Talk about the importance of electrical safety wireless thermal imaging multimeter

Today, electricity has almost entered all areas of our production and life, which has greatly increased productivity, effectively improved working conditions and improved people's living standards. At the same time, electrical safety issues cannot be ignored.

Today, I am talking about electrical safety. For general industrial enterprises, electrical accidents mainly include electric shock, electrical fire and explosion, lightning hazard, and electrostatic hazard. For enterprises in different industries, due to their different raw materials, production equipment, production processes, etc., the prevention focus of electrical accidents is also different.

Talk about electrical safety The importance of wireless thermal imaging multimeters

Talk about electrical safety The importance of wireless thermal imaging multimeters

Talk about electrical safety The importance of wireless thermal imaging multimeters

Talk about electrical safety The importance of wireless thermal imaging multimeters

The electrical safety work of industrial enterprises includes engineering technology and organization management. The two complement each other and are closely related. Electrical safety management not only needs to pay attention to the establishment and implementation of rules and regulations, but also needs to pay attention to safety inspection. This puts more responsibility for industrial electrical engineers and technicians who need to quickly identify problems and record and solve problems with full confidence.

Talk about electrical safety The importance of wireless thermal imaging multimeters

Electrical safety matters a lot, sloppy, how can we effectively avoid it?

You are anxious, think about what you think, Fluke provides the best tool for safety management for industrial electrical users who value efficiency and quality: Fluke 279FC wireless thermal imaging multimeter. It has a combination of digital multimeter + thermal imaging camera, which can help engineers and technicians quickly find, repair, verify and report many electrical problems, and solve electrical faults in a timely and accurate manner. Let's take a look at some of its major features~

Talk about electrical safety The importance of wireless thermal imaging multimeters

Integration: The integrated thermal imager allows users to quickly obtain a heat map of the device, allowing users to check the hot spots of high voltage equipment and transformers from a safe distance and quickly and safely view hot spots before servicing.

Specialization: The Fluke279FC Wireless Thermal Imaging Multimeter is a professional multimeter with true RMS measurement function. It has more than 15 electrical and electronic measurement functions, including: AC/DC voltage, resistance, continuity, capacitance, diode test, minimum. /Maximum, AC current (using iFlex), frequency, etc.

Flexibility: Provides a compatible flexible current clamp iFlex for measurement of large conductors in tight, crowded spaces with AC current ranges up to 2500A.

Intelligent: Users can wirelessly transfer the acquired heat map and measurement data to the Fluke Connect APP mobile terminal for storage induction and management.

In addition, the Fluke 279FC Wireless Thermal Imaging Multimeter, like all Fluke Digital Multimeters, has been rigorously designed and rigorously tested to ensure compliance with Fluke's brand promise. It has also been independently tested with the CAT IV 600V/CAT III 1000 V safety rating and is the perfect choice for industrial applications.

The Fluke 279FC Wireless Thermal Imaging Multimeter can be used to troubleshoot electrical equipment, including detecting hot spots in high voltage equipment and transformers at safe distances, and detecting the temperature of fuses, cables, insulators, connectors, connectors, and switches. With it for electrical safety maintenance, in addition to saving time, you can save the space of the tool kit, the whole process is easy and enjoyable.

Step1: Use the camera to quickly determine the hot spot, no need to probe each circuit breaker, and no need to tighten the screws on each circuit breaker.

Step2: After determining the hot spot, wear personal protective equipment (PPE) and use a digital multimeter to further troubleshoot. Once the problem is identified, disconnect the device from the power source and connect to the digital multimeter to monitor the circuit.

Step3: Record the repair by taking the multimeter readings, and get the thermal image from the Fluke Connect mobile app on the linked smartphone after moving away from the danger zone. The user can use the application to create a report to the on-site repair with one click.

Step4: Start repairs and get a “post-repair” image to verify that the repair was successful. Users can save images and measurements and upload them to a PC or Fluke CloudTM, then easily create reports using Fluke Connect software.

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