About 2/2 Way Miniature High Flow Proportional Valve
Specifications
Valve Type : 2 Way Normally Closed
Port : Manifold Mounting
Body Material: Brass
Seal: NBR Optional FKM
Media: Air, Oxygen, Nitrous Oxide, Carbon Dioxide,
Heliox Other Medical Gases
LPM: 150LPM 35PSI Differential Pressure
Operating Environment: 32 F to 132 F (0C to 55C)
Storage Temperature: -40 F to 158 F (-40C to 70C)
Dimensions: L-17.6mm, W-16mm, H-53mm
Weight: 56g
Power: 12V DC (2.5 Watts)
Electric Termination: 15 Lead Wire
Stem Base: Stainless steel
All Others: NBR/FKM, Stainless Steel, Stainless Steel,
Aluminium(Manifold)
Designed for Versatility and PrecisionThis miniature valve is suitable for controlling gas and fluid flows in medical, analytical, and laboratory settings. Its 2/2 way normally closed design, combined with electronic proportional control, allows for exceptionally precise adjustments. A fast response time of under 10 milliseconds promotes rapid system feedback and optimal control in demanding environments.
Engineered for Durability and ReliabilityFeaturing high-performance materials such as brass or stainless steel body and polymeric internal parts, this valve boasts a lifecycle exceeding 10 million cycles. The internal leakage is maintained below 0.1 sccm, ensuring dependable operation over the valve's extended service life.
Simple Integration and Flexible ConfigurationThe valve can be installed in any position using push-in fittings and is available with either flying leads or connector-based electrical connections. Options for port size, voltage, and sealing material further accommodate diverse requirements. Its low power demand and compact size simplify integration into new or existing systems.
FAQ's of 2/2 Way Miniature High Flow Proportional Valve:
Q: How does the 2/2 Way Miniature High Flow Proportional Valve regulate flow?
A: The valve utilizes electronic proportional control to precisely modulate the flow of non-aggressive gases, air, or certain liquids, adjusting the flow based on control signals for accurate output.
Q: What are the typical applications for this valve?
A: It is commonly used for precise flow control in medical devices, analytical instruments, and laboratory automation due to its fast response, low hysteresis, and compact form factor.
Q: When should I consider using this valve over traditional solenoid valves?
A: Choose this valve when you require rapid response, variable flow, high cycle life, and low leakage combined with proportional (rather than simple on/off) flow control, especially in confined or sensitive setups.
Q: Where can this valve be installed in a system?
A: With its ability to be mounted in any orientation and compact size, the valve can be integrated directly into instrument manifolds, gas panels, or embedded in equipment housing without stringent spatial constraints.
Q: What benefits does this valve offer regarding power consumption and durability?
A: The valve operates with low power consumption (typically under 2.5W), reducing operational costs and allowing use in energy-sensitive devices. Its robust design ensures a life expectancy of more than 10 million cycles.
Q: How is the installation process simplified for this valve?
A: The valve features push-in fittings for straightforward plumbing, and offers flexible electrical connections via flying leads or compliant connectors, making installation both quick and adaptable to various setups.
Q: Can this valve handle aggressive fluids or extreme environmental conditions?
A: Its primary use is for non-aggressive gases, air, and select compatible liquids. For more aggressive media or higher protection levels (above IP40), consult the supplier for upgraded options to match specific application needs.