Calibrating electrical equipment properly is a matter of safety and consistency. An uncalibrated piece of equipment is unreliable and unsafe, so it's important to invest in proper calibration from a professional service provider. Exactly what does calibration entail, and what aspect of a piece of equipment needs to be calibrated? The following are three metrics that calibration can check for and correct.
Current Frequency
The term current frequency refers to how many cycles a waveform completes repeatedly per second. It is measured in the metric Hertz, which is abbreviated Hz, and an inaccurate measurement can be disastrous. Electrical equipment demands entirely accurate readings to run safely and smoothly, and if you do not calibrate the current frequency, currents can run too high and put people at risk of electrocution and other dangerous injuries. The frequency of a power supply must be kept constant so that voltage can be kept in a safe window of operation.
Voltage
Voltage, though related to current frequency, is not the same thing. Voltage refers to the electrical potential difference contained between two points. When this difference is too high, electrical currents move too quickly, and the risk of electrocution or accident skyrockets. Calibrating a piece of electrical machinery to ensure that its voltage is not too high is not just an essential investment - it can save a life. Improper voltage is one of the riskiest problems you can encounter, and ac and dc ohmmeters toronto on are the keys to preventing accidents.
Resistance
Resistance is the last piece of the puzzle when it comes to managing and calibrating your electrical equipment. Resistance is the ability of an electrical device to reduce the electrical flow within it, and it is measured in Ohms. Of course, if resistance is too high or too low, the current and voltage will also be too high or too low, so it is imperative that you invest in the right tools to calibrate all of your electrical equipment.
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