Electrical equipment calibration is a process that takes place to ensure that the electrical devices are directing power as they should. This is a crucial step in ensuring the safety of your employees and equipment. If you’re not sure whether or not your machines are calibrated, you might want to get them checked out. To learn more about electrical equipment calibration and what it entails, keep reading.
What is Electrical Equipment Calibration?
Electrical equipment calibration is a process that takes place to ensure that the electrical devices are directing power as they should. It ensures the safety of your employees and equipment. In order to perform the calibration, your technician will need to set up the equipment in a controlled environment. They’ll then connect it to an accurate device, called a test generator, which generates electricity at different levels of voltage.
This process is often done on large pieces of equipment like transformers or generators, but there are many other types of electrical devices that can also be calibrated, such as:
- Computers
- TVs
- Microwaves
- Power tools
- Lighting systems
- Electrical panels
One of the most common types of calibrations performed is for electric motors. This type of calibration is required so that the motor can handle changes in load without straining or breaking down. The reason for this is that electrical motors convert AC current into rotational energy for industrial purposes by rotating electromagnets within a magnetic field.
How Does Electrical Equipment Calibration Work?
The way electrical equipment calibration works is that it involves measuring the voltage, current, and phase of an electrical circuit. These measurements are taken at different points in a circuit to ensure that the power is going where it should. The process of calibration can be done at any point in the manufacturing process for an electrical device.
Calibration ensures that a machine or piece of equipment will function as it should. It ensures safety for employees and machinery by making sure that the power isn’t being directed incorrectly. In order to calibrate your machines and make sure everything is working properly, you need to measure the following: V (voltage), I (current), and P (phase).
It’s important to know how electricity flows through a circuit because this might help you diagnose any issues with your equipment before they get out of control. You’ll want to check your equipment periodically for problems so you can address them before they become dangerous for employees or damaging for your machinery. Electrical equipment calibration is a crucial step in ensuring safety and production efficiency at every step of the process from start to finish.
Why Should You Get Your Machines Calibrated?
There are a number of reasons why it’s important to calibrate your machines. For starters, it can improve the efficiency of your equipment. In some cases, when machinery is not calibrated correctly, it might not be directing power properly and that could result in a loss in production. Other times, calibration could prevent an electrical fire or another safety hazard. When you calibrate your machine, you’re able to ensure that the machine is running at maximum capacity without risking the safety of those around it.
Important Safety Precautions
What many people don’t know is that electrical equipment calibration can be just as important to the safety of your employees and equipment as the installation of safety features. Workers are more likely to work more safely when they know their equipment has been calibrated, which could result in a higher production rate.
Be Careful with Voltage Levels
If an electrical device is not calibrated, it could be putting your employees or equipment at risk. If you’re calibrating a machine, the voltage levels are crucial to get right. This is because the calibration process determines how much power is delivered to the machine’s components.
Another way that un-calibrated electrical devices could put your employees at risk is by delivering more than what is required. This can happen if there are too many volts coming out of a power source and they need to be regulated. The additional energy will go into the machine’s components or parts and could potentially cause them to break down.
Reset the Power Source After Using it
Make sure to reset the power source after using it. This will remove any residual power left in the source and prevent charging problems down the line. If you’re using a generator, always unplug before servicing or moving it.
Conclusion
This post has given you an introduction to electrical equipment calibration and the benefits it provides to your business. Now it is up to you to take these guidelines to heart and make sure that you are calibrating your machines in the safest, most efficient manner possible.
If you have any questions about electrical equipment calibration, feel free to contact us!