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172L Vacuum Chamber (17x20x30") with Digital Pressure Control for Altitude Simulation (UN 38.3.4.1) - MSK-VA172

172L Vacuum Chamber (17x20x30") with Digital Pressure Control for Altitude Simulation (UN 38.3.4.1) - MSK-VA172

Minimum Order: $20 (equipment), $100 (crystals)

Price: RFQ

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MSK-VA172 has a 172 liters capacity larger vacuum chamber with a built-in vacuum pump and control system designed for Battery Altitude Simulation Test based on UN38.3 standard (38.3.4.1).
It can also be used as a vacuum storage chamber with automatic control of vacuum pressure and no vacuum leaking.
Please click here to review the UN38.3 Li-Ion Battery Transportation Safety Testing Requirements

SPECIFICATIONS
Power
  • 220VAC, 50/60Hz,
  • 110VAC available upon request
  • Max Power: 1 kW
Chamber
  • Heavy duty and explosion-proof stainless steel structure
  • Inside dimensions:
    • Size: 440 mm x 520 mm x 750 mm (17 x 20 x 30")
    • Capacity: 172 liters
  • Working temperature: Room Temp. without heating
  • Ideal explosion-proof box with four Latch-Action Toggle Clamps for the high power rechargeable battery testing
  • Max. Vacuum: 0.2 KPa (1.5 Torr) by built-in Mechanical pump
  • Click here to see vacuum pressure conversion.
Pressure Control

Compliance
  • CE Certified
  • NRTL (TUV-UL61010)) or CSA certification is available at an extra cost
Attention Note
  • Please be aware that the welding joints inside the chamber are ground in order to smooth out the surface, however, they are not mirror-polished.

 

 

 

Dimensions Info:

  • Production Dimensions: 810mm x 620mm x 1600mm ( L x W x H)

Shipping Info:

  • Shipping Dimensions: 47" x 39" x 63"
  • Shipping Weight: 435 lbs

MTI offers a One-Year limited warranty for this product.

The MTI One Year Limited Warranty does NOT cover

  • Consumable parts, such as graphite dies, O-rings, crucibles, screws, washers, glassware, etc.
  • Any damage and rust resulting from improper storage or maintenance.
  • Any damages caused by the use of corrosive and acidic gases.
  • Any damage resulting from failing to adhere to the individual product's specific operation requirements, such as water cooling, venting, etc.
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