiated Emissions, Open Area Test Site (AL-1191 and 1193)