About Male Welding Cable Connector CCE Series - EHRJ4M 400 Amps
Brass Cable Connector CCE Series 400 AmpsCE Certified. Using premium quality material and advanced methodology, the offered connectors are manufactured by adept technocrats with utmost care and perfection. To ensure their quality, our quality experts inspect these connectors on numerous parameters of quality in tandem with set industry standards. All models are in CCE Series are economically prices.
Features:
- Easy to use
- Perfectly designed
- Rugged Sturdy & Durable Design
- Insulation: Heat Oil and Abrasion Resistant Insulators
- Male & Female Sold Separately
- Ultra Economical
- 100% Made in India
Model Number:
|
Common Code
|
Model No.
|
Type
|
Locking
|
|
CCE401M
|
EHRJ4M
|
Male Hex
|
CAM Locking
|
Specifications:
- Dual Ball Point Connection
- 400 Amps
- For Cable Size upto 70 mm2
Exceptional Electrical PerformanceThe CCE Series - EHRJ4M male welding cable connector is designed to minimize electrical losses, featuring pure copper and brass contacts for superior conductivity. With a contact resistance of less than 0.5 m and the ability to handle up to 400 Amps, it ensures consistent power delivery even in intensive welding operations.
Enhanced Safety and DurabilitySafety is prioritized with the use of high-impact thermoplastic insulation and a flame-retardant design, safeguarding both equipment and personnel. The robust build withstands harsh industrial environments and temperatures ranging from -20C to +120C, ensuring a long service lifespan.
Versatile Industrial ApplicationPurpose-built for industrial welding cable and machine connections, the EHRJ4M connector accommodates cable sizes from 25 to 70 sq.mm. Its ergonomic twist-lock mechanism delivers a secure, vibration-resistant fit, making it a reliable choice for plant, workshop, and field operations across diverse industries.
FAQ's of Male Welding Cable Connector CCE Series - EHRJ4M 400 Amps:
Q: How do you properly connect the Male Welding Cable Connector CCE Series - EHRJ4M to a welding cable?
A: Begin by selecting a suitable cable size (25-70 sq.mm) and stripping the required length of insulation. Insert the exposed copper end into the connector's copper terminal and securely tighten the set screw. Attach the connector with a firm twist to engage the twist-lock mechanism, ensuring a secure and stable fit.
Q: What are the main benefits of using the EHRJ4M connector in industrial welding applications?
A: The EHRJ4M connector provides excellent electrical efficiency due to its low contact resistance and pure copper construction. Its high-impact, flame-retardant insulation enhances operational safety, while the twist-lock mechanism ensures a dependable, vibration-resistant connection for demanding industrial uses.
Q: When should I choose the EHRJ4M connector for my welding setup?
A: Choose the EHRJ4M when you require a robust, high-current connection for cables sized between 25-70 sq.mm and currents up to 400 Amps-particularly in industrial welding environments where reliability, safety, and rapid cable changes are critical.
Q: Where is the EHRJ4M male connector typically used?
A: It is commonly used in industrial settings within India for welding cable connections, welding machinery, and heavy-duty power transmission tasks that demand stable, high-capacity connectors.
Q: What is the process for maintaining this welding cable connector?
A: To maintain optimal performance, periodically inspect the copper and brass contacting elements for signs of oxidation or wear. Clean with a soft, dry brush if needed and ensure the twist-lock mechanism operates smoothly. Avoid using harsh chemicals on the thermoplastic insulation.
Q: How does the twist-lock mechanism contribute to connector reliability?
A: The twist-lock design ensures a secure mechanical connection, preventing accidental disconnection during operation. This enhances reliability by maintaining constant electrical contact, especially in environments subject to vibration or movement.
Q: What insulation advantages does the high-impact thermoplastic offer?
A: The high-impact thermoplastic insulation provides both durability and flame retardancy, enabling safe operation under high temperatures (up to +120C) and protecting against external impacts and environmental stressors.