Automatische Schiebetür Cleanroom Air Dusche

Produkteinführung

This air shower combines a filtered recirculation chamber with motor-driven entrance and exit leaves that translate horizontally beside the opening. The door package includes a drive, guide, closing seals and position inputs; activation can come from a touch-free sensor or another selected command device. Nozzle panels, return grilles and accessible filter sections serve the cleaning chamber, while the door controller coordinates normal movement with the shower cycle. Leaf support, pocket construction and obstruction sensing depend on the selected door assembly rather than the enclosure name alone.

Key Features

Lösungen für Ihre Anwendung

A useful automatic entrance matches the trigger, moving leaf and cleaning sequence to the actual gowning route.

Typische Anwendungen

Technische Parameter

Common selectable door, control and air-cleaning references are listed below. The paired dimensions are one published automatic sliding-door example, not measured STjh dimensions. Nozzle speed is an outlet reference, not room airflow or a combined tested operating point.

Verfügbare Optionen

The basic equipment concept is a powered sliding-door enclosure with filtered air cleaning and a timed interlock program. Opening triggers, protective sensors, emergency release and external access-control interfaces are separate specifications. Their inclusion and behavior are defined with the selected operator, not inferred from a generic automatic-door label.

Selection and Installation

Choose the trigger for gowned users

Specify whether normal opening uses a hand-approach sensor, presence detection, foot switch or an access-permission signal. Match its position and detection area to the gowning routine and nearby traffic. A powered leaf may still use a push-button command; powered movement and touch-free activation are not the same feature.

Keep activation and door protection separate

An opening sensor requests movement. Protective sensing monitors people or objects where a moving leaf could create a hazard. Identify both functions, their coverage and the door operator's actual stop, hold-open or reversal response. Select closing speed and timing for the intended users. Neither a sensor shown in a doorway nor a control button establishes automatic-door safety or accessibility compliance.

Allow leaf travel and a usable clear opening

Reserve the full side-travel or pocket space of each sliding leaf, including the drive and maintenance cover. Check actual clear doorway width and height independently of internal chamber dimensions. Sliding avoids a swing arc but still occupies lateral space. Covered guides are an option, not evidence of a completely track-free floor. Keep the selected guide and threshold reachable for cleaning.

Coordinate routine cycles and recovery

Use the selected closed-position and interlock inputs before normal blower operation, then define exit release, return travel and restart after an interruption. Specify emergency release, loss-of-power behavior and any building alarm connection separately from the entry trigger. Do not assume that cutting power automatically opens a motorized leaf. The air shower supports garment particle control; it does not sterilize personnel or replace room ventilation. Where the building route branches, compare the three-door cleanroom air shower.