MSA ALTAIR® 10092522 Single Gas Detector, Carbon Monoxide Gas, 0 to 500 ppm Detection, Audible/Vibration/Visual Alarm, Lithium Battery, Stainless Steel/Solid Electrolyte Housing
05815620
MFG #: 10092522
$0.00
/ Each
Item currently not in stock. Lead time based upon availability from the manufacturer.
- Series: ALTAIR®
- Gas Type: Carbon Monoxide
- Detection Range: 0 to 500, 0 to 500 ppm
- Alarm Type: Audible/Vibration/Visual, Audible/Visual/Vibrating
- Display Type: LCD
- Resolution: 1, 1 ppm
- Operating Temperature: -20 to 50, -20 to 50 deg C
- Battery Type: Lithium
- Housing Material: Stainless Steel/Solid Electrolyte
- Dimensions: 3.4 in H x 2 in W x 1 in D
- Display: LCD
MSA ALTAIR® Single Gas Detector, Carbon Monoxide Gas, 0 to 500 ppm Detection, Alarm: Audible/Vibration/Visual, LCD Display, 1 ppm Resolution, -20 to 50 deg C Operating, Lithium Battery, Stainless Steel/Solid Electrolyte Housing Material, 3.4 in H x 2 in W x 1 in D
- Sensor options for CO
- Sensor options for C
- Patented electrochemical sensors and MSA built button sensors
- Patented electrochem
- Automatically records the last 25 alarm/test events and can communicate data by connecting
- Automatically record
- Rubberized armor housing and one button operation for maximum durability and simplicity
- Rubberized armor hou
- Stainless steel and solid electrolyte construction virtually eliminate sensor leakage
- Stainless steel and
Sensor options for CO
Sensor options for CO
Patented electrochemical sensors and MSA built button sensors
Patented electrochemical sensors and MSA built button sensors
Automatically records the last 25 alarm/test events and can communicate data by connecting to MSA Link™ via built in IR communication port
Automatically records the last 25 alarm/test events and can communicate data by connecting to MSA Link™ via built in IR communication port
Rubberized armor housing and one button operation for maximum durability and simplicity
Rubberized armor housing and one button operation for maximum durability and simplicity
Stainless steel and solid electrolyte construction virtually eliminate sensor leakage
Stainless steel and solid electrolyte construction virtually eliminate sensor leakage