Fluke FLK-393FC-IRR-TLPV Offers

Solar testing is essential because it verifies that a solar system is operating as intended by comparing the expected power output, based on available sunlight, with the actual electrical output being produced. This process helps uncover hidden issues such as loose or corroded connections, ground faults, degraded panels, and faulty connectors like MC4 failures before they lead to larger performance losses or costly repairs. It also plays a critical role in safety by identifying dangerous conditions such as arc faults, insulation breakdowns, and overheating components, helping to reduce the risk of fire and electric shock. In addition, solar testing validates the quality of the installation by confirming that panels are wired correctly, strings are balanced, and inverters are functioning properly, which helps avoid false alarms and inaccurate troubleshooting. Ultimately, regular solar testing supports maximum system efficiency and energy production, protecting the owner’s financial return by ensuring the system delivers the performance and revenue it was designed to provide.

393 FC Solar Clamp Meter:

• DC power measurement, showing readings in kVA and audio polarity indicator helps prevent accidental miswires
• CAT III 1500V rated for safe, high-voltage measurements
• Thin jaw design for easy access to cables in crowded combiner boxes
• iFlex flexible current probe extends AC current measurements up to 2500A and gives you unparalleled access to cables in tight spaces
• IP54 rated, ideal for work outdoors on solar arrays and wind power systems
• Logging and reporting of test results via Fluke Connect software

FLK-IRR1-SOL Solar Irradiance Meter:

• Measures solar irradiance, ambient temperature, PV module temperature, and array orientation
• Provides instantaneous measurements to determine watts per square meter of solar irradiation per IEC 62446-1 standards
• Uses a built-in temperature sensor or an external suction mount temperature probe to measure ambient and panel temperature
• Integrated compass and inclination sensor allow you to quickly measure and document roof and site orientation, pitch, and panel tilt when surveying, installing, or adjusting an installation
• High-contrast LCD display for easy readability in direct sunlight
• IRR2-BT wirelessly communicates with SMFT-1000 for accurate I-V curve measurements

TLPV1 MC4 to 4mm Test Lead Set:

• Facilitates connection of measuring devices to PV power plants, ideal for routine tests and troubleshooting on Staubli MC4-connected solar PV panels
• Compatible with test tools accepting 4 mm sheathed banana plugs
• Nickel plated contacts provide robust and reliable connections with minimal resistance and corrosion
• 150 cm (59") long test leads with color-coded black (female) and red (male) MC4 connectors for quick identification and usability

TLPV2 Solar Clamp Test Lead Set:

• Black and red MC4 test leads for accurate solar DC measurements
• Facilitates troubleshooting and maintenance of solar PV circuits
• Nickel-plated contacts for long-lasting durability

Applications

• Photovoltaic (PV) module and system testing: Ideal for performing safe and accurate current and voltage measurements on PV modules and systems
• PV power plant connections: Facilitates the connection of measuring devices to PV power plants, aiding in regular testing, maintenance, and troubleshooting
• Solar PV panel analysis: Used in various diagnostic and maintenance tasks on solar PV panels that accept Staubli MC4 connections, ensuring efficient and reliable performance
• Test equipment compatibility: Connects to a range of test tools that accept 4 mm sheathed banana plugs, making it versatile for different testing environments and requirements
• Field and lab testing: Suitable for both on-site field testing and laboratory analysis, offering flexibility for different testing scenarios