The Realcomp Dynamic Real Time Power Factor Correction System is characterized by a high switching speed that ensures the switching on and off of the capacitors in real time. This makes them particularly suitable for applications requiring dynamic power factor correction, where the power factor varies very rapidly as a result of sudden and frequency changes in the load, such as welding machines, presses, cranes, mixers, automation robots, etc... which could not be compensated by a traditional power factor correction system with switching on by electro-mechanical contractors.
The REALCOMP Controller is designed to meet the requirement of a dynamic power factor correction for Applications where the reactive load varies rapidly over time and a quick correction must be applied for optimized power factor control. Easy to read 128x80 pixels, with adjustable brightness, texts and graphs, Multiple slots are available for inserting various Expansion modules Like Communication Port, relay output for alarms and threshold digital inputs, data memory, calendar clock with back up reserve for data logging. With the GSM expansion module, the Controller can send alarm or event SMSs and e-mails and data files can be transmitted to FTP servers. The optical port on the front allows you to communicate with your PC, smartphone to tablet via USB device or Wi-Fi to perform programming, monitoring and diagnostic functions.
The Realcomp Thyristor Modules is characterized by a high switching speed that ensures the switching on and off of the capacitors in real time. This makes them particularly suitable for applications requiring dynamic power factor correction, where the power factor varies very rapidly as a result of sudden and frequency changes in the load, such as welding machines, presses, cranes, mixers, automation robots, etc... which could not be compensated by a traditional power factor correction system with switching on by electro-mechanical contactors. the thyristor modules allows complete monitoring and protection of the capacitor bank. The following protection thresholds can be programmed using the NFC App, mobile App or the PC software. The front optical port, in combination with the USB and W-Fi connection devices, allows a secure connection from the front with a PC, smartphone or tablet Thyristor Switching Module have a very high peak inverse voltage (PIV) of 2200V AC; this makes them particularly resistant to mains Transients.
Ready to use without programming if used with standard features like NFC connectivity for programming via smart devices and App. frontal optical port for connection to a PC via USB or Wi-Fi RS485 port for switching commands. Mobile application for Android and iOS smart device Software for remote control & configuration from PC Data view for supervision and energy Management
Harmonic Filter Reactors are made out of high quality material and very stringent quality control. It has been designed with properties like low temperature rise and lower flux density so that it can operate in worst conditions of ambient and harmonic overloads (withstand very high THD-I values). Reactors are also characterized by their ability to withstand THD-V values upto 15%. All the reactors are designed with single layer strip winding with proper air channels for low temperature rise.
Harmonic Filter Reactors are made out of high quality material and very stringent quality control. It has been designed with properties like low temperature rise and lower flux density so that it can operate in worst conditions of ambient and harmonic overloads (withstand very high THD-I values). Reactors are also characterized by their ability to withstand THD-V values upto 15%. All the reactors are designed with single layer strip winding with proper air channels for low temperature rise.
Ducati ranges of Super Heavy Cylindrical type Duca Power series Capacitor Banks from M/s Ducati energia s.p.a, Italy. Are installed as standard in all Realcomp Systems Capacitors installed are having Un of 525V or 690V as per network voltage or application