DC to DC Power Converters
DC to DC power systems convert the voltage level of a power source to a battery and deliver to the load a stabilised voltage output voltage and produce an extremely reliable power supply.
These converters can be used in a battery powered system or load where the polarity can be reversed, or connected to an earthed system with an unearthed system due to the use of galvanic isolation.
DC to DC converters act as a cost effective solution to reducing the number of battery based supply systems with different rated voltages. This saves the cost of installing and maintaining additional batteries, whilst guaranteeing the back up time of all loads is the same.
These power supply systems can be configured in a modular structure with a number of DC to DC units running in parallel in order to match the power requirements. The modular structure comprises of redundant converters which secure the load in case one of the modules fails. For example, a user who needs three modules to power the intended load can add a fourth module to avoid power interruptions. This ensures that the units are highly reliable and also allows for the failed converter to be replaced without the need of switching off the power supply.
A further advantage to the modular DC converters is there scalability. Future power expansion can easily be prepared for by including pre-wired empty slots for additional modules at very little additional cost. Making these units extremely flexible.
DC to DC converters can be used to supply high battery powered systems of 750V, 440V, 220V or 110 V to obtain low voltages of 24V, 48V, etc. As well as to acquire high voltage loads of 220V or 110V for low battery supplies of 24V, 48V etc.
Our converters are commonly used for applications which demand a high level of reliabilty under severe envionmental conditions in industries including railway and tramways, telecommunications, power generation plants, chemical plants, oil refineries and in factories.