Reda Maximus Eon

The Reda Maximus Eon™ extended-life, install-ready ESP motor is designed for easy adoption and implementation, while also supporting your emissions reduction goals. Of the hundreds of thousands of ESPs currently operating in the oil and gas, geothermal, mining, and other sectors, the majority use induction motor technology and associated surface equipment. The optimized electromagnetic design of the Maximus Eon motor delivers a minimum of 3.5% greater electrical power efficiency compared with previous-generation motors, directly reducing energy consumption and Scope 1 or Scope 2 emissions. In addition, the new electromagnetic-optimized geometry boosts horsepower by up to 33% per unit length and reduces motor length by up to 40%.

Because of the unique and robust induction motor design, the Maximus Eon motor operates seamlessly with any type of legacy surface equipment for ESP applications, including variable speed drives and transformers, without the need for infrastructure changes or upgrades, enabling a flawless and easy transition.

• Onshore and offshore wells
• Conventional and unconventional applications
• Extreme weather conditions
• Replacement of conventional single and tandem induction motors
• Casings as small as 5 1/2 in, 23 lbm/ft 

• Reduces opex by decreasing power consumption
• Increases flexibility in the string position because the motor is up to 40% shorter compared with previous generations
• Boosts horsepower by up to 33% per unit length compared with previous-generation motors
• Reduces costly NPT and enables early ESP startup through factory preparation and filling and streamlined installation
• Enables real-time downhole monitoring and control to improve performance and extend lifetime
• Reduces CO₂ emissions by up to 86 metric tons per well per year

• Motor OD: 4.06 in [103.12 mm] or 4.56 in [115.8 mm]
• Two-pole, three-phase squirrel-cage induction motor
• Up to 450 hp per motor
• Temperature-sensing device to enable real-time monitoring of motor-winding temperature
• MaxJoint™ ESP flange connection, ensuring reliable motor and protector connections with a leak-tight seal
• MaxLok™ ESP quick-plug motor lead extension, simplifying pothead-to-motor connection

* The performance improvement is based on a 540-hp motor configuration and in comparison with previous-generation induction motor technology. Calculations are based on a run life of 365 days with 100% uptime and take into consideration efficiency losses of the power cable, variable frequency or variable speed ESP drive, and transformer. The conversion from electricity to CO₂ is based on the IEA (2019) Emission Factors reference of 485.30 g of CO₂/kW.h.