Difference between Smart Transmitter and Ordinary Transmitter
Key differences between ordinary transmitter and smart transmitter are Performance, Rangeability, Remote Adjustability, and Reliability.
Key differences between ordinary transmitter and smart transmitter are Performance, Rangeability, Remote Adjustability, and Reliability.
Explained the difference between Single-phase and three-phase power with their advantages and disadvantages.
There are two types of industrial control system acceptance testing procedures which are called FAT and SAT.
ELCB (Earth Leakage Circuit Breaker) detects earth leakages and protect personal safety from electrical shocks that are caused by short circuits.
Let’s learn the difference between the AC and DC powered solenoid valves used in industrial applications.
SMART transmitter stands for Single Modular Auto-ranging Remote Transducer. It superimpose communication signal on the analog current.
Learn the different classification of sensors and transducers in the industrial instrumentation and measurement systems.
A Residual Current Circuit Breaker (RCCB) is a key safety measure when it comes to the protection of electrical circuits.
The purpose of Open Systems Interconnection is to standardize network architecture and encourage vendors to develop network equipment that would avoid proprietary design.
A miniature circuit breaker (MCB) is an automatic electromechanical device that guards the electrical system short circuit and overcurrent.