Karibu Hitech Semiconductor Co., Limited

Amphenol LTW ESG-2x Heavy Duty M12 EMC Cable Glands

2024-07-25

Amphenol LTW ESG-2x Heavy Duty M12 EMC Cable Glands

Amphenol LTW ESG-2x Heavy Duty M12 EMC Cable Glands are engineered for commercial applications with elevated vibration and challenging environmental conditions. These cable glands are compliant with IEC 61076-2-101, EN 62444, and SAE J2839 standards to excel in heavy-duty and harsh surroundings. The HDM12 EMC cable glands feature a unique design that provides both shielding and waterproofing. This is achieved through a conductive internal spring that makes direct contact with the cable’s shield and compresses the cable seal. The EMC cable gland's internal spring, made of stainless steel, provides a reliable spring force, ensuring consistent connectivity. These main features provide Electromagnetic (EMC) protection throughout the cable and the equipment in which the cable is terminated. 

The ESG-2x HDM12 EMC cable glands are perfect for harsh and humid environments to provide waterproofing, moisture-proofing, and salt mist, vapor, and spray resistance. These glands emerge as the ideal solution for ultra-rugged applications prevalent in markets such as heavy equipment, heavy-duty, automotive, railway mass transit, factory automation, and more. 

Amphenol LTW ESG-2x Heavy Duty M12 EMC Cable Glands

FEATURES

  • Meet IEC 60423, EN 62444 standards
  • Quick mounting and optimum shield connection to guarantee the electrical cable working in standard condition
  • EMC for touch cable braid
  • Prefer resistant features against moisture, liquid, corrosion, and dust
  • Dependable connecting and offers an excellent sealing function
  • Can be used for a variety of wire ranges
  • Unique spring design provides 360° contact at the cable shield

SPECIFICATIONS

  • Salt spray  for 48h
  • IP68 waterproof rated
  • Vibration:
    • 100Hz to 440Hz frequency range / Acceleration 100m/s² to 200m/s²
  • Maintains contact with the cable’s braid:
    • Ensures full shielding to unwanted electromagnetic waves
  • -40°C to 160°C temperature range 

APPLICATIONS

  • LED lighting
  • Marine
  • Broadband wireless access
  • Industrial automation
  • Renewable energy
  • Heavy equipment
  • Autometer
  • Test equipment
  • Hybrid electric vehicles
  • Railway mass transit
  • Mobile devices
  • Transportation
  • Power supply switches, distribution box, and motors
  • Medical equipment
  • Automotive diagnostics
  • UAV
  • Lifts and materials handling
  • Remote video response center
  • Autonomous
  • Communication
  • Rugged IT
  • Surveillance cameras
  • Lighting display devices
  • Solar PV modules
  • Wireless networking
  • Telecommunications
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