flir dm285 industrial imaging multimeter with igm

FLIR DM285 Industrial Imaging Multimeter

The FLIR DM285 Industrial Imaging Multimeter is cutting-edge equipment developed to give precise measurements in a range of industrial environments. It is a multifunctional tool that combines the operations of a digital multimeter and a thermal imager. This gadget can be used to detect hotspots, diagnose electrical and mechanical faults, and identify potential safety hazards.

The FLIR DM285 is a professional True RMS digital multimeter and thermal imager in one. The DM285 visually takes you to the specific area of an electrical fault without direct contact, thanks to Infrared Guided Measurement (IGM) technology driven by a built-in 160 x 120 FLIR thermal imager.

The FLIR DM285 Industrial Imaging Multimeter’s capacity to give quick and accurate measurements is one of its main advantages. The device has a 160×120 thermal sensor, allowing users to detect and diagnose problems in real time. The gadget can also measure AC/DC voltage, current, resistance, continuity, and frequency, making it a useful tool for electricians and technicians.

Another advantage of the FLIR multimeter DM285 is its tough build. The device is designed to survive tough industrial environments, making it a dependable tool for use in difficult situations. The smartphone also has a bright, high-resolution touchscreen display that is simple to read in direct sunlight.

To obtain more information about the FLIR dm285 price and purchase this product, please contact our experts on our website mme, the supplier and provider of various measuring equipment with the best price and quality.

FLIR dm284 vs dm285

The FLIR DM284 and DM285 are both professional-grade thermal multimeters designed for electrical and HVAC/R applications. While they share many similarities, there are a few key differences between the two models.

• DM284 features a built-in 160 x 120 thermal camera, allowing you to capture and view thermal images, Flir DM285 also has a built-in thermal camera, but it offers a higher resolution of 240 x 180 pixels, providing more detailed thermal images.

• Both models offer similar measurement capabilities, including AC/DC voltage, AC/DC current, resistance, capacitance, frequency, diode testing, and continuity testing.

FLIR DM285 Industrial Imaging Multimeter with IGM

FLIR dm285 imaging digital multimeter specifications

• IR Resolution: 19,200 pixels (160 x 120)
• Display Size: 2.8″
• AC/DC Amps: Range: 10.00 A Basic Accuracy: ±1.5% / 1.0%
• Data Logging & Storage: 3 samples per second
• Connectivity: Bluetooth®
• IMAGING & OPTICAL
• Display Size: 2.8″
• Focus: Fixed
• FOV (w x h): 57° × 44°
• IR Resolution: 19,200 pixels (160 x 120)
• Palette: Iron, Rainbow, Greyscale
• Sensitivity: ≤150 mK
• Thermal Imaging Detector: FLIR Lepton® microbolometer
• MEASUREMENT & ANALYSIS
• AC/DC Amps Range: 10.00 A Basic Accuracy: ±1.5% / 1.0%
• AC/DC LoZ V Range: 1000 V Basic Accuracy: ±1.5%
• AC/DC microAmps Range: 4,000 µA Basic Accuracy: ±1.0%
• AC/DC mVolt Range: 600 mV Basic Accuracy: 1% / 0.5%
• Capacitance Range: 10.00 mF Basic Accuracy: ±1.9%
• Continuity check threshold: 20Ω to 200Ω
• Flex Clamp Range: 3000 A AC (Optional TA72/74)
• Measuring Rat:e 3 samples per second
• Min/Max – Avg: Yes
• Resistance Range: Basic Accuracy: 6.000 MΩ ±0.9% 50.00 MΩ ±3.0%
• Temperature Accuracy: 3°C or 3.5%
• Temperature Range: 14°F to 302°F (-10°C to 150°C)
• Temperature Type K Thermocouple Basic Accuracy: ±1.0% + 5.4°F (DMM) ±1.0% + 9°F (IGM)
• Temperature Type K Thermocouple Range: Type K -40°F to 752°F (-40°C to 400°C)
• True RMS: Yes
• VFD Range: 1000 V Basic Accuracy: ±1.0%

FLIR multimeter vs fluke

FLIR and Fluke are both reputable companies that manufacture high-quality multimeters. Both companies offer a range of multimeters with different features and specifications to cater to different needs and budgets.

However, Fluke is generally considered to be the industry standard when it comes to multimeters. Fluke has a long-standing reputation for producing high-quality, reliable, and accurate multimeters that are widely used by professionals in various industries. Fluke’s multimeters are known for their durability, ease of use, and advanced features, such as True RMS measurement, which ensures accurate readings of distorted waveforms.

On the other hand, FLIR is known for producing innovative multimeters that come with advanced features such as thermal imaging capabilities. These multimeters are designed for professionals who need to troubleshoot electrical issues in complex systems or machinery. FLIR’s multimeters are also known for their durability, accuracy, and advanced features.

In summary, both FLIR and Fluke produce high-quality multimeters, but Fluke is generally considered the industry standard for multimeters, while FLIR is known for producing innovative multimeters with advanced features such as thermal imaging capabilities. Ultimately, the choice between the two will depend on your specific needs and budget.

FLIR, on the other hand, is known for manufacturing revolutionary multimeters with advanced features such as thermal imaging capabilities. These multimeters are intended for use by specialists who must diagnose electrical problems in sophisticated systems or machines. FLIR multimeters are also well-known for their long life, precision, and innovative features.

In conclusion, both FLIR and Fluke manufacture high-quality multimeters; however, Fluke is widely regarded as the industry standard for multimeters, whilst FLIR is known for providing innovative multimeters with advanced features such as thermal imaging capabilities. Finally, the choice between the two will be determined by your individual requirements and budget.

Similar Product

The FLIR DM166 is an innovative and reliable thermal imaging multimeter that offers similar functionality to its predecessor, the FLIR DM285. Designed to meet the needs of professional electricians and maintenance technicians, the FLIR DM-166 combines the capabilities of a digital multimeter with the added advantage of thermal imaging.