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MSA 467895

MSA 467895 Fixed Flow Calibration Regulator, For Use With Model RP Calibration Check Gas Cylinders

  • Manufacturer: MSA - The Safety Company
  • Brand Name: MSA
  • Part Number: MSA 467895
  • MPN: 467895
  • UPC: 641817007624
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading Available at Reynolds & Son, Inc - So Barre

The ALTAIR io 4 is a secure, smart gas detector with out-of-the-box connectivity packed into an ultra-rugged design. It features our XCell sensor platform which continues to lead the industry in lifetime and durability. The ALTAIR io 4 was designed from the ground up to work seamlessly with the MSA Grid and the ALTAIR io Dock, providing hassle-free compliance, effortless fleet management and incredible visibility into your worker safety that you've never had before.

MSA Calibration Regulator, Fixed Flow, 0.25 Lpm Flow Rate, Nickel Plated Polished Aluminum, Shut-Off Valve, For Use With: Model RP Calibration Check Gas Cylinders

Flow Rate      :      0.25 Lpm
Material      :      Nickel Plated Polished Aluminum
Suitable For Use With      :      Model RP Calibration Check Gas Cylinders
Type      :      Fixed Flow
Valve Type      :      Shut-Off
  • Available through MSA+, our comprehensive subscription program including hardware and software, gives you access to powerful cloud-based solutions enabling faster implementation, increased warranty coverage and automatic software and firmware upgrades - with minimal capital expense
  • Designed with fully integrated connectivity for real-time visibility across your worksites from day one
  • CAT-M LTE cellular connectivity and integration with the MSA Grid
  • Deploys in seconds, right out of the box - No IT required
  • Rugged, durable design and industry-leading XCell Sensors
  • Survives a 25-foot drop test and breakthrough sensor design enables faster response and shorter span calibrations
  • 1 to 4 gas options available, and sensor options include, Combustible (LEL), Oxygen, Carbon Monoxide, Hydrogen Sulfide, Methane, Sulfur Dioxide, Nitrogen Dioxide, H2S Low-Concentration, CO, Hydrogen-Resistant SO2