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Cleanroom Doors, Windows and Interlock Systems
Automatic Swing Door Operator
An overhead electromechanical operator that automates cleanroom swing doors and coordinates activation, safety, access-control and interlock signals.
- Programmable Door Motion
- Access-Control Interface
- Push or Pull Arm Options
- Airlock Sequence Ready
Product Introduction
The automatic swing door operator combines a geared motor, control board and spring-assisted drive inside a compact aluminum header. Opening angle, hold-open time and travel speed can be programmed for the door leaf, while sensor and access inputs coordinate touchless activation and controlled entry. The operator closes the door through a monitored motion profile and can be integrated with electric locking and interlock logic for cleanroom airlocks.
Key Features
Programmable speed and dwell settings adapt the cycle to personnel flow and contamination-control needs.
Dedicated inputs accept presence sensors, access readers, emergency release and door-position feedback.
Push-arm and pull-arm arrangements support inward- or outward-opening cleanroom layouts.
Customer Product Concerns
Automating a sealed swing door requires controlled torque, sensor coordination and reliable return to the closed position.
Users touch handles and contaminate gloves when moving between controlled rooms.The operator accepts touchless, card-reader or remote activation inputs.
A high-resistance seal causes inconsistent opening or incomplete closing.Programmable drive torque and closing profile are matched to the leaf and gasket load.
Two airlock doors must not open together during normal circulation.The controller exchanges lock and door-status signals with the interlock system.
Typical Applications
Hands-free cleanroom entrancesHospital isolation-room doorsInterlocked personnel airlocksAccessible laboratory doors
Technical Parameters
Representative enclosure dimensions and construction for an automatic cleanroom swing-door operator are listed below.
| Core Material | Steel gear train and drive shaft in an extruded aluminum operator chassis |
|---|---|
| Panel Thickness | Approximately 110–120 mm operator depth |
| Effective Width | Approximately 100–125 mm header height |
| Maximum Length | Approximately 610 mm for a single operator module |
| Steel Facing Thickness | 1.5–2.0 mm removable aluminum or stainless-effect header cover |
| Core Density | Approximately 2700 kg/m³ for the aluminum chassis |
| Thermal Conductivity | Approximately 160–205 W/(m·K) for the aluminum enclosure |
| Surface Finish | Clear anodized, powder-coated or stainless-effect header cover |
| Joint Type | Overhead header mounting with push arm, pull arm or slide-channel linkage |
| Customization | Available based on the intended application and operating environment. |
Available Options
Push-arm or pull-arm linkageTouchless and access-control inputsPresence-sensor interfaceSingle-door or interlocked-airlock programming
Planning a Automatic Swing Door Operator specification?
Send us your dimensions, installation conditions, performance targets and required surface finish.
