High stability programmable DC Power Supply
- REPRO S 06 200A - 30V
- REPRO S 15 200A - 75V
REPRO S range is specially designed to match the highest specification and to maximize the mean time between failures.
REPRO S is the EPOWER SYS range of high reproducibility programmable DC power converters based on switched topology, focused on scientific research and industrial applications.
maximum efficiency with zvs
ZVS technology makes possible to switch transistors at zero volts, which means that no power is dissipated during the switching process.
From 0 to 100% load
EPOWERSYS ZVS technology is able to boost energy to achieve great performance working even below 5% load.
REPRO S Series is thermally controlled providing constant performance and excellent ratings. Current measuring at constant temperature, eliminates any thermal drift.
Thermal control leads to an outstanding accuracy and a reliable performance.
DCCT sensor and double control loop are used to achieve the maximum output precision. ±2 ppm accuracy output is achieved, regardless of the temperature conditions in the room and without warm-up times.
Let the numbers talk
The soft-start function allows the digitally controlled charging of capacitors, reducing the stress of components and increasing their useful life. The power supply has a protection circuit in primary that discharges the bus voltage for safety reasons when the system stops
Air cooling prevents failures caused by water Leaks.
Minimum warm-up time and fast stabilization time over a reference change. REPRO series contribute to save time in operation.
Engineered in soft switching architecture, REPRO S power converters range is able to perform over 90% efficiency. Power factor correction is standard.
REPRO S series control system is extremely easy to use. Power supplies are controlled and monitored with a 7’’ touch screen with a friendly user interface providing far more information than conventional interfaces.
The power supply uses a high frequency transformer designed to minimize the dispersed flow, preventing induced currents and noise generation. The high technology material core, allows a higher flux density than the ferrites, allowing to lower the heating, size and weight of the transformer compared to conventional transformers.
Remote control with Ethernet and RS232 interfaces is included.
The use of local divers and optic fiber connections minimizes false triggering, noise and interference emission, allowing a better and more precise operation.