Used RFPP RF5S #9247652 for sale

RFPP RF5S is a power supply unit designed for applications requiring reliable and efficient power supply for applications that include industrial control, motor and lighting controls, and communication systems. This power supply was designed to provide a stable output voltage and protect against short circuits, overcurrent and overload conditions. It features auto-recovery short-circuit protection, as well as a low standby power consumption and an enhanced thermal protection control system. RFPP RF-5S is a 5-pin, double-stage regulated switching power supply that provides an adjustable output voltage. The voltage range can be adjusted between 0-24 V DC with a maximum current rate of 5 A. The output can be connected directly to a DC load or used to drive an external DC to DC converter. It is designed to provide extremely reliable and stable output voltage over a wide range of input voltage conditions. The auto-locking input filter helps ensure that the unit will maintain its performance even under large fluctuations of the AC mains. RFPP RF6S also features a built-in EMI (electro-magnetic interference) filter as well as an overcurrent fault detection circuit which helps protect against high short-circuit currents. The built-in protection circuits also work to protect the power supply from any overcurrent and overload conditions. The unit also contains an overvoltage protection circuit to safeguard against high voltage surges. In addition, it features a quiet, low-RPM fan that gives the device a low noise level. The power supply also features an active power factor correction which helps to make the power supply more efficient and reliable. RF5S is a high quality, dependable power supply designed for a variety of applications and is RoHS compliant for safety. It features a two year warranty and is built with premium components and materials to ensure reliability. This power supply is ideal for equipment and systems requiring reliable power and efficient operation over a wide range of input voltages.