A transducer is an important device popular in applications in the oil and gas industry, going beyond. It does its job by measuring pressure and converting it into an electrical signal which helps monitor oil and gas system pressure. They are useful wherever in pipelines or chambers. These transducers keep tabs on how well a system operates and provide data that can be used to fine-tune how it runs.
This is why you should make crucial considerations when choosing the right transducer. Problems in your facility's oil or gas system may arise from using the incorrect transducer. Pressure transducers with high precision and dangerous-environment compatibility meet the needs of the oil and gas industries.
Advancements in the device's design now enable oil and gas industries to meet the demanding needs of these markets. Read on!
What Considerations Should I Make For Oil and Gas Pressure Transducer Applications?
High Accuracy
Many delicate oil and gas business procedures call for cutting-edge pressure monitoring equipment to guarantee accurate data collection and employee safety. For instance, when a very precise pressure measurement is needed, a transducer is used for high-accuracy readings. The pressure transducer is used in oil and gas industry applications like atmospheric, hydrological, sample, and production testing.
While it is common to require just one transducer per equipment unit, measuring pressure gradients or variations across a process often requires more than one transducer. The level of accuracy varies across these industries' applications.
Dependable Designs
In the oil and gas industry, the pressure transducer is likely to come into contact with an extremely corrosive and abrasive medium. They are required to continue to function normally under these circumstances.
Their sustainable design plays a key role in their reliability. Think of a pressure transducer with interchangeable, bolted-together parts.
They could crack and turn into pressurized projectiles if subjected to high pressure or corrosive medium. To counter this, pressure transducers should feature fully welded bodies so that there is guaranteed stress resistance in situations like oil rigs, where equipment is frequently set up and taken down.
Pressure
Pressure transducers are all about pressure, so there are several things to consider before settling on the model that works best for your oil and gas application.
Make sure to enquire about the transducer's measuring pressure range regarding the maximum pressure the transducer can withstand and any potential pressure overloading risks. A reliable manufacturer like MicroSensor can willingly offer you answers to such inquiries.
Safety
If your oil and gas transducer application has a high potential risk, you should consider explosion-proof transducers designed to contain an explosion instead of preventing it. If your oil and gas transducer application has a high potential risk, you should consider explosion-proof transducers designed to contain an explosion instead of preventing it.
Rather than being built to withstand an exterior explosion, their primary purpose is to contain an interior one, preventing the spread of fire from the transducer enclosure. These transducers can withstand extreme conditions and have a long lifespan, all while producing precise and dependable output.
Take Away
Oil and gas can be difficult products to work with because different types of oil and gas require different pressure transducers. While some gasses, like hydrogen, can be challenging to work with, air is relatively easy to handle.
A pressure transducer's wiring depends on the type of electrical output it has, so experience with these outputs is crucial. If you have difficulty deciding which pressure transducer works best for your industry's needs, MicroSensor is here to help!
The Blood Pressure Transducers Market 2021 research report gives emerging industry data, global segments and regional outlook.
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The major players in the blood pressure transducers market include Medtronic plc, Omron Healthcare, GE Healthcare, Inc., Masimo Corporation, Spacelabs Healthcare, Utah Medical products, Inc., Edwards Lifesciences, ICU Medical, Becton, Dickinson and Company (BD), MEMSCAP, Argon Medical Devices, Merit Medical Systems, Fiso Technologies, Fogg System Company, Iworx Systems, Junken Medical, Medline Industries, Others.
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