Intelligent gas cylinder rack Application site:
TKF-11 is a laboratory with relatively limited space. In response to the toxic, harmful, flammable, and explosive characteristics of special gases, the fully automatic gas cabinet uses a 2.5mm square steel covered with anti-corrosion powder to store special gas cylinders. The rack is designed with a steel cylinder fixing bracket, which is used to fix the steel cylinder when replacing it. The PLC control box above is used for equipment operation and adjustment. The control box door for the pressure regulating valve inside the equipment is equipped with sealing strips to ensure the sealing of the box. This valve can be installed in a room or used in any other location, reducing the pressure of the gas in the pipeline to the point where the equipment is being transported, making the equipment pressure more stable and reliable.
Intelligent gas cylinder rack Advantage:
Automatic blowing, automatic switching, automatic safety cut-off, pressure sensor, PLC control, access to fire sprinkler, detector Explosion proof gas cabinet, emergency EMO button setting.



Visit our website Reducing Valve Series. Explore industrial-grade regulators for laboratories, gas pipelines, and high-purity systems. Specifications and certifications are downloadable.
Yes. Navigate to Gas Supply Switching Series on our website. Discover automated switch panels, manifolds, and safety-integrated systems compliant with ISO 13485 for labs/medical facilities.
Provide the IP protection rating, maximum static load capacity for cylinder racks, and certified explosion-proof zone classifications (e.g., ATEX/IECEx Zone 1). Specify material compatibility for corrosive gases (e.g., Cl₂, NH₃). Usage Scenarios: Hazardous environments like chemical labs, industrial gas storage, or semiconductor fabs requiring leak containment and ignition source isolation.
Detail the pressure regulation accuracy (e.g., ±0.5% FS), inlet/outlet pressure ranges (bar), and flow capacity (Nm³/h). Clarify compliance with ISO 2503 for medical/lab gas systems. Usage Scenarios: Precision gas control in HPLC instruments, laser cutting machines, or biopharma reactors requiring stable pressure amid flow fluctuations.
State the particle retention rating (µm) for VCR diaphragm valves, maximum cycling frequency (cycles/min), and permissible fluid viscosity (cP). Include temperature/pressure curve data for steam-cleaned assemblies. Usage Scenarios: Ultra-high-purity gas/liquid handling in semiconductor wafer processing, vaccine production, or nuclear facilities demanding zero contamination.