Ideal 45-098 Automatic Wire Stripper 30-20 Awg

Product Description

The IDEAL 45-098 is an automatic wire stripper designed for stripping solid and stranded copper conductors from 30 AWG to 20 AWG. It uses knife-type blades to deliver clean, accurate strips in a single motion, reducing the chance of nicking the conductor and slowing down the job. The tool measures 7 inches overall length and features a plastic cushion handle for grip during repetitive work. Maximum strip length is 0.048 inches (1.20 mm). It is a standard hand tool for electricians, low-voltage installers, security technicians, and HVAC controls wiring work.

The 45-098 suits residential and light commercial electrical work where fine-gauge conductor stripping is a routine task. Common applications include control wiring, thermostat wiring, sensor leads, communication cable terminations, and any low-voltage work requiring consistent, repeatable strip lengths in the 30 to 20 AWG range. The automatic self-adjusting mechanism means the same tool handles multiple wire gauges within that range without manual adjustment between conductors.

Key Features

• Automatic self-adjusting operation covers 30 AWG through 20 AWG without manual gauge changes
• Knife-type blades produce clean, accurate strips that minimize conductor damage
• One-step stripping action improves productivity on repetitive termination work
• Plastic cushion handle provides grip comfort during extended use
• Compact 7-inch overall length fits standard tool pouches and bags

Compatibility

Designed for use with solid and stranded conductors in the 30 AWG to 20 AWG range, typical of low-voltage control, thermostat, and communication wiring applications.

Installation Notes

This tool is installed into service by electricians, low-voltage technicians, and HVAC controls installers. Always de-energize circuits before stripping conductors. Inspect blades periodically for wear; dull or nicked blades can damage conductors and compromise termination integrity. Follow NEC requirements for conductor preparation at terminals and splices.