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- Combined AIR & N2 Generators
- Zero Air Generator - AERO30
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- Zero Air Generator - AERO40
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- Combined H2 & AIR & N2 Generators
- Hydrogen Generator - HYDRO70
- Combined H2 & AIR Generators
- Zero-Air-Generators (AIR)
- Nitrogen-Generators (N2)
- Hydrogen - Hydro 50
- Hydrogen - Hydro 65
- Hydrogen - Hydro 70
- Nitrogen - Nitro 50
Leman Instruments products
Nitrogen - Nitro 50
Leman - Model NITRO50 L - Ultra-High-Purity Nitrogen Generator
LEMAN Instruments designed the NITRO50L product line of Ultra-High-Purity Nitrogen to fit almost any type of application that needs an independent supply of pure Nitrogen close to the consumer in an elegant, compact laboratory casing with a full-color touchscreen. Compressed air is first filtered from particulates to 5µm and dried by a static dryer. Based on the field-proven Pressure Swing Adsorption (PSA) technology, Nitrogen is extracted from a set of filters filled with CMS. After the extracting process, N2 passes through a buffer and is filtered of remaining particulates down to 0.01µm; finally, the output pressure is regulated electronically to the set value, between 0.5 and 7 bar.
Leman - Model NITRO50 LS - Nitrogen Generator
LEMAN Instruments designed the NITRO50LS product line of Nitrogen Generator to fit almost any application that needs a high flow of dry and ultra-pure Nitrogen (> 99.9995%) in a laboratory environment. Dry and clean compressed Air, supplied by an external source, is first filtered from particulates to 5µm. Based on the field-proven Smart Pressure Swing Adsorption (SPSA) technology, Nitrogen is extracted from a set of filters filled with high-efficiency CMS. After the extracting process, N2 is filtered of remaining particulates down to 0.01 µm, and pressure is regulated electronically to the set value, between 0.5 and 7 bar (7 to 102 psig).
Leman - Model NITRO50 LC - Nitrogen Generator
LEMAN Instruments designed the NITRO50LC product line of Nitrogen Generator to fit almost any application that needs a high flow of dry and ultra-pure Nitrogen (> 99.9995%) in a laboratory environment. Dry and clean compressed Air supplied by an external source is first filtered from particulates down to 5µm. Based on the field-proven Smart Pressure Swing Adsorption (SPSA) technology, Nitrogen is then extracted from a set of filters filled with high-efficiency CMS. After the extracting process, N2 is filtered of remaining particulates down to 0.01 µm, and pressure is regulated electronically to the set value, between 0.5 and 5 bar (7 to 72 psig).
