... technologies for a reliable hold Threaded inserts for metal Ensat® Mubux®-Z Mubux®-MO ... technologies for a reliable hold Technical publication

Kerb-Konus-Vertriebs-GmbH Wernher-von-Braun-StraGe 7 Gewerbegebiet Nord 92224 Amberg Phone +49 9621 679-0 e-mail [email protected] Fastening technology from KerbKonus is in successful application in a wide variety of different industrial sectors around the world. State-of-the-art production facilities provide our customers with the assurance of quality and reliable delivery, and sophisticated fastening solutions for every conceivable field of application are implemented by our own Research and Development Department. Close cooperation and exchange of experience and expertise on an international...

Quality System DEKRA Certificat in accordance with ISO 9001:2008 Reg.No. 30507428 ISO 14001:2004 Reg.No. 170507049 ISO 50001:201 1 Reg.No. 181115119 At our parent plant in Amberg, we produce threaded inserts using efficient production methods. A team of qualified and highly motivated staff guarantees a consistent, high standard of production. The number of products manufactured over the company's history reaches into the billions. State-of-the-art automation lines manufacture around the clock in a precise and high standard of quality. The efficient and low-cost production of large-scale product...

... technologies for a reliable hold Applications on the test stand ... Threaded inserts from KerbKonus are manufactured in large piece numbers. And human lives and safety can often depend upon just these tiny components, for instance in the case of airbag retaining fasteners. Because we bear this heavy responsibility, our products are tested and monitored in line with the most stringent directives. In the case of particularly critical applications, each and every part is exhaustively tested on state-ofthe-art test equipment before it is delivered to you. For Example: – dimensional check – foreign...

The Ensat® -self-tapping threaded insert ... Ensat® is a self-tapping threaded insert with external and internal thread, cutting slots or cutting bores. A continuous process of further development has brought about a number of major improvements to product characteristics. Ensat®-S 302 (with cutting slot) is recommended for most application cases. In certain materials, this Ensat® demonstrates a minimal inward springing action, so creating a certain screw locking effect. (see page 7 to page 10) If this effect is not required, we recommend using Ensat®-SB 307/308. Ensat®-SB 307/308 (with cutting...

... technologies for a reliable hold The Ensat® – pull-out resistance due to flange cover … The illustration below (Fig. 2) shows a screw connection with different screw cross-sections. Despite the smaller screw cross-section, a screw joint with an Ensat® is capable of withstanding higher axial forces than the screw joint with larger screw cross-section; because the force – both under static and dynamic load – in the Ensat® male thread is distributed evenly over the individual thread turns of the Ensat® male thread. Connections using threaded insert Ensat® permit substantially smaller dimensions...

Installation recommendation The Ensat® should be rocessed appr. 0,1 - 0,2 mm recessed (Fig. 5). After processing, the Ensat® can be immediately subjected to load. If the component material permits subsidence of the Ensat® under load, the Ensat® can only execute an axial movement of 0,1 to 0,2 mm. In other words, the pretension of the screw union is largely retained, loosening of the screw connection under dynamic load is impeded Fig. 5 In case of processing problems (e.g. markedly increased screw-in torque levels) there is generally no harm in selecting diameter data in the next highest column....

... technologies for a reliable hold Threaded insert self-tapping metric inner thread Ensat®-S Works Standard 302 0 Application The threaded insert Ensat®-S with cutting slot is a self-tapping fastener for the creation of wear-free, vibration resistant screw joints with high loading capacity in materials with low shearing strength. Example for finding Self-tapping threaded insert Ensat®-S to Works Standard 302 0 with internal thread A = M5 made of case-hardened, the article number zinc plated and blue passivated steel: Ensat®-S 302 000 050.1 10 Other materials, designs (e. g. fine thread) and...

Threaded insert self-tapping imperial thread Ensat®-S Works Standard 302 Application Threaded insert with cutting slot and internal thread. Whitworth, UNC or UNF Example for finding Self-tapping threaded insert Ensat®-S to Works Standard 302 0 with internal thread A = UNF 1/4-28 made of case-the article number hardened, zinc plated and blue passivated steel: Ensat®-S 302 000 725.1 10 Other materials, designs (e. g. fine thread) and finishes on request. Tolerance ISO 2768-m Thread External thread E: as per KKV standard Remark: Female threads in imperial measurements are also available for other...

... technologies for a reliable hold Threaded insert self-tapping / with hexagonal socket Ensat®-SI Works Standard 302 2 Application The threaded insert Ensat®-SI with cutting slot is a self-tapping fastener for the creation ofwear-free, vibration resistant screw joints with high loading capacity in materials with low shearing strength. Hexagonal socket The Ensat® is inserted via the hexagonal socket, permitting theachievement of short installation time. Other benefits: More simple driving tools and machines which require only clockwise rotation. The Ensat® can be extracted without problems before...

Threaded insert self-tapping Ensat®-SK Works Standard 302 1 Application Threaded insert Ensat®-SK 302 1 with cutting slot and head is a self-tapping fastener for the creation of wear-free, vibration-resistant screw joints with high loading capacity in materials with low shearing strength. Head, the pull-through force is. It is suitable for installation in the following materials: - Light alloys - Cast iron, brass, bronze, NF metals - Plastics, laminates - Hardwoods The head serves as a support for electrical contacts when fastening several parts simultaneously; when stress is applied against...