Determining the price of Schneider Electric's VarSet LV capacitor banks requires a nuanced approach. A simple price tag isn't readily available because the cost is heavily dependent on several factors including the specific model, capacity, configuration, and the quantity ordered. This article aims to provide a comprehensive understanding of the VarSet LV range, its technical specifications, influencing factors on price, and how to obtain accurate pricing information. We will explore various models, delve into the technical aspects of power factor correction, and guide you through the process of selecting the right unit for your needs.
Understanding the VarSet LV Capacitor Bank Range
Schneider Electric's VarSet LV (Low Voltage) capacitor banks are designed for power factor correction (PFC) in low-voltage electrical systems. They offer a reliable and efficient solution for improving power quality and reducing energy costs. These banks are available in various configurations and capacities to cater to a wide range of applications, from small industrial facilities to large commercial buildings. Key features typically include:
* Modular Design: Allowing for easy expansion and customization to meet evolving power requirements.
* Protection Features: Including fuses, surge arresters, and thermal protection to ensure safety and reliability.
* Easy Installation: Simplifying the installation process and minimizing downtime.
* Various Mounting Options: Offering flexibility in installation based on available space and site conditions.
* Compliance with Standards: Meeting international safety and performance standards.
Key Specifications and Model Variations:
The VarSet LV range encompasses a multitude of models, each with its own specific technical specifications. Two example models mentioned are the VLVAF3P03513AK and the VLVAF8P03536AD. These model numbers encode crucial information about the unit's characteristics. While a detailed breakdown of every possible model is beyond the scope of this article, we can highlight some key parameters influencing both performance and price:
* Capacitance (kVAR): This is the primary rating indicating the reactive power compensation capability of the capacitor bank. Higher kVAR ratings generally equate to higher prices.
* Number of Poles: This refers to the number of phases the capacitor bank is designed for (e.g., 3-pole for three-phase systems). Three-phase units are generally more expensive than single-phase units.
* Voltage Rating (V): This specifies the maximum voltage the capacitor bank can safely operate at. Higher voltage ratings typically result in higher costs.
* Mounting Type: Different mounting options (e.g., wall-mounted, floor-mounted) might influence the price, although the difference is usually minor.
* Protection Features: The inclusion of specific protection devices (e.g., more advanced surge arresters) will impact the overall cost.
* Enclosure Type: Indoor or outdoor enclosures will affect the price, with outdoor enclosures usually commanding a higher price due to their increased robustness and weather protection.
Accessing the VarSet LV Capacitor Bank Catalog and Price List:
As mentioned, obtaining precise pricing requires access to Schneider Electric's official catalog and price list. These resources are typically available through:
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