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Plain-English guides on how pressure transducers work, how to wire and scale them, and how to choose the right instrument for your application.
How wireless pressure transducers work, radio and protocol options (LoRa, NB-IoT, 4G), battery-life planning, and when wireless beats a wired 4-20 mA loop.
Read articleHow submersible level transmitters measure tank, well and open-channel level by hydrostatic pressure — range sizing, vent-tube design and installation rules.
Read articleThreshold switching versus continuous measurement: accuracy, cost, wiring and when each makes sense, with a side-by-side comparison table.
Read articleWhat calibration means, why transducers drift, NIST traceability, the five-point calibration procedure, recalibration intervals and what a calibration certificate must contain.
Read articleRoutine zero-drift and output checks, diaphragm cleaning, calibration intervals and recertification, common failure modes and a preventive maintenance schedule that keeps transmitters accurate for years.
Read articleSix-step selection process covering pressure range, accuracy, output signal, process connection, wetted materials and hazardous-area ratings — with engineering rules you can apply immediately.
Read articleHow differential pressure transducers measure filter clogging, flow across orifices, tank level and heat-exchanger fouling — with range, static-pressure and wetted-material selection rules.
Read articleWhy flush diaphragm transducers beat standard pressure ports for viscous, pasty and hygienic media — no dead volume, no clogging, with selection and installation guidance.
Read articleWhat ±0.25% FS really means, how non-linearity, hysteresis, repeatability and temperature drift combine, and how to read a datasheet so the accuracy you pay for is the accuracy you get.
Read articleMiniature sensor sizes, outputs and mounting for medical devices, pneumatics, robotics and handheld instruments — plus OEM batch procurement, calibration and consistency considerations.
Read articleThe P = ρgh principle, water-depth-to-pressure conversion tables, and how submersible transmitters measure tank and well level — compared with ultrasonic and radar alternatives.
Read articlePiezoresistive, strain gauge, capacitive and resonant technologies, plus gauge, absolute, sealed and differential references — with a comparison table to narrow your options.
Read articleA pressure transducer converts pressure into an electrical signal. This guide covers the working principle, main types, output signals and how to choose the right transducer for your application.
Read articleTwo-wire loop wiring, scaling 4 mA to 20 mA into pressure readings, 4-20 mA vs 0-10 V, and common wiring mistakes — with conversion tables you can use on site.
Read articleStrain gauge, piezoresistive and capacitive sensing elements explained step by step, from diaphragm deflection to a standard 4-20 mA or 0-10 V output.
Read articleWhat each term means, how output signals differ, and a straightforward rule for choosing the right instrument for your machine or process line.
Read articleEXPLORE
General-purpose 4-20mA / 0-10V platform for plant and OEM applications
±0.1% FS accuracy with low temperature drift for precision measurement
ATEX & IECEx Zone 1/2 certified transmitters for hazardous areas
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Tell us your range, media, output and connection — we will confirm a model with datasheet and pricing, usually within one working day.