Temper KOBAN K KMPC-01-50A Manual página 49

Program-controlled Power Souce User Manual
1 Unpacking & Inspection
1.1 Notes for unpacking
 During the disassembly, it is prohibited to tilt the chassis more than 45 degrees;
 Remove box fixing screws or nails using a wrench or horn hammer.
1.2 Check the content
 Check whether the product model and specifications comply with the ordered product requirements;
 Check whether the appearance of the product is damaged, if the above situation, please contact the dealer for treatment;
 Check whether the random accessories and data are complete according to the packing list.
2 Overview
2.1 Product Features
 High-frequency SPWM hardware adjustment technology, reaction fast, output stable;
 High-power MOS / IGBT drive, reliable operation, strong overload capacity;
 Suitable for resistance, sensibility, rectification and other loads;
 With overheating, overcurrent, short circuit and other abnormal condition protection function;
 With the parameter memory function, the shortcut key operation mode, simple and easy to use;
 The power supply voltage is adjustable online, and the output frequency can be optional;
 With bright LED display, clear and eye-catching, large visual Angle, convenient production line use;
 With the RS232 / RS485 communication interface, the port rate is up to 9600.
2.2 Main Purpose & Application Scope
 Professional laboratory (EMI / EMC / safety regulations);
 Manufacturing plant (quality assurance / life test);
 Export product test, simulate the national power grid;
 Product development and testing.
2.3 Working Environment Conditions
 Operating temperature: 0~40℃
 Relative humidity: 10% to 90% RH
2.4 Product Characteristics & Working Principle
 Adopt with hardware waveform synthesis and PID control to realize stable output waveform and high response speed;;
 Using the combination of hardware and software power device protection mode, the protection is rapid and reliable;
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The block diagram of the working principle is shown as follows:
Figure1 Working principle block diagram
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