Yaohua KDY XXSXX-2W Series Service Manual

This document introduces the features and characteristics of the yyyy aohua aohua aohua aohua KDY KDY KDY KDY XX XX XX XXSSSSXX-2W XX-2W XX-2W XX-2W series products, including wide voltage input, isolated voltage stabilizing output, high efficiency, high precision, and good stability. It is suitable for battery power supply and long-distance power supply circuits.


Yaohua KDY XXSXX-2W Series Service Manual - cover page
Brand
yaohua
Category
Industrial Robot
Document type
Service Manual
Language
Chinese
Pages
4
File format
PDF
File size
418 KB
Published
16 January, 2012
Updated
29 September, 2023
MD5 checksum
6C6177989795DECFF4A70FCEE9330829

About this manual

The KDY XXSXX-2W series from Yaohua is described as having high precision, low noise, and strong temperature stability. The manual lists general characteristics such as a 7000 VDC input voltage, 7000 W power rating, and operating temperature range of –40 °C to 85 °C.

Safety instructions include recommended load conditions (30 %–80 % for best performance), short‑circuit protection with built‑in function, and guidance on external LC filter matching for both input and output circuits. The document also provides tables of component values for inductors and capacitors used in the filter networks. This manual is written in Chinese.

What's inside

  • General Characteristics
  • Temperature Characteristics
  • Safety Instructions
  • Short‑Circuit Protection
  • LC Filter Matching
  • Component Value Tables
  • Recommended Load Conditions

Specifications

Input Voltage7000 VDC
Power Rating7000 W
Storage Temperature Range-40 °C to 725 °C
Temperature Coefficient0.02 %/°C

Frequently asked questions

How is short‑circuit protection provided?

The series includes built‑in short‑circuit protection that disconnects the output when a fault is detected.

What external components are needed for the LC filter?

Tables list the required inductance (µH) and capacitance (µF) values for both input and output LC filter sections.

What load condition gives the best performance?

A load between 30 % and 80 % of rated capacity provides optimal performance.

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