CHC lab XFL-MW-240 ウォークインヒュームフード 2.4m

Size (W×D×H, mm) :

+Outer:  2400×1200×2650

+Inner:   2195×870×2385

Material:

+Outer:        Steel Plate (Epoxy Powder Coated)

+Inner: Phenolic Laminate 

+Sash:        Tempered Glass 5 mm

+Frame:        Steel Pipe (Epoxy Powder Coated)

Types of Sashes:    Vertical sash

Cup Sink:        1 EA (Option: 2 EA)

Power Socket:   220V X 6EA (Left, Right 3EA each)

Lamp (LED):        30 W×2 

Earth Leakage Breaker Ceiling Voltage Distribution Box (Including Terminal Block & Earth Leakage Breaker) (option : Front Earth Leakage Breaker)

Earth Leakage Breaker:    20A, 2 Units

Valves:        Water×1EA, N₂×1EA (option : Additional Valve 4 EA)

Exhaust Port:  PVC Ø250 (option : PVC Ø300 / P.P. Ø250, Ø300)

Power Consumption:   60 W

Option

 · Movable Workbench (Low Work In)

 · Sash Safety Film

 · Wall STS Cup Sink

 · Blower

Size for use with lab bench and equipment

Work-in hoods are used when you need to do experiments that require the use of a laboratory or large equipment.

Designing an optimized fluid flow

For the safe discharge of contaminants in the fume hood, the fluid flow is optimized by designing the delicate internal structure using the CFD fluid program.

CHC Monitor

By applying an optimized self-developed monitoring system to the fume hood of CHC LAB, the wind speed of the fume hood is measured in real-time and the status is delivered to the user.

Emergency discharge system (CHC VAV Controller application options)

Through the Emergency Discharge function, it is possible to quickly discharge the internal air to the outside by increasing the discharge air volume in the event of an emergency, such as the generation of a large amount of harmful gas.

Safety Sash Stopper & Guard

By artificially stopping the sash at an appropriate height of 500mm, it prevents exposure to harmful substances due to sudden openings.