EMC Cable Glands

EMC cable glands are high-quality connectors used to prevent electromagnetic interference and maintain signal quality. These glands are designed to eliminate electromagnetic interference (EMI) in industrial facilities, particularly in electrical systems. EMC cable glands ensure the proper functioning of equipment while also helping to protect sensitive electronic devices in the surrounding environment. Made from metal materials, these glands provide long-term durability and safety even under harsh conditions. Offering ideal solutions for secure electrical connections, EMC cable glands support the safe and efficient operation of industrial facilities.

EMC Series Cable Gland

The EMC Series Cable Gland complies with PG DIN 46320, Metric EN 60423, NPT ANSI B1.20.1, and GAS ISO 228 thread standards. It has an IP 68 sealing level and is heat-resistant between -40°C and +80°C. The raw material can be either Brass (MS 58) or Nickel Plated; both types are designed for use with armored cables and are engineered to provide electromagnetic stress reduction and sealing. Additionally, stainless steel options are available, manufactured from 303, 304, 316, and 316L alloys. The code information is specified as 07 for 304, 17 for 316, and 27 for 316L medium codes.

RYEMC Series Cable Gland with Sleeve

The RYEMC Series Cable Gland with Sleeve complies with PG DIN 46320, Metric EN 60423, NPT ANSI B1.20.1, and GAS ISO 228 thread standards. It has an IP 68 sealing level and is heat-resistant between -40°C and +80°C. The raw material can be either Brass (MS 58) or Nickel Plated; both types are designed for use with armored cables and are engineered to provide electromagnetic stress reduction and sealing. Additionally, stainless steel options are available, manufactured from 303, 304, 316, and 316L alloys. The code information is specified as 07 for 304, 17 for 316, and 27 for 316L medium codes.