Flicker & Glare Test Flicker & Glare Test

Flicker & Glare Test

LFA-3000 Light Flicker Analyzer

LFA-3000 Light Flicker Analyzer

The maximum sampling rate up to 100 kHz Wide dynamic range, it is suitable for the measurement of various dimming levels

LFA-3000 can simulate flickering measurement and analysis under various voltage fluctuation conditions, and the system has built-in standard voltage waveform database, one operation can complete the test and analysis of IEC 61547-1, convenient and fast. Meet the lighting product design, quality inspection and application of flickering test analysis needs.

Features

  • 1. The sampling rate can be up to 100 kHz, and the software can judge the flicker hazard level according to the corresponding standard.
  • 2. The measurable parameters include base frequency, percantage of flicker, flicker index, Pst, Mp, SVM, etc.
  • 3. CSV data files of different voltage waveform can be imported to simulate and analyze flicker effects under various lighting field conditions.
  • 4. A wide linear dynamic range of up to 8 orders of magnitude captures the fine waveforms of rapidly changing light sources, suitable for the measurement of dimming products.
  • 5. Built-in standard voltage waveform database, can also customize the voltage waveform, according to IEC 61547-1 lighting product input voltage waveform requirements.
  • 6. Large storage, side-by-side unlimited sampling and transmission by tablet PC wireless control.

Technical Specifications

ModelLFA-3000
Measurement Functions0.1 lx~200,000lx
Measurement AccuracyClass 1 (±4%)
Dimensions340 mm × 90 mm × 160 mm (L × W × H)
Weight8 kg
ModelSWG-3000
Input Voltage85V~260V,50Hz/60Hz
Output Capacity / Output Frequency1000VA/45Hz~65HZ
Output Voltage100 V–130 V (150 V range)   200 V–260 V (300 V range)
Maximum Output Current (rms)10 A/5 A (150 V/300 V range)
Frequency Stability / Voltage Stability≤0.03%/≤0.1%
Line Regulation / Load Regulation≤0.1%/≤0.2%+0.2V
Total Harmonic Distortion of Voltage≤0.2%(40.0Hz~65.0Hz)
Transient Response Time / Power Efficiency<60μs/≥75%