Introduction:
For your industrial testing requirements, are you seeking for a new multimeter? Do you want to know which multimeter is ideal for the particular uses and situations you have in mind?
Do you want to know more about the characteristics and capabilities of various multimeters and how you can use them to conduct dependable and precise measurements and analyses?
You have arrived to the appropriate location if you choose yes to any of these questions.
The FLIR DM90 and FLIR DM93, two of the greatest multimeters available, will be compared in this article.
These two digital multimeters are of the highest calibre and offer cutting-edge features and capabilities to assist you in solving any electrical problem. Which one is best for you and how do they differ? Let’s investigate.
A portable digital multimeter with simple operation and portability is the FLIR DM90. It includes a backlight for low light and a big, clear display that shows 40,000 counts.
It includes a quick and responsive measuring function that can handle temperature ranges from -200°C to +1200°C, AC/DC voltage of 1000V, AC/DC current of 10A, resistance of 10M, continuity threshold of 30, frequency of 100kHz, capacitance of 40mF, and diode test of 2V.
Additionally, it has a True RMS mode for measuring distorted waveforms, a VFD mode for measuring variable frequency drives, and a LoZ mode for avoiding false readings brought on by ghost voltages.
Up to 99 records can be stored in its internal memory for later perusal. Additionally, it has a tough design that can withstand drops of up to 3 metres, bright LED work lights that can illuminate dim areas, and both. It has a limited lifetime warranty that ensures the product’s quality and effectiveness.
The FLIR DM93 is a true RMS industrial multimeter that is comparable to the FLIR DM90 in terms of characteristics but has certain additional capabilities that make it more suited for difficult and complex applications.
It contains a VFD mode that can examine noisy signals and non-sinusoidal waveforms in motors, drive controllers, and variable frequency drives. Additionally, it has a LoZ mode that, in long-run applications, can get rid of ghost voltage readings.
It contains a function for continuously recording data that can record transient errors and anomalies. Additionally, it has METERLiNK and Bluetooth connectivity, which let you remotely control the multimeter and wirelessly transfer data to your smartphone or tablet.
Additionally, it has an IP54-rated, durable, and shock-resistant design that shields it from water and dust.
Which one ought you to pick then? Well, that depends on the features you want in a multimeter. Despite the fact that both multimeters are great options for industrial testing, the FLIR DM93 has a few more capabilities that may come in handy for tougher situations.
Since the FLIR DM90 is lighter and more portable, it is simpler to move around and use in confined spaces. You can carry out more complex measurements and analyses with the FLIR DM93 since it is more durable and adaptable.
The FLIR DM90 is a portable digital multimeter that was made with electricians, HVAC specialists, and service workers in mind.
It is an adaptable and trustworthy instrument that can gauge a number of electrical parameters, including AC/DC voltage (1000V), AC/DC current (10A), resistance (10M), continuity threshold (30), frequency (100kHz), capacitance (40mF), diode test (2V), and temperature (-200°C to +1200°C).
It also includes certain cutting-edge features and capabilities that set it apart from other multimeters, including:
Variable frequency drives, which regulate the speed and torque of electric motors, can be measured using the VFD mode. VFDs generate noisy signals and non-sinusoidal waveforms, which can compromise the precision of standard multimeters.
A unique filter on the FLIR DM90 can remove these interferences and deliver precise readings of VFDs.
True RMS: With the aid of this mode, you are able to assess distorted waveforms, such as those generated by electrical appliances, lighting fixtures, and power supplies.
The accuracy of conventional multimeters that employ average or peak measurements can be impacted by distorted waveforms. The FLIR DM90 employs a true RMS algorithm that can determine the value of any waveform’s effective output and produce precise readings.
LoZ mode: With this mode, you can avoid inaccurate readings brought on by phantom voltages. Ghost voltages, which can be caused by capacitive coupling or induction from surrounding live wires, are stray voltages that show up on disconnected or de-energized circuits.
The accuracy of conventional multimeters with high input impedance might be impacted by ghost voltages. With its low input impedance, the FLIR DM90 can accurately measure and drain these voltages.
The FLIR DM90 also features a backlight for low light and a sizable, crisp display that shows 40,000 counts. Up to 99 records can be stored in its internal memory for later perusal.
Additionally, it has a tough design that can withstand drops of up to 3 metres, bright LED work lights that can illuminate dim areas, and both. It has a limited lifetime warranty that ensures its performance and quality1.
Similar in specs to the FLIR DM90, the FLIR DM93 is a true RMS industrial multimeter, but it has several unique features and functions that make it more suited for difficult and complex applications.
It is an effective and flexible instrument that can measure a range of electrical parameters, including AC/DC voltage (1000V), AC/DC current (10A), resistance (10M), continuity threshold (30), frequency (100kHz), capacitance (40mF), diode test (2V), and temperature (-200°C to +1200°C). It also includes certain cutting-edge features and capabilities that set it apart from other multimeters, including:
VFD mode: With this mode, variable frequency drives, motors, and drive controllers can analyse non-sinusoidal waveforms and noisy data.
The FLIR DM93 can calculate and show factors including power factor, total harmonic distortion, crest factor, and more, in contrast to the FLIR DM90, which simply measures VFDs. This mode aids in problem diagnosis and VFD performance enhancement.
In long-run applications, the LoZ mode enables you to get rid of ghost voltage measurements. The FLIR DM93, in contrast to the FLIR DM90, can also do calculations and display parameters like leakage current, insulation resistance, and more.
It also prevents misleading readings brought on by ghost voltages. This mode aids in defect finding and long-run circuit safety.
Continuous data recording:
With this feature, you can record sporadic errors and anomalies that could otherwise go undetected. The FLIR DM93 can record data for up to 20 hours at intervals of 1 second or for up to 40 hours at intervals of 2 seconds.
You can also establish alarms and triggers to record particular situations or events. The device allows you to review the collected data, and you can also transmit it to a smartphone or tablet using Bluetooth or METERLiNK.
The FLIR DM93 also incorporates METERLiNK and Bluetooth connectivity, which let you use the FLIR Tools app to remotely control the multimeter and wirelessly send data to your smartphone or tablet. The FLIR InSite software lets you view real-time readings on your tablet or smartphone.
The FLIR DM90 is a portable digital multimeter that was made with electricians, HVAC specialists, and service workers in mind.
It is an adaptable and trustworthy instrument that can gauge a number of electrical parameters, including AC/DC voltage (1000V), AC/DC current (10A), resistance (10M), continuity threshold (30), frequency (100kHz), capacitance (40mF), diode test (2V), and temperature (-200°C to +1200°C).
It also includes certain cutting-edge features and capabilities that set it apart from other multimeters, including:
Variable frequency drives, which regulate the speed and torque of electric motors, can be measured using the VFD mode. VFDs generate noisy signals and non-sinusoidal waveforms, which can compromise the precision of standard multimeters.
A unique filter on the FLIR DM90 can remove these interferences and deliver precise readings of VFDs1.
True RMS: With the aid of this mode, you are able to assess distorted waveforms, such as those generated by electrical appliances, lighting fixtures, and power supplies. The accuracy of conventional multimeters that employ average or peak measurements can be impacted by distorted waveforms.
A genuine RMS algorithm is employed by the FLIR DM90 to produce accurate readings and determine the effective value of any waveform1.
LoZ mode: With this mode, you can avoid inaccurate readings brought on by phantom voltages. Ghost voltages, which can be caused by capacitive coupling or induction from surrounding live wires, are stray voltages that show up on disconnected or de-energized circuits.
The accuracy of conventional multimeters with high input impedance might be impacted by ghost voltages. With its low input impedance, the FLIR DM90 can accurately measure and drain these voltages1.
The FLIR DM90 also features a backlight for low light and a sizable, crisp display that shows 40,000 counts. Up to 99 records can be kept in its internal memory for further perusal.
Along with having a robust design that can resist fall of up to 3m2, it also boasts bright LED work lights that can illuminate dim locations. It has a limited lifetime warranty that ensures its performance and quality1.
Similar in specs to the FLIR DM90, the FLIR DM93 is a true RMS industrial multimeter, but it has several unique features and functions that make it more suited for difficult and complex applications.
It is an effective and flexible instrument that can measure a range of electrical parameters, including AC/DC voltage (1000V), AC/DC current (10A), resistance (10M), continuity threshold (30), frequency (100kHz), capacitance (40mF), diode test (2V), and temperature (-200°C to +1200°C).
It also includes certain cutting-edge features and capabilities that set it apart from other multimeters, including:
VFD mode: With this mode, variable frequency drives, motors, and drive controllers can analyse non-sinusoidal waveforms and noisy data.
The FLIR DM93 can calculate and show factors including power factor, total harmonic distortion, crest factor, and more, in contrast to the FLIR DM90, which simply measures VFDs. This mode aids in problem diagnosis and VFD performance enhancement.
In long-run applications, the LoZ mode enables you to get rid of ghost voltage measurements. The FLIR DM93, in contrast to the FLIR DM90, can also do calculations and display parameters like leakage current, insulation resistance, and more.
It also prevents misleading readings brought on by ghost voltages. This mode aids in defect finding and long-run circuit safety.
Continuous data recording: With this feature, you can record sporadic errors and anomalies that could otherwise go undetected. The FLIR DM93 can record data for up to 20 hours at intervals of 1 second or for up to 40 hours at intervals of 2 seconds.
You can also establish alarms and triggers to record particular situations or events. The device allows you to review the collected data, and you can also transmit it to a smartphone or tablet using Bluetooth or METERLiNK.
The FLIR DM90 and FLIR DM93, two of the greatest multimeters available, have been compared in this article from the website mme-ae.com.
These two digital multimeters are of the highest calibre and offer cutting-edge features and capabilities to assist you in solving any electrical problem.
Regarding their specifications, features, functions, and performances, we have discussed their similarities and differences.
In accordance with the nature and degree of complexity of the applications and situations, we have also discussed how they can accommodate various demands and preferences.
We trust that this post has clarified the distinctions between the FLIR DM90 and FLIR DM93 multimeters from mme-ae.com.
With the goal of making it simple for you to read and comprehend, we have made an effort to give you a thorough and insightful comparison of these two multimeters.
Additionally, we have given you a link to the website where you can compare them side by side and decide which one best suits your needs.
You can’t go wrong with either the FLIR DM90 or the FLIR DM93 if you’re searching for a new multimeter for your industrial testing requirements.
Despite the fact that both multimeters are great options for industrial testing, the FLIR DM93 has a few more capabilities that may come in handy for tougher situations. Since the FLIR DM90 is lighter and more portable, it is simpler to move around and use in confined spaces.
You can carry out more complex measurements and analyses with the FLIR DM93 since it is more durable and adaptable.
In either case, picking a FLIR multimeter for your industrial testing requirements won’t leave you disappointed.
Your job will be made simpler and more effective because to their high level of quality, precision, and dependability. A limited lifetime warranty that ensures their functionality and quality is also included with them.
So why are you still waiting? Order your FLIR multimeter today by going to mme-ae.com! The outcomes and value that these multimeters may provide you with will astound you. Don’t pass up this chance to save money on one of the greatest multimeters available!
We appreciate you reading this article. Feel free to email us or post a comment below if you have any questions or concerns. We’d be thrilled to hear from you.
