Overview

This document provides detailed technical specifications, features, and dimensional data for Gimatic's Thrust Cut Nippers, pneumatic cutting tools designed for industrial automation applications.

Product Description

• Two sizes available: GN-240 and GN-263.
• Double-acting operation using tandem cylinders for efficient cutting.
• Optional magnetic sensors for position detection.
• Optional blade heating system to maintain cutting performance under specific conditions.
• Spare parts available include blades (LA and LB) and insulator (IN).

Technical Specifications

Heating System (Optional)

• High temperature insulation and cartridge resistance with thermocouple available for GN-340 and GN-363 series blades.
• Operating temperature range for heating: 200 ÷ 400 °C.
• Power consumption: 100 W (GN-340) and 120 W (GN-363).
• Cable length: 1.2 m.
• Heater control box (CH102-G) operates at 100 ÷ 240 Vac, 50/60 Hz.

Standards and Compliance

Compressed air used must comply with ISO 8573-1:2010 standard, specifically class [7:4:4], ensuring medium quality air for pneumatic operation.

Dimensions and Connections

Detailed dimensional data is provided for both GN-240 and GN-263 models, including:

• Overall sizes (length, width, height).
• Compressed air connections for closing and opening operations (G1/8” threads).
• Slots for SS series magnetic sensors.
• Threaded holes for mounting.
• Heating system housing diameter: Ø6.35 mm.

Key Recommendations and Best Practices

• Use compressed air that meets ISO 8573-1:2010 [7:4:4] to ensure optimal tool performance and longevity.
• Consider the optional blade heating system for applications requiring high temperature cutting or to prevent material adhesion.
• Regularly inspect and replace blades (LA and LB) and insulators (IN) as spare parts to maintain cutting efficiency.
• Utilize magnetic sensors for precise position feedback when integrating into automated systems.

Summary

The Gimatic Thrust Cut Nippers are robust pneumatic cutting tools available in two sizes, designed for precise and efficient cutting operations in automated environments. Their double-acting tandem cylinder design ensures strong closing force, while optional features like blade heating and magnetic sensors enhance versatility and control. Compliance with air quality standards and proper maintenance are critical for optimal operation.