revised installation instructed with corrected RF exposure statement

FCC ID: JQU-801154

Users Manual

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FCCID_288040

CR2000 Reader Installation Instructions Document A316000-775 CR2000 - Reader Kit CR2000- Installation Items The kit of reader components described at left does not include the following required items… antenna 1 PC cable, RS232 (DTE-DCE), 12 feet (see Fig 1) A/R antenna mount hardware: bracket(s), clamp(s), mast, etc. 100 feet (or less A/R) of RG213U cable 2.5 feet of RG58U cable 1 N-male connector for RG213U cable 1 N-female connector for RG213U cable CR2000 reader 1 N-male connector for RG58U cable 1 N-female connector for RG58U cable power 1 each of fixed attenuators: 1, 2, 3, 4, 5, 6, and 7 dB pack A/R heat shrink tubing, electrical tape, cable ties and clamps NOTE: During system installation, the contractor determines software diskette the fixed RF attenuation level required. CR2000- Installation Overview ♦ The antenna is installed within the distance/angular limits of the "pick-up point" as indicated in Table 1 on the back page ♦ The reader, power pack, antenna adapter cable and "total RF attenuation" components are installed at a location inside the building (see Figure 1 on the back page) that is CR2000 - Reader Kit Packing List (all of)… Part Number Description ƒ within 6 feet of a 110Vac power main drop 801075-001 CR2000 Compact Reader ƒ within 12 feet (4 meters) of the host computer 318993-009 DC Power Pack, 110Vac input, output 5V/3A, ƒ within 100 feet of the antenna mounting location 15V/1.5A, -15V/0.3A, Skynet #SNP-PA54 outside the building 318145-177 CR2000 PC Software on Diskette ♦ All system connections are completed as indicated in the 801076-001 Antenna Assembly CR2000 - Installation Steps listed on the back page. ♦ The CR2000 PC application software is transferred from CR2000 Reader - Connections the diskette to the host computer and is running. ♦ The total RF attenuation value is determined by varying the configuration of the available fixed attenuators. antenna power PC adapter cable cable NOTE: Where necessary, Mark IV Industries Ltd. I.V.H.S. cable personnel may be required to "fine tune" the system RF attenuation parameters. Document Revision Record Rev Date ECN Approved A 18-Jan-01 Preliminary CR2000 - Installation Tools Your tool kit should include (but is not limited to)… ♦ N-type connector crimp tool ♦ screwdrivers: flat blade, Philips blade ♦ SAE Socket set ♦ utility knife, wire cutter, wire stripper 2001 MARK IV INDUSTRIES LTD. Revision B, Issue printed on 12/6/2002 1:46 PM, filename: E:\Ready_To_Convert\Doc\288040.DOC CONFIDENTIAL: This document is the confidential property of Mark IV Industries Ltd. and may not be released or copied without written permission.

CR2000 Reader Installation Instructions Document A316000-775 CR2000 - Installation Steps CR2000 - Antenna mounting Connect the antenna with the reader via RF feedline and RF The antenna will be mounted over-head at a height of Ha ft attenuator(s) and antenna adapter cable. with horizontal polarization where Ha is measured from the 1) Disconnect the power main input to the power supply. highest part of the antenna. Determine the distance Do (in ft) 2) Connect the Power supply output to the CR2000 reader. between the "pick-up point" and the antenna mast, and use it 3) Connect the PC port COM1 to the reader host port using to determine the antenna tilt down angle α° in the in-lane the provided straight through RS-232 cable. direction (H Plane), using the following table. 4) Connect the RF cable adapter (RG58 short cable) to the Antenna Pick-up Point Antenna Tilt Beam reader RF port (Type N connector). Height (Ha) (Do) * Angle (α) Center ** 5) Connect the RF feedline to the RF cable adapter via the [ft] [ft] [Deg] [ft] fixed attenuator(s) referenced in step 9. Install a Type-N 12 5 to 7 15 3 Male connector at the end of the feedline. 7 to 9 18 4 6) Route the RF feedline through the wall. At the feedline 12.5 5 to 7 15 3 antenna end, slip 6" of heatshrink tubing on the cable. 7 to 9 18 4 Install a Type-N female connector at the end of the 13 6 to 8 15 3.5 feedline. Make the connection with the antenna. 8 to 10 18 4.5 7) Reconnect the power main input to the power supply. 13.5 7 to 9 15 4 8) Execute the CR2000 PC application software as 9 to 10 18 4.5 referenced in document A316000-743. * Distance referred to the antenna mast. 9) Determine the "total RF attenuation" value by varying the ** Based on semi-empirical data. configuration of the available fixed attenuator value(s). 10) After the system has been fully tested OK then heat shrink Note: User must maintain a separation distance of 23cm from the tubing (in step 6) over the antenna connector to make the antenna. The antenna has gain of 6 db. it water tight. Figure 1 - Installation Diagram vehicle with a transponder antenna "RF capture zone" when RF is turned on N male ***total RF attenuation" value is determined at the end of N female outside the building the installation process inside the building RF cable "total RF attenuation" value RG213U N male N male < 100 ft attenuator *** attenuator attenuator antenna feedline cable N female/female N male/female N male/female 110 Vac DC mains RF cable power CR2000 pack supply RG58U N male Reader < 2.5 ft antenna adapter cable DCE DB9 female Host port (P2) N female DB9 male DB9 male* PC cable RS232 cable Host PC DTE DB9 female* #22AWG, 3 conductor running > 6 ft < 40 ft (12 ft default or specify) CR2000-PC *Please verify the serial port Optional: RS485 cable software connector type on your host PC, is it DB9 or DB25? #22AWG, 5 conductor > 40 ft < 200 ft (always specify) 2001 MARK IV INDUSTRIES LTD. Revision B, Issue printed on 12/6/2002 1:46 PM, filename: E:\Ready_To_Convert\Doc\288040.DOC CONFIDENTIAL: This document is the confidential property of Mark IV Industries Ltd. and may not be released or copied without written permission.


Document Created: 2002-12-06 13:46:57
Document Modified: 2002-12-06 13:46:57
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