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Terminal Seal Type : Family Seal or Unsealed
Crimp Type : F-Crimp
Typical Current Rating (A): 7.5
Wire Contact Termination Area Plating Material : Nickel
Contact Fabrication : Stamped & Formed
Contact Size : Size 20
Terminal Type : Socket
Mating Pin Diameter : 1.02 mm [ .04 in ]
Interface Plating : Nickel (Ni)
Termination Method to Wire & Cable : Crimp
Product Terminates To : Wire
Compatible Insulation Diameter Range : 1.91 – 3.18 mm [ .075 – .125 in ]
Wire Size (AWG): 16 – 14
Wire Size (mm²): 1. – 2.5
Wire Size Search (mm²): 1, 1.5, 2.5
Wire Size Search (AWG): 14, 16
Operating Temperature (Max) : 125 °C [ 257 °F ]
Operating Temperature Range : -55 – 125 °C [ -67 – 257 °F ]
Compatible With Wire Base Material : Copper
Packaging Method : Reel
Packaging Quantity : 4000
Terminal Transmits : 0 – 24 A (Low Power)
Customer Preferred Contact : Yes
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1062-20-0622
Deutsch
The Automotive Composite Terminal is a specialized electrical connector designed to meet the demanding requirements of automotive wiring systems and industrial equipment. As a key component of Automotive Harness Connector assemblies, this Female Terminal Connector combines durable materials, precision engineering, and versatile design to ensure reliable power and signal transmission. Crafted for compatibility with copper wires, it features nickel plating for enhanced corrosion resistance and a crimp termination method that ensures secure connections. Whether used in passenger cars, commercial vehicles, or industrial control systems, this terminal delivers consistent performance in extreme temperatures, vibration-prone environments, and harsh operating conditions. It adheres to automotive industry standards, making it a preferred choice for manufacturers prioritizing safety, durability, and compatibility.
Modern vehicles rely on complex wiring harnesses to connect engines, infotainment systems, safety features, and electrical components. The Automotive Composite Terminal integrates seamlessly into these harnesses, providing secure connections that withstand engine vibration, temperature fluctuations, and moisture. Its nickel plating resists corrosion from road salt and chemicals, extending the lifespan of the wiring system.
Industrial machinery such as conveyor belts, pumps, and automated production lines require connectors that can handle continuous operation and mechanical stress. This Female Terminal Connector offers robust construction and reliable crimp termination, ensuring stable signal transmission in industrial environments. It is compatible with a range of wire sizes, making it versatile for different equipment configurations.
ECUs in vehicles and industrial equipment require precise, low-power connections to process data and control functions. The terminal’s stamped & formed design ensures consistent contact with wires, minimizing signal loss and ensuring accurate data transmission. Its wide temperature range allows it to operate reliably in the confined spaces of ECUs, where heat can accumulate.
The Automotive Composite Terminal features nickel (Ni) plating on the contact surface, enhancing corrosion resistance and reducing contact resistance. This ensures stable electrical performance even in harsh environments, such as automotive underbodies exposed to road salt and moisture.
Equipped with an F-Crimp design, the terminal creates a tight, permanent connection with wires. This termination method eliminates the risk of loose connections due to vibration, ensuring long-term reliability in automotive and industrial applications.
Engineered to operate in a broad temperature range, the terminal withstands extreme cold and heat. This makes it suitable for use in engine bays, outdoor industrial equipment, and other environments with fluctuating temperatures.
Designed to terminate to copper wires, the terminal leverages copper’s high conductivity to ensure efficient power and signal transfer. It is compatible with a range of wire sizes, offering flexibility for different wiring configurations.
The terminal is manufactured using stamped & formed processes for precision and consistency. The body is made from high-quality composite materials that balance strength and flexibility, while the contact area features nickel plating for enhanced performance.
It supports a range of wire sizes and compatible insulation diameters, ensuring compatibility with standard automotive and industrial connectors. The mating pin design ensures a secure fit with corresponding male terminals, preventing accidental disconnection.
Optimized for low-power applications, the terminal is ideal for signal circuits and low-current power connections in ECUs, sensors, and control systems. Its design prioritizes precision and reliability for sensitive electronic components.
We offer customization to adjust the terminal’s dimensions for compatibility with specific wire sizes and insulation diameters. Whether you need a terminal for smaller or larger wires, we tailor the design to ensure a secure fit.
The terminal is standardly packaged on reels, but we can adjust packaging quantities and methods to meet your inventory and assembly needs. This includes bulk packaging for large-scale production or smaller quantities for prototyping.
Our OEM and ODM services allow for custom design modifications, such as adjusted contact plating, housing materials, or locking features. Our engineering team works with you to create terminals that align with your specific application requirements and brand standards.
Before mass production, we provide samples for you to test fit, electrical performance, and compatibility with your wiring harnesses or equipment. This ensures the terminal integrates seamlessly into your system and meets your reliability and safety standards.
The Automotive Composite Terminal is a specialized electrical connector designed to meet the demanding requirements of automotive wiring systems and industrial equipment. As a key component of Automotive Harness Connector assemblies, this Female Terminal Connector combines durable materials, precision engineering, and versatile design to ensure reliable power and signal transmission. Crafted for compatibility with copper wires, it features nickel plating for enhanced corrosion resistance and a crimp termination method that ensures secure connections. Whether used in passenger cars, commercial vehicles, or industrial control systems, this terminal delivers consistent performance in extreme temperatures, vibration-prone environments, and harsh operating conditions. It adheres to automotive industry standards, making it a preferred choice for manufacturers prioritizing safety, durability, and compatibility.
Modern vehicles rely on complex wiring harnesses to connect engines, infotainment systems, safety features, and electrical components. The Automotive Composite Terminal integrates seamlessly into these harnesses, providing secure connections that withstand engine vibration, temperature fluctuations, and moisture. Its nickel plating resists corrosion from road salt and chemicals, extending the lifespan of the wiring system.
Industrial machinery such as conveyor belts, pumps, and automated production lines require connectors that can handle continuous operation and mechanical stress. This Female Terminal Connector offers robust construction and reliable crimp termination, ensuring stable signal transmission in industrial environments. It is compatible with a range of wire sizes, making it versatile for different equipment configurations.
ECUs in vehicles and industrial equipment require precise, low-power connections to process data and control functions. The terminal’s stamped & formed design ensures consistent contact with wires, minimizing signal loss and ensuring accurate data transmission. Its wide temperature range allows it to operate reliably in the confined spaces of ECUs, where heat can accumulate.
The Automotive Composite Terminal features nickel (Ni) plating on the contact surface, enhancing corrosion resistance and reducing contact resistance. This ensures stable electrical performance even in harsh environments, such as automotive underbodies exposed to road salt and moisture.
Equipped with an F-Crimp design, the terminal creates a tight, permanent connection with wires. This termination method eliminates the risk of loose connections due to vibration, ensuring long-term reliability in automotive and industrial applications.
Engineered to operate in a broad temperature range, the terminal withstands extreme cold and heat. This makes it suitable for use in engine bays, outdoor industrial equipment, and other environments with fluctuating temperatures.
Designed to terminate to copper wires, the terminal leverages copper’s high conductivity to ensure efficient power and signal transfer. It is compatible with a range of wire sizes, offering flexibility for different wiring configurations.
The terminal is manufactured using stamped & formed processes for precision and consistency. The body is made from high-quality composite materials that balance strength and flexibility, while the contact area features nickel plating for enhanced performance.
It supports a range of wire sizes and compatible insulation diameters, ensuring compatibility with standard automotive and industrial connectors. The mating pin design ensures a secure fit with corresponding male terminals, preventing accidental disconnection.
Optimized for low-power applications, the terminal is ideal for signal circuits and low-current power connections in ECUs, sensors, and control systems. Its design prioritizes precision and reliability for sensitive electronic components.
We offer customization to adjust the terminal’s dimensions for compatibility with specific wire sizes and insulation diameters. Whether you need a terminal for smaller or larger wires, we tailor the design to ensure a secure fit.
The terminal is standardly packaged on reels, but we can adjust packaging quantities and methods to meet your inventory and assembly needs. This includes bulk packaging for large-scale production or smaller quantities for prototyping.
Our OEM and ODM services allow for custom design modifications, such as adjusted contact plating, housing materials, or locking features. Our engineering team works with you to create terminals that align with your specific application requirements and brand standards.
Before mass production, we provide samples for you to test fit, electrical performance, and compatibility with your wiring harnesses or equipment. This ensures the terminal integrates seamlessly into your system and meets your reliability and safety standards.
