Follow these tips for easy, affordable compliance
Motors
Motors are the most common source of power used by pumping systems. This technology is heavily regulated. Pumps by themselves are not variable speed, an option that many systems need to operate with peaks and ebbs during the run cycle, such as power generation. The addition of a variable frequency drive (VFD) gives it that capability.
Learn how these drives are different from other variable speed equipment.
These companies work to balance effective manufacturing and customer needs.
Using motor technology that is 70 percent smaller can decrease costs for peristaltic pump operation.
Energy reduction and low maintenance add up to cost savings.
Connectivity brings end users new insights.
Even straight from the manufacturer, motors benefit from testing and monitoring.
Even 1,000 miles away, these devices allow operators to work on the 9/11 Memorial with confidence.
Flow control enhances efficiency and energy savings.
Electrical signature analysis identified a breakdown in one pump station.
New stand-alone remote monitoring and analytics solutions reduce equipment operating costs and extend service life.
Motor efficiency standards are in use today, and now the DOE has focused its rulemaking process on pumps and other components connected to motors.
Save wiring time, complexity, space and material costs.
Remote monitoring and email or text alerts provide added system reliability.
Corrosion in wastewater pumping systems poses a toxic threat.
Understanding the cause of the potentially damaging pressure surges is the key to finding the right solution.
This technology assists with preventing costly equipment failures while increasing production reliability and personnel safety.
These advanced components connect with a networked automation system and provide more control and safety for protecting pump systems.
The increasing use of variable speed drives has made resonance problems more prevalent.