Model CM
DESCRIPTION
The Model CM is an angle valve that holds a bubble-tight, closed position until pressure reaches an exact set point. At set point, the valve instantly opens to relieve pressure from a protected system.
SPECIFICATIONS
NOTE: Taylor Valve reserves the right to change product designs and specifications without notice.
APPLICATIONS
The Model C-M valve is used mainly on steam jacketed flow systems and in the pulp and paper industry. It can also be used nearly anywhere conventional relief valves and rupture discs are currently being used.
PRODUCT FEATURE
This valve has no voids where material can get packed into. The media flow moves past a flat piston and there is an angled port provided to inject water to clear the seat of solids prior to re-seating the piston.
Model H
DESCRIPTION
The Model H is best in Methanol and Chemical Injection Systems and is available for pressure set points up to 20,000 PSI. The product is an angle valve that holds a bubble-tight, closed position until the pressure reaches an exact point, at which time the valve will open within milliseconds creating minimal exposure of the flow to the piston. The Model H is unaffected by pulsating pressure or changing ambient temperate at the pin. This valve is best suited for high pressures with low volume applications.
SPECIFICATIONS
Set Pressure: 1,000 – 20,000 Psi
Accuracy: + / – 5%
Connections: Standard and custom available.
Seals: Available for high pressures, Kalrez or Viton seals.
Standard Materials: Body 316 SS, 316 SS trim is standard.
Download brochure for complete details on features, advantages and benefits of the Model H valve.
NOTE: Taylor Valve reserves the right to change product designs and specifications without notice.
APPLICATIONS
The Model H valve is used mainly in Methanol and Chemical Injection Systems. It is the ideal substitute for rupture discs or Belville washer type relief valves. It can also be used nearly anywhere conventional relief valves and rupture discs are currently being used especially in a high-pressure situation.