Precision Zero Air 3.5L Gas Generator
The Precision Zero Air 3.5l generator is designed specifically to supply clean, dry, hydrocarbon-free air to be used as flame support gas for GC.
Applications: GC & GC-MS
Application Types GC & GC-MS
Part number:
60-1500 (230V)
60-1501 (110V)
Status Available i
Integrated compressor No
The Precision Zero Air generators are designed specifically to supply clean, dry, hydrocarbon-free air to be used as flame support gas for GC at both standard and trace detection limits.
As with all Precision series generators, Zero Air benefits from a compact and modular, stackable design, minimizing the total footprint required for GC gas supply, and providing flexibility to add or remove modules as your laboratory requirements evolve over time.
Gas Type: Air
Max Gas Flow: 1.5L/min
Hydrocarbon Content: <0.05ppm
Max Output Pressure: 80psi/5.5bar
Gas Outlets Fitting: 1 x 1/8" BSPP
Min Inlet Pressure: 90psi/6.2bar
Max Inlet Pressure: 145psi/10bar
Min Air Inlet Flow: 1.5
Min Inlet Air Quality: ISO 8753-1:2010 Class 1.4.1 or Precision Air Compressor
Start Up Time: 60 mins
Power Consumption: 220 - 230 W
Voltage: 110 / 230 V
Frequency: 50 / 60 Hz
Current: 1 - 2 A
Heat output: 785
Accreditations: CE, FCC, CSA
Size (HxWxD) mm: 156 x 380 x 540 mm
Size (HxWxD) Inches: 6.1 x 15 x 21.3 inches
Generator Weight: 16kg / 35.2lbs
Annual replacement of particulate filters
"This generator made the process of establishing my laboratory much more seamless. Knowing that I was stuck with an older GC model, I was able to abridge many of the shortcomings of the machine by using the Precision Zero Air generator. "
With Peak we avoided the cost of constructing expensive piping to connect our gas supply. Peak gas generators are very convenient - they just need to be plugged in and that’s it.A. van Swaaij
I recommend Peak Scientific generators to other laboratories due to safety issues, and eliminating the possible risks of using and handling cylinders. Using generators, the operators can focus on their analysis without worrying about the gas supply or purity anymore.Askin Kayabasli
Definitely more convenient and much safer than using gas cylinders. There’s no need for us to have helium cylinders on site and no need to change air or helium cylinders at all, so that reduces instrument down time and cylinder manual handling risks.Ian Bennington
With over 20 years' worth of experience in developing gas generator technology alongside leading instrument manufacturers, we offer reliable laboratory gas solutions to meet your specific needs.
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Peak's GC Gas calculator is an easy-to-use online tool that will quickly help you choose the right combination of generators to suit your lab’s needs. By answering a few simple questions, we will calculate the gases, flows and purities required to support your GC applications and recommend a solution that will improve your lab workflow.