The ALTAIR 5X Gas Detector is capable of measuring up to 6 gases simultaneously and is available with integrated PID sensor for VOC detection. Driven by advanced MSA XCell® Sensor Technology, the ALTAIR 5X Gas Detector delivers faster response time, better stability, accuracy, longer service life, and cost savings over the life of the instrument.

Detects combustible gases in LEL and/or volume percentage range, oxygen, carbon monoxide, carbon dioxide, hydrogen sulfide, sulfur dioxide, ammonia, chlorine, VOCs, and many others depending upon sensor configuration.

Rugged overmolded polycarbonate housing provides unsurpassed durability, including ability to survive 10-ft. (3m) drop; IP65-certified.
Field-proven integral pump provides consistent gas flow, eliminating concerns of externally-attached components.
High performance XCell Sensors last longer:

Typical life greater than 4 years for combustible, O2, CO/H2S, SO2, CO/NO2 and CO (high concentration) sensors.
Typical life greater than 3 years for NH3 and Cl2 sensors.
Most sensor response and clear times <15 seconds.

Compatible with GALAXY® GX2 Test System

Available to Buy

Specifications

Gas delivery	Unit shall have non-detachable integral pump that is capable of sampling up to 75 feet (22, 86 m) at 0.3 lpm for standard versions of the Altair 5X.
Size, pumped unit without IR	Instrument shall not exceed 6.68”L x 3.52"Wx 1.95"H (16,9 cm L x 8,9 cm W x 4,2 cm H) in total size.
Size, pumped unit with IR	Instrument shall not exceed 6.68"L x 3.52"Wx 1.65"H (16,9 cm L x 8,9 cm W x 5,0 cm H) in total size.
Size, pumped unit with PID	Instrument shall not exceed 6.69" L x 3.53" W x 2.02” H (17,0cm L x 9,0cm H x 5,1cm H) in total size.
Weight	Weight shall not exceed 1 lb. (453 g) or 1.15 lbs. (680 g) (IR version).
Handling	Unit shall be a 1-hand operation device.
Case material	Unit shall have rugged rubberized armor.
Environmental protection	Instrument shall be minimum IP65-rated for dust and water ingress.
Display location	Instrument display shall be viewable from the front.