Air Shower Pass Box LASP-T2011

Introduction

Air Shower Pass Box features a primary filter size of 645 × 290 × 17mm, ensuring reliable contamination control with lower maintenance needs. It is equipped with advanced a touchscreen interface that allows operators to customize the air-shower cycle duration. The pass box has a UV lamp or ozone sterilizer for microbial disinfection. Our air shower pass box cabinet is built from 304 stainless steel for improved durability and corrosion resistance, making it ideal for sterilization protocols.

This pass box is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Air Shower Pass Box automatically remove surface particulates from materials. It plays a key role in pharmaceutical, biotechnology, semiconductor, laboratories, hospitals and sterile prep areas for maintaining environmental cleanliness.

Specifications

External Dimension (W× L× H)	980 ×690 ×1550
Internal Dimension (W× L× H)	600 × 600 × 600
Primary Filter Size (mm)	645 × 290 × 17
High Efficiency Filter Size (mm)	610 × 610 × 120
Fan Air Volume	1200
Fan Noise (dB)	< 65
Fan Speed (r/ min)	2800
Nozzle	Stainless steel / Φ30
High Efficiency Filter	>99.99% at 0.3 µm
Power Supply	220V/50HZ
Power Consumption	550 W
Weight	115 kg

Features

Multi-Stage Filtration

Stainless Steel Base Plate

Digital Control System

Adjustable Air Shower Duration

Washable Pre-Filter

FAQs

1. What are the maintenance and filter management guidelines in air shower pass box ?

Pre filtration units should be inspected and replaced when clogged or efficiency drops significantly. filters must be periodically tested to confirm airflow and filtration performance remains within desired standards. Always power down equipment before performing maintenance or filter replacement. Verify airflow directional arrows are properly aligned when reinstalling filters, and secure all panels before operation. Record details for each service event, including filter types, pressure checks, technician name, and date. Schedule validation of doors, interlock mechanisms, and sensors at regular intervals. Clean interior surfaces and nozzles using approved disinfectants and lint free wipes to uphold cleanliness standards.

2. What optional enhancements can be configured on air shower pass box ?

It supplies advanced models of air shower pass box . UV or ozone lamps may be integrated for microbial sterilization of passing materials. lighting supports visibility and inspection inside the chamber. Buzzer or light alarms alert opposing side operators during material transfers. Intercom systems or access controls can be installed for controlled access or communication. Conveyor belts or roller integration enables automated material movement. Fan fault indicators and pressure gauges can be included for predictive maintenance. Door release buttons or interlock override functions enhance operator control and emergency access.

3. How do air shower pass box support compliance and cleanroom workflow efficiency?

It supplies advanced models of air shower pass box . By actively cleaning materials during transfer, they reduce particulate introduction and support adherence to cleanroom standards. Interlocked doors and positive pressure maintain proper cleanroom separation per and protocols. Operational logs and real time sensor data assist in audit readiness and traceability. Programmable cleaning cycles and access restrictions reduce error potential and streamline staff training. These features minimize manual cleaning activities and prevent unnecessary door openings. Centralized monitoring allows multiple units to be managed and controlled from a central system. Overall, material transfer becomes safer, faster, and more compliant with cleanroom requirements.

4. What safety mechanisms are built into air shower pass boxes ?

It supplies premium Air Shower Pass Box These systems include door interlock mechanisms that prevent both doors from opening simultaneously, functioning as an effective airlock system to maintain cleanroom integrity. Emergency stop buttons allow immediate shutdown of operations and unlock doors for rapid access in case of malfunction or hazard. Audible and visual alarms notify operators about door malfunctions or ongoing cleaning cycles. Differential pressure monitors control airflow direction and trigger alerts if pressure deviates from preset conditions. Touchscreen interfaces display door status, fan operation, and system faults in real time. Password protected settings help prevent unauthorized configuration adjustments. Safety features ensure a clean transfer process and protect both materials and operators.

5. How does the control panel interface support operation and documentation?

Modern units are equipped with intuitive touch panels offering access to system settings, cycle activation, sterilization modes, and lighting controls system buttons allow operators to trigger air cleaning cycles, sterilization sequences, or emergency shutdown. Status indicators provide live feedback on doors, locks, air shower status, and lighting conditions. Digital control enables configuration of cleaning parameters such as cycle sequence and air flow timing. Operations logs store usage history, including door openings, cycle events, and fault condition summaries. Access control ensures only authorized personnel can modify system parameters or maintenance schedules. These interface capabilities facilitate documentation required for cleanroom compliance and operational traceability.