Industrial Valve Under Monitor (IVUM) is a technology that helps drive innovation in valve technology. It is an essential tool for companies looking to improve the efficiency and performance of their valves. It can monitor critical data points on valves, which can help identify issues before they cause damage or downtime. With this information, businesses can make informed decisions about maintaining and operating valves.

About IVUM

IVUM is an exciting new technology that helps improve the performance of valves used in industrial settings. This lightweight valve and manifold are used to place monitors on ladders or platforms. This innovative tool streamlines water monitoring by combining the TFT Ball Intake Valve’s sturdy valve mechanism with a 4″ ANSI 150 inlet and up to four 2.5″ outlets.

The unique combination of features provides users with enhanced control and reduced downtime. Their products are used in various industries, including oil and gas, water treatment, power generation, and more.

Bringing You the Latest in IVUM Technologies

Industrial Valve Under Monitor is constantly at the forefront of innovation, bringing you the latest IVUM technologies. The cutting-edge systems are designed to improve valve performance and durability, ensuring your operations run smoothly. With their help, you can rest assured that your valves will stay up and running no matter what!

How IVUM is Changing Industrial valve technology forever?

It is a technology that’s driving innovation and efficiency in valve manufacturing. It constantly monitors the condition of valves in industrial settings, predicting and preventing any failures before they happen. This tool not only saves time and money, but it also keeps people safe by averting potential accidents. This technology lets businesses know their valves are always in top condition.

The Cutting Edge of Valve Technology

Looking at the industrial valve market, it’s clear that innovation is key to success. For operators in this sector, meeting stringent requirements about control and dynamics is essential. And since space for installation can often be tight, ensuring valves meet all applicable safety standards (such as ATEX) is critical.

The Importance of Industrial Valve Monitoring

Predictive monitoring solutions are already common for expensive equipment like turbines and compressors, but valves can be just as important – and account for up to 35% of failures. With IVUM, you can improve the reliability of your entire system by keeping those valves running smoothly.

Innovative valve technology

It produces a comprehensive range of electrically or pneumatically operated valves for regulating and locking functions for liquid, gaseous, and vaporous media use. Tight quality controls guarantee extremely precise and precisely repeatable procedures.

Different Types Of Valves

Different types of valves are given below:

Gate valve

Its straight-line obturator and perpendicular seating area make it a perfect fit for industrial use.

Globe valve

A globe valve is a valve whose obturator travels directly and in the flow direction when seated.

Ball valve

Rotating the obturator around an axis perpendicular to the flow direction opens a ball or plug valve.

Butterfly valve

When a butterfly valve opens, the fluid flows around its obturator, which rotates about an axis at right angles to the flow direction.

Diaphragm valve

A diaphragm valve alters the flow route because of the malleable obturator’s distortion.

Check valve

When fluid flows through a check valve in a certain direction, the valve automatically opens and closes to stop the flow in the opposite direction.

In addition to the aforementioned classifications, valves can be further subdivided based on their function, such as shut-off and check valves, control devices, mixing or distributing valves. Manually operated valves, electrically, pneumatically, or hydro-pneumatic valves, and process fluid-controlled valves are different ways to categorize valves.

Angle & Inline Valves

Angle and inline valves are a safe and inexpensive way to separate parts of the vacuum system. These valves are made from different grades of stainless steel and can have either elastomer or copper gasket seals.

Key characteristics

Valve use is easier and safer when you know the important features. Here’s a quick run-down:

Nominal size

In building systems, The normative size of a pipe is its interior diameter, denoted by the code DN (from the French “diamètre nominal”). It consists of the letters DN and a number that directly relates to the bandwidth of the links (in mm).

Resistance coefficient

The resistance coefficient shows how much valves and other pipe fittings resist flow in the reverse direction. The pressure loss goes up as it gets bigger. It’s good to know that the value is for a fully open valve.

Volume flow rate

The volume flow rate is the amount of gas or liquid that moves through a pipe at a certain time.


Industrial Valve Under Monitor is one of the most important technologies driving innovation in valve technology today. This innovative monitor helps to ensure that industrial valves operate safely and effectively, making it an essential tool for any business or plant looking to improve efficiency and safety. With this invaluable device, companies can rest assured that their valves are always running optimally and under close watch.


What is Industrial Valve Under Monitor?

Industrial Valve Under Monitor is a technology that drives valve performance and reliability innovation. It helps plant operators avoid unplanned outages and improve process efficiency by continuously monitoring valves.

How does an industrial valve under monitor work? 

It uses sensors to gather data about the valve’s performance and then returns this information to a central monitoring system. This tool allows operators to detect any issues with the valve early on, so they can fix them before they cause any damage or disruption.

What are the benefits of using? 

Industrial Valve Under Monitor is a technology that drives innovation in valve technology. It has many benefits, such as reducing downtime, improving safety and reliability, and helping to achieve regulatory compliance.

Who can benefit from using IVUM?

It is perfect for industrial use and can help improve performance, safety, and efficiency across all businesses.