FISHER PIERCE® CAPACITOR CONTROLLERS
Smart controllers for efficient capacitor bank management.
EASY POWER FACTOR OPTIMIZATION
ABB's Fisher Pierce capacitor controllers automatically optimize grid performance and power factor correction on electrical distribution systems. Compatible with Joslyn Hi-Voltage® VersaVac™ and Varmaster VBM capacitor switches, these flexible controllers offer multiple mounting options, remote communication and programmable interfaces.
KEY FEATURES AND BENEFITS
<p>ABB's Fisher Pierce capacitor controllers are manufactured in Albuquerque, New Mexico, USA. With programmable front panel and PC-based software interfaces, coated stainless steel or plastic cabinets and data logging for 10,000 events, the controllers deliver reliable, user-friendly performance for utility power management.</p>
Reliable
<p>Fast microprocessor with field-upgradeable software and 10-year battery-backed clock.</p>Durable
<p>NEMA 4R (IP65) rated enclosure for -40°C to +70°C (-40°F to 158°F) with electrical spike and ESD protection. </p>Flexible
<p>Universal power supply (90-264 V AC), auto frequency detection, wide switch type compatibility and multiple mounting options including pole mount socket jaw and configurable base plates.</p>User-friendly
<p>Programmable via front panel with Windows-compatible PC software and an intuitive 4-line LCD menu.</p>Safe
<p>Real-time monitoring with 10,000-event data logging to non-volatile memory.</p>Versatile
<p>Available in two models (5400 and 5500) with remote, automatic and manual control modes for flexible system management and smart grid integration tailored to utility needs.</p>INDUSTRIES WE SUPPORT
From residential construction to commercial and industrial projects, our products support professionals across diverse industries.
Utilities, Power generation, Solar power
CHALLENGES WE SOLVE
Our products are designed to help professionals solve installation, safety and performance challenges in demanding applications.
Labor constraints and workforce gaps, Modular and scalable system design needs, High UV sun and outdoor exposure, Capacity constraints and demands, System flexibility and reconfiguration needs, Continuous operation demands