MSA ALTAIR io 4 10245598 Connected Multi-Gas Detector, LEL/O2/CO/H2S, LTE-M USA, Starter Purchase

  • ITEM CODE: MSAIN-10245598

  • Min. Order Qty: 1
  • Qty. Interval: 1

loading

MSA 10245598

DESCRIPTION


The MSA ALTAIR io 4 is a wearable multi-gas detector with built-in LTE-M cellular connectivity, so no gateways, Wi-Fi or IT setup are needed. As soon as it's powered on, it connects to MSA Grid, MSA's cloud-based safety software. Supervisors get live visibility of gas readings, alarms and worker location across every site, and bump test and calibration records are logged automatically for compliance reporting.


This configuration monitors combustible gas (0–100% LEL), oxygen, carbon monoxide and hydrogen sulfide using MSA's long-life XCell sensors. It's built to survive a 25-foot drop onto concrete, it's IP68 dust- and waterproof, and it's approved for Class I, Division 1 hazardous locations. That makes it well suited to confined space entry, turnarounds, plant maintenance and emergency response.


The Starter Purchase SKU is an outright purchase that includes the detector and an NA/EU/UK charger. An MSA Grid account is required for device setup and data access. The ALTAIR io Dock (sold separately) adds automated bump testing and calibration.

  • Integrated LTE-M cellular connectivity on US networks (Verizon, AT&T, T-Mobile), with no IT setup required.
  • Real-time gas readings, alarms and GPS location shared to MSA Grid.
  • Over-the-air configuration and firmware updates, applied to one device or a whole fleet.
  • XCell sensors with a typical 5-year life for LEL and 7-year life for O2, CO and H2S.
  • Survives a 25 ft (7.5 m) drop onto concrete and 60 minutes in an NFPA tumble tester.
  • IP68 dust- and waterproof rating (2 m for 1 hour).
  • Digital device assignment by tapping an MSA id Tag against the built-in RFID reader.
  • Automatic bump testing and compliance reporting when used with the ALTAIR io Dock.

  • Class I, Div 1, Groups A–D T4; Class I, Zone 0 AEx da ia IIC Ga T4; NA/IEC/ATEX; FCC/IC

back to top