T2070011013-001

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The T2070011013-001 heavy duty connector is a power contact ideal for a range of equipment and applications, including automotive, aviation, military, industrial, and more. This connector offers a robust design, with high-grade stainless steel contacts and a high-temperature insulation system to ensure a reliable connection for many years of use. The T2070011013-001 heavy duty connector has a current rating of 9A at 24V DC, allowing it to easily handle most power loads.

The power contact is designed for quick installation and easy replacement. It features a twist-lock mechanism which ensures that the connector is securely attached and ready for use right away. The power contact can be used with a variety of connection methods, including crimped, soldered, and clamped. The contacts are designed to be corrosion-resistant, reducing the need for frequent maintenance.

The T2070011013-001 heavy duty connector features a dual-layer insulation system, consisting of a PTFE insulation wrap and a high-temperature insulation sleeve. This insulation system is designed to protect against short circuits, overheating, and other hazards. This insulation system is highly effective in minimizing EMI interference and protecting the contacts from long-term wear and tear.

The T2070011013-001 heavy duty connector is designed to meet a variety of standards, including IP67, MIL-DTL-37818, and SAE-DTL-36. It is RoHS compliant, and meets RoHS 4.0 and EN60950 standards. The connector is also flame-retardant, with an UL94 V-0 rating.

The T2070011013-001 heavy duty connector is ideal for a variety of applications, including automotive, avionic, military, and industrial equipment. It is a reliable and durable power contact that can easily handle most heavy-duty power loads. The connector is designed to provide quick installation and easy replacement, with a twist-lock mechanism and corrosion-resistant contacts. This connector also features a dual-layer insulation system which minimizes EMI interference and provides protection from short circuits, overheating, and other hazards.

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