This autoamtic hermetically sealing sliding glass door is specially designed for hospital ICU/CCU departments.
Features
The glazed hermetically sealing sliding door has been specifically designed for hospital environments.
Patient safety is a key feature in the sliding door.
Hermetic seals mean the patient is kept in a controlled environment therefore eliminating the chances of cross contamination.
Glazed sliding doors mean that staff can observe the patient without entering the room.
Sliding doors give increased access and require less space than hinged doors.
Specifications
Working places: ICU/CCU department entrance
Power supply: AC220V 50HZ
Door material: tempered glass 8mm or 10mm thick with stainless frame
Door frame: stainless steel sheet ,matt finish
Sliding door track: alumimum track
Sliding door cover: powder coated aluminum cover; optional stainless steel cover
Sensors: access control switches and safety beam sensors
Access control: optional electrica lock switch; password readers etc
Technical data
| SPECIFICATION | LIGHT TYPE | HEAVY TYPE | ||
| DOOR TYPE | SINGLE DOOR TYPE | BISECTION TYPE | SINGLE DOOR TYPE | BISECTION TYPE |
| Door Weight | (Max.)100kg | 2X 100kg | (Max.)180kg | 2X 150kg |
| Door Width | DW=700--1300mm | DW=650--1050mm | DW=750--1600mm | DW=650--1250mm |
| Net Space Width | DW=1350--6100mm | DW=2500--6100mm | DW=1450--6100mm | DW=2500--6100mm |
| Installation Mode | Surface Mounting, Enclosed Mounting | |||
| Power Voltage | AC220V±10%, 50--60Hz | |||
| Opening/Closing Speed | 250--550mm/s (Adjustable) | |||
| Ambling Speed | Intelligent Adjustable | |||
| Opening time | 2-20S (Adjustable) | |||
| Airproof Force | over 70N | |||
| Rebound Force | less than 200N | |||
| Hand Push Force | less than 50N | |||
| Lock Force | over 800N | |||
| Motor Rating Power | 100W | |||
| Standby Mode Power Consumption | less than10W | |||
| Remote Control(Optional) | Full lock, Unilateralism, Full Open, Automatic | |||
| Working Temperature | -20ºC-+70ºC | |||
Automatic Hermetic Sliding Operator
Project
