Operations and Maintenance Manual

ManualsBrandsKAPSCH TRAFFICCOM CANADA ManualsElectronicsNon-multilateration LMS transmitter and receiver

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Multi-Protocol Reader Ver. 2: Maintenance Instructions

Confidential UM 360463-202: A12 (Draft) Page 153 of 291

These drawings and specifications contain confidential and proprietary information and are the property of Kapsch TrafficCom Canada Inc. and are issued in strict

confidence and will be kept confidential and used solely for the purpose intended and for no other purpose and shall not be transmitted, reproduced, copied, and/or

used as the basis for manufacture or sale of apparatus unless otherwise agreed to in writing by Kapsch TrafficCom Canada Inc.

FILE: MPR2_OPERATIONS_AND_MAINTENANCE-MANUAL_REV A12.DOCX 05/08/2014 11:24

Kapsch TrafficCom

Specification. Use flexible cable (LMR400 preferred) for the short feedline cable between the circulator

and the antenna

2. Using tie wraps, create a service loop of 6 feet at both ends of the RF feedline cable(s). Trim the excess

cable length.

3. Install spiral wraps on the RF feedline cable(s) where necessary to protect it from abrasion.

4. Using marker tie wraps and label sets, label the Reader end of each RF feedline (ex. TX Lane 1 or RX

Lane 1), each antenna RF feedline (ex. Tx lane 1 or Rx lane 1).

5. Attach the N-Type male connector to the antenna end of the RF feedline cable(s) . Firmly crimp the

male connector.

For Mono-Static Operation only

(Not Currently Supported). See Figure 5-3

1. Using a 10in-lb torque wrench, connect the RF feedline cable to the antenna. Using self-amalgamating

tape, wrap the connection to ensure water cannot enter.

2. Attach the N-Type female connector to the Reader end of the feedline cable . Firmly crimp the female

connector.

3. Using a 10in-lb torque wrench, connect the RF feedline from the antenna to the RF adapter cable

(800125-001).

Note: A lightning protector should be installed between the RF adapter cable and the feedline cable.

For Bi-Static Operation Only.

See Figure 5-3

1. Using a 10in-lb torque wrench, connect the first RF feedline cable to the Circulator (Port 1). Using self-

amalgamating tape, wrap the connection to ensure water cannot enter.

2. Using a 10in-lb torque wrench, connect the second RF feedline cable to the Circulator (Port 3). Using

self- amalgamating tape, wrap the connection to ensure water cannot enter.

3. Using a 10in-lb torque wrench, connect a third (3.0 foot long) RF feedline cable to the Circulator (Port 2).

Using self-amalgamating tape, wrap the connection to ensure water cannot enter.

4. Attach the N-Type male connector (322389-032) to the antenna end of the third (3.0 foot long) RF

feedline cable. Firmly crimp the male connector.

5. Using a 10in-lb torque wrench, connect the other end of the third (3.0 foot long) RF feedline cable that is

connected to Port 2 of the Circulator, to the antenna. Using self-amalgamating tape, wrap the connection

to ensure water cannot enter.

6. Attach the N-Type female connector to the reader end of the first RF feedline cable. Firmly crimp the

female connector.

7. Using a 10in-lb torque wrench, connect the other end of the first RF Feedline cable that is connected to

Port 1 of the Circulator, to the RF Adaptor Cable (800125-001), that will be connected to the “Antenna”

Port of the MRFMS.

8. Attach the N-Type female connector ) to the reader end of the second RF feedline cable. Firmly crimp

the female connector.

9. Using a 10in-lb torque wrench, connect the other end of the second RF Feedline cable that is connected

to Port 3 of the Circulator, to the RF Adaptor Cable (800125-001), that will be connected to the “RX” Port

of the MRFMS.