What Is Multimeter Equipment Used For?
Power Parameters are the leading multimeter calibration and repair service providers in Australia. Multimeters are incredibly useful tools utilised in a variety of industries in Australia. However, if you’re new to or unfamiliar with the power industry, you may not understand what is multimeter equipment, or what is a multimeter for in your specific industry.
Most electrical technicians use multimeters in their everyday operations. Multimeters are used to service or calibrate various electronic devices across multiple industry applications. As providers of expert calibration and repair services, Power Parameters are here to help clarify your burning questions regarding what a multimeter is.
The two primary services that Power Parameters provide with a multimeter includes multimeter calibration and multimeter repair services. As an equipment provider, we also stock and sell Australia’s leading brands of multimeter equipment. However, let’s first take one step back and answer the primary questions of “what is multimeter equipment?” and “what are multimeters used for?”. Afterwards, we will establish how to use a digital multimeter and how multimeters impact your operations.
What Is A Multimeter?
One of the most frequent questions our clients ask us is “what is multimeter equipment?”. The answer is quite simple; multimeters are standard instruments that measure electrical currents, voltage and resistance. Multimeters are a widespread diagnostic tool used among electrical professionals to aid with efficient and accurate operations.
Electricians depend heavily on multimeters to perform accurate testing and measurement for a variety of electrical applications. Specialist electricians should only use multimeters due to the nature of the work. If multimeters are not maintained or serviced, they can cause electric shocks, short circuits or other severe hazards like fire.
Although multimeters are specialist equipment that should only be utilised by trained electricians, everyone needs to have a sound understanding regarding what a multimeter is used for, in their particular industry. In the next paragraph of this article, we’ll outline how to use a multimeter.
How to Use a Multimeter
There are two types of multimeters. The first type of multimeter is an analogue multimeter. Much like clocks, the analogue kind of multimeter was the first to be invented. Digital multimeters are new devices that are renowned for their accuracy and ability to identify polarity automatically. Analogue multimeters have a scale on them, whereas a digital multimeter has a display block.
There are differences in digital and analogue multimeters; however, we’re here to outline how to use a multimeter. How to use a digital multimeter vs an analogue multimeter will not vary significantly. You can follow the steps below and apply them to how to use a digital multimeter and an analogue multimeter.
Step 1: Voltage
Find out what the voltage in the circuit is.
Step 2: ṽ Setting
Turn the dial on the multimeter to ṽ. If the voltage is not known, set the range on the multimeter to the highest voltage fixture and set the dial on ṽ.
Step 3: Insert Leads
Insert the leads into the multimeter. The black lead goes in the COM port, whilst the red lead goes in the VΩ port. Follow the order of black lead first, red lead second.
Step 4: Connect to Circuit
Connect the leads to the circuit. Insert the black lead first, then insert the red lead second.
Step 5: Read and Record
Read the measurement on the screen or the multimeter’s scale and make a record for safekeeping.
Step 6: Remove the Leads
Carefully remove the leads from the multimeter. Start with the red lead, and then remove the black lead (the reverse order of the way the leads were inserted into their ports).
Multimeters feature signs and symbols that are useful for electricians. However, everyday people shouldn’t need to concern themselves learning these symbols. Specialist electricians will identify these symbols, so it’s best to leave it with the experts. Now that we have covered what is multimeter equipment and how to use a multimeter, we’ll talk you through basic multimeter use for calibration and repair services.
Basic Multimeter Use & Calibration Services
To help you understand more about multimeters, we’ll provide a rundown of basic multimeter use in calibration services. Industries that use multimeters or similar measurement equipment will often require regular multimeter calibration services. Industries that require multimeter calibration services are typically workplaces with complicated or extensive electrical wiring in both laboratory and field applications.
We know that multimeters measure voltage, electrical currents and resistance. Often, multimeters measure separate parts of the electronic device to ensure there are no power imbalances. Because the multimeters measure equipment that may carry a high risk, the multimeters must provide accurate measurements.
If you’re working in an industry that uses a multimeter or similar measurement equipment, you will require regular calibration services. When conducting a calibration service, quality and consistency are critical in identifying and preventing potentially serious electrical hazards. That’s why Power Parameters adopt the latest technology and innovations in power calibration to ensure we maintain accurate readings.
The ultimate goal of multimeter use in calibration services is to ensure accuracy, workplace safety and electricians’ safety. Well-equipped technicians will provide a high-quality and efficient service. Good technicians will be able to troubleshoot electrical problems before they become hazardous fault. However, the critical tool that is required for technicians to carry out their work is the multimeter.
Basic Multimeter Use & Repair Services
As we know, multimeters are used widely across the electrical industry for those who need a multimeter or circuit testing devices. Multimeters are essential devices used to measure low-frequency electrical metrology, temperature metrology and time, frequency and waveform metrology. Therefore, multimeters must be kept in excellent working condition to ensure they function correctly and accurately.
The repair and maintenance of most electrical equipment will require the use of a multimeter. Therefore, it’s vital to keep multimeters in top form to maintain the reading’s accuracy and integrity. Regular servicing and maintenance will also ensure that multimeters perform better for longer. It is better to proactively service the multimeter in use than wait until it ages, becomes damaged or worse – faulty. The expert team at Power Parameters always advises using preventative methods rather than waiting for the multimeter to break down during operation.
Power Parameters inspect, test, maintain and ensure the seamless operation of multimeter devices within Australia. We are the leading providers of trusted multimeter repair services for a variety of industrial applications. Our technicians are highly qualified to repair and maintain electrical applications through the use of a multimeter apparatus.
How Do Multimeters Affect Your Operations?
So, what does it all mean for you? You know what is multimeter equipment, its purpose, how to use digital and analogue multimeters, essential multimeter use in calibration, and what is a multimeter for in servicing and repairs.
If you’re in the electronic industry, ensuring that you have a well-functioning multimeter will ensure you have accurate, quality readings throughout your service. If you’re not in the electrical industry but require electronic services, multimeters will help maintain safety in your industry, workplace or home.
Power Parameters have worked in the power industry for over 100 years and are committed to providing high-quality, precise power services. We adopt the latest technology and invest in our team to ensure our technicians offer the most efficient, accurate Australia services. Contact the team today to find out how we can help you.