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| ![]() Optimizing Automatic Wire Stripper Performance: Key AdjustmentsBy: Fortune Sky Technologies I. Adjusting Stripping Blade Position Correct blade positioning is crucial. Blades set too deep can damage the conductor; too shallow, and insulation isn't fully removed. Visually inspect the blade contact, possibly using light. Adjust until blades touch only the insulation. Test strip: insulation should be fully removed without conductor damage. Repeat as needed. II. Setting Cutting Depth Precise cutting depth ensures clean stripping without conductor nicks. Measure the conductor diameter. Set the depth to cut through all insulation, stopping at the conductor. Verify: insulation fully cut, conductor untouched. Fine-tune incrementally. III. Matching Stripping Force Stripping force must suit the wire. Consider wire diameter and insulation (e.g., PVC, Teflon). Adjust force based on insulation hardness and wire size. Test: consistent stripped width, no conductor deformation. Adjust force if needed. IV. Optimizing Stripping Speed Speed depends on wire type and insulation thickness. Thicker insulation often requires slower speeds. Adjust motor RPM to balance efficiency and precision. Test: no residual insulation or conductor damage. Adjust speed accordingly. Safety and Maintenance Wear gloves. Regular maintenance includes cleaning blades and scrap collectors, and lubricating moving parts. Troubleshoot poor stripping by rechecking blade position, cutting depth, force, and speed. FAQ Q: Why is stripping incomplete or 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 or stripping force. Q: Why is speed inconsistent? https://www.fortunesky- https://www.fortunesky- End
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