Model HUYAir PWB-1200 Elite | Powder Weighing Balance Enclosure

FEATURES

Powder Weighing Balance Enclosure – HUYAir PWB Elite is designed to protect users during weighing, measuring, pouring, mixing, and all related activities from dust, particles, and powders of hazardous compounds or liquid chemicals
Sash made of UV-resistant tempered glass, sliding sash, and counterweights.
DC motor and EBMpapst fan from Germany ensures energy savings.
Work zone: ISO class 5
HEPA (H14) or ULPA (U15) filters from Camfil (Sweden) or AAF (USA) with 99.999% (H14) or 99.9999% (U15) filtration at 0.3 µm/0.1 µm.
Microprocessor controller with a touch screen displaying real wind speed, time settings, UV, door opening warning and wind speed according to settings, and can be calibrated directly on the screen about fan speed.
The cabinet angle is 7° for easy operation
There are access ports for accessories such as valve of air, water, gas, and head for online particle counting samplers.

Model	HUYAir PWB – 1200 Elite
Controller	Microprocessor with 4.3 – inch touch display
Downflow air velocity	0,3 m/s
Light intensity	>750 lux
Noise	<65 dB
Weighing table position	2
Anti-vibration weighing table model	BB78120
Motor	DC
External dimensions (W x D x H)	1200 x 750 x 1220 mm
Internal dimensions (W x D x H)	1200 x 750 x 800 mm
External dimensions (W x D x H) including the stand	1200 x 750 x 2020 mm
Voltage – Frequenciens	200 – 240V, 50/60 Hz
Warranty	3 years

Anti-Vibration Table accessories	Anti-Vibration Table 01 position \| Height 800, designed to be compatible with the HUYAir PWB model.
	Anti-Vibration Table 02 position \| Height 800, designed to be compatible with the HUYAir PWB model.
Power accessories	Power outlet

The surrounding air is drawn into the cabinet through the front opening. The airflow entering is 100% ensured to pass through the HEPA filter, forming an upward vertical airflow that exits the cabinet. This process ensures that the air released into the environment is filtered clean and not contaminated by dust particles or other pollutants.