Molex Female Mini-Fit to Pre-Crimped Lead, 75mm, 16AWG, Black

This pre-crimped lead is a vital component designed for efficient electrical connectivity within automated and mechanical systems. The Mini-Fit female connector features a robust 75mm crimped lead cable, accommodating 1.5 mm² wiring specifications. Its black sheath colour and tin plating enhance durability and reliability in demanding environments.

• Mini-Fit female connector simplifies installation in wire-to-board connections
• Tin plated contacts enhance corrosion resistance for longevity
• Operates effectively at a maximum current of 11.2A
• Compatible with UL11028 wire specifications for safety compliance
• Single-ended design allows for easy integration into existing systems
• Offers flexibility for use in power and signal applications

• Used in power distribution systems for effective current transfer
• Ideal for interconnecting components within electrical enclosures
• Suitable for use in automation equipment requiring reliable connections
• Commonly utilised in wire-to-wire configurations for versatility

The 1.5 mm² wiring size provides a balance between conductivity and flexibility, making it suitable for various applications where space is limited yet reliable current transfer is required. This thickness helps ensure the lead can handle the specified current without overheating.

Tin plating enhances electrical conductivity and prevents oxidation, ensuring consistent performance over time. This helps maintain effective connections, particularly in environments prone to humidity or corrosion.

While this lead is rated for a maximum voltage of 600V AC/DC, it is essential to assess your specific application to ensure it meets all operational requirements and safety standards for high-voltage systems.

This lead is designed to be used with Mini-Fit TPA2 and Sigma receptacle housings, providing flexibility in various installations within electronic and electrical systems.

The 75mm length is carefully selected to offer sufficient space for routing in compact designs while minimising voltage drop and ensuring efficient current delivery to connected devices.