Pacer Deutsch DTHD Series Power Plug & Receptacle Kit, 6 AWG, 100A, IP67

Ensure robust and reliable power connections in the most demanding environments with the Pacer Deutsch DTHD Series Power Plug & Receptacle Kit. Designed for heavy-duty, environmentally sealed applications, this kit provides a field-serviceable alternative to permanent splices, offering superior protection against moisture, dirt, and other harmful contaminants. Ideal for critical wiring circuits in marine, industrial, and vehicle applications, Deutsch DTHD connectors are renowned for their rugged construction and long-lasting performance. Upgrade your electrical system today for unparalleled durability and ease of maintenance.

• (1) DTHD Plug
• (1) Size 4 Socket
• (1) DTHD Receptacle
• (1) Size 4 Pin
• (2) Reducer Crimp Sleeves for 10 or 8 AWG

• High Amperage Rating: Supports 60-100 Amps continuous power at 125°C, suitable for demanding electrical loads.
• IP67 Ingress Protection: Ensures superior resistance to dust and temporary water immersion, maintaining optimal performance in harsh conditions.
• Versatile Wire Compatibility: Engineered for 6 AWG wires, with included reducer crimp sleeves for 10 or 8 AWG for broader application.
• Environmentally Sealed Design: Provides a complete, disconnectable power circuit termination for heavy-duty applications.
• Rugged Thermoplastic Housing: Offers exceptional durability and resistance to harsh environmental factors, impacts, and abrasions.
• Redundant Silicone Seals: Provides enhanced protection against moisture and contaminants, ensuring long-term reliability.
• Ease of Installation & Serviceability: Designed for straightforward installation and field servicing, offering a practical alternative to permanent splices.
• EU RoHS/ELV Compliant: Meets environmental regulatory standards for restricted hazardous substances.

Perfect for wire-to-wire applications in marine vessels, heavy equipment, diesel engines, automatic transmissions, and ABS brake systems where a high level of environmental protection and power delivery are essential.