How to Repair Damaged Boundary Wires for Robotic Lawn Mowers-Company new-Lawn Mower

Here’s a comprehensive guide on repairing damaged boundary wires for robotic lawn mowers, including a summary table for quick reference:

Locate the Damage:

Use a wire tracer or continuity tester to identify breaks or shorts in the boundary wire.

Visually inspect areas where the wire is exposed (e.g., near staples, buried sections).

Prepare for Repair:

Cut out the damaged section using wire strippers.

Strip ~1 cm of insulation from both ends of the remaining wire.

Splice the Wire:

Use waterproof connectors or solder the wires, covering joints with heat-shrink tubing for insulation.

Ensure polarity is maintained (oid reversing wire direction).

Test the Repair:

Reconnect the wire to the base station and verify the mower detects the boundary loop.

Check for error messages or signal interruptions.

Secure the Wire:

Rebury or staple the repaired section, maintaining a depth of 1–20 cm.

Avoid sharp bends or staples piercing the wire.

Use original-grade boundary wire for moisture resistance.

Regularly inspect high-traffic areas (e.g., paths, edges).

Step	Tool/Material Needed	Key Consideration
Locate Damage	Wire tracer, multimeter	Check for continuity/shorts
Cut Damaged Section	Wire strippers	Remove 1 cm insulation
Splice Wires	Waterproof connectors/solder	Maintain polarity
Test Repair	Base station, mower	Confirm signal detection
Secure Wire	Staples/spade	Bury 1–20 cm deep

For extensive damage, consider replacing the entire boundary wire loop (max 250 m length).

DIY repairs are feasible for minor breaks; consult a professional for complex issues.