Generators

Includes temperature/pressure control board. CE, CSA, FCC certified.

Parker Balston^® NitroFlow Lab Nitrogen Generators can provide dry nitrogen at purities of 99% to 99.5% to single or multiple LC/MS instruments. The Lab system is comprised of the NitroFlow generator plus an oil-less 230 V air compressor. The membrane system can produce purified nitrogen without any requirements for electricity.

For use with the PG-H₂ Plus and NM-H₂ Plus Generators. Requires I/O Board (N9307094).

CE, CSA, FCC certified, fully supported by PerkinElmer Service Organization.

Combines the reliability of the high purity PG or ultra-high purity NM hydrogen generators with the superior performance of the zero air generator in one compact instrument.

For use with the PG-H₂ Plus and NM-H₂ Plus Generators.

Combines the reliability of the high purity PG or ultra-high purity NM hydrogen generators with the superior performance of the zero air generator in one compact instrument.

Includes temperature/pressure control board. CE, CSA, FCC certified.

Recommended as a source of high purity nitrogen purge gas. Nitrogen is separated from ambient air by a patented pressure swing adsorption process using a carbon molecular sieve (CMS) to differentially absorb oxygen, carbon dioxide, water vapor, etc.

Combines the reliability of the high purity PG or ultra-high purity NM hydrogen generators with the superior performance of the zero air generator in one compact instrument.

These generators produce zero-grade air with less than 0.05 ppm hydrocarbon content, measured as methane, enabling a more stable baseline as compared to conventional sources of fuel air.

Combines the reliability of the high purity PG or ultra-high purity NM hydrogen generators with the superior performance of the zero air generator in one compact instrument.

Combines the reliability of the high purity PG or ultra-high purity NM hydrogen generators with the superior performance of the zero air generator in one compact instrument.

For use with the NM-H₂ Plus Generator.

These generators produce zero-grade air with less than 0.05 ppm hydrocarbon content, measured as methane, enabling a more stable baseline as compared to conventional sources of fuel air.

These generators produce zero-grade air with less than 0.05 ppm hydrocarbon content, measured as methane, enabling a more stable baseline as compared to conventional sources of fuel air.

For use with the PG-H₂ Plus Hydrogen generator.

These models ideally supply fuel gas to all known GC combustion detectors used in today’s laboratory workflows.

These models ideally supply fuel gas to all known GC combustion detectors used in today’s laboratory workflows.

Parker Balston^® Membrane Nitrogen Generators can provide dry nitrogen at purities of 99% to 99.5% to single or multiple LC/MS instruments. The membrane system can produce purified nitrogen without any requirements for electricity. In addition, the only required regular maintenance is to periodically change the pre-filters.

Combines the reliability of the high purity PG or ultra-high purity NM hydrogen generators with the superior performance of the zero air generator in one compact instrument.

These models ideally supply fuel gas to all known GC combustion detectors used in today’s laboratory workflows.

Recommended as a source of high purity nitrogen purge gas. Nitrogenis separated from ambient air by a patented pressure swing adsorption process using a carbon molecular sieve (CMS) to differentially absorb oxygen, carbon dioxide, water vapor, etc.

Combines the reliability of the high purity PG or ultra-high purity NM hydrogen generators with the superior performance of the zero air generator in one compact instrument.

These generators ideally supply fuel gas to all known GC combustion detectors used in today’s laboratory workflows.