Product Parameters:
Model: YTNHA-300
Nitrogen output flow rate: 0~300ml/min
Nitrogen output pressure: 0~0.4MPa
Gas purity:>99.9%
Nitrogen impurity content: O2 ≤ 5ppm
Nitrogen dew point: -70 ° C
Hydrogen purity:>99.999%
Hydrogen output flow rate: 0~300ml/min
Hydrogen output pressure: 0~0.4Mpa
Pressure stability: ≤± 0.005Mpa
Liquid tank capacity: 1200ml
Water quality requirements: purified water, distilled water, deionized water
Air purity:>99.999%
Air output flow rate: 0~3000ml/min
Air output pressure: 0~0.4Mpa
Working voltage: 220V 50Hz
Rated power: 400w
Water tank capacity: 1200ml
Environmental temperature and relative humidity: 0~40 ° C/humidity<85%
Environmental conditions: No large amount of dust or corrosive gases
Noise: Silent compressor
Dimensions (LxWxH): 373x580x392mm
Net weight (kg): approximately 33.4kg
YTNHA-300 Nitrogen Hydrogen Air Integrated Machine
Model: YTNHA-300
Product Overview:
The nitrogen hydrogen air integrated machine highly integrates nitrogen, hydrogen, and air generators into one, with significant advantages such as compact structure, high integration, easy use, and saving laboratory space. This device can simultaneously output high-purity nitrogen, high-purity hydrogen, and clean compressed air, making it an ideal upgraded product to replace traditional high-pressure gas storage tanks for gas supply. It is widely used as a supporting gas source for analytical instruments such as gas chromatographs and mass spectrometers.
Product Features of YTNHA-300 Nitrogen Hydrogen Air Integrated Machine by Yetuo
Three in one, integrated and efficient
The nitrogen, hydrogen, and air generators are highly integrated, with one machine for three purposes, saving laboratory space and facilitating operation and maintenance;
Low pressure oil-free, quiet operation
Built in low-pressure oil-free and low-noise air compressor, with low vibration and noise;
High quality pipelines, clean and corrosion-resistant
Using stainless steel gas storage tanks and stainless steel pipelines that have undergone electrolytic polishing, ultrasonic cleaning, and passivation treatment to ensure clean and pollution-free gas and extend equipment life;
● Continuous operation, suitable for unmanned operation
Adopting a low-pressure solenoid valve design to ensure continuous and uninterrupted operation of the equipment, adapting to online unmanned environments, stable and reliable, and reducing manual intervention;
