Keep consumer voltage constant

It also has damping properties, but it has a significant disadvantage: the voltage curve (from the uncharged state of e.g. 1.8 V/cell final charge voltage to the heavy charge voltage of 2.35 V/cell, e.g. with lead batteries) can cause damage or malfunctions in many consumers. An increased voltage during normal operation can significantly reduce the life expectancy of the loads or even destroy them. Undervoltage can lead to malfunctions. The step-up converter (inverter) was developed specifically for this purpose, which keeps the load voltage constant from 1.75 V/cell (1.0 V for NiCd) to 2.25 V/cell (1.42 V for NiCd). This is designed for DC 24V / 48V / 60V / 110V and 220V or for specific customer requirements.

Features of the step-up converter

• Constant consumer voltage +/- 1% for lead-acid and NiCd batteries
• Linear adjustment of the output voltage
• Self-monitoring
• Lower number of cells (due to lower final discharge voltage)
• Increase in consumer current possible through parallel connection
• Compact design (19″ technology)
• If the device fails, a bypass takes over the inertia-free supply of the loads
• In spite of the high voltage (especially for systems with NiCd batteries), the step-up converter ensures a constant load voltage.

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Product information step-up converter