Glossary

(9) Use four springs concave side down for each bolt that holds the positive heatsink to the control panel. Tighten the bolts to a torque of .................................................11 to 15 N·m (99 to 135 lb in)

(10)Use four springs concave side down for each bolt that holds the negative heatsink to the control panel. Tighten the bolts to a torque of .......................5.5 to 9.5 N·m (49 to 84 lb in)

(11)Use a backup wrench when tightening cables to contactors and nuts on contactor bus bars.

Tighten 1/4 inch fasteners to a torque of ............................7 to 9 N·m (62 to 80 lb in)

Tighten 5/16 inch fasteners to a torque of ....................12 to 18 N·m (107 to 160 lb in)

(12)Tighten the bolts that fasten the wiring harness negative wires to the negative heatsink to a torque of .................4 to 6 N·m (35 to 55 lb in)

(13)Tighten the bolts that fasten the bus bars to the power transistors to a torque of .....................................................4 to 6 N·m (35 to 55 lb in)

(14)Tighten diode 4 pump (D4P) to a torque of ........................34 to 46 N·m (26 to 34 lb in)

(15)Tighten diode 4 drive (D4D) to a torque of ........................34 to 46 N·m (26 to 34 lb in)

(16)Tighten the bolt that fastens the current sensor ground to the negative heatsink to a torque of ............................4 to 6 N·m (35 to 55 lb in)

(17)Tighten the bolt that fastens the bus bar to the negative heat sink to a torque of ...4 to 6 N·m (35 to 55 lb in)

(18)Tighten diode 5 drive (D5D) to a torque of ......................11 to 15 N·m (99 to 135 lb in)

(19)Control panel plate. Apply a small amount of 5P8937 or 5P9210 Thermal Joint Compound on the control panel plate and mating surface before assembling.

NOTE: The control panel is equipped with three head capacitors. The text and schematic reference these three as head capacitor.