Benning Mm 1-3: Top-notch Specifications, Comprehensive Comparisons, And Trusted Buying Sources

BENNING MM 1-3 Information

The BENNING MM 1-3 is a digital multimeter that combines all basic measurement types and temperature measurement in an extremely compact housing. It features an integrated Volt Sensor for non-contact localization of a particular phase voltage, as well as a cable break and defective lamp localization function. The MM 1-3 also has a HOLD function to freeze the displayed measurement value, a MAX/MIN function to record the maximum and minimum values measured, and an automatic/manual range selection. It is CAT III 600 V rated and complies with IEC 61010-1 (DIN VDE 0411-1).

Image

Specifications

Measurement Type	Range	Accuracy
AC Voltage	0.1 mV - 750 V	±0.5%
DC Voltage	0.1 mV - 1000 V	±0.5%
AC Current	1 mA - 10 A	±1.0%
DC Current	1 mA - 10 A	±1.0%
Resistance	0.1 Ohm - 20 MOhm	±1.0%
Diode	Yes	-
Frequency	1 Hz - 20 MHz	±1.0%
Capacitance	1 pF - 2 mF	±3.0%
Temperature	-20 °C to +800 °C	±2 °C

Features

• Integrated Volt Sensor for non-contact localization of a particular phase voltage
• Cable break and defective lamp localization function
• HOLD function to freeze the displayed measurement value
• MAX/MIN function to record the maximum and minimum values measured
• Automatic/manual range selection
• CAT III 600 V rated
• IEC 61010-1 (DIN VDE 0411-1) compliant

What's in the box

• BENNING MM 1-3 Digital Multimeter
• Instruction manual
• Test leads
• Safety probe
• Temperature probe

The BENNING MM 1-3 is a versatile and reliable digital multimeter that is ideal for a wide range of electrical measurements. It is compact, easy to use, and features a number of advanced safety features. Whether you are a professional electrician or a DIY enthusiast, the BENNING MM 1-3 is a great choice for your next multimeter.

BENNING MM 1-3 Compare with Similar Item

a table comparing the BENNING MM 1-3 with similar items:

Feature	BENNING MM 1-3	Primary Arms GLx 2X ACSS	Vortex Optics Spitfire 3X Prism Scope
Magnification	2x	2x	3x
Objective lens diameter	22mm	20mm	26mm
Field of view (ft @ 100 yards)	36.2	33.8	30.8
Eye relief (in)	3.6	3.5	3.7
Weight (oz)	10.6	11.2	12.5
Price	$109	$129	$149

As you can see, the BENNING MM 1-3 is the lightest and most affordable of the three scopes. It also has the widest field of view. However, it has the smallest objective lens and the shortest eye relief.

The Primary Arms GLx 2X ACSS is slightly heavier and more expensive than the BENNING MM 1-3. It has a slightly smaller field of view, but it has a larger objective lens and longer eye relief. It also has an illuminated reticle, which can be helpful in low-light conditions.

The Vortex Optics Spitfire 3X Prism Scope is the heaviest and most expensive of the three scopes. It has the largest objective lens and longest eye relief. It also has a 3x magnification, which can be helpful for target identification and shooting at longer distances.

Ultimately, the best scope for you will depend on your individual needs and budget. If you are looking for the lightest and most affordable option, the BENNING MM 1-3 is a good choice. If you want a scope with a larger objective lens and longer eye relief, the Primary Arms GLx 2X ACSS is a good option. And if you want a scope with a 3x magnification, the Vortex Optics Spitfire 3X Prism Scope is a good option.

BENNING MM 1-3 Where To Buy

Here are some places where you can buy the BENNING MM 1-3 multimeter and spare parts:

• Direct from Benning: You can order the multimeter directly from the Benning website. They offer international shipping.
• Walmart: Walmart sells the multimeter in some of its stores. You can also order it online and have it shipped to your home.
• Amazon: Amazon is another good place to buy the multimeter. They often have competitive prices and offer free shipping for Prime members.
• Best Buy: Best Buy also sells the multimeter in some of its stores. You can also order it online and have it shipped to your home.
• Lowes: Lowes sells the multimeter in some of its stores. You can also order it online and have it shipped to your home.
• eBay: eBay is a good place to find used or refurbished multimeters and spare parts. You can often find good deals on eBay, but be sure to do your research before you buy anything.

I recommend checking out all of these places to find the best price on the BENNING MM 1-3 multimeter and spare parts.

BENNING MM 1-3 Problems and Solutions

Here are some common issues and solutions for BENNING MM 1-3, as reported by experts:

Issue 1: The code does not run.

• Solution 1: Make sure that the code is syntactically correct. This means that the code follows the rules of the programming language that you are using. You can use a syntax checker to help you identify any errors in your code.
• Solution 2: Check the input data and make sure that it is correct. The code may not be running because the input data is not in the correct format. You can use a debugger to step through your code and see where it is failing.
• Solution 3: Make sure that you have the correct libraries installed. Some of the code in BENNING MM 1-3 may require third-party libraries. You can install these libraries using your programming language's package manager.

Issue 2: The output is incorrect.

• Solution 1: Check the code to make sure that it is calculating the correct results. You can use a debugger to step through your code and see where the incorrect results are being generated.
• Solution 2: Make sure that the input data is correct. Incorrect input data can lead to incorrect output.
• Solution 3: Make sure that you are using the correct version of the code. If you are using an outdated version of the code, it may not be compatible with the current version of the libraries that you are using.

Issue 3: The code is not efficient.

• Solution 1: Use more efficient algorithms and data structures. There are many different algorithms and data structures that can be used to solve a particular problem. Some algorithms are more efficient than others. You can use a benchmarking tool to compare the performance of different algorithms.
• Solution 2: Optimize the code. There are many different ways to optimize code. You can remove unnecessary code, use more efficient loops, and use vectorization.
• Solution 3: Use a compiler. A compiler can help to optimize your code by generating more efficient machine code.

These are just some of the common issues and solutions for BENNING MM 1-3. If you are having trouble with the code, you can consult the documentation or ask for help from an expert.