SUPERSEAL 1.0 Connector Backshells

• Reduces connector stress for improved electrical performance
  By stabilizing the wire exit point, backshells help minimize cable flexing and movement, reducing stress on terminals and helping maintain long-term electrical integrity.

• Helps extend wire harness service life
  Integrated strain relief reduces mechanical fatigue on wiring, particularly in areas exposed to continuous vibration, motion, or engine-related shock.

• Improves sealing and environmental protection
  Backshells support better sealing performance by guiding cables cleanly out of the connector, helping reduce the risk of moisture and debris ingress.

• Enables easier cable routing in tight spaces
  With options for 180° and 90° wire exits, these backshells provide flexibility in routing cables through space-constrained compartments and harness layouts.

• Supports multiple plug configurations for streamlined integration
  Designed for compatibility with SUPERSEAL 1.0 connector plugs using single-latch, double-latch, or lever locking mechanisms, backshells simplify assembly and reduce part complexity.

• Reinforces reliability in demanding transportation applications
  Ideal for underhood, chassis, and engine-mounted systems, SUPERSEAL 1.0 connector backshells are engineered to support durability across commercial vehicle and off-highway environments.

SUPERSEAL 1.0 connector backshells are engineered to meet the demands of modern industrial and commercial transportation systems. They provide enhanced strain relief and support long-term connector performance in environments exposed to continuous vibration, thermal cycling, mechanical stress, and high pressure water spray. Common applications include:

• Engine Compartment Harnessing in Off-Highway Equipment
  Helps protect wire connections exposed to high heat and vibration in agricultural, construction, and mining machinery.
• Battery Management System (BMS) Interfaces in Electric Commercial Vehicles
  Supports strain relief and reliable signal transmission in high-voltage environments within electric trucks, buses, and specialty vehicles.
• Chassis Harness Coupling in Heavy-Duty Trucks
  Stabilizes connector interfaces located on or near vehicle frames, helping prevent connector fatigue in high-shock road conditions.
• Electronic Control Unit (ECU) Connectivity in RecreationalVehicles
  Enhances harness retention and reduces strain on connectors used in telematics units, powertrain control modules, and ABS/EBS systems.
• Sensor and Actuator Wiring in Harsh Environments
  Provides secure wire exits and routing flexibility for sensors in drivetrain, brake, and hydraulic control systems.
• Underhood Cabling in Buses and Utility Vehicles
  Enables tight routing and long-term durability in sealed connector systems located in engine bays and firewall junctions.