The Complete Manual for Fluke 1550C FC and Fluke 1555 FC Insulation Resistance Testing
You should always test the insulation resistance of your devices, parts, and cables whenever you work with electrical equipment. By applying a voltage between two points and measuring the resulting current flow, insulation resistance testing is a non-destructive test method that determines the electrical resistance of insulation.
You can use this test to assist avoid risks like electric shock, short circuits, and equipment failures brought on by deteriorated or broken insulation. Additionally, it can assist you in observing the state and caliber of your insulation over time and spotting prospective issues before they worsen.
However, how can you pick the ideal insulation tester for your requirements? The voltage range, resistance range, capacitance range, leakage current range, safety rating, memory function, display type, battery life, warranty, and accessories of the tester are just a few of the many things to take into account.
Additionally, you should think about if the tester is compatible with wireless apps that can improve your testing efficiency and enjoyment.
The Fluke 1550C FC 5 kV Digital Insulation Tester and the Fluke 1555 FC 10 kV Insulation Tester are two of the greatest insulation testers on the market, and we will compare them in this post. These two items are made by Fluke, a renowned supplier of electrical testing equipment.
To assist you in making a wise choice, we will highlight their advantages, features, and distinctions. Additionally, we’ll demonstrate how to use the Fluke Connect app on your smartphone to use these testers in a secure and efficient manner.
By the time you finish reading this article, you’ll know exactly the tester you need and how to use it to do insulation resistance testing efficiently and accurately.
The Best Insulation Tester for Your Needs: How to Choose
Insulation resistance testing is an essential operation that can assist you in avoiding risks like electric shock, short circuits, and equipment failures that are brought on by deteriorated or damaged insulation in electrical devices, parts, and equipment. Testing your insulation’s resistance can also help you keep track of its quality and condition over time and spot possible issues before they get out of hand.
However, how can you pick the ideal insulation tester for your requirements? The voltage range, resistance range, capacitance range, leakage current range, safety rating, memory function, display type, battery life, warranty, and accessories of the tester are just a few of the many things to take into account.
Additionally, you should think about if the tester is compatible with wireless apps that can improve your testing efficiency and enjoyment.
The Fluke 1550C FC 5 kV Digital Insulation Tester and the Fluke 1555 FC 10 kV Insulation Tester are two of the greatest insulation testers on the market, and we will compare them in this post. These two items are made by Fluke, a renowned supplier of electrical testing equipment. To assist you in making a wise choice, we will highlight their advantages, features, and distinctions.
Tester for digital insulation, Fluke 1550C FC, 5 kV
A versatile and trustworthy tool that can conduct digital insulation testing up to 5 kV is the Fluke 1550C FC 5 kV Digital Insulation Tester. It is appropriate for checking cables, switchgear, motors, and other low- to medium-voltage equipment.
It has the following characteristics and advantages:
The test voltage range is adjustable, ranging from 250 V to 5 kV in steps of 50 V or 100 V. As a result, you have more control and flexibility over the test parameters and may test a wider variety of equipment with various insulation ratings.
It is capable of measuring leakage current up to 2 mA, capacitance up to 15 F, and resistance up to 2 T. These are significant factors that reveal the state and caliber of your insulation. Additionally, it contains a ramp function for breakdown testing and automatically calculates the polarization index (PI) and dielectric absorption (DAR). These timed ratio testing can find contaminants and deterioration in insulation.
A protection device on it prevents surface leakage current from interfering with measurements of high resistance. This increases the test results’ accuracy and dependability.
For convenient viewing, it incorporates a sizable digital/analog LCD display. The test voltage, resistance, leakage current, capacitance, timer, DAR, PI, and battery condition are all displayed on the screen. In low light, it also features a backlighting feature.
Up to 99 test results with custom labels can be stored in its memory function. This makes it simple for you to remember and go through your test results. For additional analysis and reporting, you may also send your test data to your PC using a USB or infrared connection.
Over 750 tests can be performed between charges thanks to its lengthy battery life.
It makes use of a NiMH battery pack that is rechargeable both inside and outside of the tester. Additionally, the tester features a power-saving mode that, after 30 minutes of inactivity, turns it off automatically.
It includes a safety rating of CAT III 1000 V, CAT IV 600 V, and a warning feature that notifies you of the presence of line voltage up to 600 V AC or DC. By doing this, you can use the tester safely when it’s close to powered equipment.
It includes a heavy-duty casing with heavy duty leads and clips and a three-year warranty. This guarantees the tester’s durability and safeguards it from harm.
But its ability to wirelessly connect with the Fluke Connect software on your smartphone is what actually distinguishes this tester.
By using this app, you are able to configure, start, and stop tests on the tester remotely while staying safely away from any active electrical equipment. As an alternative to the difficult-to-read fluctuating figures on the tester display, you can examine real-time trending graphs on your phone.
Test findings can be stored in the cloud for analysis and routine maintenance. Using pre-made templates that you can personalize with company logos, you can also rapidly produce reports.
You can access more Fluke Connect-enabled products including thermal imagers, clamp meters, digital multimeters, power quality analyzers, vibration sensors, etc.
with the Fluke Connect app. To obtain a thorough understanding of the functionality and state of your system, you can integrate data from various tools.
Anyone who needs to test low to medium voltage equipment with great accuracy and efficiency should consider the Fluke 1550C FC 5 kV Digital Insulation Tester. It is simple to use, reliable, secure, and works with wireless apps to make your testing experience better.
Insulation Tester Fluke 1555 FC 10 kV
A strong and capable tool for digital insulation testing up to 10 kV is the Fluke 1555 FC 10 kV Insulation Tester. Testing high-voltage components like transformers, bushings, and power lines is perfect for it. It has the following characteristics and advantages:
The test voltage range is adjustable, ranging from 250 V to 10 kV in steps of 50 V or 100 V. You can test equipment with greater insulation ratings and breakdown voltages thanks to this.
It is capable of measuring leakage current up to 5 mA, capacitance up to 50 F, and resistance up to 2 T. These are significant factors that reveal the state and caliber of your insulation.
Additionally, it contains a ramp function for breakdown testing and automatically calculates the polarization index (PI) and dielectric absorption (DAR). These timed ratio testing can find contaminants and deterioration in insulation.
For convenient viewing, it incorporates a sizable digital/analog LCD display. The test voltage, resistance, leakage current, capacitance, timer, DAR, PI, and battery condition are all displayed on the screen. In low light, it also features a backlighting feature.
Up to 99 test results with custom labels can be stored in its memory function. This makes it simple for you to remember and go through your test results. For additional analysis and reporting, you may also send your test data to your PC using a USB or infrared connection.
Over 750 tests can be performed between charges thanks to its lengthy battery life.
It makes use of a NiMH battery pack that is rechargeable both inside and outside of the tester. Additionally, the tester features a power-saving mode that, after 30 minutes of inactivity, turns it off automatically.
It includes a safety rating of CAT III 1000 V, CAT IV 600 V, and a warning feature that notifies you of the presence of line voltage up to 600 V AC or DC. By doing this, you can use the tester safely when it’s close to powered equipment.
It includes a heavy-duty casing with heavy duty leads and clips and a three-year warranty. This guarantees the tester’s durability and safeguards it from harm.
But its ability to wirelessly connect with the Fluke Connect software on your smartphone is what actually distinguishes this tester. By using this app, you are able to configure, start, and stop tests on the tester remotely while staying safely away from any active electrical equipment.
As an alternative to the difficult-to-read fluctuating figures on the tester display, you can examine real-time trending graphs on your phone. Test findings can be stored in the cloud for analysis and routine maintenance. Using pre-made templates that you can personalize with company logos, you can also rapidly produce reports.
You can access more Fluke Connect-enabled products including thermal imagers, clamp meters, digital multimeters, power quality analyzers, vibration sensors, etc. with the Fluke Connect app. To obtain a thorough understanding of the functionality and state of your system, you can integrate data from various tools.
Anyone who needs to test high voltage equipment with exceptional precision and effectiveness should consider the Fluke 1555 FC 10 kV Insulation Tester. It is simple to use, reliable, secure, and works with wireless apps to make your testing experience better.
Conclusion
Insulation resistance testing is an essential operation that can assist you in avoiding risks like electric shock, short circuits, and equipment failures that are brought on by deteriorated or damaged insulation in electrical devices, parts, and equipment.
Testing your insulation’s resistance can also help you keep track of its quality and condition over time and spot possible issues before they get out of hand.
However, how can you pick the ideal insulation tester for your requirements? The voltage range, resistance range, capacitance range, leakage current range, safety rating, memory function, display type, battery life, warranty, and accessories of the tester are just a few of the many things to take into account.
Additionally, you should think about if the tester is compatible with wireless apps that can improve your testing efficiency and enjoyment.
In this post, we examined the Fluke 1550C FC 5 kV Digital Insulation Tester with the Fluke 1555 FC 10 kV Insulation Tester, two of the best insulation testers available. These two items are made by Fluke, a renowned supplier of electrical testing equipment.
To assist you in making a wise choice, we have highlighted their advantages, features, and distinctions.
A versatile and trustworthy tool that can conduct digital insulation testing up to 5 kV is the Fluke 1550C FC 5 kV Digital Insulation Tester. It is appropriate for checking cables, switchgear, motors, and other low- to medium-voltage equipment.
The test voltage range is adjustable, ranging from 250 V to 5 kV in steps of 50 V or 100 V. It is capable of measuring leakage current up to 2 mA, capacitance up to 15 F, and resistance up to 2 T. Additionally, a guard system prevents surface leakage current from interfering with high-resistance measurements.
It boasts an easy-to-read big digital/analog LCD display and a memory function that can hold up to 99 test results with user-defined labels. With a battery life of over 750 tests between charges and a safety grade of CAT III 1000 V and CAT IV 600 V, it is quite durable. It includes a heavy duty casing with heavy duty leads and clips and a three-year warranty.
But its ability to wirelessly connect with the Fluke Connect software on your smartphone is what actually distinguishes this tester. By using this app, you are able to configure, start, and stop tests on the tester remotely while staying safely away from any active electrical equipment.
As an alternative to the difficult-to-read fluctuating figures on the tester display, you can examine real-time trending graphs on your phone. Test findings can be stored in the cloud for analysis and routine maintenance. Using pre-made templates that you can personalize with company logos, you can also rapidly produce reports.
You can access more Fluke Connect-enabled products including thermal imagers, clamp meters, digital multimeters, power quality analyzers, vibration sensors, etc. with the Fluke Connect app. To obtain a thorough understanding of the functionality and state of your system, you can integrate data from various tools.
A strong and capable tool for digital insulation testing up to 10 kV is the Fluke 1555 FC 10 kV Insulation Tester. Testing high-voltage components like transformers, bushings, and power lines is perfect for it. The test voltage range is adjustable, ranging from 250 V to 10 kV in steps of 50 V or 100 V. It is capable of measuring leakage current up to 5 mA, capacitance up to 50 F, and resistance up to 2 T.
Additionally, it contains a ramp function for breakdown testing and automatically calculates the polarization index (PI) and dielectric absorption (DAR).
It boasts an easy-to-read big digital/analog LCD display and a memory function that can hold up to 99 test results with user-defined labels. With a battery life of over 750 tests between charges and a safety grade of CAT III 1000 V and CAT IV 600 V, it is quite durable.
It includes a heavy duty casing with heavy duty leads and clips and a three-year warranty.
But its ability to wirelessly connect with the Fluke Connect software on your smartphone is what actually distinguishes this tester. By using this app, you are able to configure, start, and stop tests on the tester remotely while staying safely away from any active electrical equipment.
As an alternative to the difficult-to-read fluctuating figures on the tester display, you can examine real-time trending graphs on your phone.
Test findings can be stored in the cloud for analysis and routine maintenance. Using pre-made templates that you can personalize with company logos, you can also rapidly produce reports.
You can access more Fluke Connect-enabled products including thermal imagers, clamp meters, digital multimeters, power quality analyzers, vibration sensors, etc. with the Fluke Connect app. To obtain a thorough understanding of the functionality and state of your system, you can integrate data from various tools.
Both testers share a few traits that set them apart from the opposition. Both of them offer a timer feature that allows tests to be timed for up to 99 minutes. This is helpful when running tests like the DAR and PI tests, which take a certain amount of time to complete.
Both of them contain a warning feature that lets you know when a line voltage of up to 600 V AC or DC is present. By doing this, you can use the tester safely when it’s close to powered equipment. Both of them come with a sturdy casing with industrial leads and clips. This guarantees the tester’s durability and safeguards it from harm.
