Used ENI GHW-85A #293754121 for sale

ENI GHW-85A is a power supply designed for high-quality production needs and mission-critical applications. It is a low-noise, high-efficiency linear power supply with an isolated output and robust protection. ENI GHW 85A is rated at 25 amperes output current with a maximum output voltage of 21 volts. Its features include input range selector, overvoltage protection (OVP) circuit, fast overcurrent protection (OCP) circuit, and low ripple. GHW-85 A has a wide input range with a voltage selection switch that can accept either 190-255 VAC or 85-132 VAC. This flexibility allows the use of many available input voltages, one of them might be required in some areas. The OVP circuit effectively limits the output voltage when an overload occurs. The fast OCP circuit protects the power supply under severe short-circuit conditions. In addition, GHW 85A has a low ripple of 20mV peak-to-peak and a noise level of less than 1mV peak-to-peak. GHW-85A is designed to be used to power and protect sensitive electronic equipment. It comes with a hand-held remote control and an RS-232 interface for easy setup. The control can be used to set the output voltage and current, as well as enable/disable the OVP and OCP circuits. Also, ENI GHW-85 A provides over temperature protection, featuring a thermal protector that reduces the output current when the primary side temperature rises beyond 65°C. ENI GHW-85A is constructed with a durable aluminum chassis and measures 18.5 x 8.5 inches. Furthermore, it includes a standard 5-pin female connector with an output voltage adjust range of +/1% to +/10%, and its operating temperature range is 0°C to 40°C. It also features a five-year warranty and has a power efficiency of up to 91%. In conclusion, ENI GHW 85A is a high-performance, high-efficiency power supply with exceptional protection and flexibility suitable for mission-critical applications. Its low-noise output and wide input range makes it an excellent choice for production needs, and its overvoltage and overcurrent protection circuits ensure reliable and secure operation.