Power Ate Test System PC Power Test OCP / OVP / SHORT Functional Test Module Test System
Power ate test system, PC power test, OCP/OVP/SHORT functional test module test system
1. High degree of automation enhances testing efficiency
Automatically execute the test process: Through preset programs, automatically complete tests on input/output characteristics, protection functions, energy efficiency, etc., reducing manual operation time.
Multi-channel parallel testing: Supports simultaneous testing of multiple power supply samples, significantly shortening the batch testing cycle (such as full inspection of fast charging power sources on the production line).
7× 24-hour continuous operation: Suitable for scenarios such as aging tests and life tests, no manual intervention is required.
2. High testing accuracy and traceable data
Accurately measure key parameters:
Voltage/current accuracy: Up to 0.1% range accuracy (such as output from a 5V/1A adapter).
Ripple noise: Resolution up to 1mVpp (oscilloscope-level measurement).
Energy efficiency test: The error of the power analyzer is <0.5% (meeting the DoE/ Energy Star standard).
Eliminate human errors: Automate data collection to avoid deviations from manual reading or recording.
Data storage and traceability: Test results are automatically generated into Excel/PDF reports, supporting barcode scanning to associate sample information.
Open
- The open software architecture provides users with a flexible, powerful and cost-effective automatic testing system.
- Scalable hardware and the addition of new test items;
- It supports barcode pre-scanning function and the function of scanning barcodes while testing, which improves the overall testing speed.
- Supports modular electronic loads (such as TDL-6030GD, etc.) and single-channel electronic loads (such as TDL-6030C, etc.);
General
- Supports all-round testing of various power supplies (such as industrial power supplies, PC power supplies, chargers, adapters, etc.);
- Complies with the measurement requirements of ENERGY STAR and IEC 62301;
- Support the manufacturing Information system (ShopFloor) interface;
- Supports various power parameter tests in CV.CC, CR.CW modes;
- Optimize the display mode, and the hardware configuration can be combined freely;
Professional
- Support complete testing of industrial power supplies;
- High-precision timing testing;
- High testing efficiency, meeting the requirements of mass production;
- Standard test items can be optimized for power supply characteristics, which are simple and easy to learn.
High-speed
- The speed of various power supply tests is more than twice that of conventional test systems.
- The test commands are editable to help improve the test speed.
- Parallel Bar Code Reader is carried out during the test, which greatly improves the test speed;
Test Items of the Charger Automatic Testing System Top-Smart 1100:
| Test items | Test items |
| DC output voltage | Input voltage ramp |
| DC output current | Input freq. ramp |
| Peak-Peak noise | Tracking |
| Transient response time | Short circuit test |
| Transient spike | Short circuit current |
| Voltage regulation | OV protection |
| Current regulation | UV protection |
| Turn ON time | OL protection |
| Rise time | OP protection |
| Fall time | In-test adjustment |
| Hold-up time | AC cycle drop out |
| Inrush current test | PLD simulation |
| Power good signal | GPIB read/write |
| Power fail signal | 232 read/write |
| P/S ON signal | USB read/write |
| Power up sequence | TTL signal control |
| Power off sequence | Relay control |
| Effciency | Bar code scan |
| Input RMS current | Dynamic test |
| Input power | DC Current under C.V.Mode |
| Input power factor |
DC : specification under C.P.Mode |

Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.