TIS 1500V DC I-Curve Solar Tester - I-V500W
Product Code: I-V500W
Colour: Mixed
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Elevate your solar installations with the TIS 1500V DC I-Curve Solar Tester (I-V500W), a crucial tool designed for professional solar installers. This innovative device ensures optimal performance and maintenance of photovoltaic systems, offering precise measurement capabilities and advanced features.
The TIS 1500V DC I-Curve Solar Tester empowers installers with accurate measurement of PV module/string output voltage and current, up to 1500V DC and 15A DC respectively. Its advanced I-V curve measurement with 128 points per curve enables detailed analysis of module performance. Essential parameter measurement, including Voc, Isc, Pmax, Vmpp, Impp, and Fill Factor, ensures efficient system operation.
This device also allows for cell temperature measurement using an external probe, providing valuable insights for system optimisation. Additionally, irradiation measurement through a reference cell facilitates comprehensive system analysis.
User-friendly operation with on-screen help and an intuitive interface makes the TIS 1500V DC I-Curve Solar Tester easy to use. Its internal database supports the management of up to 30 PV modules, simplifying data organisation. Convenient data storage and retrieval are facilitated by internal memory and an optical/USB interface for data transfer to a PC.
Reach out to Green2Go's sales team via phone by calling 01424 231585 or via our 'Contact Us' page for bespoke renewable energy solutions. Benefit from expert advice and competitive pricing. Make your sustainable switch today.
KEY FEATURES
- Maintenance of photovoltaic system
- Measurement of PV module/string output voltage up to 1500V DC
- 128 points per I-V Curve in STD or Capacitive mode
- Measurement of Voc-Isc-Pmax-Vmpp-Impp-Fill Factor
- Measurement of cell temperature through external probe
- Measurement of irradiation [W/m2] through reference cell
- Measurement of DC and rated power at module/string output
- Detection of I-V Curve with direct measurement of Irr/Temp parameters
- Detection of I-V Curve using the remote unit SOLAR02
- Measurement of resistance of series Rs of panels
- Direct comparison with reference conditions (STC – 1000W/m2, 25°C)
- Test result OK / NO
- Colour / Finish Mixed
