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Microbiological Lab Walk In Fume Hood 1300mm Max Opening With Botton Supporting Structure

Microbiological Lab Walk In Fume Hood 1300mm Max Opening With Botton Supporting Structure

    • Microbiological Lab Walk In Fume Hood 1300mm Max Opening With Botton Supporting Structure
    • Microbiological Lab Walk In Fume Hood 1300mm Max Opening With Botton Supporting Structure
    • Microbiological Lab Walk In Fume Hood 1300mm Max Opening With Botton Supporting Structure
    • Microbiological Lab Walk In Fume Hood 1300mm Max Opening With Botton Supporting Structure
  • Microbiological Lab Walk In Fume Hood 1300mm Max Opening With Botton Supporting Structure

    Product Details:

    Place of Origin: CHINA
    Brand Name: MODULAR
    Certification: ISO14001, ISO 9001,CE,SGS
    Model Number: MWFH-G03

    Payment & Shipping Terms:

    Minimum Order Quantity: 1 set or 1 unit
    Price: negotiable
    Packaging Details: safety package for transporation
    Delivery Time: within 7 - 20 workdays after recevided the deposit
    Payment Terms: L/C, D/A, D/P, T/T, Western Union
    Supply Ability: 10000 units per month
    Detailed Product Description
    Name: Walk In Fume Hood Usage: Chemical Cupboard
    External Size: 1500/1200*800*2200mm Internal Size: 1280/980*600*1650mm
    Front Window: Manual Consumption: 400W

    Stainless Steel Walk In Fume Hood Operation Of The Fume Cupboard

     

     

    Techenical Data

    Model FH1200W FH1500W
    external size 1200*800*2200mm 1500*800*2200mm
    internal size 980*600*1650mm 1280*600*1650mm
    max opening 1300mm 1300mm
    exhuast airflow volume 1150m³/h 1500m³/h
    inflow air velocity 0.3-0.8m/s 0.3-0.8m/s
    noise 62dB 62dB
    vibartion XYZ direct ≤ 4μm XYZ direct ≤ 4μm
    illumination ≥ 800Lux ≥ 800Lux
    led lamp 12W*2 16W*2

     

     

    Fume hood design definitions

    Flammable and corrosive material storage cabinets: flammable and corrosice cabinets typically comprise the botton supporting structure of the fume hood. Tjey can be vented or non-vented enclosures used primarily for storage of flammable or corrosive materials. If vented, the flammable storage cabinet is connected to the hood exhuast.

     

    Alarms, sensors, controls, and guages: Many of the newer VAV hoods are installed with alarms, sensors, controls and gauges. These features are incuded to provide lab personnel with a constant reading of fume hood performance. If the face velocity falls below an acceptable range the hood sensors will trigger an alarm to notify lab personnel. Low velocity alarms activate when the sash has been raised to a height at which the hood can no longer exhaust a sufficient amount of air, the building air exhaust system is not working properly, or there has been a power outage. When a low velocity alarm is activated, no hazardous chemical work should be performed until the exhaust volume is increased. Additionally, laboratory workers shold bot attempt to stop or disable hood alARMS. NU's Physical Plant should be notified for adjustment of air handling system exhaust and fume hood maintenance.

     

     

    A walk-in hood is a hood which sits directly on the floor and is characterized by a very tall and deep chamber that can accommodate large pieces of equipment. Walk-in hoods may be designed as conventional, bypass, auxiliary air, or VAV. If you have a walk-in hood, contact MODULAR for operating protocol and inspection procedures.

    Canopy hoods are horizontal enclosures having an open central duct suspended above a work bench or other area. Canopy hoods area most often used to exhuast areas that are too large to be enclosed within a fume hood.The major disadvantage with the canopy hood is that the contaminants are frawn directly past the user's breathing zone.

    Microbiological Lab Walk In Fume Hood 1300mm Max Opening With Botton Supporting Structure

    Contact Details
    Modular Lab Limited

    Contact Person: Albert.luo

    Tel: +8615914927806

    Send your inquiry directly to us (0 / 3000)

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