NM30LA: Reliable and Self-Contained Nitrogen Generator for LCMS Applications
The NM30LA Nitrogen Generator from Peak Scientific is a benchmark solution for laboratories utilizing LCMS applications, especially those seeking a dependable and continuous source of dry nitrogen. Recognized worldwide, this model has earned its place in scientific environments for its ability to deliver pure, contaminant-free gas—including phthalate-free output—while meeting the demanding operational needs of high-performance analytical instruments.
Designed with real laboratory needs in mind, the NM30LA stands out thanks to its complete autonomy. It integrates two internal air compressors, eliminating the need for an external compressor. This allows for a straightforward installation and immediate start-up: simply plug it in and nitrogen production begins—no complex setup or external connections required.
Its quiet operation—measured at just 59 dB(A) at one meter—ensures a pleasant working environment, even in compact or shared laboratory spaces. Equipped with castors, the NM30LA is easy to move, offering enhanced flexibility for dynamic and evolving laboratory layouts.
In terms of performance, the generator delivers a nitrogen flow rate of 30 liters per minute at a pressure of 6.89 bar (100 psi), with a dew point of -40 °C. It operates efficiently at ambient temperatures up to 30 °C and relative humidity levels up to 70%, making it well-suited to a wide range of lab conditions. The gas purity is ensured by high-performance filtration, producing particle levels below 0.1 µm.
Compact in size (60 x 67 x 94 cm) and energy-efficient (1150 watts), the NM30LA fits easily into limited technical spaces. Its robust construction ensures long-term durability and reliability, minimizing downtime due to maintenance.
By choosing the NM30LA, laboratories benefit from a long-lasting, cost-effective solution that eliminates the logistical burden of gas cylinders and complex supply networks. It provides essential service continuity for precision analysis while meeting the stringent safety and performance standards expected in professional scientific environments.
