The BR5016 is engineered to deliver several critical advantages for industrial power systems, making it a popular choice for engineers and facility managers:
Wiring the BR5016 requires precision, particularly regarding phase alignment. Incorrect phasing will cause faulty power factor readings and erroneous switching.
16 x 2 line illuminated LCD for monitoring and menu navigation. Dimensions:
Input the primary and secondary current of your CT (e.g., if using a 1000/5A CT, set the ratio accordingly so the controller scales the current readings accurately). Step Power ( Qkcap Q sub k --- Epcos Power Factor Controller Br 5016 Manual Pdf
When installing the BR 5016, following these manufacturer guidelines is critical: CT Connection:
Check step fuses, test contactor operation, or add capacitor stages.
The manual describes three distinct modes accessible via the Mode button: The BR5016 is engineered to deliver several critical
To protect the capacitors from high inrush currents, the controller enforces a delay before a disconnected capacitor can be reconnected. Locate the or Switching Delay parameter.
Calculates power factor using true RMS values, ensuring accuracy even in networks distorted by harmonics.
) conservatively. If the total harmonic distortion exceeds safe operating thresholds (e.g., 5% to 7%), ensure the controller is set to safely isolate the capacitor stages until network conditions stabilize. Conclusion Dimensions: Input the primary and secondary current of
Illuminated 16x2 line LCD showing grid parameters like , and THD.
If you are currently setting up a specific configuration, please let me know: What is your ?
: Allows manual forcing of steps for testing or maintenance using the keypad. Discharge Time Protection
Modern industrial facilities are filled with non-linear loads such as Variable Frequency Drives (VFDs), LED lighting, and uninterruptible power supplies (UPS). These loads inject harmonic currents into the network, distorting the voltage waveform.