Applications

In industrial systems, two devices are often used to monitor flow: the Flow Meter and the Totalizer. While they’re related, they serve different purposes. Confusing the two can lead to wrong equipment selection, costing time and money. If you’re in process control, palm oil production, water treatment, or factory automation in Malaysia—this guide is for […]

If your digital panel meter suddenly shows zero, your PLC input flatlines, or your transmitter stops responding — you might be experiencing 4-20mA signal loss. This is one of the most common issues faced in factories, refineries, and automation systems across Malaysia. Let’s break it down in simple terms. First, What Is a 4-20mA Signal?

When it comes to precision pressure monitoring, Setra Systems is a trusted global brand—and proudly distributed by Celectric right here in Malaysia. From HVAC to cleanrooms and even industrial automation, Setra’s sensors are known for reliability, accuracy, and longevity. But what industries in Malaysia are using Setra pressure transmitters most? Let’s break it down. 1. HVAC

In today’s smart factory environment, having accurate, real-time display of readings like pressure, flow, temperature, or level is no longer a luxury—it’s a necessity. That’s where Digital Panel Meters (DPMs) come in. But with so many brands and models out there, how do you choose the right one for your industrial setup in Malaysia? Let

In the dynamic landscape of industrial processes, efficiency is paramount. Whether you’re managing chemical production, food processing, or any other manufacturing endeavor, the precision of your operations is crucial. This is where batch controllers step in, offering a streamlined solution to optimize your production cycles. Understanding Batch Controllers Batch controllers are automated systems designed to

Hysteresis is a common occurrence in various physical systems, including pressure sensing. It describes the delay or lag in a physical response to changes in external conditions or forces. In the case of pressure sensing, hysteresis can cause the diaphragm within the sensor to not immediately return to its original position after pressure changes. This