Optimizing Performance: A Guide to Setting Up Your Automatic Wire Cutter and Stripper

Optimizing Performance: A Guide to Setting Up Your Automatic Wire Cutter and Stripper

Automatic wire cutter and strippers offer a streamlined solution for cable processing. However, optimal performance requires proper setup and adjustment. This guide outlines the key steps involved:

Preparation:

Cable Placement: Securely position the cable in the stripping clamp of the automatic wire cutter and stripper. Adjust the clamp position and clamping force to ensure a firm grip during the stripping process.
Parameter Settings:

Stripping Blade Selection: Choose the appropriate stripping blade head based on the wire’s diameter range. Different blade sizes ensure clean and precise stripping for various cable sizes.

Stripping Depth Adjustment: Set the stripping depth to match your requirements. Ensure the blade removes the desired amount of insulation without damaging the copper core.

Stripping Speed and Force Optimization: Adjust the stripping speed and force based on the cable material and your desired stripping effect. Finding the right balance ensures efficient stripping without compromising wire integrity.

Operating the Machine:

Power Up and Initiation: Turn on the power switch and initiate the machine following the manufacturer’s instructions.

Cable Insertion: Insert the cable into the stripping clamp. Once the machine starts, the cable will be automatically stripped according to your programmed settings.

Result Evaluation: Observe the stripping result to ensure it meets your specifications. Make adjustments to the parameters if necessary for optimal quality.

Advanced Adjustments:

Stripping Length Setting: Utilize the buttons on the control panel or software to set the desired stripping length for each wire. This allows for precise control over the exposed wire sections.

Stripping Depth, Speed, and Force Refinement: Further fine-tune the stripping depth, speed, and force using the control panel or software interface. These adjustments allow for customization based on specific cable types and stripping requirements.

Stripping Frequency Setting: Set the desired stripping frequency through the control panel or software. This determines the number of stripping cycles performed per unit time, optimizing production efficiency.

Blade Alignment Adjustment: Use dedicated adjustment tools to align the stripping blades precisely. Fine-tune their height and lateral position for optimal stripping performance. This ensures consistent and clean removal of insulation across the entire cable diameter.

Tool Position Adjustment: Insert a test cable and observe the stripping result. If the stripping is incomplete or excessively deep, adjust the tool position using the designated tools.

Maintaining Machine Performance:

Circuit Check: Regularly verify proper connections of all power and signal lines within the machine circuit.

Computer Control Inspection: Access the debugging interface of the computer control system. Visually inspect circuit boards like the axis control board, input/output board, and needle board to ensure secure connections.

Conclusion:

By following these steps and referencing your machine’s specific user manual, you can effectively set up and adjust your automatic wire cutter and stripper. This ensures a consistently high-quality and efficient cable processing experience. Remember, maintaining proper blade alignment and circuit connections is crucial for optimal performance throughout the machine’s operation.