Three-phase capacitor POLB for reactive power compensation 50Hz, 480/525V POLB44062SHD

Effective reactive power compensation with POLB capacitors

POLB three-phase capacitors are a reliable solution for improving the power factor in electrical installations. Designed for reactive power compensation at a frequency of 50Hz and a voltage of 480/525V, they allow for optimization of network operation and reduction of energy costs. The POLB44062SHD model, with a power of 6.2 kVAR, is ideal for both demanding industrial installations and commercial facilities.

Application and benefits:

POLB capacitors are widely used in:

• Manufacturing companies: Provide stable power to machines and equipment, reducing energy losses.
• Public utility buildings: Improve the energy efficiency of lighting, HVAC systems and other loads.
• Data centers: Stabilize voltage and minimize interference in sensitive electronic devices.
• Installations with induction motors: Compensate for the reactive power drawn by motors, increasing their efficiency.

Installing POLB capacitors translates into concrete benefits:

• Lower energy bills: Improving the power factor reduces the consumption of reactive power, for which additional fees are often charged by the energy supplier.
• Increased network capacity: Reactive power compensation releases power reserves in the network, allowing you to connect additional loads without the need to expand the infrastructure.
• Improved voltage quality: Voltage stabilization prevents damage to sensitive electronic devices and extends their lifespan.
• Reduced losses in cables and transformers: Reducing the load current reduces energy losses in electrical network elements.

Construction and installation:

POLB capacitors are characterized by a solid construction ensuring long-term and reliable operation. Made of high-quality materials, resistant to environmental conditions. Installation is simple and intuitive – the capacitors are adapted for mounting in control cabinets or directly on the busbar. Remember to observe the appropriate safety rules when working with electricity and to follow the manufacturer's instructions regarding connection and operation of the device. It is worth paying attention to the correct selection of the capacitor for the load of the installation, to ensure optimal reactive power compensation.