Die-Less Bootlace Ferrule Crimper
Die-less Bootlace Ferrule Crimper, 0.25 – 6mm2
The HNKE9 bootlace ferrule crimper has a unique crimp action, which automatically crimps a range of terminals from 0.25 – 6mm2. Simply insert the wire and ferrule and squeeze the handles, and the tool self adjusts and crimps. The crimp surface is “serrated” by the tool, creating an enhanced grip. The tool is ratchet controlled for crimp consistency, and has six pressure adjustments. Please ensure this tool is well oiled to ensure correct operation.
- Length: 170mm
- Weight: 400g
HNKE9
Die-less Bootlace Ferrule Crimper, 0.75 – 6mm2
The HNKE10 tool is the mid range tool in the die-less tool range, covering 0.75 to 6mm2. The principal of the tool is that it has four faces that simultaneously move inward as the tool is closed, creating a square crimped pin with serrations on the pin. This action creates a self adjusting tool, which crimps over a large range. To crimp, simply insert the ferrule and squeeze the handles, and the tool does the rest. The tool is ratchet controlled for crimp consistency, and the ratchet has 9 adjustment positions, to compensate for tool wear. Please ensure this tool is well oiled to ensure correct operation.
- Length: 170mm
- Weight: 360g
HNKE10
Die-less Bootlace Ferrule Crimper, 4 – 16mm2
The HNKE11 tool is the large tool in the die-less tool range, covering 4 to 16mm2. The principal of the tool is that it has four faces that simultaneously move inward as the tool is closed, creating a square crimped pin with serrations on the pin. This action creates a self adjusting tool, which crimps over a large range. To crimp, simply insert the ferrule and squeeze the handles, and the tool does the rest. The serrations on the pin created by the crimp assist with grip of the pin in the terminal block. The tool is ratchet controlled for crimp consistency, and the ratchet has 6 adjustment positions, to compensate for tool wear. Please ensure this tool is well oiled to ensure correct operation.
- Length: 210mm
- Weight: 520g
HNKE11