Electrical Contacts - Springwire, lamella, turned, slotted and stamped contacts
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ODU ELECTRICAL CONTACTS Springwire, lamella, turned, slotted and stamped contacts ODU SPRINGTAC® ODU LAMTAC® ODU TURNTAC®

OUR COMPETENCE. YOUR BENEFIT. ODU is a global leader in the development and production of high performance contacts for electrical connector technology. Electrical contacts from ODU that – depending on the application – can successfully complete up to one million mating cycles without any loss of reliability or transmission capacity continue to set the highest attainable standards. The same is true for current-carrying capacity in high temperatures or application-specific optimization of mating and demating forces. ODU possesses the necessary skills for perfectly adapting contact systems to...

GET IN TOUCH AT electrical-contacts@odu.de ODU SPRINGTAC® Contact technology Reliability (contact points) Nominal current Angular misalignment Mating cycles Operating temperature range Contact size Standard plating High mating cycles Springwire technology 44 wire springs (size 0 6 mm) 100 A (size 0 6mm) +/- 1° > 100,000 -40 °C to +125 °C From 0 0.76 mm Ag / Au High temperature & current Lamella technology 19 double contacting lamella louvres (size 0 6mm) 115 A (size 0 6 mm) Rugged Turned, slotted contacts 4 contact fingers (size 0 6 mm) 100 A (size 0 6 mm) +/- 5° 1 > 10,000 -40 °C to +125...

SPRINGWIRE TECHNOLOGY ODU SPRINGTAC® OUTSTANDING RELIABILITY AND DURABILITY Connectors using the springwire technology offer maximum reliability for a wide variety of applications requiring longevity. On customers request, this technology can be maxed out from over 100,000 mating cycles to over one million mating cycles. The multiple independent springwire contact elements ensure top contact security and stable yet low contact resistance – especially for highly demanding applications. Outstanding reliability and durability with up to 1 million mating cycles High vibration and shock...

SUBMARINE CHARGING CONNECTOR ODU springwire contacts are used in a special high-performance charging connector at submarine mooring points, where the rough environmental conditions place high demands on the connection. ODU SPRINGTAC® contacts are particularly well suited for the task, due to their extreme reliability and durability. Low mating and demating forces for low coupling forces Outstanding reliability and durability CONTACTS FOR WELDING CURRENT TRANSMISSION Our ODU SPRINGTAC® offers top performance for welding current transmission in a tool-changing system. An intelligent crimp...

LAMELLA TECHNOLOGY ODU LAMTAC® MAXIMUM CURRENT-CARRYING CAPACITY AND TEMPERATURE RESISTANCE 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 re quirements, in the most varied high-performance applications. Current-carrying capacity of up to 2,400 amperes Automated lamella assembly High vibration and shock resistance...

ELECTRIC SURFBOARD The electric surfboard requires a connection that is highly current-carrying. At a top speed of up to 40 km/h, it must also be vibration- and shock-resistant. With its high current-carrying capacity the ODU LAMTAC® is the perfect solution. The lamella technology results in a large number of contact points that create a reliable connection. The customized solution of the ODU LAMTAC® is applied between the speed controller, the motor and the battery. This allows the controller to be operated. Easy assembly due to screw termination Low contact resistance for perfect...

ODU TURNTAC® RUGGED AND UNIVERSAL CONTACT SYSTEM This universally applicable contact system is based on turned and slotted contacts and offers the best contact properties and qualities for economical prices. It was proven reliable even in harsh environments and excels through its extraordinarily robust nature when misalignment © Turned, slotted contacts O > 10,000 mating cycles O Low and stable mating and demating forces 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,...

CONNECTION BETWEEN TRUCK AND TRAILER The ODU TURNTAC® technology with its turned and slotted contacts offers high flexibility and is therefore extremely rugged. Besides its outstanding reliability and durability, the contact system helps to compensate for misalignment or tolerances, especially in multipole systems. In addition to the standard termination technologies, many different options are available. In this application the termination was adapted to solder the contacts to a PCB. High current-carrying capacity despite the small size Reliable over 10,000 mating cycles BATTERY STORAGE...

ODU SPRINGTAC® FLATSOCKET OPTIMAL CONTACTING FOR RELIABLE RESULTS For many components and assemblies, simple low-cost flat contacts or square pins are used. These kinds of connectors have not been created with a focus on a high number of mating cycles, as they are only demated for servicing. But for the quality control during the serial production high O Ideal for test adapters O > 50,000 mating cycles mating cycles are needed. The ODU SPRINGTAC® Flatsocket with springwire technology is the perfect, long-lived counterpart for testing purposes. Its low, stable resistance values make it...

TEST ADAPTER FOR HIGH MATING CYCLES ODU SPRINGTAC® Flatsockets with quick change head (QCH) principle are used in test adapters. Flatsockets with this principle have a contact pin termination which can be mated with a socket installed in an assembled connector (base part). Sockets with a QCH termination are integrated in a test adapter (interchangeable part) which can be front-mounted to the connector. This way, the test adapter can be exchanged in a quick and easy way without further assembly. QCH principle multiplies the usability of the test equipment Reliable results interchangeable...