|Name:||HiYi Air Balancing Hood For Cleanroom Monitoring Rechargeable Battery Data Storage Air Flow Capture Hood||Measurement Range:||40～3600m3/h|
|Standard Size:||610×610mm(24”×24”)||Optional Sizes:||1220×610mm 760×760mm 830×830mm 915×915 Mm|
|Power Supply:||Li-battery For 6 Hours Continuous Use||Weight:||4.5kg (Air Capture Hood Size: 610×610mm)|
|Accessories:||Carrying Case, User Manual, Calibration Certificate, Battery Recharger||Selectable Items:||Printer, Tripod|
SIMT Air Flow Capture Hood,
3600m3/h Air Flow Capture Hood,
Accubalance Air Capture Hood
HiYi Air Balancing Hood For Cleanroom Monitoring Rechargeable Battery Data Storage Air Flow Capture Hood
Accubalance Air Capture Hood
ACH Accubalance Air Capture Hood is used to measure the air volume flowing through air-outlet, diffusers and grilles.
ACH Accubalance Air Capture Hood has reached the same level of the similar products internationally on accuracy and performance.Its high reliability ensures the measurements to be accurate, the measurements can be saved as well. Sizes for its cover, random accessories, calibration certification and carrying case can be different according to the Air inlet size.
|Power supply||li-battery for 6 hours continuous use|
|Weight||4.5kg (Air Capture Hood size: 610×610mm)|
|Data storage||4608 samples|
|Accessories||Carrying case, User manual, Calibration certificate, Battery recharger|
|Selectable items||Printer, Tripod|
1. Automatically display the wind direction: inlet flow or outlet flow
2. Displayed units can be switched between m3/h and ft3/min
3. Compact packing, convenient shipment
4. USB flash disk can be used to export data, easy to use
5. With WIFI print function
6. High-capacity data storage (4,608 samples)
7. Operation can be switched between Chinese and English
8. With buzzer alarm function, if the alarm limit is exceeded, the data will turn red for pre-alarm
9. Free carrying case with caster
10.Ergonomic design and ultra light weight for easy, one-person operation
11. Automatically senses and displays supply or return flows, saving time on the job
12. Back pressure compensation ensures accurate readings
13. Multiple hood sizes available for easy, cost effective use across multiple jobs
14. Detachable digital micromanometer offers flexibility to use in multiple applications
Clean room certification
Troubleshooting HVAC systems
Testing and balancing HVAC systems
There are different kinds of flow hoods commonly used in the laboratories. They are divided into three main classes.
Class 1. In these types of flow hoods, the air flows from the lab towards the surface where the experiments are conducted
Class 2. In this flow hood, air flows from the lab towards the chamber. Fresh air then enters the chamber from above. The exhaust air is then HEPA filtered before release to the environment through the exhaust fume hood. The air can also be recirculated inside the chamber.
Class 3. These kinds of biosafety cabinets are used in labs where delicate experiments are conducted. Both the air entering the chamber and the air exiting are passed through HEPA filters to ensure that it is free from contamination.
This kind of flow hood is not only used in biological labs. It is also a standard component in electronic manufacturing labs where it is used to create a non-contaminated environment that is required during assembling of electronics.
The equipment is also essential in a microbiology lab. Laminar flow hoods are used to ensure that the air required in handling specific microorganisms such as antisera is clean and free from contaminants.
A horizontal laminar flow hood is used in pharmaceutical companies to create an aseptic environment for the handling of sterile products. The horizontal laminar flow hood is fitted with HEPA filters that continuously bathe the working deck with fresh air. This aids in the removal of microorganisms that can interfere with the experiments. The air from the laminar flow hood exits the chamber via an exhaust fume hood.
Contact Person: Lisa Niu