Specifically designed for use with LCMS instruments incorporating the
Agilent Chip Cube system. The Genius 1023 Nitrogen Generator is Peak
Scientifics proven solution for customers requiring a source of nitrogen
which is switchable between standard LCMS grade Nitrogen and the
10% Oxygen rich Nitrogen required for Chip Cube.
Specifically designed for use with LCMS instruments incorporating the Agilent Chip Cube system. The Genius 1023 Nitrogen Generator is Peak Scientifics proven solution for customers requiring a source of nitrogen which is switchable between standard LCMS grade Nitrogen and the 10% Oxygen rich Nitrogen required for Chip Cube.
TECHNICAL SPECIFICATIONS
Nitrogen
32 L/min @ 6.9 bar / 1.13 CFM @ 100 psi
Min/ Max Operating Temperature
5C - 35C / 41F - 95F
Max Relative Humidity
80% - non condensing
Max Altitude
2000 Meters
Particles
< 0.01m
Gas Outlets
1x 1/4 BSP Female
Phthalates
None
Suspended Liquids
None
Noise Level
54 dB(A) @ 1m
Electrical Requirements
230v 50/60Hz 7.0A
Dimensions (cm/ ins) WxDxH
60 x 75 x 71.2 / 23.6 x 29.5 x 28
Capable of supplying high-purity nitrogen up to 99.9%, the GENIUS 1023 is tailored for critical industrial and laboratory processes. With compatibility across LCMS, food packaging, electronics, and chemical production, this generator meets stringent operational demands. Its automatic operation, integrated digital display, and durable construction make it dependable for continuous high-precision output.
Floor-mounted and engineered for quick setup, the GENIUS 1023 integrates effortlessly into various work environments. The low-noise feature (<58 dB) ensures quiet operation, making it ideal for laboratory or production spaces where maintaining a comfortable working atmosphere is necessary.
FAQs of GENIUS 1023 NITROGEN GENERATOR:
Q: How does the GENIUS 1023 Nitrogen Generator achieve high nitrogen purity?
A: The GENIUS 1023 uses an advanced filtration system and integrated compressor to produce nitrogen at up to 99.9% purity. Automated controls and a digital display allow precise monitoring and consistent quality delivery for sensitive applications like LCMS and electronics manufacturing.
Q: What applications can the GENIUS 1023 Nitrogen Generator support?
A: This nitrogen generator is designed for a wide range of industrial and laboratory applications, including liquid chromatography-mass spectrometry (LCMS), food packaging, electronics production, and chemical industry processes.
Q: When should I use the GENIUS 1023 Nitrogen Generator in my workflow?
A: Use the GENIUS 1023 when your operations require a reliable and continuous supply of high-purity nitrogen, especially where precise control and low contamination risk are critical, such as laboratory analyses, food preservation, or sensitive component manufacturing.
Q: Where can the GENIUS 1023 Nitrogen Generator be installed?
A: This model is floor-mounted and compact enough to fit into industrial laboratory environments, production lines, or research facilities. It operates efficiently in ambient temperatures between 5C and 45C and up to 80% relative humidity.
Q: What is the process for setting up and operating the GENIUS 1023 Nitrogen Generator?
A: Installation is straightforwardsimply position the generator on a level floor, connect the power supply (230V, 50 Hz), and link the gas output to your system using the " BSP female connection. The device is equipped with automated controls for hassle-free, continuous operation.
Q: How does integrated storage benefit my operation?
A: The built-in storage tank allows the generator to provide a steady, immediately available supply of nitrogen, accommodating fluctuations in demand and reducing operational delays during peak usage times.
Q: What are the key benefits of using the GENIUS 1023 Nitrogen Generator?
A: Key advantages include high-purity output (up to 99.9%), low noise levels, low maintenance requirements, digital control for accuracy (2%), ease of installation, and compliance with CE standards, making it a reliable choice for industrial laboratories and manufacturing environments.