Parker 936-070031-010 VSO® LowPro GC Micro Proportional Valve

Description

Parker 936-070031-010 VSO® LowPro GC Micro Proportional Valve Product Overview

Product Overview:
The Parker 936-070031-010 VSO® LowPro GC is a ultra-compact micro proportional valve designed for space-constrained applications. Featuring advanced electromagnetic actuation technology, this miniature valve has an extremely small footprint of just 16mm in diameter and 14mm in height. The VSO LowPro GC is widely used in gas analysis instruments, PEEP flow control in respiratory equipment, and other portable or space-limited devices that require precise gas flow control.

Key Specifications:

Performance:
– Operating Pressure Range: 0-150 psi (0-10.3 bar)
– Orifice Size: 0.007 inch (0.18 mm)
– Maximum Flow Rate: 3.5 SLPM
– Vacuum to Pressure Range: 27 inHg to 150 psi
– Maximum Working Pressure: 150 psi, 10.3 bar

Materials:
– Body: C36000 Brass
– Seals: FKM
– Spring: 17-7 Stainless Steel
– Armature: Nickel-plated 1018 Carbon Steel

Electrical:
– Voltage: 16 VDC
– Power Consumption: 0.7 W
– Response Time: 10 ms typical
– Electrical Connection: 4.5 inch leads

Environmental:
– Operating Temperature Range: -20°C to 85°C
– Mounting: Flange, screw mount

Additional Specs:
– Leakage Rate: 0.030 SCCM Helium at 150 psi
– Cycle Life: 100 million cycles
– Weight: 0.56 oz, 19 g
– Dimensions: 0.80 in (20 mm) L x 0.63 in (16 mm) W x 0.53 in (14 mm) H

Key Features:
1. Ultra-compact micro design with minimal footprint
2. Fast response time for quick switching control
3. Precise flow control up to 3.5 SLPM
4. Low power consumption of only 0.7 W
5. Excellent leak-tightness, 0.030 SCCM Helium leakage
6. Wide operating temperature range for harsh environments
7. Corrosion-resistant for use with various gas media

The VSO LowPro GC micro proportional valve is an ideal solution for gas analysis instruments, respiratory equipment, and other portable or space-constrained devices requiring precision flow control. Its exceptional performance parameters and compact size make it a popular choice in these applications.