High purity nitrogen generator with innovative installation
Jun 07 2017 Comments 0
The HP N2 EVO generator is available in different models with a broad range of flows: 500, 750, 1300, 4000 Nml/min. Purity achieved depends on the model: from 98% up to 99.999%. A second or third unit can be stacked on top of the initial one to increase the nitrogen generation flow up to 12 Nl/min.
The innovative design allows a high degree of versatility reached by the different ways to position the device: on top of the compressor (LNIS scroll model), bench top or wall mount. This flexibility allows to save bench surface dedicated to analytical devices. No tools or supports are required and the positioning can be changed at any time.
The generator status is indicated by a large LED strip, showing either normal operation mode, warm up or alarm status.
The high nitrogen purity is reached by a high performance Carbon Molecular Sieve with an automatic routine for the scrubber regeneration. The efficiency of the scrubber allows to filter below 10 ppm of oxygen traces. An optional catalyser removes background hydrocarbons or CO traces to less than 0.1 ppm.
Engineers have adopted lean design rules to develop this generator; this means fewer internal parts with less risk of troubles and a higher reliability.
Please click here for more information about LNI SWISSGAS.
Do you like or dislike what you have read? Why not post a comment to tell others / the manufacturer and our Editor what you think. To leave comments please complete the form below. Providing the content is approved, your comment will be on screen in less than 24 hours. Leaving comments on product information and articles can assist with future editorial and article content. Post questions, thoughts or simply whether you like the content.
Fuel for Thought - Restek Wins Company of the Year ASTM News - New Standard Helps Meet Need for Hydrocarbon Impurity Testing PEFTEC Preview - Excitement Builds for PEFTEC 2017 - Det...
View all digital editions
Nov 29 2017 Antwerp, Belgium
Nov 29 2017 Hamburg, Germany
Dec 03 2017 Houston, Tx, USA
Dec 04 2017 Riyadh, Saudi Arabia
Dec 05 2017 Basra, Iraq