Essential Gasco2-5000n2-58 Honeywell 5000ppm(0.5%)carbon Dioxide (co2) In N2 58l - Today Only [FLfySMQO]

GasCO2-5000N2-58 Honeywell CO2 Sensor

Introducing the GasCO2-5000N2-58, a cutting-edge CO2 sensor from Honeywell designed for precision measurement in N2 environments. This sensor is engineered to provide accurate and reliable readings of CO2 levels, making it an essential tool for various applications. With its advanced technology and robust construction, the GasCO2-5000N2-58 ensures that you can monitor CO2 levels with confidence.

• High Accuracy: The GasCO2-5000N2-58 offers precise measurements, with a 5000ppm range and a 0.5% accuracy, ensuring reliable data for your applications.
• 58L Flow Rate: The sensor is designed to handle a flow rate of 58 liters per minute, allowing for efficient sampling and analysis.

Product Specifications and Technical Details

The GasCO2-5000N2-58 is equipped with state-of-the-art technology that guarantees exceptional performance. Here are some of its key specifications:

• CO2 Range: 0 to 5000ppm
• Accuracy: ±0.5% of reading, ±1ppm
• Flow Rate: 58 liters per minute
• Temperature Range: -20 to 60°C
• Humidity Range: 0 to 100% RH

The sensor is also compatible with various data logging systems and can be easily integrated into existing monitoring setups.

Practical Applications and Benefits

The GasCO2-5000N2-58 is versatile and can be used in a wide range of applications, including:

• Industrial Processes: Monitor CO2 levels in industrial settings to optimize process control and ensure safety.
• Environmental Monitoring: Measure CO2 levels in outdoor environments to track air quality and climate change.
• Healthcare Facilities: Use the sensor to monitor CO2 levels in patient care areas, ensuring a comfortable and safe environment.

With its high accuracy, reliable performance, and broad range of applications, the GasCO2-5000N2-58 is an invaluable tool for professionals in various fields. Invest in this top-tier sensor to enhance your monitoring capabilities and make informed decisions.