Self Ballasted LED Light Testing Equipment - 250V Switch Endurance & Load System with 9KW Capacity
Professional testing system for self-ballasted LED lamps and switches compliant with IEC60669 standards. Features 3 independent test stations, 0.1-100mm test stroke, 0.1-200mm/s speed, and comprehensive load testing up to 9KW. Includes intelligent PLC control, automatic data collection, and multi-channel output for accurate performance evaluation.
Comprehensive testing system designed for evaluating self-ballasted LED lamps and switches according to international standards IEC60669-1:2017 and IEC60669-2-1:2015.
| Parameter | Specification |
|---|---|
| Power Supply | Single phase with ground AC220V±5%/50Hz |
| Control System | Intelligent industrial control with IPC-810E, E5 configuration software, Tektronix/Agilent oscilloscope |
| Dimensions | 600×500×1450mm with surface electrostatic powder spraying |
- 3 independent test stations with 7-inch color LCD touch screen
- PLC + servo motor control with communication interface
- Test stroke: 0.1-100mm (presettable)
- Test speed: 0.1-200mm/s (presettable)
- Operating rate: 3-40 times (associated with test parameters)
- Built-in alarm detection with audible/visual alerts for failures
- Dimensions: 1250×650×1150mm; Weight: 100kg
- Digital voltage range: 0-300V with 0.5 precision
- Digital power range: 0-9KW with 0.5 precision
- 3 output channels (two 250W, one 400W)
- Rated voltage: 250V~ with adjustable input
- Rated current options: 10A, 13A, 16A, 20A
- 90-degree angle conduction for calibration and verification
- Long on/off protection with 1-99S preset time
Compliant with IEC60669-1:2017 clause 19.3 and IEC60669-2-1:2015 clause 19.109 for switches rated at 250V.
Load box circuit follows Figure 12b with rectifier bridge and capacitor configuration.
The system features automatic data collection and analysis through industrial computer integration. Power meter and voltmeter provide real-time monitoring, while the oscilloscope captures current waveforms for precise measurement and qualification assessment.