Setup and Adjustment Methods for Automatic Wire Cutter Stripper
Setup and Adjustment Methods for Automatic Wire Cutter Stripper
I. Adjustment of Stripping Blade Position
The stripping blade position significantly impacts stripping quality. Improper depth (too deep or shallow) may cause poor stripping. Follow these steps:
Locate the blade position by visual inspection (using light) or tactile confirmation.
Adjust the blade to contact the insulation without cutting into the conductor.
Test the result: Ensure complete insulation removal without conductor damage.
II. Cutting Depth Adjustment
Precise depth settings ensure optimal stripping:
Measure the conductor diameter to determine suitable depth.
Set the depth to remove all insulation while preserving the conductor.
Verify the result: Insulation should be fully cut but not nicking the conductor.
III. Stripping Force Adjustment
Force must match wire specifications:
Identify wire diameter and insulation material (e.g., PVC, Teflon).
Adjust the force based on insulation hardness and wire size.
Test the result: Stripped width should be consistent without conductor deformation.
IV. Stripping Speed Adjustment
Speed depends on wire type and material:
Select speed according to insulation properties (e.g., thicker insulation = slower speed).
Set the motor RPM to balance efficiency and precision.
Test the result: No residual insulation or conductor damage.
Safety & Maintenance
Wear gloves to prevent hand injuries.
Regular maintenance:
Clean blades and scrap collectors.
Lubricate moving parts.
Troubleshoot poor stripping by rechecking:
Blade position
Cutting depth
Force and speed settings
FAQ
Q: Why is stripping incomplete/uneven?
A: Possible causes:
Incorrect blade position
Insufficient cutting depth/force
Inconsistent speed
Q: Why is the conductor damaged?
A: Likely due to:
Excessive cutting depth
Excessive stripping force
Q: Why is speed inconsistent?
A: Potential issues:
Poor machine maintenance
Misaligned stripping blade
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