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EBS60R-100A-30CP2P-BAJL-S0-00
Ritscher
This Brushless DC (BLDC) Motor is a high-efficiency, intelligent drive solution engineered specifically for pump applications. Designed to replace traditional AC induction or brushed DC motors, it delivers superior performance, reliability, and control in fluid handling systems. By integrating advanced electronic commutation with a robust motor design, it provides the precise, variable-speed operation essential for modern, energy-efficient pumping in industrial, commercial, medical, and domestic settings.
High Efficiency & Energy Savings: Operates with exceptional electrical-to-mechanical conversion efficiency (often >85%). When combined with variable speed control, it adapts pump output precisely to system demand, eliminating energy waste associated with throttling or bypass methods used with fixed-speed pumps, leading to significant operational cost reduction.
Precise Flow & Pressure Control: Enables accurate, real-time adjustment of pump speed via an electronic controller. This allows for demand-based operation, maintaining constant pressure, precise flow rates, or specific fluid transfer profiles, which is critical for processes like dosing, chromatography, or building water pressure systems.
Long Service Life & Low Maintenance: The brushless design eliminates brush/commutator wear—the primary failure point in brushed motors. With no physical contact for commutation, it offers a dramatically extended lifespan (often 20,000+ hours), reduced downtime, and virtually maintenance-free operation.
Quiet & Smooth Operation: Electronic commutation produces minimal torque ripple and electromagnetic noise. This results in exceptionally smooth, quiet pump operation, reducing acoustic pollution in residential, medical, and office environments.
Compact & High Power Density: Offers more power in a smaller, lighter package compared to equivalent AC motors. This allows for more compact pump designs, easier installation in space-constrained areas, and reduced system weight.
Intelligent Integration & Smart Features: Easily interfaces with pump controllers and building/process automation systems via standard communication protocols (e.g., Modbus, 0-10V, PWM). Enables features like dry-run protection, fault diagnostics, soft start/stop, and data logging.
Wide Speed Range & High Dynamic Response: Capable of operating from very low to very high speeds, providing flexibility across diverse applications. Responds instantly to control signal changes, allowing rapid adjustment to fluctuating system demands.
Motor Type: 3-Phase, Inner Rotor or External Rotor Brushless DC Motor.
Commutation: Sensorless (Back-EMF) or Sensored (Hall-effect) for optimal start-up under load.
Voltage Range: Commonly 12V, 24V, 48V DC for smaller pumps; 96V, 120V, 240V DC+ for industrial systems.
Power Range: From fractional horsepower (<100W) for micro-pumps to multi-horsepower (5+ HP) for larger circulation and booster pumps.
Protection Class: Typically IP54, IP65, or IP67 to withstand splashes, dust, and harsh environments. Corrosion-resistant versions available.
Cooling: Often TENV (Totally Enclosed Non-Ventilated) or TEFC (Totally Enclosed Fan-Cooled) for dirty/wet environments.
Shaft Connection: Standardized shaft (keyed, threaded, or with coupling) for direct or coupled drive to pump impellers.
HVAC & Hydronics: Circulator pumps for heating/cooling systems, booster pumps, condensate pumps.
Water Management: Domestic water pressure booster pumps, submersible well pumps, solar water pumping systems.
Industrial & Process: Chemical dosing pumps, coolant pumps, filter press pumps, agitation and transfer pumps.
Medical & Laboratory: Peristaltic pumps, infusion pumps, dialysis equipment pumps, analytical instrument pumps.
Aquaculture & Agriculture: Aeration pumps, nutrient dosing systems, irrigation pumps.
For system designers and engineers, the BLDC pump motor represents the future of intelligent fluid management. It moves beyond simple on/off operation to become the efficient, controllable, and communicative heart of the pumping system. By drastically reducing energy consumption, enabling precise process control, and offering unmatched reliability, it lowers the total cost of ownership, enhances system performance, and supports sustainability goals. It is the definitive choice for building smarter, quieter, and more efficient pumps.
Note: Optimal performance requires pairing with a correctly sized and programmed BLDC motor controller/driver. System design must consider the pump's hydraulic curve, required torque-speed profile, and the compatibility of the motor's voltage and communication interface with the overall control architecture.
Specification
This Brushless DC (BLDC) Motor is a high-efficiency, intelligent drive solution engineered specifically for pump applications. Designed to replace traditional AC induction or brushed DC motors, it delivers superior performance, reliability, and control in fluid handling systems. By integrating advanced electronic commutation with a robust motor design, it provides the precise, variable-speed operation essential for modern, energy-efficient pumping in industrial, commercial, medical, and domestic settings.
High Efficiency & Energy Savings: Operates with exceptional electrical-to-mechanical conversion efficiency (often >85%). When combined with variable speed control, it adapts pump output precisely to system demand, eliminating energy waste associated with throttling or bypass methods used with fixed-speed pumps, leading to significant operational cost reduction.
Precise Flow & Pressure Control: Enables accurate, real-time adjustment of pump speed via an electronic controller. This allows for demand-based operation, maintaining constant pressure, precise flow rates, or specific fluid transfer profiles, which is critical for processes like dosing, chromatography, or building water pressure systems.
Long Service Life & Low Maintenance: The brushless design eliminates brush/commutator wear—the primary failure point in brushed motors. With no physical contact for commutation, it offers a dramatically extended lifespan (often 20,000+ hours), reduced downtime, and virtually maintenance-free operation.
Quiet & Smooth Operation: Electronic commutation produces minimal torque ripple and electromagnetic noise. This results in exceptionally smooth, quiet pump operation, reducing acoustic pollution in residential, medical, and office environments.
Compact & High Power Density: Offers more power in a smaller, lighter package compared to equivalent AC motors. This allows for more compact pump designs, easier installation in space-constrained areas, and reduced system weight.
Intelligent Integration & Smart Features: Easily interfaces with pump controllers and building/process automation systems via standard communication protocols (e.g., Modbus, 0-10V, PWM). Enables features like dry-run protection, fault diagnostics, soft start/stop, and data logging.
Wide Speed Range & High Dynamic Response: Capable of operating from very low to very high speeds, providing flexibility across diverse applications. Responds instantly to control signal changes, allowing rapid adjustment to fluctuating system demands.
Motor Type: 3-Phase, Inner Rotor or External Rotor Brushless DC Motor.
Commutation: Sensorless (Back-EMF) or Sensored (Hall-effect) for optimal start-up under load.
Voltage Range: Commonly 12V, 24V, 48V DC for smaller pumps; 96V, 120V, 240V DC+ for industrial systems.
Power Range: From fractional horsepower (<100W) for micro-pumps to multi-horsepower (5+ HP) for larger circulation and booster pumps.
Protection Class: Typically IP54, IP65, or IP67 to withstand splashes, dust, and harsh environments. Corrosion-resistant versions available.
Cooling: Often TENV (Totally Enclosed Non-Ventilated) or TEFC (Totally Enclosed Fan-Cooled) for dirty/wet environments.
Shaft Connection: Standardized shaft (keyed, threaded, or with coupling) for direct or coupled drive to pump impellers.
HVAC & Hydronics: Circulator pumps for heating/cooling systems, booster pumps, condensate pumps.
Water Management: Domestic water pressure booster pumps, submersible well pumps, solar water pumping systems.
Industrial & Process: Chemical dosing pumps, coolant pumps, filter press pumps, agitation and transfer pumps.
Medical & Laboratory: Peristaltic pumps, infusion pumps, dialysis equipment pumps, analytical instrument pumps.
Aquaculture & Agriculture: Aeration pumps, nutrient dosing systems, irrigation pumps.
For system designers and engineers, the BLDC pump motor represents the future of intelligent fluid management. It moves beyond simple on/off operation to become the efficient, controllable, and communicative heart of the pumping system. By drastically reducing energy consumption, enabling precise process control, and offering unmatched reliability, it lowers the total cost of ownership, enhances system performance, and supports sustainability goals. It is the definitive choice for building smarter, quieter, and more efficient pumps.
Note: Optimal performance requires pairing with a correctly sized and programmed BLDC motor controller/driver. System design must consider the pump's hydraulic curve, required torque-speed profile, and the compatibility of the motor's voltage and communication interface with the overall control architecture.
Specification
