Nitrogen, argon, helium, carbon dioxide, and other inert gases can silently displace oxygen, creating hazardous atmospheres that put workers at risk. The ALPHA OMEGA INSTRUMENTS™ Series 1300™ Oxygen Deficiency Monitor provides continuous ambient oxygen monitoring with audible and visual alarms to help protect personnel before oxygen levels become dangerous.

Designed for laboratories, cryogenic facilities, industrial plants, semiconductor fabs, medical gas storage, and confined spaces, the Series 1300 delivers reliable oxygen deficiency monitoring using an extended-life electrochemical sensor with proprietary Enhanced Electrolyte System (EES) technology for long sensor life, stable performance, and low maintenance.

Contact us today for more information.

Why Choose the Series 1300?

Benefits

• Continuous ambient oxygen monitoring
• 0–30% oxygen measurement range
• Extended-life electrochemical sensor
• Proprietary Enhanced Electrolyte System (EES)
• Three-year sensor warranty
• Up to three sensor locations
• Four programmable alarm relays
• Audible and visual alarms
• Built-in data logger
• RS-232 communications
• Low maintenance
• Wall-mounted industrial design
• Factory calibrated
• Reliable personnel protection

DOWNLOAD:  AOI Configurator 20251107 – Rev 5.4

VIDEOS

Series 1300 Oxygen Monitor Calibration

Series 1300 Oxygen Deficiency Monitor

Series 1000 Oxygen Deficiency Monitor Calibration

Why Monitor Oxygen Deficiency?

Many industrial gases are colorless, odorless, and non-toxic, yet they can displace oxygen without warning.

Continuous oxygen deficiency monitoring helps:

• Protect personnel
• Detect oxygen displacement immediately
• Meet facility safety procedures
• Reduce confined-space hazards
• Improve emergency response
• Support OSHA compliance programs
• Increase worker confidence

The page already references OSHA’s definition of an oxygen-deficient atmosphere as below 19.5% oxygen and notes that oxygen levels below 16% are dangerous to human life.

Why the Enhanced Electrolyte System (EES)?

The Series 1300 features proprietary Enhanced Electrolyte System (EES) technology designed to extend sensor life and improve long-term measurement stability.

Benefits include:

• Longer sensor life
• Reduced maintenance
• Improved stability
• Better resistance to humidity
• Better resistance to harsh environments
• Lower operating costs
• Faster sensor response

OXYGEN ANALYZERS RESOURCES AND MANUALS

DOWNLOAD: AOI Configurator 20251107 – Rev 5.4

• Which oxygen sensor technology is right for my application?
• Pros and Cons of Sensor Types
• Selecting Your Oxygen Analyzer
• Product Configurator & Parts List

Oxygen Monitors Resources and Manuals

Need service or calibration for your oxygen analyzer?  No problem.   We are ready to assist you with any technical or service-related inquiries.  Just complete our Oxygen Monitor RMA. 

SALES | TRAINING INQUIRIES

AMERICAS: info.americas@process-insights.com

EMEAI (includes India): info.emeai@process-insights.com

APAC:  info.apac@process-insights.com

CHINA:  info.cn@process-insights.com

SERVICE | TECHNICAL INQUIRIES ONLY

Applications

Confined Space Monitoring

Continuously monitor oxygen levels in enclosed or restricted areas where inert gases may displace breathable oxygen.

Applications include:

• Storage tanks
• Silos
• Utility tunnels
• Crawl spaces
• Equipment vaults
• Maintenance access areas

Laboratory Safety

Protect laboratory personnel working around:

• Liquid nitrogen
• Liquid argon
• Helium systems
• Cryogenic freezers
• Gas cylinders
• Controlled atmosphere chambers

Semiconductor Manufacturing

Monitor oxygen levels in areas using:

• Nitrogen purge systems
• Bulk gas storage
• Gas cabinets
• Valve manifold boxes
• Specialty gas systems
• Cleanroom support utilities

Industrial Gas Facilities

Provide oxygen deficiency protection near:

• Nitrogen storage
• Argon storage
• Carbon dioxide systems
• Helium systems
• Gas cylinder filling stations
• Bulk gas distribution

Cryogenic Storage

Monitor oxygen displacement risks around:

• Liquid nitrogen tanks
• Liquid oxygen systems
• Cryogenic freezers
• Research facilities
• Medical gas storage
• Dewar filling stations

Food & Beverage Processing

Monitor oxygen levels around:

• CO₂ systems
• Nitrogen packaging
• Beverage carbonation
• Controlled atmosphere storage
• Cold storage facilities

Pharmaceutical Manufacturing

Ensure worker safety in facilities using:

• Nitrogen blanketing
• Cleanrooms
• Gas storage rooms
• Controlled environments
• Freeze drying operations

Medical & Healthcare Facilities

Monitor oxygen levels near:

• MRI systems
• Cryogenic storage
• Medical gas systems
• Research laboratories
• Tissue storage
• Blood banks