Used ORIEL / NEWPORT 11016 #190129 for sale

ORIEL / NEWPORT 11016 is a solar production test station specifically designed to provide superior performance for long-term testing of solar cells and modules. This equipment is equipped with a number of advanced features and technologies, making it one of the most dependable and powerful production test stations available. ORIEL 11016 has an internal AC power supply and a rechargeable back-up battery. It is capable of providing up to 16A of continuous solar cell and module testing power. It is equipped with two temperature probes and a ramp generator console, for easy set-up and operation. Additionally, NEWPORT 11016 has a built-in adjustable temperature control system, which prevents cells from overheating during long-term testing. 11016 also provides a high degree of accuracy and repeatability in module testing. The unit utilizes a UV LED's light yielding system and proprietary I/V testing equipment to reliably measure the performance of cells and modules over time. A detachable input/output console enables easy connection of third-party devices enabling compatibility with a wide variety of test requirements. For maximum convenience, ORIEL / NEWPORT 11016 features a built-in LCD display, showing all required test information. This easy-to-use display also allows the user to access additional data like total irradiance, temperature factors, and the power output of the test module. ORIEL 11016 also provides the convenience of remote access. It has a built-in Ethernet port with secured wireless connectivity. This allows the user to access and control the test station from any location, enabling remote data monitoring and troubleshooting. In conclusion, NEWPORT 11016 is a reliable and versatile solar production test station. It is a powerful and convenient solution for solar cell and module testing. Its advanced features, flexibility, and remote access make it an ideal piece of equipment for any solar production test laboratory. Its accuracy and repeatability ensure that results are consistent and that any discrepancies can be quickly and easily addressed.