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IFM TA2232 Temperature Transmitter Explained (Working, Wiring & Applications)
Temperature plays a very important role in industrial processes. Every process is designed for particular temperature range. Out of the specified temperature range , can make the output defective. Which will increase the losses in the system. There are multiple types of temperature sensors are available. Such as âThermocouple âand âRTD â(resistance temperature detector). Some process requiresâŠ
Difference Between KW, KVA, KWH, KVAH (With Simple Examples
Energy meter reflecting KWH reading Whenever you see symbols like âKWâ, âKVAâ, âKWH â& âKVAHâ. It feels like; these all are linked with Electricals even when you do not belongs to Electrical field. All these four terms are inter-related. Many people get confused between kW, kVA, KWH, and KVAH. However, each term has a different meaning and application in Electrical systems. In these post, WeâŠ
How to Reduce Electricity Bill For homes(Proven Methods + Calculations)
Electricity bills are rising every month â but most people donât actually know where their money is going. What if you could: Identify power-hungry appliances Calculate your exact consumption Identify the losses Reduce your bill by 20â40% This guide shows practical methods + real calculations â not just theory. Before we proceed, We should learn how this electricity Bill is calculatedâŠ
⥠How to Calculate Your Electricity Bill (Step-by-Step Guide)
Steps for calculation of electricity bill
Most people think electricity billing is simple: Units Ă Rate = Total Bill
But if youâve ever looked closely at your bill, you already know⊠itâs not that simple.
đ What Actually Goes Into Your Electricity Bill?
Your electricity consumption is calculated as:
Units (kWh) = Current Meter Reading â Previous Reading
Sounds easy, right? But this is just the beginning.
Your final bill includes multiple components like:
âïž Slab-based tariff rates (cost increases with usage) âïž Fixed charges based on your connection load âïž Fuel & power adjustment charges âïž Electricity duty and taxes âïž Additional charges (meter rent, etc.)
đ Why Your Bill Feels âToo Highâ
Even a small increase in usage can push you into a higher slab. And thatâs where your cost starts rising faster than expected.
đ Itâs not just about how much electricity you use đ Itâs about how efficiently you use it
đĄ What Youâll Learn in This Guide
âą Step-by-step electricity bill calculation âą Simple formula explanation âą Real-life examples âą How slab rates actually work âą Practical tips to reduce your bill
đ Read the Full Article
Learn how to calculate your electricity bill step-by-step with examples, including fixed charges, surcharges, and tips to reduce costs.
⥠Final Thought
Understanding your electricity bill isnât just technical knowledge⊠Itâs a smart way to save money every month.
How to Calculate Load & Choose the Correct MCB (Step-by-Step Guide)
Choosing the correct Miniature Circuit Breaker (MCB) is essential for any electrical system. A wrong selection can lead to frequent tripping, overheating, or even serious safety hazards.
But the good news? You can select the right MCB easilyâif you follow the correct method.
⥠Step 1: Calculate Total Load
Start by adding the power (in watts) of all connected devices.
Example: Fan + Lights + Appliances = Total Load (W)
đ Step 2: Convert Load into Current
Use this simple formula:
đ Current (A) = Power (W) Ă· Voltage (V)
This gives you the actual current your circuit will draw.
đ Step 3: Choose the Right MCB
Select an MCB rating slightly higher than the calculated current.
This helps to: â Prevent unnecessary tripping â Ensure proper protection â Handle small load variations
đ Why It Matters
Undersized MCB â Frequent tripping
Oversized MCB â Unsafe protection
Correct sizing = Safe + Reliable electrical system
đ Learn Complete Step-by-Step Guide
Iâve explained everything in detail here: đ https://bijliwala.co.in/circuit-breaker/how-to-calculate-load-choose-the-correct-mcb/
đĄ Final Thought
MCB selection is not guessworkâitâs a calculation. Once you understand this, your entire approach to electrical safety improves.
Potential transformer
đ Ever wondered how engineers measure high voltage without getting anywhere near danger?
Meet the Potential Transformer (PT) âĄ
In power systems, voltages can go insanely highâfar beyond what instruments can handle safely. Thatâs where PT comes in. It quietly steps down high voltage into a safe, measurable value⊠without losing accuracy.
đ What makes PT important?
Converts high voltage to standard low voltage
Ensures safe measurement & protection
Widely used in substations and panels
âïž Itâs not just a transformerâitâs a precision tool that helps engineers see whatâs happening inside a power system.
If youâve ever looked at a control panel and wondered how readings stay accurate despite huge voltages⊠this is the answer.
đ Read the full breakdown (working, ratio, specs & real use): https://bijliwala.co.in/transformer/potential-transformer-an-instrumental-transformer/
How to Calculate Load & Choose the Correct MCB
Electrical Load Electrical Load is actually a âpower rating of electrical machineâ. Electrical load is been represented with the term Wattage, in short âWattâ. There are 2 types of power to operated an Electrical load. That is; AC(Alternating current) and DC(Direct current). While AC power is further classified as âsingle phaseâ & âmultiphaseâ .DC power = Voltage * Current Single phase powerâŠ
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10 Common Electrical Wiring Mistakes in Homes
Electrical wiring is the backbone of every home, but even small mistakes can lead to serious safety hazards. From electric shocks to fire risks, improper wiring is one of the most common cause of household electrical accidents. In this guide, We will discuss 10 common electrical wiring mistakes in homes. How to identify them, and what you can do to fix or avoid them. Whether you are a homeownerâŠ
How to Test MCB Properly â Complete Practical Guide !
MCB tripping again and again? Or not tripping at all?Before replacing it, you should test whether the MCB is actually faulty. MCB is a type of protection device. MCB is used to be connected at the back end; before the electrical load. MCB stands for âMiniature circuit breakerâ. MCB is a type of âswitch cum circuit breakerâ. MCB provides protection form âoverload â& âshort circuitââŠ
How to Identify Phase and Neutral (Step-by-Step Guide)
Identifications & markings are very important specially in Electrical. Otherwise; Every Electrical panel seems a puzzle. In this world, Where every second is important. We can not waste even a single second in finding the wires or locating the electrical components. Best electrical panel is the one which has the following characteristics : Every single component uniquely tagged & easilyâŠ
Working Principle of Induction Motor (With Diagram & Explanation)
This post covers the following topics : What is an Induction Motor ? Working Principle of Induction MotorHow does an Induction Motor Work ?Power flow diagram of Induction motor Efficiency calculation of Induction motor Why Rotor Never Reaches Synchronous Speed?Slip of Induction motor Applications of Induction MotorAdvantages of Induction MotorWorking Principle of Induction Motor ââŠ
Why Is My Electricity Bill So High? 9 Electrical Reasons
Have you ever opened your electricity bill and felt shocked â even though your usage hasnât changed much? Youâre not alone. A sudden or steadily increasing electricity bill is a common problem in homes, shops, and small industries. In many cases, the reason is not the tariff, but hidden electrical issues inside your system. Letâs break down the 9 most common electrical reasons. These reasonsâŠ
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Why Does a Motor Overheat? 9 Common Electrical Reasons
đ Introduction Electrical motors are designed to operate within a specific temperature range. When the temperature exceeds that limit, motor winding, bearings, insulation, and lifetime are affected. Overheating not only reduces efficiency but can also lead to breakdowns and unexpected shutdowns. In industries, overheating is one of the most common reasons for motor failures. This post furtherâŠ
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Difference Between Contactor and Relay (With Practical Examples)
Introduction Both contactors and relays are switching devices used to control electrical circuits. They look similar in construction and working principle, but their applications, ratings, and functionalities are different. Understanding these differences is essential for designing motor control circuits, automation panels, and household control systems. Both relays & contactors contains anâŠ
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Single Phase vs Three Phase Power â Which Is Better and Why?
Introduction Electric power supply is mainly classified into single phase and three phase systems.Choosing the correct power supply is very important for homes, shops, and industries. In this article, we will explain single phase vs three phase power, their differences, advantages, disadvantages, and help you decide which is better and why. This post includes : Introduction What Is SingleâŠ
What Happens If Earthing Is Not Proper? (Dangers Explained)
Ever seen an Electric motor from inside ? There is very minor air gap in between stator & rotor. Power transfers from stator to rotor takes place through air. Even due to air gap, rotor rotates with so much power. The Principle behind that transformation is known as âFaraday law of Electromagnetic Inductionâ. Which means Electrical power can transferred through an air in a form ofâŠ
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Why Does My MCB Keep Tripping? 7 Common Causes & Solutions
In Electrical, There are two things âONâ & âOFFâ. Things seems pretty much simple. But Electricity is also dangerous if not handled in an appropriate way. It is the safety of human & safety of machines which makes the an Electrical system complex. In Electrical safety, MCB is the most basic tool. MCB Array of 8 single pole MCB; rated C6 MCB stands for âminiature circuit breakerâ. ThisâŠ
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