A flanged in-line system lubricated circulating pump designed specifically for quiet operation in a closed hydronic heating system. Features and Benefits High starting torque for dependable seasonal start-ups (Up to 80% more than competing circulators) Unique B&G DuraGlide Bearing System assures years of trouble-free start-ups Closed impeller design improves operating efficiency Backed by B&G’s representatives
The Series PL close coupled booster pumps are specifically designed for quiet operation in hydronic, radiant and geothermal heating and cooling systems. These inline permanently lubricated pumps are available in cast iron or lead-free bronze body construction. Features and Benefits B&G’s powerful, dry-motor design delivers exceptional performance 25% more efficient than competition Precision-machined and balanced
For applications requiring higher flow and head pressures, Bell & Gossett provides an entire range of booster pumps. The designs of these pumps are based on three-part configuration which offers complete field repairability and compact construction. All Bell & Gossett boosters are equipped with the incomparable B&G manufactured motor for quiet and efficient operation. Operational
The industry standard circulator for decades, Series 100 is still the one by which most others are judged. With well over 10 million units installed, the Series 100 remains a leader in applications such as hydronic heating and domestic hot water circulation. Series 100′s three-piece, oil lubricated design provides for easy field service with bearings,
The Series LR is a flanged in-line system lubricated circulating pump designed specifically for quiet operation in closed loop systems. The Series LR is available in cast iron body construction for hydronic heating systems or lead-free † bronze body construction for potable water applications. Maintenance-Free circulator. Compact Design. Operating Data: Maximum working pressure . .
Higher Efficiency & Improved Performance Effortless “SMART” Heating Circulator Through microprocessor technology the fields of the motor are provided the precise frequency and voltage for optimum performance. A permanent magnet motor eliminates the requirement for input power to magnetize the rotor, thus maximizing efficiency. This unique design offers superior starting torque when compared with standard
