- 2% hysteresis
- Excellent linearity—2.5 of full-scale
- 2 ms reaction time
- Millions of cycles
- Holds position for power savings or at a loss of power
- In-line, manifold and cartridge styles available
2D File | 2D File |
---|---|
Accessories | Bi-Polar Stepper Motor Driver: SCPVD-1, Replacement Cable: 25978 |
Applications Form | Applications Form |
Connection | Connector/Wiring Harness |
Data Sheet | Valve Data Sheet, Driver Data Sheet |
Driver | Bipolar Chopper Drive Required |
Flow Resolution | 0.7 l/min per Step |
Flow Resolution | 0.7 l/min per step |
Length | 3.7 |
Linearity | <2.5% of full scale |
Material, Seals | FKM standard, others available |
Material, Seat | Acetal (Std.) |
Material, Wetted | Stainless Steel, Aluminum, Brass, Acetal and FKM |
Max PSI | 100 |
Max. Flow | 0 to 280 l/min |
Medium | Air or compatible gases |
Mount | Cartridge |
Needle | 3.5° |
Number of Ports | 2 |
Operating Instructions | Operationing Instructions |
Operating Pressure | Vac to 100 psig (7 bar) |
Operating Temperature Range | 32 to 184°F |
Power Consumption | 3.85 watts nom |
Product Line Brochure | Proportional Valves |
Repeatability | <0.5% of Full Scale |
Response Time | 0.95 seconds fully-open to fully-closed |
Supply Voltage to Motor | 5 VDC |
Unit | Imperial |
Wattage | 3.85 watts nominal only during adjustment. Zero power consumption to maintain position. |
Weight (lbs.) | 0.5000 |
Notes
FKM Seals
Knowledge Base
Applications
- Pneumatic Solutions for Oxygen Mixing & Blending
- Proportional Power Savings
- High Precision Fluid Proportional Valve
- Pneumatic Solutions for Wound Therapy
- Clippard Needle Valves Keep Plants & Vegetables Moist
- Precise, Consistent Control Supports Cell Proliferation
Installation Instructions
Product Information
- Clippard Stepper-Controlled Proportional Valve
- Clippard SCPV Cartridge & Manifold Configurations
- How Stepper Motors Provide Precision Control
- DVP High Flow Electronic Proportional Control Valve
- High Flow in a Miniature Package: Clippard's DV Series
- DV Series High Flow Electronic Valves