The SIEMENS 16137-114 SDM Interconnect Cable is designed for industrial automation applications, offering unparalleled reliability and compatibility with Siemens’ SDM series products. This robust cable ensures seamless integration and enhanced performance in demanding industrial environments.
Material:Teflon insulation for superior electrical properties and temperature resistance
Conductor Type:Cu (Copper) for excellent conductivity and durability
Strand Count:4-strand construction for enhanced flexibility and strength
Shielding:Aluminum Mylar shield for EMI/RFI protection
Insulation:Polyethylene (PE) for excellent electrical insulation and mechanical resilience
Termination:Molded connectors for secure and reliable connection
Length:Available in standard lengths of 3 meters, customizable options available upon request
Temperature Range:-40°C to +125°C for wide operational flexibility
Engineered with high-quality copper conductors and a durable Teflon insulation layer, the SIEMENS 16137-114 SDM Interconnect Cable ensures superior electrical conductivity and long-lasting performance.
Featuring a coaxial shielding system, this cable effectively minimizes interference, ensuring stable signal transmission even in noisy industrial settings.
Optimized for use in a wide temperature range from -40°C to +80°C, this cable is suitable for various industrial applications, including harsh environments where reliability is crucial.
With a current rating of 10A and compatible with 24V DC systems, it supports a broad range of industrial control devices and automation equipment.
Certified by UL/CSA and CE, the SIEMENS 16137-114 SDM Interconnect Cable meets stringent international safety standards, ensuring user confidence and compliance with regulatory requirements.
The SIEMENS 16137-114 SDM Interconnect Cable is designed for industrial automation applications, offering unparalleled reliability and compatibility with Siemens' SDM series products. This robust cable ensures seamless integration and enhanced performance in demanding industrial environments.