Two Stage Diaphragm Regulators
Two Stage Diaphragm Regulators
MODEL NO- NSC-TSR-S6-I04NPTF
Turning the handle clockwise will increase the spring exerted tension to increse the regulator output pressure.
Two Stage Diaphragm Regulators
Model No- NSC -TSR-S6-I04NPTF
The TS-300 provides stable pressure control under decaying cylinder pressures. The first stage of the regulator is set to
35 bar to allow maximum flow capability through the regulator.
Features
- Convoluted, no perforated diaphragm
- Metal-to-metal diaphragm seal
- Excellent set-point stability
- Metal-to-metal diaphragm to body seal ensures minimum inboard and outboard leakage
- 3000 PSIG / 206.8 bar inlet
- Outlet pressure ranges: A(0-10 psig), A(0-100 psig)
- High-flow, dual-gauze type filter
- Flow coefficient: 0.06
Options
- Metal to metal sealing diaphragm
- Sealing area protected and centralized on the body of the regulator
- 0.04% decaying pressure effect
- High Accuracy
- Pressure gauges
Application
- Gas and Liquid Analyzer Systems
- Gas Cylinder Regulator Assemblies
- Carrier gases
- Laboratories & Research Labs
Two Stage Diaphragm Regulators
MODEL NO- NSC-TSR-S6-I04NPTF
Turning the handle clockwise will increase the spring exerted tension to increse the regulator output pressure.
NSCP DESIGN
Two Stage Diaphragm Regulators
Model No- NSC -TSR-S6-104NPTF
The TS-300 provides stable pressure control under decaying cylinder pressures. The first stage of the regulator is set to 35 bar to allow maximum flow capability through the regulator.
Features
- 316 stainless steel construction makes the valve has good corrosion resistance
- Main valve metal to metal seal or Peek Seal.
- Maximum inlet pressure: 8000-10000 psig (689 bar).
- Outlet pressure ranges: 6000-8000 psig,4000-6000 psig, 2500-4000 psig,1000-2500 psig,500-1000 psig, 10-500 psig
- Working temperature: -15°F-165°F (-26°C-74°C).
- Spring loaded pressure reducing regulator.
- Piston-sensed design ensures safety and reliability
- Downstream pressure vent(relief) port optional. Flow coefficient: Cv 0.06
