Industrial Camera Connector Compatible with HRS Hirose 10A-7P-6S / 10P-12S 4-Pin LEMO Circular Push-Pull Connector | High-Performance Imaging Connector

Overview:
This industrial imaging camera connector is designed for high-reliability applications and is fully compatible with HRS Hirose 10A-7P-6S / 10P-12S series connectors. Engineered for precision, this LEMO-style push-pull circular connector integrates multiple signal and power lines in a compact, rugged design. Perfect for industrial cameras, machine vision systems, medical imaging devices, and automation equipment.

Key Features:

• HRS Hirose Compatible: Direct replacement for 10A-7P-6S and 10P-12S connectors.

• Push-Pull Self-Locking Mechanism: Quick and secure mating with audible click.

• Mixed-Signal Support: 4-pin configuration supports power and signal transmission.

• Rugged Metal Housing: Resistant to vibration, shock, and harsh industrial environments.

• Compact & Lightweight: Space-efficient design for machine vision systems and robotics.

• High Reliability: Suitable for long-term operation in demanding conditions.

Applications:

• Industrial and machine vision cameras

• Automation and robotics imaging systems

• Medical and laboratory imaging devices

• High-precision measurement instruments

• Harsh industrial and factory environments

Technical Specifications:

• Connector Type: Push-Pull Self-Locking Circular Connector

• Compatibility: HRS Hirose 10A-7P-6S, 10P-12S

• Number of Contacts: 4-pin mixed signal

• Housing Material: High-strength metal alloy

• Contact Material: Gold-plated copper alloy

• Mating Cycles: ≥5,000 cycles

• Operating Temperature: -40°C to +125°C

• Environmental Rating: IP67 (dust & water resistant)

• Compliance: RoHS, CE certified

Why Choose This Connector:
This LEMO connector for industrial imaging cameras ensures high precision, durability, and compatibility with existing HRS Hirose connectors. Ideal for applications requiring secure connections, reliable mixed-signal transmission, and compact form factor. Reduces downtime and ensures superior performance in industrial automation, robotics, and imaging equipment.