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KONTEX-ULTRA - Connection technology

 
Extra stable, patented and REACH- & RoHS-compliant - that is the new KONTEX ULTRA connection technology from Bals.KONTEX-ULTRA was developed under the title „Green-Connect“ to meet the environmental demands of an evolving industry. All 16 + 32A QUICK-CONNECT products contains no lead.
KONTEX-ULTRA is the logical further development of the KONTEXPLUS contact technology from Bals, which has proven itself for years. Thanks to a new production process and advanced new technology, the contact sleeves achieve even better properties with significantly lower plugging and pulling forces. 
 

RESOURCE-SAVING

KONTEX-ULTRA contacts in 16A + 32A QUICK-CONNECT products icontains no lead. All these products are produced using only recyclable materials, thereby fulfilling the principle of sustainable production.
 

IMPROVED CONDUCTIVITY

Our INNOLINQ products guarantee optimum contact and conductivity. This is ensured by a specially developed base material in combination with a highly complex strain-hardening technology of the contacts. 
 

REACH & ROHS COMPLIANT

INNOLINQ with QUICK-CONNECT satisfies the strict planned EU REACH & RoHS directives of the future.
 

REDUCED PLUGGING AND PULLING FORCES

Smooth surfaces on the pin and an improved sleeve design reduce the insertion and withdraw forces when plugging in or unplugging our INNOLINQ plug and socket systems. Furthermore, increased fitting accuracy simplifies handling considerably.
 

KONTEX-ULTRA for 63A + 125A products

 
The chamfering provided directly on the sleeve mouth as well as the specially developed base material reduce friction losses and thereby significantly simplify plugging in and unplugging. Another advantage is the self-cleaning effect through specially arranged drainage paths which effectively protect the contact against dirt and oxidation products. The expansion limiters constitute another wholly newly developed product detail. They effectively and permanently protect against deformation and thereby prevent failures caused by excessive contact.