Custom 2.0mm Pitch Molex 51005 51006 Wire Harness
-
-
-
The Molex 51005/51006 wire-to-wire connector series offers a versatile wiring harness solution designed for applications requiring reliable, high-density cable-to-cable connections. Available in 2 to 10-pin configurations, these harnesses utilize part numbers such as 51005-0200, 51006-0400, and others, providing flexible options for diverse circuit requirements. Crafted with 24AWG, 26AWG, or 28AWG wires, they balance flexibility and current-carrying capacity, making them ideal for low-power signals in compact devices.
Color-coded wires—red, black, white, blue, yellow, and green—enable easy circuit identification, streamlining installation and maintenance. The connectors feature a robust design with secure latching mechanisms, ensuring vibration-resistant performance in dynamic environments. Their wire-to-wire configuration simplifies integration in applications where board-to-board connections are impractical, such as automotive sensors, industrial robotics, or wearable devices.
With over a decade of expertise in cable assembly, our factory combines advanced machinery and skilled engineering to deliver tailored solutions. From custom pinouts and wire lengths to shielding options, we meet industry-specific standards like RoHS and UL. Our end-to-end capabilities support prototyping through high-volume production, ensuring precision and reliability for OEMs in sectors including consumer electronics, medical devices, and IoT.
This series excels in space-constrained designs, offering a scalable, cost-effective alternative to bulkier connectors. The range of wire gauges accommodates signal and low-power applications, while the color-coding system reduces assembly errors. Backed by rigorous testing and industry certifications, the Molex 51005/51006 harness provides a durable, adaptable solution for engineers prioritizing performance and efficiency in interconnected systems.
Previous:
Custom 2.0mm Pitch Molex 51004 51065 Wire Harness
Next:
Custom 1.25mm Pitch Molex 51146 PanelMate Wire Harness
2.0mm pitch molex wiring harness molex 51005 wire harness Molex 51006 CABLE ASSEMBLY
Write your message here and send it to us
Products categories
The Molex 51005/51006 wire-to-wire connector series offers a versatile wiring harness solution designed for applications requiring reliable, high-density cable-to-cable connections. Available in 2 to 10-pin configurations, these harnesses utilize part numbers such as 51005-0200, 51006-0400, and others, providing flexible options for diverse circuit requirements. Crafted with 24AWG, 26AWG, or 28AWG wires, they balance flexibility and current-carrying capacity, making them ideal for low-power signals in compact devices.
Color-coded wires—red, black, white, blue, yellow, and green—enable easy circuit identification, streamlining installation and maintenance. The connectors feature a robust design with secure latching mechanisms, ensuring vibration-resistant performance in dynamic environments. Their wire-to-wire configuration simplifies integration in applications where board-to-board connections are impractical, such as automotive sensors, industrial robotics, or wearable devices.
With over a decade of expertise in cable assembly, our factory combines advanced machinery and skilled engineering to deliver tailored solutions. From custom pinouts and wire lengths to shielding options, we meet industry-specific standards like RoHS and UL. Our end-to-end capabilities support prototyping through high-volume production, ensuring precision and reliability for OEMs in sectors including consumer electronics, medical devices, and IoT.
This series excels in space-constrained designs, offering a scalable, cost-effective alternative to bulkier connectors. The range of wire gauges accommodates signal and low-power applications, while the color-coding system reduces assembly errors. Backed by rigorous testing and industry certifications, the Molex 51005/51006 harness provides a durable, adaptable solution for engineers prioritizing performance and efficiency in interconnected systems.
