Process Instrumentation

Understanding Pascals Law in Pressure Instruments

Pressure Measurement Understanding Pascal’s Law in Pressure Instruments A single 17th-century observation about squeezed fluid quietly explains how a car jack lifts two tonnes, how.

Learn More

Static vs Dynamic Pressure: What’s the Difference?

Pressure Measurement Static vs Dynamic Pressure: What’s the Difference? Point a tube into a moving stream and it reads higher than a tap flush with.

Learn More

Electronic vs Mechanical Pressure Sensors: Pros and Cons Compared

Pressure Measurement Electronic vs Mechanical Pressure Sensors: Pros and Cons Compared A century-old Bourdon tube and a modern piezoresistive chip solve the exact same problem.

Learn More

Wireless Pressure Transmitters in IIoT Systems: How They Work and Why They Matter

Pressure Measurement Wireless Pressure Transmitters in IIoT Systems: How They Work and Why They Matter A quiet shift is underway across the plant floor. Wireless.

Learn More

What is MMSCFD? A Complete Guide to Natural Gas Flow Rate

Flow Measurement What is MMSCFD? A Complete Guide to Natural Gas Flow Rate Four letters, one number that quietly runs the entire natural gas business..

Learn More

Deadband in Pressure Switches: 5 Hidden Factors Most Technicians Get Wrong

Pressure Measurement / Instrument Calibration Deadband in Pressure Switches: 5 Hidden Factors Most Technicians Get Wrong Deadband in pressure switches is the gap between the.

Learn More

Scotch Yoke vs Rack and Pinion Pneumatic Actuator: Torque Curve Comparison

Process Instrumentation Scotch Yoke vs Rack & Pinion Pneumatic Actuator: Torque Curve Comparison A stuck valve doesn’t need steady force. It needs a hard, deliberate.

Learn More

Diaphragm Actuator vs Piston Actuator: Control Valve Selection Guide

Process Instrumentation Diaphragm Actuator vs Piston Actuator: Control Valve Selection Guide Force equals pressure times area, the entire diaphragm versus piston debate in one equation..

Learn More

Steam Trap Types Explained: Mechanical, Thermostatic, and Thermodynamic

Process Instrumentation Steam Trap Types Explained: Mechanical, Thermostatic, and Thermodynamic Every steam trap is solving the same puzzle: let steam stay in, let condensate get.

Learn More

Automatic Tank Gauging (ATG) Explained: Servo, Radar, and Hybrid Systems

Level Measurement Automatic Tank Gauging (ATG) Explained: Servo, Radar, and Hybrid Systems A crude oil tank holding hundreds of thousands of barrels doesn’t get measured.

Learn More