LD12 Docking Connector Dimensions and Specifications

LD12 Rear Nut Connector Dimensions and Materials

LD12 Docking Connector Dimensions, Specifications, and Materials

This page provides the verified dimensional drawings, electrical specifications, and material data for the LD12 docking connector. It is intended for design engineers and procurement specialists who need to confirm mechanical fit, electrical ratings, and environmental suitability before integrating this connector into a docking station, charging cradle, or industrial equipment interface.

Key Selection Criteria for the LD12 Docking Connector

When evaluating the LD12 for your application, focus on the following decision points to ensure a correct match:

• Mechanical Interface: Confirm the mounting style, panel cutout dimensions, and mating alignment requirements against your enclosure design.
• Electrical Ratings: Verify the current and voltage ratings against your actual load conditions, including any derating factors for elevated ambient temperatures.
• Environmental Protection: Check the IP rating and operating temperature range to confirm suitability for your installation environment, whether indoor industrial or outdoor exposed.
• Termination Method: Determine whether the connector supports soldering, crimping, or PCB mounting, and confirm compatibility with your assembly process.
• Material Compatibility: Review the housing, contact, and sealing materials for chemical resistance and durability in your specific operating conditions.

Understanding the Dimensional Drawing

The dimensional drawing provides the critical envelope and mounting data required for mechanical design. Use these dimensions to verify panel cutouts, mating depth, and clearance requirements. If your application requires a specific cable entry angle or a right-angle configuration, confirm that the LD12 series supports that variant before proceeding with the design.

Electrical and Environmental Parameter Interpretation

Rated values are determined under controlled test conditions. In real-world applications, derating may be necessary when operating at the upper end of the temperature range or when multiple contacts carry current simultaneously. Always compare the rated values against your worst-case operating scenario, not just nominal conditions.

Material and Construction Notes

The materials used in the LD12 connector affect its mechanical strength, corrosion resistance, and long-term reliability. Verify that the housing material and contact plating are compatible with your application's environmental exposure, including humidity, salt spray, or industrial chemicals.

Related Docking Connector Resources

For additional reference, review the dimensional and specification data for other docking connector series to compare options across your product range. See the LD16/SP16 docking connector dimensions and specifications for a larger form factor, or the LD13 waterproof docking connector dimensions and specs for an alternative size option.

Next Step: Confirm Your Application Requirements

To proceed with the LD12 docking connector, prepare your application details including required pin count, mounting orientation, cable entry direction, and environmental exposure. Submit an inquiry with these parameters to receive confirmation on availability and suitability for your project.