KL-MKDY-3400 Module Power Supply Test System
parameters
1. Standard Test Items Optimized for the Characteristics of Power Supply Products Are Easy to Learn;
2. Support One-Time Parallel Testing of Multiple Products to Be Tested, greatly Improve Production Test Capacity;
3. Support Testing of Multiple Groups of Output Power Supply Products to Meet Various Power Supply Test Requirements;
4, the System Interface Is Humanized, Easy to Operate, and Meets the Requirements of Production Line;
5. Open Software Editing Platform for Users to Write and Modify Test Procedures;
6. the System Architecture Design Is Modular and Flexible, and It Is Easy to Maintain Or Expand the System;
7. Support for Manufacturing Information Systems (Shopfloor) data Query and Upload;
I. INTRODUCTION to KL-MKDY-3400 module power supply automatic test system
applicable comprehensive Performance test of power supply. The system adopts hardware modular embedded frame structure, which can provide numerous hardware choices according to customer product testing requirements, which is convenient for customer equipment input cost control, and the system is compatible with programmable AC power supply and electricity of various brands/models. Resistance load, power analyzer, digital oscilloscope. The system is built with test items that optimize the standard of power supply characteristics. Combined with the Open Software Architecture, users can edit the test program according to their needs, replacing the complicated manual operation test process. The system is powerful and easy to operate, it can automatically generate test reports, edit statistical analysis, and manage the system to meet the requirements of modern quality control and production testing. It also supports the Shop Floor process control system to realize remote network monitoring. Yes the most ideal comprehensive performance automatic testing system for the production line of power supply manufacturers.
II. KL-MKDY-3400 module power supply automatic test scope
AC input characteristic test:
1. Effective value current
2. Input power
3. Input voltage
AC output characteristic test:
4. Output voltage
5. Output voltage stability
6. Output current
7. Output phase
8. Inverter phase
9. Charging voltage test
10. Zero_fire line inversion
overall feature test:
11. Standby power consumption
12. No-load power consumption
13. Efficiency
protection feature test:
14. Input overvoltage protection
15. Output overcurrent protection
16. Output overvoltage protection
17. Output short circuit protection
18. Output over power protection
19. Output overload test
special function test:
20. CAN Bus communication interface test
21. Communication function test
