Solar I-V Curve Tester TIS I-V500W Comprehensive I-V curve analysis – Measures Voc, Isc, Pmax, Vmpp, Impp, and Fill Factor High-voltage capability – Supports up to 1500V DC / 15A DC Direct comparison with STC reference conditions – (1000W/m², 25°C) for instant performance validation Irradiance & temperature measurement – Uses an external probe and reference cell Remote testing with SOLAR02 – Enables simultaneous irradiation & temperature logging 4-terminal measurement method – Minimizes resistance errors for precise results Built-in PV module database – Stores up to 30 module profiles for efficiency comparison Internal memory & PC connectivity – Recall stored data on display or transfer via USB/optical interface User-friendly operation – On-screen help, auto power-off, and backlit display for field use Robust and portable – Includes carrying case, test leads, adapters, and calibration certificate The TIS I-V500W is a cutting-edge I-V curve tester designed for solar professionals who require accurate performance analysis of photovoltaic (PV) modules and strings. Capable of measuring open-circuit voltage up to 1500V and short-circuit current up to 15A, this device is essential for installation, maintenance, and troubleshooting of solar power systems. With 128 measurement points per I-V curve in standard or capacitive mode, real-time irradiance and temperature measurement, and an internal PV module database, the I-V500W ensures precise performance evaluation. Its 4-terminal measurement method eliminates resistance compensation errors, guaranteeing high accuracy in every test. . Brand Test Instrument Solutions Power Supply 6x 1.5V alkaline batteries type AA LR06 Display 128 x 128 pxl with backlight Duration for I-V Curve >200 curves Supplied with • KITGSC4 Set of 4 cables + 4 alligator clips • KITPCMC3 Set of 2 adapters with connectors MC3 • KITPCMC4 Set of 2 adapters with connectors MC4 • TOPVIEW2006 Windows software + optical/ USB C2006 cable • VA500 Rigid carrying case • User manual • ISO9000 Calibration certificate
