EFJohnson VR-CM50 manual Standard Color Code, Assignments, Dispatch Position Connections

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CENTRAL PROCESSOR PACKAGE INSTALLATION

Table 2-3 STANDARD COLOR CODE

ASSIGNMENTS

CABLE

LINE

COLOR

 

 

 

Pair

1

White/Blue

1

2

Blue/White

 

 

 

Pair

3

White/Orange

2

4

Orange/White

 

 

 

Pair

5

Green/White

3

6

White/Green

 

 

 

Pair

7

White/Brown

4

8

Brown/White

 

 

 

Pair

9

White/Slate

5

10

Slate/White

 

 

 

Pair

11

Red/Blue

6

12

Blue/Red

 

 

 

Pair

13

Red/Orange

7

14

Orange/Red

 

 

 

Pair

15

Red/Green

8

16

Green/Red

 

 

 

Pair

17

Red/Brown

9

18

Brown/Red

 

 

 

Pair

19

Red/Slate

10

20

Slate/Red

 

 

 

Pair

21

Black/Blue

11

22

Blue/Black

 

 

 

Pair

23

Black/Orange

12

24

Orange/Black

 

 

 

Pair

25

Black/Green

13

26

Green/Black

 

 

 

Pair

27

Black/Brown

14

28

Brown/Black

 

 

 

Pair

29

Black/Slate

15

30

Slate/Black

 

 

 

Pair

31

Yellow/Blue

16

32

Blue/Yellow

 

 

 

Pair

33

Yellow/Orange

17

34

Orange/Yellow

 

 

 

Pair

35

Yellow/Green

18

36

Green/Yellow

 

 

 

Pair

37

Yellow/Brown

19

38

Brown/Yellow

 

 

 

Pair

39

Yellow/Slate

20

40

Slate/Yellow

 

 

 

Pair

41

Violet/Blue

21

42

Blue/Violet

 

 

 

Pair

43

Violet/Orange

22

44

Orange/Violet

 

 

 

Pair

45

Violet/Green

23

46

Green/Violet

 

 

 

Pair

47

Violet/Brown

24

48

Brown/Violet

 

 

 

Pair

49

Violet/Slate

25

50

Slate/Violet

 

 

 

2.10 DISPATCH POSITION CONNECTIONS

Each dispatch position will plug directly into the J1 connector on the PIC line terminator board as shown in Figure 2-15.Console positions having more than four speakers will have two or more PICs and line terminator boards assigned. A label on the top of the line terminator board, as shown in Figure 2-15,will identify the position with the Console ID. The jumpers on the line terminator board determine whether the selected audio is sent to the left or right speaker on the console. Refer to the VR-CM50 Con- sole Service Manual to adjust them. Refer to Section

2.6for grounding information.

2.11VOTER SYSTEM CONNECTIONS

If this system is specified for use with a voter system, the CPP is equipped with a TDM-AUX/V card for each voter shelf to be connected. The connec- tion to each voter is through a 25 pair, male ribbon connector and a local interface board to be installed at the voter shelf. The I/O CONNECTOR PANEL ASSIGNMENTS report will define the connector position for each voter. The VOTING COMPARA- TOR DISPLAY/CONTROL MODULE report, as shown in Figure 2-9, defines the site and control con- nections. This report is formatted for either General Electric or Motorola voters in accordance with the data furnished to E.F. Johnson at the time of order. These reports are interleaved with the RTL I/O PAIR ASSIGNMENTS sheets at the designated connector locations. Refer to the VR-CM50 Voter Modification Kit Installation Guide - P/N 700901 ECL A, for spe- cific voter shelf connection details.

2.12 LOGGING RECORDER CONNECTIONS

Mixed Tx/Rx audio for each individual channel is provided for connection to a logging recorder. The logging recorder output is a 600W balanced line at a level of -10 dBm. On tone controlled channels, the transmit audio will be stripped of guard tone (2175 hz) and function tones. On DC controlled channels, the transmit audio is DC blocked.

In the case of multi-receiver base stations, the audio from all receivers is summed with the transmit audio by bridging the logging recorder outputs of the LIC and the QRC cards. Jumpers on the QRC card, associated with the base station, can be set to isolate individual receiver audio, if required.

February 1996

 

Part No. 004-3039-274

2-12

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Contents VR-CM50 Console System Installation Guide Page VR-CM50 Console System Installation Guide Page Table of Contents List of Figures List of Tables Page Receiving Information Sample Packing ListHardware Included for Installation and Assembly Tools RequiredLocation of the Central PROCES- SOR Package CPP CPU Cabinet HardwareRear View Joining TWO CPU Cabinets Connection of the Central PRO- Cessor Package Cables Cable RoutingWall or Panel Board Installation Placement of Surge Arrestor BoxesMounting of Surge Arrestor BOX- ES and Ground Bracket Star Grounding Configuration Grounding the SystemCommon Ground Bracket Assembly Grounding InstallationCPP I/O Panels CPP I/O PanelsSample Customer Data Sheets I/O Panel ReportRTL I/O Panel Assignments 10 Logging Recorder Wiring of Surge Arrestor Boxes 12 Surge Arrestor BOX WiringDispatch Position Connections Standard Color CodeAssignments Voter System ConnectionsPrinter Installation Modem Installation13 CPU Relay Panel 14 14 Card Relay Panel Connections to AC Power PA System FeedTools Required IntroductionConsole Arrangement Holes Main Console AssemblyTions Console Leveling Formica Writing Surface ARRANGE- Ment Writing Support Rail MountingWriting Support Rail Mounting Joining Formica Attaching the Formica Writing SUR- FaceCabinetry Options Formica Writing Surface and TrimStabilizer KIT Option Universal Keyboard Drawer Adjustable Keyboard Seat OP- TionMounting Option Mounting Typewriter Extension Assemblysembly OptionUniversal Pencil Drawer MOUNT- ING Option PIE Support Rail Mounting OP- Tion16 PIE Support Rail Mounting CRT Monitor Shelf FXM-192 OP- Tion18 CRT Monitor Shelf Monitor Shelf Hardware Install the CIP Power Supply Install the PC/UPS Slide Tray -1 PC UPS Option NumbersCRT Interface Processor CIP -3 Power Supply Hardware Slide Tray HardwareInstall the CRT Interface PROCE- SOR CIP Tray CIP Tray HardwareCIP Tray with Microphone CIP Tray Cable Connections This page intentionally left blank Connect the PC CPU and PC UPS POW- ER Cords Install the PC and UPSPC UPS Options TionsConnect the CRT Interface Processor CIP Tray Cables Refer to -2and TableInstall the CRT Monitor Install CRT Touchscreen Option TDV-OP492Install Second Volume Control Knob Install CRT Trackball OPTION/ Mouse OptionInstall Headset Jack Options TDV- OP406, 407 Volume Control HardwareSET UP and Operation of the HEAD- SET Jack Connector HeadsetThis page intentionally left blank Equipment CHECK-OUT and Adjustments Initial POWER-UP and CHECK-OUTCPP Adjustments Console AdjustmentsHeadset Receive Limit Align the CRT Touchscreen with the PC ComputerScreen After System CHECK-OUT

VR-CM50 specifications

The EFJohnson VR-CM50 is a state-of-the-art mobile communications solution designed for first responders and public safety agencies. This versatile device is engineered to enhance communication efficiency and reliability, ensuring that users can stay connected in critical situations.

The VR-CM50 features a rugged design, built to withstand the harsh environmental conditions often encountered by emergency personnel. It meets military specifications for durability, including shock, vibration, and water resistance. With a lightweight and compact form factor, the VR-CM50 is easy to install in various vehicles without compromising the available space or mobility.

One of the standout technologies in the VR-CM50 is its advanced digital trunking capability. The device operates on multiple frequency bands, allowing for seamless communication across various networks. This flexibility is crucial for interoperability among different agencies, especially during joint operations or mutual aid scenarios.

The VR-CM50 also offers enhanced audio quality, ensuring that users can clearly hear and be heard even in noisy environments. Its digital signal processing technology minimizes background noise and enhances voice clarity. This feature is vital for first responders who often communicate in high-pressure situations where every word counts.

Another key characteristic of the VR-CM50 is its integration with a wide range of communication systems. The device is compatible with various communication protocols, enabling connection with existing infrastructure. This adaptability allows agencies to leverage their current resources while benefiting from the latest technological advancements.

The VR-CM50 promotes user safety with built-in emergency features. It includes a dedicated emergency button that, when pressed, instantly alerts dispatchers and other personnel of the user's location and status. This feature is particularly beneficial for officers on patrol or in isolated areas, enhancing their safety during critical incidents.

Furthermore, the VR-CM50 supports GPS capabilities, providing real-time location tracking for fleet management and situational awareness. This technology not only improves operational efficiency but also enhances coordination during complex incidents.

In summary, the EFJohnson VR-CM50 is a robust and feature-rich mobile communication solution tailored for public safety professionals. Its rugged construction, advanced digital trunking, superior audio quality, and integration capabilities make it an essential tool for effective communication in the field. By fostering interoperability and user safety, the VR-CM50 stands as a reliable choice for agencies striving to enhance their emergency response capabilities.