There’s no doubt that digital multimeters are widely utilized in testing different electronic objects and devices. The tool is very helpful in measuring voltage, current, and resistance in any troubleshooting circuits. Even though a multimeter is accessible in either analog or digital form, a digital multimeter is a commonly used tool.
The improved use of electronic control, cost-efficacy, and ease of reading of this device will offer exact reading even in small voltages. Further, the high-performance test instruments will make a digital multimeter the perfect option for testing numerous electronic and electrical purposes.
These days, you will find many multimeter brands in the world. One of them is LASER. They are the leading supplier of test equipment and provide top-notch products and value to their customers.
Laser is highly sought as an automotive brand offering a broad spectrum of traditional quality hand tools. They also increase the variety of specialist tools they have created to make simple work of difficult and challenging tasks.
But enough talking of the brand. We are here to talk about their digital multimeter. In this post, we’ll take a closer look at Laser Multimeter-Digital, its functions, and how you can use them.
What is a Laser Multimeter?
A Laser Multimeter, specifically the 6228 model, is a multimeter from the brand Laser. Their device can measure DC and AC voltages, diodes, resistance, and DC current and has a maximum of 500V AC and 500V DC.
You can use this device to solve most of your electrical concerns. With a decent wiring diagram and a great multimeter like Laser, a trained electrical expert can find the root cause of almost any concerns! How awesome is that?
What are its Functions & Uses?
Laser Multimeter can be utilized for a wide range of applications, from troubleshooting, analysis to detection and monitoring purposes. It depends on what stage and aspect of electronic debugging or prototyping you’re concerned with, as well as the particular details of the fault, component, or circuit being tested.
Hence, what is the Laser Multimeter used for? The most basic answer to that would be any task requiring precise readouts of device resistances and voltages as an easily measurable output value. Certain examples may involve the following:
- During wiring installation and home renovations
- Electrical testing of lighting setups and plug sockets
- General analysis, troubleshooting, and debugging of electronic circuits like:
- power supplies
- electric motors
- household wiring
How Can You Safely Use a Laser Multimeter?
You will find many ways to use a Laser Multimeter to offer a relevant readout on a specific component or circuit. Exactly how to utilize one in any specific situation will mainly depend on what you plan on measuring.
Typical tasks you may need to perform involves:
- testing diodes
- measuring continuity
- measuring the resistance of a component
- measuring circuit or device voltage
All of those functions will include using various settings, functions, and methodologies on your Laser Multimeter.
What’s the Proper Way to Read a Laser Multimeter?
Would you like to learn the proper ways of reading a digital multimeter? Remember that you’ll need to be somewhat acquainted with the basic symbols seen on standard electronic schematics. Doing so will allow you to read all of the different output readings from your Laser Multimeter.
The labels displayed on your multimeter could seem like a whole different language. It seems like only experienced professionals and the manufacturer can understand its definitions. Here is some idea on how you can read your Laser Multimeter.
- Dial settings
You can see a dial on the front panel of your Laser Multimeter. You can rotate that anywhere you like. Would you like to measure the voltage? You can rotate the dial to the “V” symbol, which means voltage.
A dash or straight-line on the multimeter means direct current. A wavy line means alternating current. You can also measure more electrical parameters if you point the dial to a particular symbol.
- Multimeter result
How can you properly read the result of your Laser Multimeter? Point or turn the dial to a certain function. Place the black color lead into the COM port and the red one into the mAV port. You can check the result in a numeric form on the multimeter’s setting after connecting the leads to a certain device.
Does your multimeter don’t have an auto-ranging option? Then it will help if you take care of this aspect seriously. That’s because it would result in a meter’s failure. Before you attach the lead to the circuit, pick the range you like to measure first.
Would you like to measure the voltage of 12V? Set the meter range 10V, and it will certainly destroy your meter. That’s why it is of utmost importance to pick the highest range than your initial one.
Safety Precautions When Using a Laser Multimeter
Safety is extremely at the top of all the features to consider when using a Laser Multimeter. When buying for one, always be careful of the environment or application in which the device will be used.
The safety topic is comprehensive, but you need to be extra careful of safety concerns associated with meter ratings and current measurements that will safeguard both you and the device.
Measuring current needs taking precautions, especially as the Laser Multimeter joins the circuit in series. Thus, fusing becomes a major safety contributor. Further, fused amperage circuits protect against the danger of fire or shock. Fusing adds a bit of burden voltage to current measurements. Nevertheless, the safety factor overshadows the measurement inconvenience.
Meanwhile, ratings could often be complicated. As a general rule, make sure you go for a multimeter with a rating that applies to the highest voltage range in a specific application. It could be up to 1000 volts for Category III.
That will offer you the confidence that the meter’s design and construction can endure transient impulses that can take place without warning on commercial power lines.
Laser is one of the best multimeter brands today. Suppose you haven’t purchased a multimeter yet; it will help if you get this meter today.
We hope this short post has helped you learn the basics of Laser Multimeter and a digital multimeter in general. Always remember the key points we discussed here.