HOSE AS 5464275 - Caterpillar

Illustration 1 shows scenarios for both AC powered machines and combustion powered machines.Radio Harness: G610 Display Module
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Radio harness for the G610 display module
The G610 display module interfaces with broadband radios (customer supplied) that connect through the Ethernet port and an RJ45 connection. The radio uses either the 389-0333 Cable As or an optional radio cable for Serial or CAN connection.Note: Refer to Systems Operation, KENR8277, "Machine Hardware" for additional information.Radio Harness: D3:C4 Nav 10.4 Monitor Display
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Radio harness for the D3:C4 Nav 10.4 monitor display
TC900 - The TC900C radio accepts 14 V DC to 24 V DC. The TC900C may be connected into the old radio harness. TC900 with v 3.1 - Do not connect the v 3.1 harness directly into the TC900B radio. Install a DC to DC power converter that converts 24 V DC to 12 V DC when using the CAESultra v3.1 radio harness with the TC900B radio.Radio Harness: Original Equipment Manufacturer (OEM) Radios
The radio harness is terminated in a Deustch connector. Use an adapter cable to connect the radio harness to the user-supplied radio. The connector is provided in the installation kit. To use an OEM third-party radio, remove the adapter cable and use one of the following options for handling transmission of GNSS corrections (also known as CMRs) from the receiver of the GNSS reference station to the machines running the on-board software.
Dedicated radio network
Data networkDedicated Radio Network
A site can handle transmission of GNSS corrections from the GNSS reference station by using a radio network that is dedicated to the transmission of GNSS corrections. No other data is handled by this radio network. This method requires fitting two radios to all machines, one for the GNSS corrections and another for all other data. This approach was employed when radios using the 900 MHz frequency range (with limited bandwidth) were in use. Some sites with an existing 900 MHz infrastructure can still use this approach even though other data is now passed through a third-party broadband radio network. Data Network
A site can also handle transmission of GNSS corrections from the GNSS reference station by using a third-party broadband radio network to transmit GNSS corrections to all machines on that network. The GNSS correction is still generated by a GNSS reference station. The GNSS correction is sent by one of the following methods:
Directly on a radio network
Using an external device (such as the Aquila RIM box) to package the GNSS correction and send the correction out on the third-party broadband radio networkConfigure the on-board software to monitor the radio network and accept packages containing GNSS corrections from the IP address and port of the device that is sending the GNSS corrections. Then configure the on-board software to pass the GNSS correction to the GNSS receiver on that machine. The on-board software does not check the format of the position corrections. Ensure that the corrections that are generated and transmitted by the GNSS reference station are the same type as expected by the GNSS