Used GW INSTEK GPC-3030D #293706525 for sale

GW INSTEK GPC-3030D is a DC regulated programmable power supply designed for bench-top applications. This advanced power source features dual independent outputs with 30V/3A capability and combines many useful functions into one convenient unit. GPC-3030D has an intuitive, user-friendly display menu with four programmable setting functions. The settings are selectable to voltage, current, application, or manual mode and offer an easy and safe way to control power levels. These features make the power supply perfect for a variety of applications such as monitoring power levels, prototyping circuits, or powering sensitive electronic devices. GW INSTEK GPC-3030D's two independent power outputs offer multi-channel capability for simultaneous processes. A central digital control knob allows access to current and voltage limitations for efficient and safe operation. The adjustable linear output voltage range is from 0V to 30V DC with an adjustable current range of 0A to 3A DC. Both outputs also feature a programmable over-voltage/current protection which can be preset for safety during operation. In addition to the multi-channel capability, GPC-3030D offers data readout graphics to quickly and accurately reflect various settings and conditions. These graphics allow the operator to monitor voltage and current levels in real time for easy troubleshooting. This power supply features robust safety and user protection features including an active overheat protection circuitry to protect the unit and its content. There is also an AC fail and reverse polarity protection, and an anti-interference ability that prevents other electrical devices from affecting the power supply. Overall, GW INSTEK GPC-3030D DC regulated programmable power supply is an advanced and reliable power source that offers flexibility, safety protection, and intuitive features in one easy-to-use package. It is suitable for a wide range of applications including electronic device testing, power monitoring, and circuit prototyping.