Filling, Nameplates, Steering Wheel Pre-assembly Station · Illustrated version of 6 operations | Compiled from the original process card for training and display
Filling, Nameplates, Steering Wheel Pre-assembly Station · Illustrated version of 6 operations | Compiled from the original process card for training and display
Fill battery coolant
Page 1 | Operation steps
Step 10: Fill using the filling container; the fill port location is as shown. Step 20: Fill coolant until the reservoir is full to just below overflowing. Step 30: After the vehicle's high-voltage system is powered on, operate the driver's screen to start the coolant circulation pump and top up the coolant; after the pump has run for 5-8 minutes, the level should be between the MAX and MIN marks, in the upper-middle position. Step 40: Check the fluid level again after the vehicle dynamic road test; requirements are the same as above.
Parts required
Coolant (-45°C) × approx. 37 L for ternary lithium / approx. 27 L for lithium iron phosphate
Tools / fixtures
Filling container
✓ Quality inspection points
The fluid level must be in the upper-middle position between the MAX and MIN marks
Reference illustrations (click to enlarge)
Fill port position diagramFluid level check position
Fill motor coolant
Page 1 | Operation steps
Step 10: Fill using the filling container; the fill port location is as shown. Step 20: Fill coolant until the reservoir is full to just below overflowing. Step 30: After the vehicle's high-voltage system is powered on, operate the driver's screen to start the coolant circulation pump and top up the coolant; after the pump has run for 5-8 minutes, the level should be between the MAX and MIN marks, in the upper-middle position. Step 40: Check the fluid level again after the vehicle dynamic road test; requirements are the same as above.
Parts required
Coolant (-45°C) × approx. 30 L for 3-motor / approx. 35 L for 4-motor
Tools / fixtures
Filling container
✓ Quality inspection points
The fluid level must be in the upper-middle position between the MAX and MIN marks
Reference illustrations (click to enlarge)
Fill port position diagramFluid level check position
Charge A/C refrigerant
Page 1 | Operation steps
Step 10: Turn on the equipment control power; the machine enters the startup screen. On the interface, select 'Vehicle model parameter recall' and choose the corresponding vehicle model; after selection, return to the 'System monitoring screen' to monitor the charging process. Step 20: Unscrew the caps on the A/C evaporator inlet and outlet pipes; connect the blue hose of the equipment charging gun to the evaporator outlet pipe (low-pressure line) and tighten the joint; connect the red hose to the evaporator inlet pipe (high-pressure line) and tighten the joint. Step 30: Refrigerant charging procedure: connect the charging port → start the equipment → first evacuation → pressure-hold leak test → second evacuation → charging → complete; the pressure-hold leak test must last no less than 30 seconds, and during evacuation the absolute pressure of the lines must not exceed 0.01 MPa. Step 40: After charging is complete, remove the charging gun and screw the caps back onto the A/C evaporator inlet and outlet pipes.
Parts required
R134a refrigerant ×850
g
Tools / fixtures
A/C refrigerant charging equipment
✓ Quality inspection points
Pressure-hold leak test time: ≥30 s; Absolute pressure of lines during evacuation: ≤0.01 MPa
Reference illustrations (click to enlarge)
Fill nozzle connection position diagramEquipment operation interface/Interface detail
Fill windshield washer fluid
Page 1 | Operation steps
Step 10: Fill using the filling container; the fill port location is as shown. Step 20: Open the fill port cap, fill, then close the fill port cap.
Parts required
Windshield washer fluid ×3.5
L
Tools / fixtures
Filling container
✓ Quality inspection points
Visual inspection
Reference illustrations (click to enlarge)
Fill port position overall diagramFill port cap detail
Install nameplates
Page 2 | Operation steps
Step 10: Affix the vehicle nameplate as shown; before affixing, wipe the bonding surface of the cab clean with a soft cloth and confirm it is free of oil and dust before bonding. Step 20: The nameplate must be bonded in a vertical orientation with a flat surface — no wrinkles, lifting edges or bubbles. Step 30: Rivet the rear marker plate and the interchangeability nameplate to the rear end of the frame at the positions shown.
Parts required
Rear marker plate ×1
Interchangeability nameplate ×1
Vehicle nameplate ×1
Brake system parameter label ×1
Open-end flat round-head blind rivet ×8
✓ Quality inspection points
The bonding surface must be clean and free of oil and dust; The nameplate must be vertical and flat, without wrinkles, lifting edges or bubbles
Reference illustrations (click to enlarge)
Vehicle nameplate placement positionNameplate riveting position detailNameplate installation overall diagram
Install steering wheel
Page 1 / The original file has no separate illustration for this operation | Operation steps
Step 10: Check the orientation of the steering column spline and the steering wheel spline. Step 20: Mount the steering wheel assembly onto the steering column; install the flat washer and hex thin nut in sequence, pre-tightening but not fully tightening for now; do not install the horn cover yet — place it somewhere in the cab where it will not be knocked or scratched. Step 30: During the four-wheel alignment process, with the front wheels straight, adjust the steering wheel to the centered position, then tighten the nut to 60 N·m. Step 40: Finally snap the horn cover onto the steering wheel.
Parts required
Steering wheel assembly ×1
Hex thin nut ×1
Flat washer ×1
Driver horn cover assembly ×1
Tools / fixtures
Torque wrench
✓ Quality inspection points
Tightening torque: 60±5 N·m
This page is compiled from the ZD113-1010 to ZD113-1080 process cards (Anhui Windrose Holdings Co., Ltd.) and is for workshop visual training only; official production shall follow the controlled process documents.