Honeywell BW Solo Wireless NH3 (Ammonia) Single Gas Monitor; BWS1-A
Honeywell BW™ Solo has everything you expect — plus additional features to make your compliance easier and more cost-effective than ever. All with a reliable life span, one-button operation and small, lightweight profile. Honeywell BW™ Solo is:
- The easiest single-gas detector to service, with no need to take it apart to replace sensors, batteries and sensor filters. That means long life and low cost.
- Complete with an extensive selection of sensor options. Count on comprehensive detection, whether you’re monitoring for common or exotic hazards.
- The first single-gas detector with the 1-Series sensor for CO, H2S, O2 and CO2. That means high accuracy, lower costs and faster sensor response time for the gases you monitor most often.
- Compatible with IntelliDoX. Save time and centralize data with automated bump testing, calibration and instrument management. Use IntelliDoX docking stations with Honeywell SafetySuite Device Configurator software to maintain and monitor your entire fleet from practically anywhere.
- Measuring Range:0-100ppm
SKU: BWS1-A-Y (Yellow)
SKU: BWS1-A-B (Black)
Honeywell BW Solo Wireless NH3 (Ammonia) Single Gas Monitor; BWS1-A
FEATURES AND BENEFITS
For even more time-saving convenience — plus remote visibility on alarms — choose the wireless version. And manage it from your smartphone.
Pair the wireless Honeywell BW™ Solo with our Safety Communicator mobile app and detector readings are sent instantly to Honeywell’s real-time monitoring software – Honeywell Safety Suite – which can be accessed from any device with an internet connection, and get remote visibility on worker safety and location.
You can also use the wireless Honeywell BW™ Solo to share gas data with the desktop software — no dock required.
Other Honeywell BW™ Solo features:
- Option to activate IntelliFlash™ or non-compliance flash
- Ability to assign detectors to workers and locations
- Easy-to-read display for multiple languages
- Data logging with rolling 24-hour peak reading
