Installation Manual

Electrical & Electronic Application And Installation Manual
Production Release Version 1.0
Page 104
Component
Description
Perkins
Part Number
Supplier Part Number
Quantity
6-way Connector Plug T409233 AMP 776433-3 1
Connector Sockets
18AWG
2900A016 Deutsch 0462-201-1631 5
Blanking Plug 2900A011 Deutsch 114017 1
Table 9.1 DPF Soot Sensor Electrical Connector
Connector Pin
Assignment
1 VBatt
2 Ground
3 Unused
4 J1939 CAN C -
5 J1939 CAN C +
6 CAN Shield (if supported)
Table 9.2 DPF Soot Sensor Pin Allocation and Connector Part Numbers
There are two different length antenna cables available for the sensor, to
accommodate various mounting locations on machine. Please note however
that where possible the shortest length cable (1.5m) should be used. The part
numbers for each of the antenna cables are shown below;
1204F Options
Part Number
Description
TNC Connector
464-4917 12/24V sensor with 1.5m Cable length 90°C
464-4919 12/24V sensor with 2.5m Cable length 90°C
1206F Options
Part Number
Description
TNC
Connector
464-4916 12/24V sensor with 1.0m Cable length 90°C
464-4918 12/24V sensor with 2.0m Cable length 90°C
464-4919 12/24V sensor with 2.5m Cable length 90°C
464-4920 12/24V sensor with 3.0m Cable length 90°C
Table 9.3 Tier 4F Soot Sensor Part Numbers
The coaxial cables must be supported correctly to ensure that they are
sufficiently protected from damage during machine operation and routine
product maintenance. Rubber grommets must be used in and holes the
antenna cables are routed through to prevent damage to the cable. Holes for
cable routing must have a minimum diameter of 16mm to allow the antenna
connectors to pass through. Perkins recommends the use of the temperature
resistant P-clip (part number 349-0951) as shown in figure (9.3) to control
repeatable cable routing. Tie wraps and fir trees are acceptable methods of
cable clipping / retention however the following criteria must be met for these
methods to meet the Application Appraisal requirements.
• Care must be taken to ensure cables are not routed over or next to
sharp objects, which could cause damage to the coaxial cables.
• Cables must not be pulled tight to prevent unnecessary stress loadings
being placed on the coaxial cable connections.