ODU SPRINGTAC® – THE MARATHON RUNNER
Connectors using the springwire technology offer maximum reliability for a wide variety of applications requiring longevity. This technology provides over one million mating cycles. The multiple independent springwire contact elements ensure top contact security and stable, yet low contact resistance – even for highly demanding applications.
ODU LAMTAC® – THE HIGH PERFORMANCE CONTACT
Connectors using the lamella technology offer maximum current-carrying capacity. Its minimal power loss enables top performance integration even in the smallest of construction spaces. In addition, its high temperature resistance of up to 150°C makes this universally adaptable contact, perfectly suited to all high current connector requirements, in the most varied high-performance applications.
ODU TURNTAC® – THE RUGGED ONE
This universally applicable contact system is based on turned and slotted contacts and offers the best contact properties and qualities for economical prices. It has proven reliable even in harsh environments and excels through its extraordinarily robust nature when misalignment occurs on mating – no matter how high the mating cycle rate. Even the smallest contact diameters (from 0.3 mm) offer top quality performance and through the profile design, enable the greatest contact densities.
ODU STAMPTAC® – THE HIGH VOLUME CONTACT
A combination of top contact design and stamping technology offers an efficient and economical solution for large serial production. Optimally designed for automated processing, the most complex geometries can be developed. Thanks to its flexible contact design, it can be tailored perfectly to customer needs – while also offering the reliability and durable contacting customers have come to expect from ODU. System solutions, from simple modules to complete assemblies, can be developed, using this contact design.
ODU SPRINGTAC® FLATSOCKET – THE TEST EXPERT
The ODU SPRINGTAC® Flatsockets with springwire technology are the perfect and long-lasting counterparts to traditional flat plug-in contacts, especially for all manner of tasks in test and measurement technology. Their low, stable resistance values make them ideal for sensitive measurement tasks, as well as for tests in which high current carrying capacities are required.
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