Solenoid Skinner Valve: A Complete Solenoid Valve Buyers Guide

Solenoid Skinner Valve: A Complete Solenoid Valve Buyers Guide

By on April 23rd, 2019 in General

The global solenoid valve market should reach $4,661.15 million by 2027, with two-way valves seeing the most growth. If you need a new solenoid valve, you will make a smart choice by deciding to buy a Skinner valve.

Not familiar with this brand or the valves they manufacture? Then use this complete guide to help you select the right solenoid valve for your application.

Who is Skinner?

Skinner first began producing and manufacturing solenoid valves in 1949. They have since grown to be a widely recognized leader in the industry.

The company separates themselves by maintaining a vertical integration strategy to their manufacturing process. This means they handle the entire manufacturing process from raw materials to finished product.

This allows for complete control and high-quality. Each facility also contains an evaluation and testing lab. That way, every valve that leaves the factory maintains proper operation and reliability.

The Skinner Product Lines

There are four main product lines in the Skinner fluid control division. Each has a specific useful purpose.

Skinner 7,000 Series

If you want world-class quality and engineering, then you should consider the 7,000 series. They are the ultimate in performance and offer more standard features than any other competitive line.

Skinner Intrinsically  Safe Series

These valves come with built-in beneficial features such as a wide range of sizes, mounting ability, low-temperature rise, and watertight construction. These valves have hazardous classification approval for Classes I, II, III, Division 1 and 2 for the United States and Canada.

They meet Division 0, 1, and 2 in the United Kingdom, and they also meet Europe’s CENELEC standards.

The Skinner 3,000 Series

If you need a compact valve that is affordable and reliable, then the 3,000 series is just what you need. The components are fully interchangeable, making it flexible to your specific use.

There are two and three-way options for these valves. They work exceptionally well when you need to adapt one to original equipment.

A, B, C, MB, and V9 Products

These valves come in a variety of sizes, types, and functions including 2, 3, and 4-way valves. These valves are specifically designed to be used in pneumatic and hydraulic systems.

If you need an excellent general purpose valve, these will fit the bill.

Valve Type

When choosing your valve type, you need to know what you want to accomplish. An on/off valve stops and starts the flow of the fluid.

A diverter/selector directs the flow of fluid between different directional options. These direction flows can mean that the flow of fluid directs through all options. It can also mean that one of the directional options acts as a pressure release

The Functions of the Valve

There are two different categories of functions when it comes to how valves work. Let’s start with the on/off type of valve.

On/Off Valve Function

These valves are either normally closed or normally open. These indicate the “home” position of the valve.

A normally closed valve blocks the flow of fluid with a spring action to keep it closed. They typically work in emergency type situations where too much buildup in pressure will cause the valve to open and release it.

A normally open valve freely allows the fluid or gas to flow. Then as the pressure in the system builds, the valve will begin to close and slow the flow down, thereby decreasing the pressure.

Diverter Valve Function

Diverter valves change the direction of the flow of fluid. There are three options when it comes to how these valves divert: 2-way, 3-way, and 4-way options.

These valves can then change how the fluid flows depending on the electrical signal that gets sent to them.

Maximum Working Pressure (PSI)

Valves operate under the pressure of the entire system. You need to choose a valve that can handle the maximum amount of operating pressure your system will put it through.

If you buy a valve that cannot handle the pressure, it will likely leak and restrict the flow of fluid too much. Buy a valve that is too high, and it will not be able to maintain the proper amount of pressure of the system.

Flow Rate

To build on the maximum pressure, you need to look at the flow rate. This is the rate at which the fluid can flow through the valve.

If the fluid gets restricted too much, the entire system will get choked from not enough. Buy a valve that is too large is just as bad. Then there is too much fluid flowing into the system, which will cause it to flood.

Fluid Material Type

You need to buy the right type of valve for the fluid that will flow through it. Certain liquids can have a reaction with the material the valve is made out of. This can cause corrosion of the valve and contamination of the entire system.

Here are some common fluid types that Skinner valves work well with:

  • Water
  • Air
  • Oil
  • Fuel
  • Volatile Gas
  • Water Glycol
  • Inert
  • Inert Gas

Another factor to consider is how the valve seals. Certain media need a more secure seal than others to ensure the proper functioning of the system.

Choose Your Skinner Valve

When it comes to choosing the right Skinner valve, you need to think about your intended application. This will guide you toward the correct valve.

Think about the amount of pressure, temperature, and flow rate you need. Then consider the fluid you intend to have flow through it.

Browse our inventory of flow control valves today and find the right Skinner valve for your needs.