Ideal 30-433 Coax Stripper Crimper Tool

Product Description

The IDEAL 30-433 is a combination coax stripper and crimper tool designed for working with coaxial cable in low-voltage and communications installations. This dual-function hand tool strips coax cable to the correct conductor and dielectric depths while also crimping F-connectors and ring terminals onto prepared cable ends. The durable blades are built to cut copper-coated steel conductors cleanly, reducing the risk of frayed conductors or poor signal connections. Weighing 0.6 pounds, it is a compact, single-tool solution for technicians who regularly terminate coax runs.

This tool is suited for residential and light commercial low-voltage work, including cable TV, satellite, and data installations where RG-series coax is the standard medium. Electricians, low-voltage technicians, and cable installers use it when terminating coax drops at outlets, distribution panels, or equipment connections. The combined strip-and-crimp function reduces the number of tools a technician needs to carry on a job.

Key Features

• Dual-function design strips and crimps in one tool
• Durable blades cut copper-coated steel conductors
• Compatible with F-connectors and ring terminals
• Lightweight at 0.6 pounds for comfortable extended use
• Single-unit package quantity for individual purchase

Compatibility

Designed for use with F-connectors and ring terminals on coaxial cable applications. Specific compatible cable gauges or connector series were not listed in the product data.

Installation Notes

Installation and termination of coaxial cable is typically performed by licensed low-voltage technicians or electricians working under NEC Article 820 for community antenna television and radio distribution systems. Before beginning any termination work, confirm that the cable run is de-energized and disconnected from active signal sources. Inspect the stripped cable end for clean conductor cuts before crimping to ensure a reliable, low-loss connection. Do not over-crimp connectors, as this can damage the dielectric and degrade signal performance.