●  High Traffic Commercial Entrance Applications This heavy duty belt drive door system is engineered to provide long life and quiet operation in a high traffic environment. Exclusive standard system features:

●  Die-cast aluminum frame type, good gloss, and outsourcing material and colors with different material: Stainless steel pattern, mirror stainless steel, aluminum fluorocarbon coating, anodizing, copper ornaments and so on.

●  The use of glass laminated glass, bending glass, tempered glass, special glass.

●  The ceiling composed by a wedge-shaped, in harmony with the material and color of the whole door jamb.

●  Canopy made with plywood or metal dust treatment, for sealing outdoor rain processing.

●  Energy saving, quiet, stable, long life, digital process control system with easy operation.

●  With anti-collision, anti-trap detection and other security people, people with disabilities slow function, emergency stop function, the door speed automatic boost as well as fire, power failure automatic conversion

●  Heavy duty drive-train with 1/8 HP motor and 3/4" steel reinforced belt drive system

●   Durable 6" X 6" header

●  High quality steel carriage wheels with ball bearing design

●   Fully replaceable nylon covered aluminum carriage track

●  Patented panic breakout system featuring a solid bar wheel carriage with continuous interlocking. This ensures dependable emergency breakout without sagging, along with effortless resetting.

●  Adjustable astragal with double weatherseal captured in door panel extrusion. This ensures lasting and superior weatherseal. • Superior high-strength corner block construction for all door panels for years of dependable service

●  Available in a variety of anodized, paint or clad finishes

●  Accommodates slide panels up to 250 kg

●   Exclusive dual safety beams for added threshold protection

●   Microprocessor control with built-in diagnostics

●  Selectable operating modes • Easily adjustable opening & closing speeds

         ●  Manual operation in case of power failure