IDEAL INDUSTRIES Crimping Tool with Insulated Terminal Die Set.

IDEAL INDUSTRIES Crimping Tool with Insulated Terminal Die Set. Includes the 30-506 Crimpmaster Frame. For Insulated Ring, Butt and Splice Wire Terminals.

The Crimpmaster™ ratcheting crimp tool is a versatile hand-held tool that uses interchangeable die sets to crimp many types of connectors including RF, wire terminals, and modular plugs. 15+ die sets are available for the Crimpmaster.

The tool is designed for heavy daily professional use. The thick-walled frame is manufactured from fine-blanked high-carbon steel with a black oxide coating. Large, contoured, rounded-edge handles provide comfort and leverage during the crimping process.

The Crimpmaster has a ratchet mechanism that prevents the user from under-crimping a connector. The tool will not open, or release the connector being crimped until a full crimping cycle has been completed. The tool does have a ratchet release lever located between the handles to open the tool if a full cycle cannot be completed.

The tool can be fine-adjusted to die set variations with the 6-position cam wheel. Precision ground die sets can be changed with a flat or Phillips screwdriver. The Crimpmaster is a professional-grade, general-purpose crimping tool that requires no factory calibration.

FEATURES:

• Crimpmaster™ tool plus die set for insulated wire terminals
• For insulated ring, butt, and splice wire terminals
• Colour-coded locations for red, blue, and yellow terminals
• Includes the 30-506 Crimpmaster™ frame
• Crimpmaster™ tool plus die set for insulated wire terminals
• 3 cavity die: 22~10 AWG
• For insulated ring, butt, and splice wire terminals
• Also available as die set only (see part number 30-579)
• Heavy-duty professional hand-held ratcheting crimp tool
• Compatible with over 15 different die sets for RF connectors, wire terminals and modular plugs
• Provides a consistent crimp every time
• Comfort grip contoured handles
• Dies change quickly with a screwdriver
• Adjustable cam for fine adjustments to the crimping cycle