ODU German-engineered rugged & easy to operate industrial connectors

5,000 mating cycles, high-speed data including Industrial Ethernet (IE) to Cat6a (10 Gbit) to SPE

ODU provides a broad portfolio of circular and rectangular connectors for a wide variety of industrial applications, including production monitoring and data logging, machine control systems, robotic technology, automation, sensors, and vision and inspection systems. These rugged, easy to operate high-speed connectors feature EMI/EMC shielding, a robust design, SPE options including Ethernet and are ideal for the toughest requirements in industrial environments that require reliable interconnect solutions.

Features

  • High contact reliability for secure signal transmission in small spaces
  • High speed and high density
  • High mating cycles
  • Ideal for rugged and harsh environments
  • Resists vibration and shock
  • High Voltage inserts available as standard
  • Signal integrity can be ensured by 360° EMI/EMC protection for improved shielding
  • Compact
  • IP rated
  • Multiple configurations: broad range of insert configurations and models, such as coax, Ethernet, USB, hybrid, fluidic, high-voltage
  • Cable assembly integrated solutions

Applications

  • Production monitoring and data logging
  • Machine control systems
  • Vision and inspection systems
  • Robotic technology & robotic arms
  • Automation
  • Sensors
  • Inspection

ODU MINI-SNAP® L Series

The ODU MINI-SNAP® L Series is an ideal self-locking circular connector for a wide range of applications due to its robust metal housing and wide range of sizes. It has a push-pull locking mechanism for easy and secure mating and demating. IP50 protection, up to IP68 on select panel receptacle housings, up to 5,000 mating cycles, 2 to 40 contacts, and mixed configurations are possible with 12 mechanical keying options. The ODU MINI-SNAP® L series can be terminated in solder, crimp, and PCB.

Features

  • Circular connector series in a robust metal housing
  • Up to 6 sizes
  • Push-pull locking mechanism
  • Quick and easy mating and demating
  • 2 to 40 contacts/mixed configurations
  • 12 mechanical keying options
  • IP50 protection, IP68 on select panel receptacle housings
  • Up to 5,000 mating cycles
  • Termination types:
    • Solder
    • Crimp
    • PCB
  • Available plug diameters from 6.4mm to 25mm
  • 3.5mm to 16mm max cable diameter
  • Customizable with a multitude of plugs and receptacles

ODU MINI-SNAP® K Series

The ODU MINI-SNAP® K Series is an ideal self-locking circular connector for a wide range of applications due to its robust metal housing and wide range of sizes. Whether used for transmitting power, signals, data, or other media, this push-pull locking connector solution has a mechanism for easy and secure mating and demating, IP68 protection class in mated condition, up to 5,000 mating cycles, 2 to 40 contacts and mixed configurations are possible with eight mechanical keying options. The ODU MINI-SNAP® K series can be terminated in solder, crimp, and PCB.

Features

  • Circular connector series in a robust metal housing
  • 5,000 mating cycles
  • Up to 5 sizes
  • Push-pull locking mechanism
  • Quick and easy mating and demating
  • IP68 protection class in mated condition
  • 2 to 40 contacts/mixed configurations
  • 8 mechanical keying options
  • Three termination types
  • Available plug diameters from 11mm to 25mm
  • 5mm to 14mm max cable diameter
  • Customizable with a multitude of plugs and receptacles
  • Termination types:
    • Solder
    • Crimp
    • PCB

ODU MINI-SNAP® Single-pair Ethernet (SPE)

ODU's MINI-SNAP® single-pair Ethernet (SPE) is a highly reliable connector solution that can ensure a transmission of 1000Base-T1 (1 Gb/s up to 15M). This connector is ideal for industrial applications and automotive testing including hardware-in-a-loop (HIL) and industry 4.0 IIoT.

Features

  • 1 Gb/s up to 15M
  • Up to IP68
  • Mating cycles: 5,000
  • Push-pull locking

*The contact arrangement of an ODU data transmission connector differs from a standard data transmission connector due to the robust ODU specific design. However, the ODU design meets the electrical specifications that are derived from the respective standard data transmission protocol.

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