Curved doors suit almost any form and shape of curtain-wall system. They offer the unparalleled elegance of a revolving door, yet with a simpler, ** flexible outline. This type of door can be integrated into almost any curved space and can arc freely inward or outward.

  

 

 

The record 20 system suits a wide range of automatic door sizes. Designed on modular principles using common components, it meets a broad spectrum of building requirements, greatly shortening installation time and lowering service and maintenance costs.

 

The record 20 system complies with the Machinery Directive **6/42/EC, DIN 186**, and all relevant national and ** codes and standards.

 

 

 

The record 20 system offers 20mm aluminum profiles for 10mm single-glass leaves, or 30mm profiles for 19mm insulating glass for maximum transparency. The profiles and drive cover can be anodized or powder-coated.

 

The drive unit heights for the standard, double-motor and reinforced versions are **mm or 220mm.

 

The drive can be mounted on the door beam, independently suspended, or integrated into the ceiling.

 

 

 

Silent operation is the most striking feature of record automatic doors. The short, low-inertia toothed belt, hard wear-resistant rollers, low-noise plastic, acoustically decoupled running track, ball-bearing guide pulleys, and specially **ed profiles and door leaves all contribute to extremely

quiet operation. record is committed to producing the quietest automatic doors, even while running. They open and close exceptionally quietly, reflecting the highest manufacturing precision and a ** match of materials; this precision is also evident in the harmonious motion of the door leaves.

 

 

 

The components of the record 20 system can communicate with one another, enhancing safety and protection together with the other parts. The drive, sensors and remote communication continuously monitor component status, and the running state of the door system and its electronic parts

is continuously checked for plausibility. Thanks to its self-learning capability, the likelihood of electronic-unit faults is reduced to a minimum.