Used KIKUSUI TOS6100 #9364187 for sale

KIKUSUI TOS6100 is a DC power supply designed for precision operation in laboratory-like settings. It is a two-terminal device that provides power for scientific experiments and research. TOS6100 has a wide-ranging output voltage of 0-2,000V, as well as a 0-100A current with a maximum power rating of 200kW. It also offers adjustable voltage and current settings making it suitable for a variety of experiments. KIKUSUI TOS6100 is highly reliable and stable, which makes it ideal for high precision industrial and research applications. TOS6100 features a two-terminal output, allowing it to provide a precisely adjustable amount of power. It has a wide output voltage of 0-2,000V and a current range of 0-100A. This device also features adjustable voltage and current settings meaning it can be tailored to suit varied requirements. Additionally, it has a maximum power rating of 200kW, making it suitable for large and demanding experiments. KIKUSUI TOS6100 also has a high level of stability and accuracy, providing reliable results. This device is designed to work with a low THD (Total Harmonic Distortion) at low current, which ensures that it produces reliable, accurate results. This device also features an excellent load regulation, meaning that it can maintain a stable output even when the load changes. It has a constant voltage and current measurement, with a guaranteed accuracy of 0.01%. TOS6100 has an exceptionally low output noise, meaning that it can provide clean power with no unwanted interference. This is essential for experiments relying on accurate results. The device also has a rapid response time, allowing it to adjust the output voltage and current almost instantly, responding accurately to changes in the load. KIKUSUI TOS6100 is an ideal choice for the exacting laboratory and industrial applications that need reliable, highly-accurate power supplies. Its wide ranging output voltage and current makes it versatile and capable of meeting the exacting requirements of even the most demanding of tasks. Its impressive stability and accuracy make it the perfect choice for creating reliable, precisely-controlled power.