BVCACDRM-120KAccess Control Reader

ACCESS CONTROL DIVISION RM Installation Guide This document is a preliminary guide to properly installing your RM1, RM2, or RM3 reader, and assumes familiarity with the older Sensormatic MRM readers and installation procedures contained in the apC Technical Manual, UM-009-F, the apC8/X Technical Manual, UM-010-C, or the apC/L Technical Manual, UM-025-C. RM Grounding A grounding lug is provided on the RM board at J5, to which a local earth ground should be attached. A push-on connector is provided, which should be crimped on to an 18 to 22 AWG size wire that is connected to a suitable earth ground such as a cold water pipe or the ground conductor at a nearby power outlet. Push the connector on to the lug at J5. The keypad has an electrostatic discharge (ESD) tail that should go under the screw next to J5 to provide a path to earth ground for any static discharge that may enter the RM through normal keypad entry operation. The earth ground at J5 is essential for proper operation of the keypad’s ESD protection layer. Using the Auxiliary Relay Module (ARM) Two ARMs may be connected to an RM through the P5 connector, as opposed to the single ARM support found in the MRM series readers. P5-1 is the common pin for either ARM, and P5-2 is the output drive for the first relay, and P5-3 is the output drive for the second relay. Wiring from the ARM to the RM should be as follows: ARM 1 PR-1 to RM P5-1 P2-2 to RM P5-2 ARM 2 P2-1 to RM P5-1 P2-2 to RM P5-3 SW3 Settings 1. The reader type, Wiegand or Magnetic, is set by SW3-1. The switch is preset for the type of reader installed in the RM housing. The switch is in the OPEN or OFF position for magnetic readers, and in the CLOSED or ON position for Wiegand output compatible readers. Caution – Important Static Electricity Precautions 1. Before handling any components, discharge your body’s static charge by touching a grounded surface. 2. Wear a grounding wrist strap and work on a grounded static protection surface. 3. Do not slide the RM module over any surface. 4. Limit your movements during configuration to minimize static charge generation. ACCESS CONTROL DIVISION 2. If an LCD display is not present, SW3-2 must be in the CLOSED or ON position. The RM4 configuration must have the switch in this position to work properly in this instance. 3. SW3-3 and SW3-6 control the functioning of the LEDs as follows: a. When the internal LED bar provided as part of the RM1, RM2, or RM3 housings is being used, both SW3-3 and SW3-6 must be in the OPEN or OFF position. b. When an external reader is being used with an RM4 module, SW3-3 should be in the CLOSED or ON position and SW3-6 must be OPEN or OFF to control single or two-wire controlled bi-color LEDs. i. For a 2-wire controlled bi-color LED, connect J4-2 to the wire controlling the red LED, and J4-4 to the wire controlling the green LED. ii. For a single wire controlled bi-color LED, connect J4-3 to the LED wire. iii. For a single color LED with only an ON or OFF state, SW3-6 must be CLOSED or ON and the control wire connected to J4-3. This connection simulates the MRM method of tying J4-2 and J4-4 together. 4. When SW3-4 is CLOSED or ON, the tamper switch is bypassed. This switch should be set in this position for RM4 modules as well as during testing of RM1 and RM2 readers. 5. SW3-5 is the end-of-line termination switch, and must be set to the CLOSED or ON position if the reader is the only reader connected to an apC port or is the last reader on a particular string of readers. Additional Connection Pin on J3 – Pin 6 The MRMs had only five pins on this connector, which provides an interface to various reader modules, and can provide +5V power directly to an attached reader without requiring wiring to other MRM connectors to provide +12V power. Pin J3-6 provides the +12V power for the Indala and Hughes modules, which may be installed in the RM, without requiring a separate wire for the +12V. ACCESS CONTROL DIVISION Installing EMI Suppression Beads Supplied with the SCR-100 SmartCard Reader Two clamp-on ferrite chokes are included in the installation kit in order to meet current emissions standards. These are the familiar “Snap-on” Split-Ferrite Beads. North America To meet FCC (American) and Industry Canada requirements, the larger split bead must be placed on the AC Power Cable of the Access Control Panel connected to the SCR-100 SmartCard Reader to assure that the Radio-Frequency energy will not be coupled into the AC Power Line. Install the bead inside the enclosure, near the power supply, as shown below. The jacket must be removed to allow the wires to pass through the bead two times. The line, neutral, and safety ground wires must be included in this turn. If several SCR-100 Readers are used, only one bead is required. Open the bead by gently prying the latch with a thumbnail or small screwdriver. Loop the wiring as shown, then place the bead over the wires and gently squeeze shut until the latch snaps shut, indicating that the cable has been correctly covered. NOTE Verify that the bead is snapped closed, as it does not provide the required suppression otherwise. ACCESS CONTROL DIVISION European Union To assure that the installed SCR-100 SmartCard Reader does not exceed the ETSI limits for radio-frequency emissions, please install the small high-frequency ferrite bead on the Reader Data line near the Reader Unit as shown below. Declarations Regulatory Compliance: RM-Series Access Control and SCR-100 SmartCard Readers EMC 47 CFR, Part 15 EN 300330 EN 300683 RSS 210 EN 50130-4 Safety Certified Class 2 EN60950 LPS FCC COMPLIANCE: This equipment has been tested and found to comply with Part 15 of the FCC rules and the requirements of Industry Canada RSS 210. 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. CE NOTICE: This product is in comp…

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0.459 Request that submitted material be withheld from Public Inspection It is requested that the following material be withheld from public inspection: Description of the ProxGuts, MiniProx and ThinLine II Models, Circuit Functions, how the device operates, Ground System, and Antennas Block Diagram Schematic The 4035/8C ProxGuts Module is the identical electronics board used in the MiniProx and ThinLine II Models. These materials are considered HID Corporation Proprietary and Confidential. Revealing the fundamental design for the product to the public and our competition would put us at a competitive disadvantage. We feel we have a product cost/design advantage over our competition with our MiniProx & ThinLine II Proximity Readers and therefore ask that the above specified materials be withheld from public inspection. Frank de Vall Regulatory Compliance Manager HID Corporation August 9, 2001 9292 Jeronimo Road •• Irvine, CA 92618-1905 •• Phone 949-598-1600 Fax 949-598-1680 (Administration & Marketing) •• Fax 949-598-1690 (Sales) •• Fax 949-598-1692 (Manufacturing)

Sensormatic Electronics Corporation 951 Yamato Road, Boca Raton, FL 33431- 0700 Telephone (561) 989-7000 FAX (561) 989-7548 June 29, 2001 Amended November 13, 2001 Timco Engineering, Inc. 849 N.W. State Road 45 P.O. Box 370 Newberry, Florida 32669 USA Re: Request for withholding from public disclosure proprietary information submitted pursuant to an application for certification for a low power transmitter. FCC ID: BVCACDRM-120K Dear Sir or Madam: Sensormatic Electronics Corporation requests certain materials submitted with this application for certification of BVCACDRM-120K device be withheld from public disclosure. This request is made under the provision of 47 CFR 0.457 (d) and 5 USC 552(b)(4) Freedom of Information Act, Trade Secrets. The items for which confidentiality is requested include the block diagram, schematic diagrams and printed circuit card photos. The information contains proprietary information (trade secrets) regarding the circuit operation and capabilities (specific values of components, circuit design details and system architecture) which are the result of our extensive investment in research and development. Without the disclosed information, competitive organizations would take considerable more time to assess and develop a workable competitive product. As a result, we believe that disclosure of these company-guarded materials would compromise our leading position in this market. The equipment is installed and maintained by Sensormatic authorized and trained individuals. The circuitry is not directly viewable by the public or the users during use or after use. We therefore formally request that the materials indicated “Confidential” be kept strictly confidential and not made available for inspections by any other party, except on a need to know basis for the sole purpose of the certification process. Sincerely, Donald J. Umbdenstock Sr. Principal Engineer, Compliance Engineering Sensormatic Electronics Corporation 951 Yamato Road, Boca Raton, FL 33431- 0700 Telephone (561) 989-7000 FAX (561) 989-7548

Reader, External View

965A0106000044 RM1-PH A0 Serial: Item: Rev: This device 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. Reg ID: ACD/RM-120K 9J89 Made in USA ACCESS CONTROL SYSTEM UNIT Also listed as PROPRIETARY ALARM UNIT FCC ID: BVCACDRM-120K

ACCESS CONTROL DIVISION Sensormatic Access Control Division • •• • 70 Westview Street • •• • Lexington MA 02421 (781) 466-6660 RM Product Label Placement Reference - FCC ID: BVCACDRM-120K and BVCACDRM-13M The Product label is permanently attached to the Mounting Plate of the Access Control or SmartCard Reader. This label is always visible to the installer, and faces the wall when the installation is complete. Written by: Ray Kozak [email protected] Phone: (781) 768-0203 Fax: (781) 768-0103 C: Richard Garber; Robert Venditti (SEC ACD); Don Umbdenstock (SEC Engineering); File:RM_TheoryOfOperation.doc Entrance for Power and Data Wiring Various Mounting Holes Product Label Containing FCC ID, Company Logo, etc.

ACCESS CONTROL DIVISION Sensormatic Access Control Division • 70 Westview Street • Lexington MA 02421 (781) 466-6660 Product Overview (Refer to Block Diagram Exhibit) The proximity reader is a device that transmits a low level low frequency signal and responds to a signal from an access control card held within a short distance of the face of the device. The device consists of a plastic enclosure that houses a reader digital interface board and one of 2 3 rd party transmitters. The housing measures approximately 6 x 6 x 2 inches. The transmitter and antenna characteristics will be covered by a separate, confidential 3 rd party input. The Proximity to Wiegand Converter provides energy by an Inductive Loop or Ferrite Antenna to power the Proximity Card or SmartCard at a distance of about one inch. The Card sends data back to the Converter. This Converter sends logic data to the Printed Circuit Board (PCB) manufactured by the Applicant. This data is in Wiegand Format. A logic “1” is signaled by a short pulse on the Data 1 line; a logic “0” is signaled by a short pulse on the Data 0 line. These pulses are nominally 10 μS minimum, and typically are 100 μS. The data received from the Access Card is buffered in the Random Access Memory (RAM) in the single- chip microcomputer. The UART receives polling signals through the serial-channel connection to the Access Control Panel. When the polling signal received matches the data set at the Address Switch, the Microcomputer sends any new card data (or Keypad data) to the Access Control Panel. The serial-channel is asynchronous, operating at 9600 baud, signaling through twisted-pair, shielded cable. There are other product versions that use Wiegand and Magstripe card modules, and do not use RF Technology. Ray Kozak [email protected] Phone: (781) 768-0203 Fax: (781) 768-0103 C: Richard Garber; Robert Venditti (SEC ACD); Don Umbdenstock (SEC Engineering); File:RM_TheoryOfOperation.doc

FCC ID: BVCACDRM-120K 1 COMPANY Sensormatic Electronics Corp. 951 Yamato Road Boca Raton, Florida PRODUCT TESTED ACD/RM –120K reader FCC ID: BVCACDRM-120K FCC RULES 15.207, 15.209 TEST DATE January 23-26, 2001 SUBMITTED BY Donald J. Umbdenstock FCC ID: BVCACDRM-120K 2 INDEX I. SUMMARY OF RESULTS 3 II. GENERAL INFORMATION 3 Test Methodology 3 Test Facility 3 System Description 4 15.203 Compliance 4 III. CONDUCTED EMISSIONS TESTING, 15.207 4 IV. RADIATED EMISSIONS TESTING, 15.209 5 V. (This section intentionally blank) 5 VI. LIST OF MEASUREMENT EQUIPMENT 6 VII. DATA 7 Part A1 – Hughes Reader Conducted Emissions 7 Part A2 – Motorola / Indala Reader Conducted Emissions 8 Part B1 – Hughes Reader Radiated Emissions 9 Part B1 – Motorola / Indala Reader Radiated Emissions 10 FCC ID: BVCACDRM-120K 3 I. Summary of Results 47 CFR 15.207 CONDUCTED EMISSIONS COMPLIES 47 CFR 15.209 RADIATED EMISSIONS COMPLIES II. General Information 1.1 Test Methodology Both conducted and radiated emissions testing were performed according to the procedures in ANSI C63.4-1992, and the requirements of 15.31, 15.33, 15.35, 15.207, and 15.209. Radiated emissions measurements below 30 MHz were performed at a distance of 3 meters and the results extrapolated to the distance specified per 15.31 and 15.209. 1.2 Test Facility Measurements per 15.207 and 15.209 were performed at Sensormatic Electronics Corporation. The shielded room conducted emissions measurement facility is located at Sensormatic Electronics Corporation Headquarters at 951 Yamato Road, Boca Raton, Florida, 33431. The radiated emissions Open Area Test Site is located at Sensormatic Electronics Corporation manufacturing location, 6600 Congress Avenue, Boca Raton, Florida 33487. These sites have been found acceptable by and are on file with the FCC per FCC letter 31040/SIT 1300F2. FCC ID: BVCACDRM-120K 4 1.3 Test System Description. The ACD/RM-120K reader consists of a 3 rd party transmitting element not covered by the FCC “modular approach” and digital interface circuitry. The reader transmits a pulse at 125 kHz, then receives a signal from an access control card in close proximity to the reader. DC Power to energize the reader is provided by a host access control panel. The product tested was a pre-production unit built to production drawings. 15.203 . The antenna is contained internally and is permanently attached, thus it is compliant with the requirements of this clause. III. Conducted Emissions Conducted emissions data are presented in Section VII “Data”, Part A1, Hughes Conducted Emissions, and Part A2, Motorola/Indala Conducted Emissions. The product demonstrated compliance with the requirements of 15.207. The product was tested at 120 V, 60 Hz. FCC ID: BVCACDRM-120K 5 IV. Radiated Emissions Radiated emissions data for this product are presented in Section VII “Data”, Part B1, Hughes Radiated Emissions, and Part B2, Motorola / Indala Radiated Emissions. The product demonstrated compliance with the requirements of 15.209. Radiated emissions measurements were performed at 3 meters. Propagation loss was determined measuring the emissions at 3 meters and extrapolating the results to 300 meters as allowed using square law extrapolation per 15.31(f)(2). Maximum radiation was determined by first assessing symmetry while applying incremental rotation of the turntable. The product exhibited quadrant symmetry. Measurements were taken at radials of 22.5° throughout one quadrant; the measurement antenna was rotated for maximum pickup about the vertical axis of the measurement antenna at each radial. The maximum emission was determined to be with the measurement loop antenna in the vertical polarization, parallel to the plane of the transmit antenna. The product was tested at input voltages to the transformer ranging from 102 – 138 V, 60 Hz with no measurable change in transmitter output. V. (This section intentionally left blank) FCC ID: BVCACDRM-120K 6 VI. LIST OF MEASURING EQUIPMENT The equipment used for determining compliance of the Ultra Post system with the requirements of 15.207 and 15.209 is marked with an “X” in the first column of the table below. Model Description Vendor Serial # X ALP -70 Loop Antenna Electro Metrics 163 3110B Biconnical Antenna Electro Metrics 1017 3146 Log Periodic Antenna EMCO 3909 3825/2 Line Imp Stable Network EMCO 1562 X 3816/2NM Line Imp Stable Network EMCO 9703 1064 6060B Frequency Generator Giga-tronics 5850202 FM2000 Isotropic Field Monitor Amplifier Research 15171 FP2000 Isotropic Field Probe Amplifier Research 15214 888 Leveler Amplifier Research 14998 75A220 Low Band Amplifier Amplifier Research 15208 10W1000A High Band Amplifier Amplifier Research 15138 PEFT Junior EFT Generator Haefely Trench 083 180-16 PEFT Junior Capacitive Cable Clamp Haefely Trench 083-078-31 NSG435 ESD Simulator Schaffner 1197 NSG431 ESD Simulator Schaffner 1267 X HP8591EM EMC Analyzer Hewlett - Packard 3520A00190 Power Source Pacific Instruments F-2031 EM Injection Clamp Fischer Cust. Comm. 30 FCC-801-M3-16 Coupling Decoupling Nwk Fischer Cust. Comm. 58 FCC-801-M3-16 Coupling Decoupling Nwk Fischer Cust. Comm. 59 F-33-1 RF Current Probe Fischer Cust. Comm. 304 EM 7600 Transient Limiter Electro-Metrics 187 Roberts Ant Tunable Dipole Set Compliance Design 003282 Roberts Ant Tunable Dipole Set Compliance Design 003283 HP8594E Spectrum Analyzer Hewlett Packard 3246A00300 X HP8447F Opt 64 Dual Preamplifier Hewlett Packard 2805A03473 FCC ID: BVCACDRM-120K 7 VII. Data Part A contains conducted emissions data; Part B contains magnetic field radiated emissions data. Part A Conducted Emissions Frequency MHz Detector Measurement dBuB Limit dBuV Hughes 12.84 MHz Peak 40.5 48 Motorola 12.84 MHz Peak 41.8 48 Part A1 -- Hughes Reader Conducted Emissions. Project Name Conducted Emissions FCC Class B Filename Hugh-Rdr_CondEMI_FCC_1-22-01.doc EUT Name Hughes Reader + apC/8X Serial Number 1252149750 Engineer Ray Kozak Part Number RM2L-PH Rev E Date of Test 01/22/2001 …

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(BVCACDRM-13M) Conducted Emissions Set-Up Radiated Emissions Set-Up