Bell & Gossett Lhb08100106 - Model e3-4V/BTPRZ, Ecocirc E3 Series, Circulator Pump with Adjustable Thermostat and Plug, 1/2 i

Description

The bearing is self-realigning. The pump can be cleaned easily with typical household cleaners in the unlikely case of scale deposits. Even after a long time of shut-off, a safe start-up is virtually guaranteed. This unique design offers starting torque when compared with standard induction motor type pumps. It is automatically lubricated and cooled by the system fluid. Features Low energy consumption Lightweight Easy installation Small footprint Adjustable Set Point range from 68o F to 158o F (20o C to 70o C). The rotor is magnetically centered on the bearing and therefore can tilt to avoid blockage by small dirt particles. Bell & Gossett LHB08100106 ecocirc e3 Adj Thermostat Circulator Pumps’ highly efficient ECM (Electronically Commutated Motor) design results in significant energy savings with improved performance. A permanent magnet motor eliminates the requirement for input power to magnetize the rotor, thus maximizing efficiency. This built-in temperature sensor will turn the circulator off when it reaches the Set Point and turn the circulator on when the temperature is more than 10o F (6o C) below the Set Point. This unique design offers superior starting torque when compared with standard induction motor type pumps. Through microprocessor technology the motor is provided with the precise frequency and voltage for optimum performance.

Key Features

• Features Low energy consumption Lightweight Easy installation Small footprint Adjustable Set Point range from 68o F to 158o F (20o C to 70o C).
• A permanent magnet motor eliminates the requirement for input power to magnetize the rotor, thus maximizing efficiency.
• This unique design offers starting torque when compared with standard induction motor type pumps.
• Bell & Gossett LHB08100106 ecocirc e3 Adj Thermostat Circulator Pumps’ highly efficient ECM (Electronically Commutated Motor) design results in significant energy savings with improved performance.
• Through microprocessor technology the motor is provided with the precise frequency and voltage for optimum performance.
• This built-in temperature sensor will turn the circulator off when it reaches the Set Point and turn the circulator on when the temperature is more than 10o F (6o C) below the Set Point.