Outline
Thread specifications: Metric M thread.
Product material: Parts C and E are made of nickel-plated brass, D is made of stainless steel, B and F are made of aging-resistant silicone rubber, and A is made of tetrafluoroethylene.
Product certification: CE, EX, ROHS.
Protection level: Within the specified bayonet range, use a waterproof 0-ring and clamping ring to tighten the tightening head, reaching IP68.
Operating temperature: 40°C to 150°CFlame retardant grade: 94V-0 (GB/T2408-2008).
Product features:
1. Use a PTFE gasket to reduce friction between the rubber surface and the metal surface and extend service life.
2. Using spring shielding, the shielding contact surface is large and the installation efficiency is high.
3. The internal rubber is made of silicone, which allows the product to operate normally in extremely cold weather.
4. This product achieves contact sealing between the clamping ring and the cable surface, which can effectively prevent the cable from entering the motor or controller if it is damaged.
Body and Nut Optional: Brass with nickel plating, Stainless steel.
Clawing: PA6 with flame retardant (UL File No: E240925) Sealing and Washer: TPE.
Contact Spring: Stainless steel.
IP rating: IP68 to EN60529.
Ambient Temperature: -40~C to 150°C.
Entry Thread: Metric, PG, NPT, G.
Thread Length: Standard, Longer available as per demand.
Strain Relief: Acc. to EN 50262.
Accessory: Gland comes with a locknut, inserting sealing, and gasket.
Approvals: CE, RoHS, REACH.
Advantages of EMC Cable Gland
1. Superior Material Options
One significant advantage of the EMC Cable Gland is its versatile material composition. The body and nut can be made from brass with nickel plating or stainless steel, offering durability and corrosion resistance. This choice allows users to select the suitable material based on environmental conditions and specific application needs.
2. High IP Rating
With an IP68 rating according to EN60529, the EMC Cable Gland provides exceptional protection against dust and water ingress. This high level of sealing ensures that cables remain functional even in harsh outdoor settings or areas prone to moisture, making it ideal for various applications.
3. Temperature Resilience
The EMC Cable Gland is designed to operate in extreme temperatures, ranging from -40°C to 150°C. This feature makes it suitable for diverse environments, from chilly climates to high-temperature industrial settings. Such resilience ensures longevity and reliability, maintenance, and replacement costs.
Selling Points of EMC Cable Gland
1. Flame Retardant Clawing
The clawing of the EMC Cable Gland is made from PA6 with flame retardant properties (UL File No: E240925). This enhances safety in environments where fire hazards are a concern, making it a preferred choice for critical applications in industries such as oil and gas, telecommunications, and manufacturing.
2. Comprehensive Strain Relief
Another selling point is the strain relief feature, which complies with EN 50262 standards. This aspect of the EMC Cable Gland ensures that cable integrity is maintained, reducing the risk of cable damage due to mechanical stress. This is particularly important in dynamic environments where cables are frequently moved or adjusted.
3. Accessory Inclusivity
The EMC Cable Gland is sold with essential accessories, including a locknut, inserting sealing, and gasket. This inclusivity not only simplifies installation but also enhances the overall functionality of the gland. By providing all necessary components, users save time and effort during setup.
Applications of EMC Cable Gland
1. Industrial Equipment
The EMC Cable Gland is widely used in industrial equipment where reliable cable management is crucial. Its ability to withstand harsh conditions and provide superior sealing makes it an excellent choice for machinery in manufacturing and processing plants.
2. Telecommunications
In the telecommunications sector, the EMC Cable Gland ensures that cables are protected against environmental factors. Its flame retardant properties and IP68 rating make it suitable for outdoor installations, providing a reliable solution for communication networks.
3. Transportation
The EMC Cable Gland is also utilized in transportation applications, particularly in vehicles and rail systems. Its resilience to temperature fluctuations and moisture ensures that electrical connections remain secure, which is vital for the safety and efficiency of transportation systems.
4. Renewable Energy
The renewable energy sector, especially in wind and solar energy systems, benefits from the use of EMC Cable Gland. Its durable materials and effective sealing capabilities help protect vital connections from environmental stress, thus ensuring the reliability of energy production systems.
Conclusion
In summary, the EMC Cable Gland is a robust solution for various industries, offering multiple advantages such as superior materials, high IP ratings, and flame retardant features. Its inclusivity of accessories and compliance with essential standards make it a preferred choice for applications in industrial, telecommunications, transportation, and renewable energy sectors. With an operational temperature range and exceptional sealing capabilities, the EMC Cable Gland stands out as an ultimate choice for reliable cable management.