Fluke 378 Non-Contact Voltage Clamp Meter with power quality indicator and 18″ probe

Fluke 378 OffersThe Fluke 378 Non-Contact Voltage Clamp Meter with power quality indicator and 18″ probe provides safe and comfortable measurements of a system. It features a flexible probe to reach conductors outside of a convenient distance and increase the range of potential measurements. Integrated non-contact technology protects the user from accidentally touching potential hazards in the workplace.FeaturesPower quality indicator helps determine faulty circuits18″ (45.72 cm) flexible probe for confined spacesFieldSense technology allows accurate measurements without contactClamp meter can easily be attached to any circuitFluke 378 OffersThe Fluke 378 Non-Contact Voltage Clamp Meter with power quality indicator and 18″ probe provides safe and comfortable measurements of a system. It features a flexible probe to reach conductors outside of a convenient distance and increase the range of potential measurements. Integrated non-contact technology protects the user from accidentally touching potential hazards in the workplace.FeaturesPower quality indicator helps determine faulty circuits18″ (45.72 cm) flexible probe for confined spacesFieldSense technology allows accurate measurements without contactClamp meter can easily be attached to any circuit

Fluke 378 SpecificationsVoltage Range0 to 2,500 VProduct LengthProbe: 18″ (45.72 cm)Click here for complete specifications on the Fluke 378

What’s included with the Fluke 378 Clamp Meter18″ (45.72 cm) iFlex Electrical Probe

Webinar: EVSE Safety Maintenance with Fluke

In recent years, more people are opting for greener solutions to minimize environmental damage, which has led to an increased demand for environmentally safe solutions such as electric vehicles. Naturally, this has led to an increase in the installation of EV charging stations, but also the risks for technicians. In 2020, there were 126 fatal and 2200 non-fatal electrical injuries. Many of these are caused when technicians are exposed to hazardous voltage and arc faults that could cause shock and fire hazards due to a lack of understanding of proper EVSE installation and maintenance. Considering that EVSEs have a high rate of failure, estimated at 30 to 50% (SAE), reliability is essential when building EV infrastructure and gaining user acceptance.