SolSensor sensor, clamp, MC4 wrenches, test lead set (MC4 to alligator clip), two type K thermocouple sensors, 50 adhesive discs for thermocouple attachment, sensor cleaning supplies, charging supplies, soft case, and hard carrying case.
Key Features
Uses I-V (current versus voltage) curve tracing for quick and detailed performance data
Test up to 1500 V and up to 30 A*
Sweep-to-sweep delay of 9 seconds to measure 3.5 MW within an hour
Intuitive user interface for easy navigation and real-time analysis
SolSensor™ PV reference sensor measures irradiance and temperature
Take measurements even in hot environments
Wireless connection helps with quick setup and mobility
1 year warranty
More About this Item
Enhance the output and prolong the service life of solar modules and arrays by accurately assessing the health and performance with the PVA-1500 PV analyzer I-V curve tracers. These high-precision analyzers use I-V curve tracing, the most complete solar module performance measurement, to quickly obtain detailed performance data of PV modules. Use the I-V curve tracers to pinpoint problems early to maximize solar energy production while minimizing downtime.
Clamp the included wireless SolSensor™ PV reference sensor to the module frame to measure irradiance and module temperature. With the angular response of each unit calibrated for rotation and elevation, the temperature-compensated sensor offers excellent accuracy over a broad range of technologies, sky conditions, and sun angles.
A portable design and an intuitive interface make it easy to use the analyzer in the field. The PV analyzer and the SolSensor sensor communicate wirelessly with a tablet or a laptop (Windows® only) via Wi-Fi. Download the Data Analysis Tool software to display the data in multiple, easy-to-read formats and a statistical overview of the entire array. The software looks at all the collected data for comparison to see where there are differences, identifying the issue for further troubleshooting. Easily create and send customized reports.
*With module efficiency of <19% for PV analyzer 17785-03.
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