Flammable
Gas Hazards (Risk of Fire & Explosion) e.g. Methane, Butane, Propane, Hydrogen (LEL), etc. 45+ types available.
Designed with cutting-edge technology, the PSD-MAX provides immediate and reliable alerts on detection of hazardous, toxic, combustible or oxygen gas or Volatile Organic Compound, ensuring protection for your facility and personnel. With its robust construction, user-friendly interface, seamless integration and connection capabilities, the PSD-X delivers reliable performance and peace of mind.
Instantaneous, STEL and TWA monitoring
From 4 Main Types of Hazards
Benefits
Keeps workers safe by continuously checking the air around them
Avoids charging issues; users just change the batteries and continue.
Warns early about dangerous gas leaks or low oxygen levels.
Reduces long-term costs with strong build and long-life sensors.
S.O.S mode for safety of the user
Early calibration due warning for the user
One device model can cover upto 4 gases around the area.
Parameters
Carbon Monoxide
Odorless gas; causes fatal poisoning in confined spaces.
Sulphur Dioxide
Pungent gas ,respiratory problems and acid rain contributor.
CARBON DIOXIDE
Non-toxic normally; high concentrations can cause suffocation
AMMONIA
Toxic, corrosive; respiratory damage and environmental contamination risk.
CHLORINE
Highly toxic; corrosive leaks pose immediate health dangers.
OZONE
Reactive gas; causes respiratory issues and lung damage
hydrogen chloride
Corrosive gas; severe respiratory damage upon contact or inhalation
Nitrogen Dioxide
Significant pollutant; irritates lungs, contributes to urban smog.
Oxygen
Asphyxiants displace oxygen, causing oxygen deficiency and harm.
Technical Specifications
Use Cases
Confined Space
Monitoring O2, CO , hydrogen sulfide, methane, VOCs, sulfur dioxide, ammonia, and chlorine levels in confined spaces.
Benefit: Prevents asphyxiation, protects against poisoning and toxic exposure, ensures safeguards worker health
Chemical Industry
Monitoring toxic and corrosive gases like chlorine, ammonia, and hydrogen sulfide in chemical units
Benefit: Protect workers from exposure to harmful substances and ensuring safe manufacturing process
Pharmaceutical Industry
Detecting nitrogen leakage in spray-dryer areas in pharmaceutical units
Benefit: Protect workers from Asphyxiation and ensure they get safely evacuated
Power Generation Plant
Monitoring hydrogen gas leaks in cooling systems of power generators
Benefit: Preventing fires and ensuring the efficient operation of power generation systems
Drug Synthesis
Ensuring the safe handling of volatile organic compounds (VOCs) and other hazardous gases used in drug synthesis
Benefit: Maintain cleanroom environments and protect personnel from toxic exposure
Food & Beverage
Detecting carbon dioxide (CO2) leaks in beverage carbonation processes
Benefit: Preventing worker asphyxiation and ensuring product quality
Petrochemical Industry
Monitoring flammable and toxic gases like ethylene and propylene during petrochemical production
Benefit: Minimizing the risk of explosions and health hazards
Underground Mines
Monitoring methane and carbon monoxide in underground mines
Benefit: Preventing explosions and protecting miners' health
Fertilizers
Detecting ammonia leaks during the production of nitrogen-based fertilizers
Benefit: Ensuring the safety of workers and preventing environmental contamination
Smelting & Refining
Detecting leaks of carbon monoxide (CO) and other toxic gases during smelting and refining processes
Benefit: Prevent worker exposure to harmful gases and ensure compliance with safety regulations
Water Purification plant
Detecting chlorine gas leaks in water purification processes
Benefit: Ensuring the safety of plant operators and maintaining safe water supply
Dyeing & Finishing
Detecting gases like ammonia and formaldehyde used in dyeing and finishing processes
Benefit: Ensuring safe working conditions and compliance with environmental regulations
Storage & Transport
Monitoring for leaks of methane and other gases during LNG storage and transport
Benefit: Preventing fires and ensuring the safe handling of LNG
Clinker Production
Monitoring carbon monoxide and other harmful gases during clinker production
Benefit: Ensuring worker safety and reducing environmental impact
Biogas production & Storage
Continuous monitoring of methane and hydrogen sulfide during biogas production and storage
Benefit: Maximize the efficiency and safety of biogas plants
Bleaching & Chemical
Detecting sulfur dioxide (SO2) and chlorine dioxide (ClO2) in bleaching and other chemical processes
Benefit: Ensuring worker safety and preventing environmental pollution
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