Photovoltaic - Module Manufacturing Equipment / Machines

Quality assurance is an absolute imperative in the PV manufacturing. The solar specialist J.v.G. Thoma, based in Bavaria, is about to present on the dot at the industrial trade fair PV-SEC its new flasher model: the worldwide first LED based inspection device in the market. Its advantage? With it the test results will be more accurate than with conventional devices.

Freystadt/Oberpfalz - The better one beats the good one: that is the philosophy of Diplom-Ingenieur Hans Thoma, General Manager of J.v.G. Thoma GmbH. That is why the company also continued to work on the development of its existing high-performance flasher, despite good performance. And now it focuses on the strong points of LEDs.

With the new flasher each module is put to the acid test not just once, but five times in one go. From this an average is derived which in turn will en Quality assurance is an absolute imperative in the PV manufacturing. The solar specialist J.v.G. Thoma, based in Bavaria, is about to present on the dot at the industrial trade fair PV-SEC its new flasher model: the worldwide first LED based inspection device in the market. Its advantage? With it the test results will be more accurate than with conventional devices.

Freystadt/Oberpfalz - The better one beats the good one: that is the philosophy of Diplom-Ingenieur Hans Thoma, General Manager of J.v.G. Thoma GmbH. That is why the company also continued to work on the development of its existing high-performance flasher, despite good performance. And now it focuses on the strong points of LEDs.

With the new flasher each module is put to the acid test not just once, but five times in one go. From this an average is derived which in turn will ensure that the results are more accurate. And that means, later for the dimensioning all wiring connections can be done much more precisely.

Faster than lightning: from zero to five in 0.1 seconds

Price: up to 49.200 Euro

The amazing thing about the LED variant is that it requires less time to determine these five readings than a common flasher for only one reading. There is an obvious reason behind this: the LED light burns continuously, whereas a conventional flasher takes nearly 20 seconds until the condenser is recharged for the next "flash light".

A series-ready achievement

When the n