Say goodbye to guesswork when testing solar installations. The Fluke IRR2-BT gives you accurate readings with built-in sensors and an external probe for precision temperature measurements. Plus, it connects to the SMFT-1000 for I-V Curve calculations—helping you work faster, smarter, and safer.

Accuracy and efficiency are essential when it comes to electrical inspections and installations. The Fluke 1670 Series Multi-Function Testers help you work up to 30% faster and cut documentation time by 50%. With features like touchscreen setup, automatic measurement validation, and Fluke Connect integration, this tool simplifies your workflow from setup to reporting. Learn how the 1670 Series can transform the way you test and document.

Follow these step-by-step instructions for performing I-V curve testing on solar installations using the Fluke Solmetric PVA-1500 PV Analyzer. Understand how to connect the tool, capture data under optimal irradiance conditions, analyze results, and generate detailed reports for asset owners and warranty purposes.

Here are some of the key use cases for Fluke Solar Toolkits, that include solar panel installation, system performance monitoring, preventative maintenance, troubleshooting, and energy audits. Stay compliant, boost system performance, and maximize solar energy output with the right tools from Fluke!

I-V Curve Tracing is an essential method for evaluating the performance and health of a solar PV array—whether you're testing individual modules or full strings. In this video, we break down how I-V Curve Tracing works by comparing maximum potential current to voltage, and how the resulting curve helps you diagnose issues and ensure optimal system performance

Tired of second-guessing your solar voltage checks? The Limit Gauge on the Fluke 283 FC Multimeter lets you quickly spot out-of-range measurements during repetitive tests—perfect for large-scale PV sites. Watch as Will White shows how to set it up and save valuable time in the field.

#SolarTesting #FlukeTools #PVPerformance #electricaltesting #SolarMaintenance

Unlock a new level of safety, accuracy, and efficiency with the Fluke 283 FC Digital Multimeter paired with the a283 FC Wireless Current Clamp. Designed to meet the demanding requirements of solar applications, this powerful combination is engineered for high-voltage environments and is ready for anything the job throws your way.

Join Mike, a Product Application Specialist at @Fluke, as he explores two fantastic entry-level multimeters: the Fluke 15B+ and Fluke 17B+. Whether a DIY enthusiast or a residential or commercial electrician, these multimeters offer the accuracy, safety, and reliability you need.

Accurately and safely pinpoint underground utilities before you dig with Amprobe's new #UAT-600 Series #Underground #Utility #Locators. Designed for electricians with a CAT IV 600 V rating, the locating kits come complete and ready for use with a Transmitter, Receiver, test lead kit, batteries and additional fuses, all in a mobile, protective duffle bag.

Solar I-V curve tracing: what it is, what it reveals, and why it's important for PV arrays.

This full interview with Stephen San Juan, a solar training and renewable energy safety expert, gets into the subject of I-V curve tracing. He explains what an I-V curve tracing is, what it reveals about a PV array, and why regular testing is so important, especially for large PV systems.