Rice Lake SURVIVOR 1700HE Weigh Module Kit - Manual (Page 11)

Load Cell Wiring 7
3.0 Load Cell Wiring
1. Route the load cell cables so they will not be damaged or cut. Cable should not be
routed near heat sources greater than 150° F. Do not shorten any load cell cable.
The load cell is temperature compensated with the supplied length of cable. Cut-
ting the cable will affect temperature compensation. Coil excess cable and pro-
tect it so it will not be mechanically damaged or be sitting in water.
2. Provide a drip loop in all cables so that water or other liquids will not run directly
down the cables onto either the load cells or the junction box. Attach load cell
cable to the dead structure, not the vessel.
3. If conduit protection is necessary against mechanical or rodent damage to the
load cell cables, use flexible conduit and conduit adapters at the load cells.
4. Connect cables for RLHBB, RLHTO, TEDEA 355, and TEDEA 3510 load cells
to the summing board in the junction box according to the guide shown below
and the labels on the terminal strips of the junction box. To verify the wiring
scheme, see the certification shipped with the load cell.
5. For better performance, use positive and negative remote sense lines if the wiring
run from the junction box to the indicator is longer than 25 feet.
RLHBB, 355 RLHTO, 3510
Load Cell
Wire Color
Function
Load Cell Wire
Color
Function
Green +EXC Blue +EXC
Black –EXC Black –EXC
Red +SIG White +SIG
White –SIG Red –SIG
Bare SHIELD Bare SHIELD
Blue +Sen Green +Sen
Brown -Sen Gray -Sen
Table 1: Load Cell Wiring
Drip Loop