22.1x8.5 Manual Hydraulic Crimping Tool Die Type 12 Ton CT-920

Product Information

Specification

About:

The CT-920 is a manual hydraulic crimping tool characterized by its significant force capacity and versatility. With a 12-ton force, it is tailored for heavy-duty applications, offering functionalities such as crimping a variety of terminals and connectors. Given its dimensions (22.1x8.5), it might be compact yet powerful, designed for both field and workshop use.

Also Known As:

• Heavy-Duty Manual Crimper
• Hydraulic Hand Crimping Tool
• CT-920 Crimping Press

Common Applications:

• Electrical Installations: This tool is suited for professionals executing large-scale installations requiring sturdy and reliable crimps.

• Industrial Settings: In factories and industrial setups where the crimping of electrical and mechanical connections is frequent.

• Construction Sites: Used in construction projects for installing electrical systems, HVAC, and other applications requiring crimping.

Standards:

• Safety: This tool is likely constructed according to international safety standards to ensure the safety of the operator.

• Quality: Expected to meet industry quality benchmarks, offering durability, precision, and efficient performance.

Construction:

• Material: Likely fabricated from high-strength metals to endure the stress of crimping operations and hydraulic pressure.

• Hydraulic Mechanism: Equipped with a manual hydraulic system to facilitate the application of substantial force with minimal effort.

• Die Types: Accommodates specialized dies for varied crimping requirements, enhancing its adaptability.

Features:

• High Force Capacity: A 12-ton force capacity ensures it can handle a variety of heavy-duty tasks effectively.

• Manual Operation: Offers the advantage of not requiring electricity or batteries, making it highly portable and operational in remote locations.

• Versatile Die Accommodation: The tool's ability to accommodate different die types makes it versatile for crimping a range of terminals and connectors.

• Compact Design: Given its dimensions, it is compact, enhancing portability while not compromising on the force it can apply.

Specification: