2406 Type Excess Pressure Regulator (Flanged)

The Type 2406 self-operated excess pressure regulator stands as a stalwart solution in industrial settings, offering precise control over the pressure of flammable gases. Its versatility extends to a spectrum of applications, ranging from boilers, driers, vaporizers, heat exchangers, to industrial furnaces. Moreover, it finds its utility in process engineering scenarios by efficiently managing compressed air supplies. Beyond its primary functions, the regulator serves a crucial role in maintaining optimal pressure for inert gas applications. In instances where inert gas is employed for inerting or blanketing reaction or storage tanks, the Type 2406 ensures that the gas pressure remains slightly elevated above atmospheric pressure.

Key Features

Key features and benefits of 2406 Type Excess Pressure Regulators (Flanged).
1

Key Features

The Type 2406 regulator offers precise control over the pressure of flammable gases, ensuring optimal pressure levels for various industrial applications such as boilers, driers, vaporisers, heat exchangers, industrial furnaces, and compressed air supplies. Its self-operated mechanism allows for accurate adjustment of pressure to meet specific operational requirements, contributing to enhanced safety and efficiency.
2

Key Features

This regulator is highly versatile and can be used across a spectrum of applications beyond its primary function. It plays a crucial role in managing inert gas applications by maintaining slightly elevated pressure levels above atmospheric pressure in inerting or blanketing reaction or storage tanks. This versatility extends its utility to diverse industrial processes, safeguarding products from oxidation, explosion, or unintended release, thereby ensuring operational safety and product integrity.
3

Key Features

The Type 2406 regulator offers an economical approach to inert gas consumption by optimising the utilisation of inert gas resources. Through consistent adjustment of gas pressure during tank filling or emptying processes, it minimises gas wastage, enhances operational efficiency, and reduces costs associated with inert gas usage. This feature underscores its commitment to sustainability and cost-effectiveness, making it a preferred choice in industrial settings where resource optimisation is crucial.

Valve Standards & Stuff

Size: DN15-DN50 (1/2" - 2")
ANSI Class: 125 to 300
Set Point Range: 0.075 to 150psi (0.005 to 10bar)
Temperature Range: -20 to 15°C
Materials: Cast Iron, Cast Steel, Stainless Steel, Spheroidal Graphite Iron

FAQs

A pressure regulator is a device designed to maintain a consistent pressure level in a system by controlling the flow of fluid or gas.

Pressure regulators work by reducing the input pressure to a desired output pressure, ensuring stability and control within a system.

Pressure regulators are widely used in various industries including oil and gas, pharmaceuticals, manufacturing, HVAC systems, and pneumatic equipment.

Pressure regulators come in various types including direct-acting, pilot-operated, and self-operated regulators, each suited to different applications and pressure ranges.

Factors to consider include the required pressure range, flow rate, temperature, compatibility with the fluid or gas, and environmental conditions.

Signs of a malfunctioning pressure regulator include inconsistent pressure output, leaks, excessive noise, or failure to maintain the desired pressure.

Regular inspection and maintenance are essential to ensure proper functioning. The frequency of maintenance depends on factors such as usage, environmental conditions, and manufacturer recommendations.

Need More Dimensions?

No time for fancy software or your tekkers are just pretty substandard? We offer a full technical drawing service for our actuated valves. The Artists are ready to draw. Tell us what you need.
Request more information or Advice

Please feel free to request information and advice using the form below or call us on 0151 547 1221

2406 Type Excess Pressure Regulator (Flanged)