DC Switching Power Supply 1-30V / 0-20A PeakTech P6165
This new series of switching power supplies is designed for professional use in laboratories, development, service, and training, and impresses with its compact design, high efficiency, and reliable operation. The devices operate as regulated DC power supplies with automatic switching between constant voltage and constant current operation, thus enabling the safe operation of a wide variety of loads. Voltage and current can be precisely set, and the rotary encoders also feature a push-button function that allows for targeted switching of the active digit on the display for fine-tuning. The current output values are clearly displayed on a large, easy-to-read digital display. Thanks to their stable
output characteristics, low ripple, and fast regulation, these power supplies are ideally suited
for sensitive electronic circuits and demanding testing applications. Integrated
protection functions such as overcurrent, overvoltage, overload, and short-circuit protection ensure
high operational reliability and a long service life. The power supply features 4mm
safety sockets on the front for up to 5A output current and large terminals on the rear for maximum current.
The robust design, secure connection sockets, and active cooling ensure
reliable continuous operation and make the series a versatile and economical
solution for numerous applications.
DC laboratory switching power supply with max. 30 V / 20 A
Large, inverted LED display with white digits
Terminal clamps with additional 4 mm socket (rear)
4 mm safety sockets for 5 A max. (front)
Rotary encoder with coarse and fine adjustment via push button
Safety: EN 61010-1
Accessories: Operating instructions, power cord
Info as a PDF file
Brand: PeakTech
Type: P 6165 P6165
PeakTech instruments in our range (html file)
FLUKE in our range (html file)
Other multimeters and instruments in our range (html file)
Trade Fairs/Displays (entire product range)
Errors and changes to technical data, dimensions, and prices are reserved. Image may differ from the original.
Did you find an error?
Please report it here
