- Unobstructed flow path
- Each valve comes with 12" (30 cm) of silicone tubing pre-installed
- Tubing is easily replaceable
- Higher flow
- Longer stroke
Applications
- Medical and analytical testing
- Dialysis
- Blood analysis and processing
- Peptide synthesis
- DNA synthesis
- Bioreactors
- Bioprocessing
- Inkjet printing
- Liquid and gas chromatography
- Drug manufacturing
- Chemical processing
- Controlling the flow of chemical liquids and slurries
- Waste and wastewater treatment
- Precision control of chemical injections
- Food processing
- Pulp processing
- Handling abrasive or viscous fluids
2D Drawings | File |
---|---|
Applications Form | Applications Form |
Connection | 18" (45 cm) Wire Leads |
Data Sheet | Data Sheet |
Documentation | IEC, RoHs |
Function | 2-Way Normally-Closed |
Length | 4.570" (116.1 mm) |
Material, Body | Stainless Steel and Aluminum (ENP) |
Material, Tube | Silicone |
Material, Wetted | Silicone Tubing (no wetted areas in valve) |
Max psi | 20 psi (1.4 bar) |
Max. Panel Thickness | 1/4" (6.4 mm) |
Medium | Air, Water, Gas, or Compatible Fluids |
Mount | Panel |
Operating Pressure | 0 to 20 psig (0 to 1.4 bar) with standard medical/laboratory grade silicone tubing |
Operating Temperature Range | -20 to 158°F (-29 to 70°C) |
Product Line Brochure | Isolation Valves |
Response Time | 50 ms |
Silicone Tubing | Medical/Laboratory Grade |
Thread Depth | #2-56 (max. 0.094") |
Tubing (mm) | 3/16" (4.8) ID-5/16" (7.9) OD |
Tubing, Durometer Hardness | 50 Shore A |
Tubing, Elongation at Break | 815% |
Tubing, Modulus at 200% | 299 psi (21 bar) |
Tubing, Tear Strength | 263 ppi |
Tubing, Tensile Strength at Break | 1,388 ppi |
Tubing, Wall Thickness | 1/16" (1.6 mm) |
Voltage | 24 VDC |
Wattage | 72 Watts |
Weight | 0.21 |
Knowledge Base
Advertising
- Clippard NPV-7 Long Stroke Pinch Valves
- Clippard Releases NPV Dual-Tube 3-Way Miniature Pinch Valves
- Clippard Releases New NPV Series Miniature Pinch Valves
- Q&A with Miniature Pinch & Media Isolation Valve Expert
- Pinch & PTFE Isolation Valves - A Fluid Power World Interview with Rob Clippard
Applications
- Precise, Consistent Control Supports Cell Proliferation
- Pressure Driven Flow Control
- Precision Control for Liquid Extraction Applications
- Precision Control Solutions for Commercial Inkjet Printing