Back|Member| |Save
 Global Industrial
 Marketplace
News type
  • N/A
Contact
  • Name:Susan
  • Email:sales@jiawumall.com
  • Tel:+86 021-80392064-802
  • Mobile:+86 18601640485
Home > News > Extreme Miniaturization 1.5mm pitch RAST
News
Extreme Miniaturization 1.5mm pitch RAST
Date:2023-01-04        Hits:284        Back
 Schalks Miller, November 11, 2022 -- RAST connector specialist Lumberg has a unique advantage that no other connector manufacturer has, and it is with RAST systems that Lumberg has achieved widespread success in the automotive, building technology and home appliances sectors. In 1986, Lomborg was involved in the development of Raster-Anschliss-Steck-Technik, or RAST. In the same year, RAST 5 for "white goods" debuted with a contact pitch of 5.0 mm. In 1993, RAST 2.5 was introduced, reducing its size by 72 percent and opening up new applications, particularly in heating and automotive technology, while moving further towards miniaturization. Since then, RAST 2.5 of the smaller specification has been used to load the current of 4A as long as it meets the electrical requirements of the relevant application.

 
The RAST 2.5 and RAST 5 systems contact the PCB edge directly or indirectly through the pin. Insulation displacement technology makes modular direct connection system possible, which is not only widely used, saves space, but also avoids dislocation. In addition, because Lomborg products are suitable for a variety of machines, it is possible to produce any batch of industrial-grade wiring harnesses economically and efficiently.
 
Today, we are debuting the RAST 1.5mm connector system with insulation displacement technology. It is also 43% smaller than its predecessor's smaller RAST 2.5 product and can carry up to 1A current. Many previous RAST 2.5 connectors carry less than 1A. Now, RAST 1.5 will replace these products, greatly saving printed circuit board space and offering unique RAST coding and fully automated cable assembly options. By reducing the cross section of the conductor, the weight is reduced by 40 percent.