For your electrical requirements, are you seeking for a trustworthy and functional multimeter? An instrument known as a multimeter is used to measure a variety of electrical quantities, including current, voltage, resistance, capacitance, frequency, temperature, and more.
For anybody who installs, fixes, maintains, tests, or otherwise works with electricity, this is a necessary tool. But not all multimeters are created equal.
They differ in terms of their features, functions, costs, and specifications, which can have an impact on how well they perform and are made.
How can you pick the multimeter that would suit your needs the best? Many things need to be taken into account, including the current measurement range, the voltage measurement range, the various features and functions, as well as the cost and value.
You should also take your budget, application, and aspirations into account. Finding the finest multimeter for you by comparing several models can be difficult and daunting.
In order to compare four versions of multimeters from EXTECH, a top manufacturer of test and measurement tools, we have written this article.
These are the models:
Extech models include the 380950 80A Mini AC/DC Clamp Meter, ETK35 Electrical Test Kit with True RMS AC DC Clamp Meter, EX505-K Heavy Duty Industrial MultiMeter Kit, and MA160 True RMS 200A AC DC Open Jaw Clamp Meter.
The website mme-ae.com sells these multimeters. We will contrast their features and advantages in this article and offer some suggestions on how to select the one that is ideal for you.
You’ll know for sure by the end of this essay which multimeter best meets your requirements and tastes. Therefore, let’s begin.
An instrument known as a multimeter is used to measure a variety of electrical quantities, including current, voltage, resistance, capacitance, frequency, temperature, and more. For anybody who installs, fixes, maintains, tests, or otherwise works with electricity, this is a necessary tool.
But not all multimeters are created equal. They differ in terms of their features, functions, costs, and specifications, which can have an impact on how well they perform and are made.
We will contrast four models from EXTECH, a top manufacturer of test and measurement devices, to help you pick the multimeter that is perfect for your requirements. These are the models:
Extech models include the 380950 80A Mini AC/DC Clamp Meter, ETK35 Electrical Test Kit with True RMS AC DC Clamp Meter, EX505-K Heavy Duty Industrial MultiMeter Kit, and MA160 True RMS 200A AC DC Open Jaw Clamp Meter.
Four factors—current measurement range, voltage measurement range, additional features and functions, and cost and value—will be used to evaluate these multimeters.
The top qualities of each multimeter from various angles will also be emphasized. You’ll know for sure by the end of this essay which multimeter best meets your requirements and tastes.
Range of current measurements:
The maximum amount of current that the multimeter can safely and reliably measure is within the current measurement range.
Electric charge flows via a circuit as current. It is expressed in milliamperes (mA) or amperes (A). The multimeter’s power increases with the current measurement range.
The EXTECH 380950 has a current measurement range of 80A, which is the smallest. This indicates that it can monitor both AC and DC currents up to 80A. This is appropriate for low current applications like battery or electronic circuits.
EXTECH 380950 Clamp Meter
For high current applications, such industrial or automotive circuits, it might not be sufficient.
The medium current measurement range for the EXTECH ETK35 and MA160 is 400A and 200A, respectively.
They can thus measure currents of up to 400A and 200A for both AC and DC, respectively. This is appropriate for general or domestic applications such circuits for appliances or lighting.
For very high current applications, such power or motor circuits, they might not be sufficient.
With an adaptor, the EXTECH EX505-K provides the largest current measuring range of 1000A.
This implies that with the use of a clamp meter adapter that connects to the multimeter, it can measure currents up to 1000A for both AC and DC.
This is appropriate for high current applications like automotive or industrial circuits. For low current applications, such electronic or battery circuits, it could be excessive.
You can select a multimeter with the right current measuring range for your application based on your requirements and preferences.
Consider the EX505-K if you need to measure high currents. The 380950 might be preferred if low current measurements are required. The ETK35 or MA160 are two options to consider if you require a balance between high and low currents.
Range of Voltage Measurements:
The voltage measuring range refers to the highest voltage that a multimeter can safely and correctly measure.
The voltage in a circuit is the difference in electric potential between two locations. It is expressed in millivolts (mV) or volts (V). The multimeter’s power increases with the voltage measurement range.
The voltage measuring range of the EXTECH 380950 and MA160 is 600V for both AC and DC. This indicates that they are capable of measuring AC and DC voltages up to 600V.
This is appropriate for low voltage applications like battery or electronic circuits. For high voltage applications, such as power or lighting circuits, it might not be sufficient.
The voltage measuring range of the EXTECH ETK35 is a little bit higher, at 600V for AC and 1000V for DC.
As a result, it is capable of measuring voltages up to 1000V for DC and 600V for AC. This is appropriate for medium-voltage applications like motor or appliance circuits. For particularly high voltage applications, such as power or lighting circuits, it might not be sufficient.
The largest voltage measuring range, 1000V for both AC and DC, is offered by the EXTECH EX505-K. This indicates that it can measure AC and DC voltages up to 1000V.
For high voltage uses like power or lighting circuits, this is appropriate. For low voltage applications, such as electronic or battery circuits, it could be excessive.
You can select a multimeter with the right voltage measuring range for your application based on your requirements and preferences.
If you need to monitor high voltages, the EX505-K or ETK35 would be a better choice. The 380950 or MA160 may be preferred if low voltage measurements are required.
Additional Features and Functions:
The multimeter’s other features and functions are its extra capabilities outside of detecting current and voltage.
They include instruments for measuring resistance, capacitance, frequency, temperature, duty cycle, diode/continuity, and other variables.
You can use these features and functionalities to test or troubleshoot a variety of electrical properties in your circuit.
The versatility of a multimeter increases with the number of features and functions it contains.
The only characteristics and functions of the EXTECH 380950 are resistance, frequency, and continuity measurement.
Resistance in a circuit is what stands in the way of current flow. Ohms () or kilohms (k) are used to measure it. The frequency of an alternating current or voltage signal is the number of cycles per second.
It is expressed as kilohertz (kHz) or hertz (Hz). The existence of an entire path for current flow in a circuit indicates continuity.
An audible buzzer or a light on the multimeter serve as indicators. These capabilities and operations are helpful for basic or straightforward measurements such determining a component’s resistance, a signal’s frequency, or a wire’s continuity.
Capacitance, temperature, duty cycle, and diode/continuity measurements are among the many features and functionalities of the EXTECH ETK35. A component’s capacitance is its capacity to hold electric charge. Farads (F) or microfarads (F) are used to measure it.
The degree of heat or cold of an object or environment is measured by its temperature. Degrees Celsius (°C) or Fahrenheit (°F) are used to measure it. Duty cycle is the proportion of a periodic signal’s on to off times. It’s expressed as a percentage (%). A diode is a device that only permits one direction of current to flow.
A voltage decrease on the multimeter serves as the indicator. These capabilities and features are beneficial for more sophisticated or difficult measurements, such as determining a device’s temperature, duty cycle, capacitance, or polarity.
Even additional capabilities and functions are included in the EXTECH EX505-K, including the measurement of capacitance, temperature (with probe), electronic duty cycle, and diode/continuity.
To increase its ability to detect current and temperature, it additionally includes a clamp meter adaptor and a thermocouple probe.
The clamp meter adaptor can clamp around a wire without interrupting the circuit to measure AC/DC current up to 1000A.
By placing the thermocouple probe into an object or environment, it is possible to measure temperatures up to 760°C. For industrial or heavy-duty applications, such as measuring high currents in power or motor circuits or high temperatures in heating or cooling systems, these capabilities and functions are beneficial.
The most features and functions are found in the EXTECH MA160, which measures capacitance, frequency (electrical and electronic), temperature (with a probe), duty cycle (electrical), and diode/continuity.
Additionally, the open jaw design enables rapid current measurements without disrupting the circuit. The open jaw design can circumvent a wire without touching it to measure AC/DC current up to 200A.
For quick and convenient measurements in confined spaces, such as in panels or cabinets, this capability is helpful.
You can select the multimeter that has the right features and functions for your application based on your needs and preferences.
You may want to choose the MA160 or EX505-K if you require extra features and functions, such as those for troubleshooting or testing various electrical characteristics.
The 380950 or ETK35 may be preferable if you only require a few capabilities and functions, such as for straightforward measurements.
In this post, we compare four EXTECH multimeter models that can be purchased at mme-ae.com. These are the models:
Extech models include the 380950 80A Mini AC/DC Clamp Meter, ETK35 Electrical Test Kit with True RMS AC DC Clamp Meter, EX505-K Heavy Duty Industrial MultiMeter Kit, and MA160 True RMS 200A AC DC Open Jaw Clamp Meter.
Four factors—current measurement range, voltage measurement range, additional features and functions, and cost and value—were taken into consideration while comparing these multimeters. The best qualities of each multimeter from various perspectives have also been emphasized.
You can see that each of these multimeters has unique benefits and uses. You can select the option that best suits you based on your needs and preferences.
On the mme-ae.com website, you may discover more information and specifications regarding these goods.
In order to select the best multimeter for you, we hope this post has helped you compare these four options.
An instrument known as a multimeter is used to measure a variety of electrical quantities, including current, voltage, resistance, capacitance, frequency, temperature, and more.
For anybody who installs, fixes, maintains, tests, or otherwise works with electricity, this is a necessary tool.
But not all multimeters are created equal. They differ in terms of their features, functions, costs, and specifications, which can have an impact on how well they perform and are made.
It can be challenging and complicated to select the best multimeter for your requirements. In order to compare four versions of multimeters from EXTECH, a top manufacturer of test and measurement tools, we have written this article.
These are the models:
Extech models include the 380950 80A Mini AC/DC Clamp Meter, ETK35 Electrical Test Kit with True RMS AC DC Clamp Meter, EX505-K Heavy Duty Industrial MultiMeter Kit, and MA160 True RMS 200A AC DC Open Jaw Clamp Meter.
The website mme-ae.com sells these multimeters. We have evaluated their features and advantages in this article and provided you with some guidance on how to pick the one that is ideal for you. You’ll know for sure by the end of this essay which multimeter best meets your requirements and tastes.
Happy shopping, and thanks for reading.
