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ODU-MAC® spindle locking

A fast and secure connection and disconnection are essential for a plug connection. The ODU-MAC® spindle locking offers particularly ergonomic handling. It allows a connection with minimal effort by simply turning.

Manual mating

Various locking types are available for manual mating: snap‐in, spindle, lever, or transverse locking. The modular design allows you to configure your rectangular connector entirely according to your needs – including tailored cable assembly.

Optionally 100% non‐magnetic

The ODU MAC® White‐Line Connectors are optionally available as non‐magnetic versions. You are thus guaranteed reliable results for specialist applications, such as magnetic resonance imaging.

High-speed data transmission

With high‐speed data transmission becoming increasingly important for industry and medical technology, we offer more than 30 different high‐speed applications in the field of data technology.

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ODU-MAC® spindle locking

A fast and secure connection and disconnection are essential for a plug connection. The ODU-MAC® spindle locking offers particularly ergonomic handling. It allows a connection with minimal effort by simply turning.

Manual mating

Various locking types are available for manual mating: snap‐in, spindle, lever, or transverse locking. The modular design allows you to configure your rectangular connector entirely according to your needs – including tailored cable assembly.

Optionally 100% non‐magnetic

The ODU MAC® White‐Line Connectors are optionally available as non‐magnetic versions. You are thus guaranteed reliable results for specialist applications, such as magnetic resonance imaging.

High-speed data transmission

With high‐speed data transmission becoming increasingly important for industry and medical technology, we offer more than 30 different high‐speed applications in the field of data technology.

ODU-MAC® White-Line

Connector for manual mating

Manual mating
High failure and contact safety
Minimum 100,000 mating cycles
Optionally available with cable assembly
You need technical details, CAD data, would like to order samples or buy online?

The ODU‐MAC® White‐Line is a high‐quality, modular connector system – reliable, robust, and vibration resistant. Ergonomic handling is guaranteed thanks to simple locking options and a variety of plastic and metal housings. Based on a modular principle, a range of modules allow you to adapt the connector to your requirements.

  • High vibration resistance
  • > 30 high‐speed inserts in the field of data technology
  • Consistently low contact resistance
  • Numerous locking options (e. g., snap‐in, spindle, lever)
  • White housing variants available
  • Non‐magnetic version available

ODU‐MAC® Configurator

Which modular connector do you need? With this online tool you can easily configure your interface. Receive your sample or order very quickly with ODU Express. And on request: immediately ready for use including cable assembly.

The housing highlights from the ODU‐MAC® White‐Line

ODU-MAC® ZERO with snap-in locking

Space‐saving, non‐magnetic, and modular! The ODU MAC® ZERO Housing allows transmission of a wide range of signals, power, as well as data and coax modules. The plastic housing parts feature integrated rails and thus dispense with any magnetic components.

ODU‐MAC® RAPID with spindle locking

Fast mounting and secure locking! The ODU‐MAC® RAPID Housing with spindle locking offers significant time savings during assembly and servicing. You benefit from fast configuration and assembly of the connector thanks to the half‐shell principle.

ODU Fiber Optic – for reliable optical connections

Solutions for harsh environments and a high number of mating cycles, as well as for standard requirements.

Correct disassembly of ODU-MAC® crimp-clip contacts

To support you in the disassembly of ODU-MAC® crimp-clip contacts and to avoid errors and damage caused by them, we show you the correct handling in a new video. The correct use of the appropriate tool is essential and ensures that the contacts can be easily removed.