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7.5mm Pitch Connectors

For 7.5mm pitch wire to board connectors, we have Molex and JST replacement connectors, like JST V connector and Molex Sabre connector series. 

SCT7501 Series

Cross: JST V Connector
Pitch: 7.5mm

SCT7502 Series

Cross: Molex Sabre Connector
Pitch: 7.5mm

7.5mm Pitch Connectors: A Reliable Solution for High-Performance Applications

Introduction: 7.5mm pitch connectors are a key component in a variety of industries where secure, reliable, and high-performance connections are crucial. These connectors are designed to accommodate a range of different applications, providing high current capabilities, vibration resistance, and ensuring a foolproof connection design. Among the popular options are the JST V connectors and Molex Sabre connectors, which are specifically engineered to meet the rigorous demands of automotive, industrial, and power applications.

JST V Connectors: Preventing Wrong Connections The JST V connector series is designed with an innovative approach to prevent incorrect connections, which is vital in environments where safety and efficiency are paramount. The connector features a unique pin design, where one of the contacts is spaced 7.5mm apart from the adjacent contact, while the rest of the contacts are spaced at a more standard 5.0mm distance. This offset ensures that the connectors can only be mated in one orientation, reducing the risk of misconnection during assembly or use. This feature is especially important in applications where system reliability is a top priority, such as in automotive or industrial machinery.

Molex Sabre Connectors: Flexible, High-Current, and Vibration-Resistant The Molex Sabre connector series is engineered for demanding applications that require high-current capabilities, vibration resistance, and flexible header options. These connectors are especially suitable for automotive, industrial, and power applications where durability and performance under stress are essential. The Sabre connectors offer a secure, robust connection that can withstand high levels of vibration and mechanical stress, making them ideal for environments subject to harsh conditions.

Key Features and Advantages:

  • High-Current Capacity: Both JST V and Molex Sabre connectors are designed to carry high currents, making them suitable for applications that demand significant power delivery.
  • Vibration Resistance: These connectors feature secure locking mechanisms and durable materials that prevent connections from loosening due to vibration, ensuring long-term reliability even in rough environments.
  • Flexible Header Options: Molex Sabre connectors provide a range of header options that can be customized to meet the specific needs of each application.
  • Secure and Foolproof Design: The unique design of the JST V connectors, with their different pin spacing, prevents incorrect connections, reducing the likelihood of errors during installation.

Applications:

  • Automotive: In modern vehicles, connectors play a critical role in ensuring that various systems, from electrical wiring to sensors, operate correctly and safely. Both the JST V and Molex Sabre connectors are designed to perform reliably in automotive applications, even in the harshest environments.
  • Industrial: In industrial machinery, ensuring reliable connections in high-power applications is vital. The robust design of these connectors makes them an excellent choice for systems requiring high-current connections that can withstand mechanical and environmental stress.
  • Power Applications: Power systems, whether in renewable energy setups or traditional power generation, require connectors that can carry significant currents while maintaining integrity over time. The 7.5mm pitch connectors are built to handle the high currents typically found in power transmission and distribution systems.

Conclusion: 7.5mm pitch connectors like the JST V and Molex Sabre connectors offer advanced features that are crucial for industries requiring reliable, high-performance connections. Their design ensures not only high current capacity and vibration resistance but also a foolproof connection to prevent errors. With applications spanning automotive, industrial, and power sectors, these connectors provide the robust solution needed to meet the most demanding requirements.

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