Knipex Crimping Die for Solar Cable Connectors - 97 49 59


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The Knipex 97 49 59 is a professional-grade, precision-engineered crimping die specifically designed for installers working with Helios H4 solar cable connectors. Ideal for photovoltaic system technicians, this accessory delivers consistent, high-quality terminations for cables ranging from 2.5 to 10mm², though it requires the Knipex 97 43 200 crimping pliers to function as a complete assembly tool.
| Model Part Number | 97 49 59 |
|---|---|
| Brand | Knipex |
No, this die is specifically engineered for the Knipex 97 43 200 crimping pliers system.
No, this die is specifically contoured for Helios H4 (Amphenol) connectors.
The die supports wire sizes between 10 AWG and 13 AWG.
The Knipex 97 43 200 pliers feature a forced ratcheting lock that releases only after a complete, successful crimping cycle.
The die itself is a precision part, but the associated 97 43 200 pliers may require periodic calibration check as per your company's tool maintenance policy.
Verify that you are using genuine Helios H4 connectors and that the wire gauge matches the die capacity.
Check that the crimping pliers reach the full closed position during the cycle; ensure the wire was stripped to the correct length.
Ensure the pliers handle is fully open and the internal locking pins are clean of debris before re-inserting the die.
Setup: To begin, unlock the jaw mechanism on the Knipex 97 43 200 pliers. Slide the 97 49 59 die halves into the designated slots until they click securely into position.
Compatibility: This die is exclusively compatible with the Knipex 97 43 200 series crimping pliers and is designed for Helios H4 (Amphenol) connectors. It is not compatible with standard electrical terminals or other connector brands.
Care: Regularly clean the die faces using a soft brush or compressed air to remove debris or metal shavings from wire stripping. Apply a light coat of machine oil to the pivot points and crimping surfaces every few months to prevent oxidation and ensure smooth mechanical operation.