Female Welding Cable Connector CCT Series - THRS6F 600 Amps

Price 399 INR/ Unit

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MOQ : 10 Units

Female Welding Cable Connector CCT Series - THRS6F 600 Amps Specification

Operating Voltage
600 Ampere (A)

Application
Cable Connection/ Welding Machine Connection

Usage
Industrial Welding Cable Connection Machine Connection

Material
Copper

Size
Different Available

Product Type
Welding Cable Connector

Color
Grey

Female Welding Cable Connector CCT Series - THRS6F 600 Amps Trade Information

Minimum Order Quantity
10 Units

FOB Port
Delhi

Payment Terms
Western Union, Cash in Advance (CID), Cash Advance (CA)

Supply Ability
500 Units Per Month

Delivery Time
5 Days

Sample Available
Yes

Sample Policy
Free samples available with shipping and taxes paid by the buyer

Packaging Details
2 Piece/ Printed Box. 36 Pieces/ Master Box

Main Domestic Market
All India

Certifications
CE Certified EN 60974-12

About Female Welding Cable Connector CCT Series - THRS6F 600 Amps

Material	Brass
Current Rating	600 Amps
Features	Dual Ball Point Connection
Connector Type	Positive Locking
Country of Origin	Made in India

With enriched industrial experience, we offer CE Certified Brass Cable Connector CCT Series. Designed with utmost precision, these connectors are manufactured using quality approved material with the help of ultra-modern technology in sync with predefined industry standards. In addition to this, the provided connectors pass through diverse checks.

Features:

Dual Ball Point Connection
Cable Size 50 - 95 mm²
Rugged Sturdy & Durable Design
Heat Oil and Abrasion Resistant Insulators
Easy to use
Perfectly Designed
Male & Female Sold Separately
Also available with CAM Locking against Special Order

Model Number:

Common Code	Model No.	Type	Locking
CCT601F	THRS6F	Female Hex	Positive Locking

Superior Copper Construction for Enhanced Performance

Crafted with high-quality copper, the THRS6F Female Welding Cable Connector ensures minimal energy loss and superior conductivity. The connector's sturdy make not only delivers long-lasting performance but also enhances safety during high-amperage operations, making it highly suitable for rigorous industrial environments.

Versatile Applications and Reliable Connectivity

This connector excels in diverse industrial settings, supporting both welding cable connections and equipment linkage. Available in different sizes, the THRS6F accommodates various industrial welding machines, providing secure connections and stable operation under demanding circumstances.

FAQ's of Female Welding Cable Connector CCT Series - THRS6F 600 Amps:

Q: How does the Female Welding Cable Connector CCT Series - THRS6F support industrial welding operations?

A: This connector is engineered to deliver stable, high-current capability (up to 600A), ensuring reliable and safe electrical connections between welding cables and machines in heavy-duty industrial environments.

Q: What materials are used in the construction of the THRS6F connector?

A: The THRS6F is made primarily from high-grade copper, which helps maximize electrical conductivity and durability for sustained industrial use.

Q: When should I opt for this connector for my welding setup?

A: You should choose the THRS6F connector when you require a robust, high-amperage cable connection for demanding industrial welding or equipment linkage, particularly when compatibility and performance are crucial.

Q: Where can the CCT Series connectors be installed and used?

A: These connectors are intended for use in industrial settings such as factory floors, workshops, and any site requiring secure welding machine and cable connections.

Q: What is the process for connecting the THRS6F with welding equipment?

A: The installation involves matching the appropriate cable size to the connector, securing it with proper hardware, and ensuring a tight, conductive fit, following safety guidelines for high-current connections.

Q: How does using the THRS6F connector benefit my industrial operations?

A: Utilizing the THRS6F ensures reduced electrical losses, improved safety, and enhanced operational reliability, directly contributing to better equipment efficiency and minimized downtime.

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