The SV95 series is a direct acting 2-way normally closed solenoid valve designed to handle cryogenic fluids and gases down to -345°F. This series employs PTFE plunger guides which help the valve to operate in the extremely high friction environment that is typical with cryogenic applications. This feature also yields quiet operation and long life. The springloaded disc and direct acting poppet design ensures proper sealing and reliable shifting in high on/off cycling
Applications
The SV95 series is a rugged construction suitable for a variety of cryogenic applications, sugh as the following:
Food processing/preservin
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Backup system for biologic freezers
Environmental chambers
Metal treatment
Gas chromatography
Fogging machines
Cryogenic surgery equipment
Features
Proprietary seat/seal design for cryogenic fluids to -345°F
Direct acting design with no minimum operating pressure
Quiet operation with bubble-tight shutoff
Company design
Pressure rating up to 1000 PSI
Mountable in any position
Adaptable to manifold design
The SV95 series is a direct acting 2-way normally closed solenoid valve designed to handle cryogenic fluids and gases down to -345°F. This series employs PTFE plunger guides which help the valve to operate in the extremely high friction environment that is typical with cryogenic applications. This feature also yields quiet operation and long life. The springloaded disc and direct acting poppet design ensures proper sealing and reliable shifting in high on/off cycling
Applications
The SV95 series is a rugged construction suitable for a variety of cryogenic applications, sugh as the following:
- Food processing/preserving
- Backup system for biologic freezers
- Environmental chambers
- Metal treatment
- Gas chromatography
- Fogging machines
- Cryogenic surgery equipment
Features
- Proprietary seat/seal design for cryogenic fluids to -345°F
- Direct acting design with no minimum operating pressure
- Quiet operation with bubble-tight shutoff
- Company design
- Pressure rating up to 1000 PSI
- Mountable in any position
- Adaptable to manifold design
