The Circulaire® Powder Containment Cabinet is designed to provide maximum operator protection when handling powders, dust, and airborne particulates whilst supporting the sensitivity of micro and semi-micro balances.
The cabinet ensures a safe and controlled working space while maintaining exceptional containment efficiency.
The Circulaire® Powder Containment Cabinets are designed to provide a controlled environment for accurate weighing when handling powders. Ideal for laboratories, pharmaceutical, and manufacturing environments, the cabinet ensures that hazardous substances are contained, preventing exposure to the user and the surrounding environment.
The transparent working area and ergonomic design provide a comfortable working environment whilst a protective flow of air into the cabinet is maintained. Additionally, a stable ceramic work surface and low vibration conditions ensures no impact to the use of precision balances. Additionally, the cabinet uses a high efficiency fan and LED lighting together with a power saving ECO mode.
The Powder Containment Cabinet functions by drawing air through the front opening and directing it through a high-efficiency HEPA filtration system. Negative pressure within the cabinet ensures that no contaminants escape into the external environment, while providing a safe working space for operators.
The filtered air is then safely exhausted or recirculated, ensuring a clean and controlled workspace. The system continuously monitors airflow to maintain peak efficiency and protection.
Solution
The Circulaire® Powder Containment Cabinets are designed to provide a controlled environment for accurate weighing when handling powders. Ideal for laboratories, pharmaceutical, and manufacturing environments, the cabinet ensures that hazardous substances are contained, preventing exposure to the user and the surrounding environment.
The transparent working area and ergonomic design provide a comfortable working environment whilst a protective flow of air into the cabinet is maintained. Additionally, a stable ceramic work surface and low vibration conditions ensures no impact to the use of precision balances. Additionally, the cabinet uses a high efficiency fan and LED lighting together with a power saving ECO mode.
Operation
The Powder Containment Cabinet functions by drawing air through the front opening and directing it through a high-efficiency HEPA filtration system. Negative pressure within the cabinet ensures that no contaminants escape into the external environment, while providing a safe working space for operators.
The filtered air is then safely exhausted or recirculated, ensuring a clean and controlled workspace. The system continuously monitors airflow to maintain peak efficiency and protection.
Specification
Models: PCC90- 900 mm, PCC120 – 1200mm, PCC150- 1500mm.
Polyester Coated Zintec Mild Steel with an Optional 316-grade stainless steel Work Surface.
Options
| Model | PCC90 | PCC120 | PCC150 |
|---|---|---|---|
| External Dims (W x D x H) | 912mm x 832mm x 970mm | 1212mm x 832mm x 970mm | 1512mm x 832mm x 970mm |
| Work Surface (W x D) | 840mm x 490mm | 1140mm x 490mm | 1440mm x 490mm |
| Air Volume | 346 m3/h | 466 m3/h | 586 m3/h |
| Air Velocity | 0.37 m/s | ||
| Primary Filter | 2 x H14 HEPA Filter – 99.97% efficient at 0.3um | ||
| Secondary Filter | Optional Activated Carbon Filter | ||
| Power | 170 watts | 200 watts | 250 watts |
| Weight | 130kg | 174kg | 217kg |
Reliable weighing results when using micro / semi-micro balances.
Real-time monitoring of airflow and filter life enhances user safety and reduces downtime.
H14 high-efficiency particulate air (HEPA) filters ensure airflow is free from contaminants, to create a sterile workspace.
PIR Sensors ensure efficient energy consumption by placing the cabinet in Eco Mode after a period of operator inactivity.
Eliminates expensive external ducting, simplifies installation, and makes the unit portable for flexible positioning.
In partnership with FRASER Antistatic, ensure optimal antistatic performance to safeguard sensitive processes from electrostatic discharge.
