Amphenol Industrial Cable Glands

The new cable gland product line is designed to perform in the most demanding environments.

Amphenol industrial cable glands.

Amphenol industrial s cable gland offering can connect to circular products with adaptors or be used individually. Cable gland m20 x 1 5 range 0 236 0 472 nickel rubber seal aio cs series. View cable glands datasheet from amphenol industrial operations at digikey. The global cable glands market report covers the growth prospects and market landscape.

These amphenol industrial glands are designed for a wide range of applications including manufacturing. Operations for more information. 3 5 and 9 way diagnostic connector with j1939 interface 9 way. The prominent players covered in this report.

The cable glands are suitable for a wide range of applications including manufacturing machinery measurement and control equipment and automation and robotics. Amphenol industrial operations the worldwide leader of explosion proof and hazardous environment interconnects introduces our broad range of explosion proof and industrial cable glands. Amphenol operates quality systems. Designers can use amphenol industrial cable glands individually or connect them to circular products using an adapter.

Amphenol industrial cable glands are liquid tight glands with metric or pg threads and metallic or non metallic versions. Amphenol is a technology leader in the design manufacture and supply of high performance interconnect systems sensors and antennas for a broad range of industrial applications. Available in rohs compliant versions. The series is made up of liquid tight cable glands available both with metric and pg threads metallic and non metallic.

Please contact amphenol industrial. Amphenol industrial global operations introduces a series of commercial liquid tight cable glands available both with metric and pg threads metallic and non metallic. Amphenol s core competencies include application specific industrial interconnect solutions utilizing integrated assemblies with both cable and flexible printed circuits high power interconnects requiring advanced.