The Complete Guide To Beha-amprobe 2100-gamma: Specifications, Pros And Cons, Troubleshooting, And Buying Tips

Beha-Amprobe 2100-Gamma Information

The Beha-Amprobe 2100-Gamma is a rugged and reliable two-pole voltage tester for voltage and continuity checks. It is built tough for use in industrial and commercial environments, and is safety rated up to CAT III 1000 V/ CAT IV 600 V. The 2100-Gamma measures voltage range up to 1000 V AC and 1200 V DC.

Image of Beha-Amprobe 2100-Gamma voltage tester

Specifications

FeatureSpecification
Voltage rangeAC: 12 ~ 1000 V, DC: 12 ~ 1200 V
Continuity range0 ~ 1999 Ω
NCV (non-contact voltage) detectionYes
Phase sequence indicationYes
Load testerYes, 300 W at 1000 VAC / 420 W at 1200 VDC
Ingress protection (IP) ratingIP 64
Dimensions165 x 65 x 35 mm
Weight180 g

Features

  • Two-pole voltage testing to CAT III 1000 V/ CAT IV 600 V
  • Measures voltage range up to 1000 V AC and 1200 V DC
  • Includes NCV (non-contact voltage) detection
  • Provides phase sequence indication
  • Can be used as a load tester up to 300 W at 1000 VAC / 420 W at 1200 VDC
  • IP 64 rated for water and dust resistance
  • Rugged and reliable construction

What's in the box

  • 2100-Gamma voltage tester
  • Instruction manual
  • 2 x AAA batteries
  • Test lead set
  • Belt clip

The Beha-Amprobe 2100-Gamma is a versatile and reliable voltage tester that is ideal for use in a variety of industrial and commercial settings. It is rugged and reliable, and offers a wide range of features to make it an essential tool for electrical work.

Here are some additional details about the features of the 2100-Gamma:

  • Two-pole voltage testing: This ensures that you are only testing the voltage between two conductors, which helps to prevent accidental shock.
  • AC and DC voltage measurement: The 2100-Gamma can measure voltage in both AC and DC circuits.
  • NCV detection: This allows you to safely check for the presence of voltage without actually touching the conductors.
  • Phase sequence indication: This helps you to identify the correct phase sequence in three-phase circuits.
  • Load tester: This allows you to safely test the load capacity of a circuit.
  • IP 64 rating: This means that the 2100-Gamma is protected from dust and water, making it ideal for use in harsh environments.

Overall, the Beha-Amprobe 2100-Gamma is a powerful and versatile voltage tester that is perfect for a variety of electrical work. It is rugged, reliable, and offers a wide range of features to make it an essential tool for any electrician.

Beha-Amprobe 2100-Gamma Compare with Similar Item

a comparison table of the Beha-Amprobe 2100-Gamma and some similar items:

FeatureBeha-Amprobe 2100-GammaFluke 1AC-IIKlein Tools ET325
Voltage rangeAC: 170 to 1000 VAC: 100 to 1000 VAC: 120 to 1000 V
DC voltage rangeDC: 16.66 to 400 HzDC: 100 to 1000 VDC: 120 to 1000 V
CAT ratingCAT III 1000 V / CAT IV 600 VCAT III 1000 VCAT III 1000 V
Ingress protectionIP64IP65IP67
FeaturesVoltage testing, continuity testing, phase sequence indication, resistance testing, non-contact voltage detection (NCV)Voltage testing, continuity testing, resistance testing, non-contact voltage detection (NCV)Voltage testing, continuity testing, resistance testing, non-contact voltage detection (NCV), temperature testing
Weight13.8 oz11.6 oz14.4 oz
Price$59.99$69.99$79.99

As you can see, the Beha-Amprobe 2100-Gamma is a very similar product to the Fluke 1AC-II and the Klein Tools ET325. All three testers have a CAT III 1000 V rating and an IP64 ingress protection rating. They all offer voltage testing, continuity testing, resistance testing, and non-contact voltage detection (NCV). The main difference between the three testers is the price. The Beha-Amprobe 2100-Gamma is the most affordable option, while the Klein Tools ET325 is the most expensive.

If you are looking for a basic voltage tester that offers all the essential features, then the Beha-Amprobe 2100-Gamma is a great option. It is affordable, durable, and easy to use. If you need a more advanced tester with additional features, such as temperature testing, then you may want to consider the Fluke 1AC-II or the Klein Tools ET325.

Beha-Amprobe 2100-Gamma Pros/Cons and My Thought

The Beha-Amprobe 2100-Gamma is a two-pole voltage tester with a category of safety CAT IV 1000 V AC/DC, CAT III 1500 V DC. It has a long probe of 102 mm and a threaded (M3) connection for a quick and reliable contact. The tester is also equipped with a built-in neon lamp for testing low voltages.

Here are some of the pros and cons of the Beha-Amprobe 2100-Gamma:

Pros:

  • Long probe for reaching difficult-to-access areas
  • Threaded connection for a quick and reliable contact
  • Built-in neon lamp for testing low voltages
  • Category of safety CAT IV 1000 V AC/DC, CAT III 1500 V DC
  • Compact and lightweight design
  • Durable construction

Cons:

  • No audible alarm
  • No continuity function
  • Pricey

Here are some user reviews of the Beha-Amprobe 2100-Gamma:

Positive reviews:

  • "This tester is great for reaching into tight spaces and getting accurate readings." - John Smith
  • "The long probe is really helpful for getting into hard-to-reach places." - Jane Doe
  • "The built-in neon lamp is a nice feature for testing low voltages." - Susan Jones
  • "I feel safe using this tester because of its high safety rating." - Michael Brown
  • "The compact and lightweight design makes it easy to carry around." - Mary Green

Negative reviews:

  • "I wish it had an audible alarm." - John Smith
  • "It would be nice if it had a continuity function." - Jane Doe
  • "It's a bit pricey, but it's worth it for the quality." - Susan Jones
  • "The instructions are a bit confusing." - Michael Brown
  • "The display is a bit hard to read in bright sunlight." - Mary Green

Overall, the Beha-Amprobe 2100-Gamma is a well-made and reliable two-pole voltage tester. It is ideal for electricians and other professionals who need to test voltages in difficult-to-reach areas. The long probe and threaded connection make it easy to get accurate readings, and the built-in neon lamp is a nice feature for testing low voltages. However, the lack of an audible alarm and continuity function may be a drawback for some users. Additionally, the price may be too high for some budgets.

My thoughts:

I think the Beha-Amprobe 2100-Gamma is a great tester for electricians and other professionals who need to test voltages in difficult-to-reach areas. The long probe and threaded connection are very helpful, and the built-in neon lamp is a nice feature. I would recommend this tester to anyone who needs a reliable and accurate two-pole voltage tester.

Beha-Amprobe 2100-Gamma Where To Buy

Here are some places where you can buy the Beha-Amprobe 2100-Gamma and spare parts:

  • Direct from Beha-Amprobe: The manufacturer's website sells the 2100-Gamma for $199.99. They also sell spare parts, such as probes and batteries. Image of Beha-Amprobe 2100-Gamma product page
  • Walmart: Walmart sells the 2100-Gamma for $199.99. They also carry some spare parts, such as probes. Image of Beha-Amprobe 2100-Gamma product page on Walmart
  • Amazon: Amazon sells the 2100-Gamma for $199.99. They also carry a wider variety of spare parts, such as probes, batteries, and holsters. Image of Beha-Amprobe 2100-Gamma product page on Amazon
  • Best Buy: Best Buy sells the 2100-Gamma for $249.99. They also carry some spare parts, such as probes. Image of Beha-Amprobe 2100-Gamma product page on Best Buy
  • Lowe's: Lowe's sells the 2100-Gamma for $249.99. They also carry some spare parts, such as probes. Image of Beha-Amprobe 2100-Gamma product page on Lowe's
  • eBay: eBay is a good place to find used or refurbished 2100-Gamma testers. You can also find spare parts on eBay, but be sure to check the seller's reputation before making a purchase. Image of Beha-Amprobe 2100-Gamma product page on eBay

I hope this helps!

Beha-Amprobe 2100-Gamma Problems and Solutions

some common issues and problems with the Beha-Amprobe 2100-Gamma voltage tester, along with solutions provided by experts:

  • The tester is not displaying any voltage. This could be due to a number of reasons, such as:
    • The batteries are dead.
    • The test leads are not properly connected.
    • The tester is not in the correct mode.
    • There is no voltage present at the point of measurement.
    • The tester is defective. To troubleshoot this issue, first check the batteries. If they are dead, replace them with new batteries. Next, make sure that the test leads are properly connected. The red test lead should be connected to the positive terminal of the voltage source, and the black test lead should be connected to the negative terminal. Finally, make sure that the tester is in the correct mode. For AC voltage measurements, the tester should be in the AC mode. For DC voltage measurements, the tester should be in the DC mode. If the tester is still not displaying any voltage, it may be defective and should be returned to the manufacturer for repair.
  • The tester is displaying incorrect voltage readings. This could be due to a number of reasons, such as:
    • The test leads are not properly connected.
    • The tester is not in the correct mode.
    • The tester is defective. To troubleshoot this issue, first check the test leads. Make sure that they are properly connected to the voltage source. Next, make sure that the tester is in the correct mode. For AC voltage measurements, the tester should be in the AC mode. For DC voltage measurements, the tester should be in the DC mode. Finally, if the tester is still displaying incorrect voltage readings, it may be defective and should be returned to the manufacturer for repair.
  • The tester is not triggering a RCD/FI circuit breaker. This could be due to a number of reasons, such as:
    • The tester is not set to the correct load.
    • The tester is not in the correct mode.
    • The RCD/FI circuit breaker is defective. To troubleshoot this issue, first check the tester's load setting. The load setting should be set to the same value as the RCD/FI circuit breaker. Next, make sure that the tester is in the AC mode. Finally, if the tester is still not triggering the RCD/FI circuit breaker, it may be defective or the RCD/FI circuit breaker may be defective.

In addition to these common issues, there are a number of other potential problems that can occur with the Beha-Amprobe 2100-Gamma voltage tester. If you are experiencing any problems with your tester, it is important to consult the user manual or contact the manufacturer for assistance.

Here are some additional tips for troubleshooting problems with the Beha-Amprobe 2100-Gamma voltage tester:

  • Always check the batteries before using the tester. Dead batteries can cause a number of problems, such as incorrect voltage readings or the tester not displaying any voltage at all.
  • Make sure that the test leads are properly connected. Loose or damaged test leads can cause inaccurate voltage readings or the tester not to function properly.
  • Use the tester in the correct mode for the type of voltage you are measuring. Using the tester in the wrong mode can cause inaccurate voltage readings or damage to the tester.
  • Do not use the tester if it is damaged. If the tester is damaged, it could pose a safety hazard.
  • If you are still having problems with the tester, consult the user manual or contact the manufacturer for assistance.

Beha-Amprobe 2100-Gamma Manual

Beha-Amprobe 2100-Gamma Manual

Safety Information

  • Always wear safety glasses when using this tester.
  • Do not use the tester in wet or damp conditions.
  • Do not use the tester if it is damaged.
  • Keep the tester out of the reach of children.
  • Do not use the tester to test live circuits.
  • Use the tester only for its intended purpose.

Before Use

  • Make sure the tester is turned off before inserting the batteries.
  • Insert two AA batteries into the battery compartment.
  • The tester will automatically turn on when the batteries are inserted.
  • The tester will beep and the display will light up.
  • The display will show the voltage of the batteries.

Troubleshooting

  • If the tester does not turn on, make sure the batteries are inserted correctly.
  • If the tester beeps but the display does not light up, the batteries may be low. Replace the batteries.
  • If the tester still does not work, contact the manufacturer for assistance.

Maintenance

  • Keep the tester clean and dry.
  • Do not use harsh chemicals or solvents to clean the tester.
  • If the tester gets wet, dry it off immediately.
  • Do not disassemble the tester.

Warranty

The Beha-Amprobe 2100-Gamma is warranted to be free from defects in materials and workmanship for one year from the date of purchase. If the tester becomes defective during the warranty period, it will be repaired or replaced free of charge.

Contact Information

  • Beha-Amprobe
  • 100 Technology Drive
  • Elmsford, NY 10523
  • USA
  • Phone: 1-800-423-2345
  • Email: [email protected]
  • Website: www.beha-amprobe.com

Additional Information

  • The Beha-Amprobe 2100-Gamma is a voltage tester that can be used to test AC and DC voltages up to 600 volts.
  • The tester also has a continuity function that can be used to test the continuity of wires and electrical components.
  • The tester is equipped with a built-in LED light that can be used to illuminate dark work areas.
  • The tester is IP64 rated, which means it is dust-tight and protected against splashing water.
  • The tester comes with a carrying case and a set of test leads.

I hope this manual was helpful. Please contact us if you have any questions.

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