ASCO 314 Series 8314 Series General Purpose solenoid valve

ASCO 314 Series:

Introduction: Direct-acting, general-purpose solenoid valves for pilot flow control of small control valves and their actuators.

Features: Only one set of springs and two sets of moving parts inside the valve body, ideal for pilot control as a basic two-position, three-way solenoid valve.

Applications: Analytical and diagnostic equipment, automotive, bottling systems, dust removal systems and life science applications.

ASCO 314 Series (also known as 8314 Series) is a direct-acting general-purpose solenoid valve that can be used as a medium flow pilot valve for smaller control valves and actuators. Here are the details:

Features

Simple structure: Consists of only one spring and two moving parts, suitable for basic three-way pilot operation.

Durable material: Durable brass and stainless steel construction for long service life.

Low pressure requirement: No minimum working pressure is required, and it can be used for small flow fluid diversion.

Versatile: Available in a variety of structures such as low power consumption, intrinsic safety and wide voltage, and some globally recognized explosion-proof housing models.

Applicable media and temperature: Applicable to media such as air, inert gas, light oil and water. For air and inert gas, the operating temperature range is - 20°C to 80°C (when optional elastomer); for water, the operating temperature range is 0°C to 82°C (99°C when optional elastomer); for light oil, the maximum viscosity is 300 ssu.

Applications: Suitable for analytical and diagnostic equipment, automotive, bottling, dust collection systems and life sciences.

Some models are as follows:

EFB314A121: G 1/4 port, normally closed, 2.4 mm bore, stainless steel body.

EMB314C035: G 1/4 port, normally closed, 2.4 mm bore, brass body.

EMB314C041: G 1/8 port, universal, 1.2 mm bore, brass body.

ISB314A301: G 1/4 port, universal, 1.6 mm bore, stainless steel body.

ISB314C300: G 1/4 port, universal, 1.6 mm bore, brass body.