The door frame is made of high quality anodize aluminum and the door panel are made of compact laminate that It can withstand high abrasion. To ensure efficient sealing of the doors, frames are provided. They will consist of reinforced plasterboard panels faced with the same laminate as of door. The door seals of all four edges in the closed position & shall be surface installed type. The track of the door is constructed with high quality door lock with aluminum extrusion, fixed firmly to the walls. Nylon runner guides shall be fixed to the door in such a way they do not obstruct trolley movement through the door.
The door frames shall be edged with an aluminum extrusion & with concealed fixings that are adjustable during installation to ensure a 100% hermetic seal is achieved. Vision panels, 300mm X 300 mm is provided in the doors. The door controller shall be sensing overload condition and in overload case the door will automatically stop & reverse the direction of travel. The controller shall be capable of either being operated by elbow switchesfoot switches, radar switch (touch less sensor). All doors will be operated easily manually in the event of failure of the power supply or the automation unit.

The door frame is made of high quality anodize aluminum and the door panel are made of compact laminate that It can withstand high abrasion. To ensure efficient sealing of the doors, frames are provided. They will consist of reinforced plasterboard panels faced with the same laminate as of door. The door seals of all four edges in the closed position & shall be surface installed type. The track of the door is constructed with high quality door lock with aluminum extrusion, fixed firmly to the walls. Nylon runner guides shall be fixed to the door in such a way they do not obstruct trolley movement through the door.
The door frames shall be edged with an aluminum extrusion & with concealed fixings that are adjustable during installation to ensure a 100% hermetic seal is achieved. Vision panels, 300mm X 300 mm is provided in the doors. The door controller shall be sensing overload condition and in overload case the door will automatically stop & reverse the direction of travel. The controller shall be capable of either being operated by elbow switchesfoot switches, radar switch (touch less sensor). All doors will be operated easily manually in the event of failure of the power supply or the automation unit.