Used BK PRECISION 1602 #124781 for sale

BK PRECISION 1602 is a high-performing, economical power supply designed to achieve optimal outcomes in a vast range of applications. This precision device can supply a load current up to 10A and a voltage range of 0-50V. It features a low ripple of <1mV RMS and high accuracy of more than 0.5%. The sturdy and reliable device offers high performance, reliable power and easy operation in a variety of applications. It has two independent outputs that can be regulated to the required specification, enabling the user to have two independent regulated supplies in the same form factor. 1602 power supply features a back-lit LCD screen which allows the user to visualise the current output voltage and current instantaneously. The device contains a set of four controls for voltage and current for both the channels. Furthermore, the device is safeguarded against short-circuiting, which prevents damage to the load by cutting the output off in case of a short circuit. In addition, the built-in fuse protection ensures protection against damage. The power supply also has a continuity check mode that can measure the inductance, capacitance and resistance of a simple circuit quickly and accurately. BK PRECISION 1602 is a highly customizable instrument, offering smart solutions for a variety of applications. It can be purchased as a stand-alone unit or as a full system with software packages. A remote control option with IEEE488 & RS232 interface provide efficient control interface for the user. The device includes features like Quick-Set up, ZERO-Range, calibrate, store & recall settings and setup for series & parallel mode. The power supply has a built-in power saver mode which allows the user to save up to 40% of energy when not in use. The robustly built and precision designed power supply is a perfect solution for users who require a reliable, efficient, and accurate power solution. 1602 offers many additional features not available on other equipment that improve the user experience and increases its value.