Sanitary Aseptic Tri Clamp Solenoid Diaphragm Valve
- Model:
- Place of Origin:
- Wenzhou China
- Material:
- SS304, SS316, SS316L
- Connection:
- Clamp,Weld
- Packing:
- Suitable Packing For Sea/Air Transport
- Payment:
- T/T, L/C, Western Union
- Medium:
- Water, Gas and Clean Water Sources
- Temperature:
- -5~80 ℃
A sanitary diaphragm valve isolates process streams from operating drive mechanisms through an elastomeric barrier compressed against a raised weir. Direct electromagnetic attraction lifts the core without external compressed air, satisfying ASME BPE drainability mandates while providing sterile shutoff during Clean-in-Place (CIP) and Steam-in-Place (SIP) thermal routines.
Clamp Assembly Torque and Gasket Boundary Alignment
Rapid line dismantling during routine inspection sequences requires precise connection geometry. Installing a tri clamp diaphragm valve permits swift maintenance access while avoiding mechanical flange warping.
Matching ferrule profiles compress elastomeric gaskets without intrusion into the process bore, maintaining electropolished internal finishes below 0.4 micrometers Ra to suppress microbial adhesion.
Solenoid Coil Thermal Dissipation and Duty Cycle Tolerance
Continuous electromagnetic energization generates resistive heating inside the operator enclosure. Selecting matched coil profiles prevents thermal breakdown and unseats polymer seals during extended shifts:
| Solenoid Coil Voltage | Holding Power Consumption | Maximum Continuous Surface Temperature | Ingress Protection Rating |
|---|---|---|---|
| 24V Direct Current | 12 Watts | 65°C | IP65 Splashproof |
| 110V Alternating Current | 18 Volt-Amps | 75°C | IP67 Water Immersion |
| 230V Alternating Current | 22 Volt-Amps | 80°C | IP67 Water Immersion |
Integrated surge suppression diodes eliminate inductive voltage spikes upon de-energization. Encapsulated epoxy housings dissipate heat directly into ambient cleanroom air, preserving insulation ratings across intensive filling operations.
Millisecond Response Timing and Dosing Precision
High-speed filling lines and precise sampling skids require instantaneous fluid cutoff. Electromagnetic aseptic diaphragm valves actuate within 30 to 50 milliseconds, eliminating pneumatic transit delays.
This swift cycle velocity prevents line dripping, stabilizes upstream pressure headers, and ensures reproducible batch dosing volumes.
Compact Footprint Integration in Skid Modules
Pilot skid fabrication demands space consolidation where compressed air lines create clutter. Direct integration of a sanitary solenoid valve removes pneumatic tubing networks, solenoid air manifolds, and filtration regulators.
The streamlined footprint permits dense valve manifold blocks across compact downstream purification modules.
Product Description
| Operation: | Normally Open, Normally Closed |
| Power Supply Voltage: | DC12~220V; AC24V~380V |
| Body Material: | SS304, SS316, SS316L |
| Applicable Media: | Water, Gas and Clean Water Sources |
| Pressure Range: | 0~1.0MPa(NC),0~0.8MPa(NO) |
| Temperature Range: | -5~80 ℃ |
| Medium Viscosity: | Less than 50C St (customized if greater than) |
| Coil Protection Level: | Plastic sealed coil IP64/Underwater coil IP67 |
| Explosion Proof Level: | BT4/T4/BT6 |
| Wiring Method: | Wire Holder Type, Lead type,Plug type |
| Connection: | Clamp,Weld |
