Parker 936-070091-010 VSO® LowPro GC Miniature Proportional Valve

VSO LowPro GC 微型比例阀

Parker 936-070091-010 VSO® LowPro GC Miniature Proportional Valve

Description

Parker 936-070091-010 VSO® LowPro GC Miniature Proportional Valve Product Overview

Product Description:
The Parker 936-070091-010 VSO® LowPro GC is an ultra-compact miniature proportional valve designed for space-constrained applications. With a valve body diameter of just 16mm and a height of only 14mm, this valve is ideal for integration into portable equipment or devices with limited internal space. The VSO LowPro GC is widely used for gas flow control and analytical instrumentation, such as PEEP flow control in respiratory devices.

Key Specifications:
– Operating Pressure Range: 0-150 psi (0-10.3 bar)
– Orifice Size: 0.007 inches (0.18 mm)
– Operating Temperature Range: -4°F to 185°F (-20°C to 85°C)
– Maximum Flow: 3.5 SLPM
– Supply Voltage: 9 VDC
– Power Consumption: 0.7 W
– Response Time: 10 ms typical
– Leakage Rate: 0.030 SCCM of Helium @ 150 psi
– Materials: Valve Body – C36000 Brass, Spring – 17-7 Stainless Steel, Armature – 1018 Steel (Ni Plated)
– Configuration: 2-Way, Normally Closed (NC)
– Fluid Compatibility: Gases
– Mounting: Manifold, Screw Mounting

Key Features:
1. Ultra-compact and miniature design with a small footprint of 16mm diameter and 14mm height.
2. Wide operating temperature range from -4°F to 185°F (-20°C to 85°C) for diverse environmental conditions.
3. Fast response time of 10 ms typical for quick on/off operation.
4. Precise flow control with a maximum flow rate of 3.5 SLPM.
5. Low power consumption of only 0.7 W.
6. Excellent leak-tightness with a leakage rate below 0.030 SCCM of Helium.
7. Corrosion-resistant materials suitable for a variety of gas media.

Applications:
– Gas analysis instrumentation
– PEEP flow control in respiratory devices
– Portable gas equipment
– Laboratory analytical devices

The compact size and high performance of the Parker 936-070091-010 VSO LowPro GC miniature proportional valve make it an ideal choice for space-constrained applications requiring precise gas flow control.