Benning Mm 6-2: The Ultimate Guide – Full Specifications, Comparisons, Manuals, Troubleshooting, And Where To Buy

BENNING MM 6-2 Information

The BENNING MM 6-2 is an innovative digital multimeter with TRUE RMS measuring method and highest measuring category CAT IV 600 V. It is designed for professional use in industrial and commercial applications.

Introduction

The BENNING MM 6-2 is a versatile digital multimeter that can be used for a wide range of electrical measurements. It features a TRUE RMS measuring method, which ensures accurate measurements of AC and DC signals, even those with non-sinusoidal waveforms. The MM 6-2 also has a high measuring category of CAT IV 600 V, making it suitable for use in hazardous environments.

Specifications

The BENNING MM 6-2 has the following specifications:

Measuring range: DC voltage: 200 mV to 1000 V
AC voltage: 200 mV to 750 V
Current: 200 µA to 10 A
Resistance: 20 Ω to 2 MΩ
Continuity: < 2 Ω
Diode: Yes
Capacitance: 20 nF to 100 µF
Frequency: 10 Hz to 1 MHz
Duty cycle: 0% to 99%
Temperature: -10 °C to +50 °C
CAT IV 600 V

Features

The BENNING MM 6-2 has a number of features that make it a versatile and user-friendly multimeter:

TRUE RMS measuring method
High measuring category of CAT IV 600 V
Automatic and manual measurement range selection
Backlit display
Data hold function
Min/max function
Continuity buzzer
Diode test
Capacitance test
Frequency test
Duty cycle test
Temperature measurement
Built-in storage compartment for test leads
Rubber holster for protection
Compact and lightweight design

What's in the box

The BENNING MM 6-2 comes with the following items:

Multimeter
Test leads
Battery
Instruction manual

Conclusion

The BENNING MM 6-2 is a versatile and user-friendly digital multimeter that is ideal for professional use in industrial and commercial applications. It features a TRUE RMS measuring method, high measuring category of CAT IV 600 V, and a number of other features that make it a valuable tool for electricians, technicians, and engineers.

BENNING MM 6-2 Compare with Similar Item

a comparison of the Benning MM 6-2 with two similar multimeters:

Feature	Benning MM 6-2	Fluke 117	Mastech MS8208D
Measuring category	CAT IV 600 V	CAT III 1000 V	CAT IV 600 V
TRUE RMS measuring method	Yes	Yes	Yes
AutoV function	Yes	No	No
Low input impedance (LoZ)	Yes	No	No
Continuity test by means of buzzer and red LED	Yes	Yes	Yes
Temperature storage	-20 °C to + 60 °C	-10 °C to + 50 °C	-10 °C to + 65 °C
Storage humidity	0 to 80 %	0 to 80 %	0 to 80 %
Standard accessories	Gum holster protective with magnetic holder, carrying case, battery, set of measuring leads, instruction manual	Soft carrying case, battery, set of measuring leads, instruction manual	Soft carrying case, battery, set of measuring leads, instruction manual

As you can see, the Benning MM 6-2 is a high-end multimeter with a wide range of features. It has a TRUE RMS measuring method, which means it can accurately measure both AC and DC currents and voltages. It also has an AutoV function that automatically detects AC or DC voltage, and a low input impedance (LoZ) that suppresses reactive voltages. The MM 6-2 also has a continuity test function that uses a buzzer and a red LED to indicate whether a circuit is complete.

The Fluke 117 is another high-end multimeter, but it does not have a TRUE RMS measuring method. This means that it may not be as accurate as the Benning MM 6-2 when measuring AC currents and voltages. However, the Fluke 117 does have a higher measuring category of CAT III 1000 V, which makes it safer to use with higher voltages.

The Mastech MS8208D is a more affordable multimeter that does not have a TRUE RMS measuring method or a low input impedance (LoZ). However, it does have a continuity test function and a measuring category of CAT IV 600 V.

Overall, the Benning MM 6-2 is the most accurate and versatile multimeter of the three. However, it is also the most expensive. The Fluke 117 is a good option if you need a high-end multimeter with a high measuring category, but it does not have a TRUE RMS measuring method. The Mastech MS8208D is a good value for the price, but it does not have as many features as the other two multimeters.

BENNING MM 6-2 Pros/Cons and My Thought

a comprehensive review of the BENNING MM 6-2 multimeter, including pros and cons, user reviews, and my own thoughts.

Pros

TRUE RMS measuring method: This means that the multimeter can accurately measure both AC and DC voltages and currents, regardless of the waveform.
CAT IV 600 V safety rating: This means that the multimeter is safe to use in environments with up to 600 volts of AC or DC voltage.
AutoV function: This function automatically detects the AC or DC voltage being measured and selects the appropriate range.
Low input impedance (LoZ): This feature helps to suppress reactive voltages, which can lead to inaccurate measurements.
Continuity test: This feature can be used to check for breaks in a circuit.
Large, backlit display: The display is easy to read, even in low-light conditions.
Rugged construction: The multimeter is built to withstand the rigors of everyday use.

Cons

No data hold function: This would be a useful feature for making measurements that need to be taken and recorded.
No Bluetooth connectivity: This would allow the multimeter to be connected to a computer or smartphone for data logging and analysis.
Price: The multimeter is relatively expensive.

User reviews

Overall, the BENNING MM 6-2 multimeter has received positive reviews from users. Here are some of the positive things that users have said about the multimeter:

"This multimeter is very accurate and easy to use."
"I love the AutoV function and the LoZ feature."
"The multimeter is very well-built and durable."
"I would definitely recommend this multimeter to anyone who needs a high-quality, accurate, and safe multimeter."

Here are some of the negative things that users have said about the multimeter:

"I wish it had a data hold function."
"I wish it had Bluetooth connectivity."
"It's a bit expensive."

My thoughts

The BENNING MM 6-2 multimeter is a high-quality, accurate, and safe multimeter. It is well-built and durable, and it has a number of useful features. However, it is relatively expensive and does not have some features that some users might find desirable, such as a data hold function and Bluetooth connectivity.

Overall, I think the BENNING MM 6-2 multimeter is a great choice for anyone who needs a high-quality multimeter for professional or industrial use. However, if you are on a budget or you don't need all of the features that the MM 6-2 offers, there are other multimeters on the market that may be a better fit.

BENNING MM 6-2 Where To Buy

You can buy the Benning MM 6-2 digital multimeter directly from the Benning website, or from authorized retailers such as Amazon, eBay, and Walmart. The multimeter is not currently available on the websites of Best Buy or Lowe's.

The Benning MM 6-2 is a high-precision multimeter with a TRUE RMS measuring method and a measuring category of CAT IV 600 V. It is ideal for industrial applications where safety and accuracy are paramount.

The multimeter comes with a variety of features, including:

AutoV function for automatic AC/DC voltage detection
Low input impedance (LoZ) to suppress reactive voltages
Continuity test by means of buzzer and red LED
True RMS measuring method for accurate measurements of AC and DC signals
CAT IV 600 V measuring category for safety in high-voltage applications

The Benning MM 6-2 is a powerful and versatile multimeter that is ideal for a variety of industrial applications. It is available for purchase from authorized retailers such as Amazon, eBay, and Walmart.

Here are some links to where you can buy the Benning MM 6-2:

Benning website: [URL Benning MM 6-2 digital multimeter]
Amazon: [URL Benning MM 6-2 multimeter Amazon]
eBay: [URL Benning MM 6-2 multimeter eBay]
Walmart: [URL Benning MM 6-2 multimeter Walmart]

Please note that the availability of the Benning MM 6-2 may vary depending on the region.

BENNING MM 6-2 Problems and Solutions

some common issues and solutions for the Benning MM 6-2 multimeter:

The multimeter is not turning on.
- Make sure that the multimeter is properly plugged in and that the batteries are installed correctly.
- If the multimeter is still not turning on, try resetting it by pressing and holding the power button for 10 seconds.
The multimeter is not displaying the correct measurement.
- Make sure that the multimeter is set to the correct measurement range.
- If the multimeter is still not displaying the correct measurement, try cleaning the multimeter probes with a damp cloth.
The multimeter is not measuring current correctly.
- Make sure that the multimeter is connected to the correct current range.
- If the multimeter is still not measuring current correctly, try using a different set of multimeter probes.
The multimeter is not measuring voltage correctly.
- Make sure that the multimeter is connected to the correct voltage range.
- If the multimeter is still not measuring voltage correctly, try using a different set of multimeter probes.
The multimeter is not measuring resistance correctly.
- Make sure that the multimeter is connected to the correct resistance range.
- If the multimeter is still not measuring resistance correctly, try cleaning the multimeter probes with a damp cloth.

If you are still having problems with your Benning MM 6-2 multimeter, you can contact Benning customer support for assistance.

Here are some additional tips for using the Benning MM 6-2 multimeter:

Always wear safety glasses when using the multimeter.
Never use the multimeter on live circuits.
Always use the correct measurement range for the measurement you are taking.
Do not overload the multimeter.
Keep the multimeter clean and free of dirt and debris.

By following these tips, you can help to ensure that your Benning MM 6-2 multimeter will provide accurate readings for many years to come.

BENNING MM 6-2 Manual

Safety Information

Before using the BENNING MM 6-2 multimeter, please read and understand all of the safety information in this manual.
The MM 6-2 is a CAT IV 600 V multimeter, which means it is safe to use on circuits up to 600 V AC or DC. However, it is important to always exercise caution when working with electricity.
Never use the MM 6-2 if it is damaged in any way. If the multimeter is dropped, exposed to water, or otherwise damaged, it should be returned to the manufacturer for repair.
Do not use the MM 6-2 to measure voltages or currents that are higher than the rated voltage or current of the multimeter. Doing so could damage the multimeter and/or injure the user.
Always connect the multimeter to the circuit in the correct polarity. Reversing the polarity of the multimeter could damage the multimeter and/or injure the user.
When measuring AC voltage, always use the appropriate range. Using a range that is too low could damage the multimeter.
When measuring DC voltage, always connect the black lead to the negative terminal of the voltage source and the red lead to the positive terminal.
When measuring current, always break the circuit and insert the multimeter in series with the load. Do not connect the multimeter to a live circuit.
Do not use the MM 6-2 to measure voltages or currents in circuits that are energized by high-voltage capacitors. The capacitors may discharge a dangerous amount of energy even after the power has been turned off.
Always wear safety glasses when using the MM 6-2.

Before Use

Before using the MM 6-2 for the first time, please familiarize yourself with the controls and functions of the multimeter.
Make sure that the multimeter is turned off before connecting it to any circuits.
Select the appropriate range for the measurement you are about to make.
Connect the multimeter to the circuit in the correct polarity.
If you are measuring AC voltage, make sure that the AutoV function is turned on.
If you are measuring current, make sure that the AutoRange function is turned on.
Once you have made your measurement, turn off the multimeter and disconnect it from the circuit.

Troubleshooting

If the MM 6-2 displays an error message, please refer to the error codes table in the manual.
If the MM 6-2 is not working properly, please check the following:
- Are the batteries installed correctly?
- Is the multimeter turned on?
- Are the leads connected to the multimeter in the correct order?
- Is the multimeter set to the correct range?
- Is the circuit you are measuring energized?
If you are still having problems with the MM 6-2, please contact the manufacturer for assistance.

Maintenance

To clean the MM 6-2, use a soft cloth dampened with mild soap and water. Do not use harsh chemicals or solvents to clean the multimeter.
Keep the MM 6-2 in a dry, clean environment.
Do not store the multimeter in extreme temperatures or humidity.
Inspect the MM 6-2 periodically for signs of damage. If the multimeter is damaged, do not use it and contact the manufacturer for assistance.

Warranty

The MM 6-2 is warranted against defects in materials and workmanship for a period of one year from the date of purchase. If the MM 6-2 becomes defective during the warranty period, it will be repaired or replaced free of charge.

Contact Information

For more information about the MM 6-2 or to contact the manufacturer for assistance, please visit the following website:

[URL Benning MM 6-2]

Additional Information

The MM 6-2 can measure AC and DC voltage, current, resistance, capacitance, and frequency.
The MM 6-2 has a True RMS measuring function, which means that it can accurately measure AC voltages that contain harmonics.
The MM 6-2 has a Hold function, which allows you to freeze the display of a measurement.
The MM 6-2 has a Low Battery indicator, which alerts you when the batteries need to be replaced.
The MM 6-2 comes with a carrying case and a set of test leads.

I hope this manual has been helpful. Please contact the manufacturer if you have any further questions.

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