Air Pressure Gauge Suppliers – Pressure gauges are a group of devices that measure and display the pressure level of a fluid (liquid or gas) in a closed vessel or system. Pressure is simply a measure of the amount of force applied to a defined unit area. Read more…
Pressure Gauge Manufacturers Pressure gauges are a group of devices that measure and display the pressure level of a fluid (liquid or gas) in closed vessels or systems. Pressure is simply a measure of the amount of force applied to a defined unit area.
Air Pressure Gauge Suppliers
We manufacture various types of differential pressure gauges and instruments, including dual range differential pressure, piston and diaphragm differential pressure, explosion proof and miniature. If you need a single gauge for differential pressure measurement, please contact us.
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Looking for a quality pressure gauge to measure gas or liquid pressure? Perma-Cal Industries, Inc offers affordable, quality pressure gauges for a variety of demanding commercial and industrial applications. We manufacture a comprehensive product line. All Perma-Cal Industries pressure gauges are built with reliability, safety and affordability in mind. Call us today!
SIKA USA is a developer and manufacturer of pressure gauges and other measuring and monitoring systems. Both standard and Bourdon tube pressure gauges are available. Our pressure gauges are made from high-quality materials that are designed to withstand the environment and provide accurate readings every time. Our pressure gauges comply with EN 837-1 and are covered with stainless steel. They’re also available in a variety of sizes, so it’s easy to find one that fits your needs.
M & M Control Service, Inc. is a leading distributor of industrial pneumatic, electronic, self-contained valves, controls and controllers, instrumentation, temperature controllers and process control loop equipment products and process solutions. We represent the best manufacturers in the industry. Shipped from stock or factory direct to bring you the best products at the best prices. We aim to exceed customer expectations through continuously improving service, quality products, competitive pricing and the fastest delivery. Our personal service staff is the best in the business and ready to ensure your needs are met. Our commitment to quality products and excellent customer service is known in the industry. M&M Control sales engineers are factory trained and can assist with sizing, application, configuration or installation. For application assistance and more information on valves and steam products, gauges and thermometers, regulators, controls and instruments, call M&M Control at 1-800-876-0036. Visit our website at www.mmcontrol.com or send an email to [email protected]
Many types of pressure measuring devices convert measurements into electrical signals that can be displayed on a data acquisition device (or DAQ). Although pressure gauges can display their measurements digitally, it is worth noting that they can measure and display pressure readings directly without their electronic conversion. Pressure gauges are valued in the industry for their simplicity, accuracy, cost effectiveness and low maintenance.
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To some extent, the origins of pressure gauges can be traced back to the early modern period and the scientific discoveries of the Italian mathematician and physicist Evangelista Torricelli. In 1644 Torricelli discovered the existence of a vacuum in nature and the fact that air carries weight. Other scientists, such as the Frenchman Blaise Pascal, continued Torricelli’s conclusions. But the pressure gauge as we know it today wasn’t really developed until the Industrial Revolution. In the 1840s, Frenchman Eugène Bourdon began looking for a solution when high-pressure locomotive engines caused fatality rates so high. His efforts led to the invention of the Bourdon gauge in 1849. Originally aimed at the railway, Bourdon inadvertently made a much larger contribution to the industrial sector as a whole. The Bourdon gauge allowed all types of businessmen to measure pressure levels much higher than before, paving the way for further development of the gauge. Today, the Bourdon gauge (discussed below) remains the most commonly used type of pressure gauge.
Pressure measurement is safe for many types of industrial systems (eg water-based systems, oil-based systems, gas-based systems) and related industrial products (eg water heaters, fire extinguishers, medical gases). Necessary for proper functioning. Without an accurate way to measure and regulate pressure, the entire fluid power system becomes unpredictable and unreliable (and therefore useless). Pressure measurement is important not only for the maintenance of mechanisms that operate directly with proper pressure control, but also for the correct operation of mechanisms that depend on values related to pressure control (flow rate, where the pressure level affects the flow rate). counter etc. .). In fact, pressure is so important to modern industry that it has become one of the most frequently measured phenomena in all of commerce. More often, only temperature is taken.
Pressure gauges can be made of different materials depending on the requirements of the particular application. Here are some examples:
• Many gauges are exposed to harsh substances or chemicals, including those in the chemical, petrochemical, refining, energy, and pharmaceutical processing industries. Such gauges should be corrosion resistant. Most often they are made of stainless steel. On the other hand, for pressure gauges dealing only with non-corrosive liquids or gases, copper or bronze construction is probably suitable.
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• The specific pressure conditions under which the gauge operates is another factor in material selection. High pressure scenarios generally require gauges made of very durable materials such as steel. Conversely, in low-pressure scenarios, gauges made of bronze or similar materials may perform well.
The inner workings of pressure gauges are typically made of materials such as beryllium copper, phosphor bronze, and various steel alloys. Typically, the inner tube inside the pressure gauge (discussed in the next section) undergoes a specific form of heat treatment known as spring hardening. Such treatment improves the elasticity of the tube while maintaining (more or less) its original shape.
As for actual size, pressure gauges vary greatly. Regardless of their specific material composition, standard and custom pressure gauges are designed to fit into any tight space or (on the one hand) tanks large enough.
The (relative) simplicity of a pressure gauge comes from the fact that the pressure measured by the gauge is the only source of energy required to operate the gauge. At the end of the manufacturing process, the pressure gauges are calibrated against the pressure readings of the existing “master” gauges. Once this is done, the gauge is ready for use. Gauges can typically be installed at various points in the fluid power system (eg, near the pressure port of a hydraulic pump, an independent regulator of a pneumatic or compressed air system, etc.). In some cases, pressure gauges can measure “subcircuits” in a fluid power system that operate at a different pressure than the rest of the system (eg, circuits that occur downstream of a pressure relief valve).
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There are two main groups of pressure gauges: analog pressure gauges and digital pressure gauges. It is important to note this difference because the two types of gauges behave and display information slightly differently. An analog gauge is a “traditional” pressure gauge that displays information with a needle that changes position (in proportion to the pressure change) on a clock-like dial on the meter.
The main component of analog gauges is the “tube” mentioned in the previous section. These types of gauges contain some type of internal elastic chamber that is somehow connected to the pressure to be measured and deforms or moves when the pressure acting on it changes. A complex system of gears (known as motion) allows the camera inside the analog gauge to convert pressure-induced movement into movement of the needle on the scale.
• Bourdon tubes are the most common type of flexible analog camera. A Bourdon tube is a flexible, C-shaped chamber made of one of the metals described in the previous section (copper, steel, etc.). When fluid under pressure enters this tube, it opens or straightens. When the Bourdon tube opens, it activates a gear and shaft assembly that moves the hands of a gauge clock-like display. A Bourdon tube can also have a helix or spiral shape. Overall, this type of elastic chamber provides a simple and efficient mechanical method for converting pressure changes into quantitative readings.
• Vents are elastic chambers that expand and contract rather than open in response to pressure changes. They consist of some form of thin-walled tubing, most often with added coil springs to increase fatigue life.
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• Diaphragms or stacks (single or multiple) Flexible chambers consisting of thin metal sheets in a bowl are known as diaphragms or stacks. This type of chamber moves when pressure is applied inside. Unlike a chimney, diaphragms do not use a support spring structure.
Analog gauges are still very popular, but are increasingly being replaced by digital gauges, which are easier to read and more accurate. Unlike analog gauges, digital pressure gauges require a separate power source (such as a battery).
