
Parker NX420EAJR7004
The Parker Parker NX420EAJR7004 servomotor is available as new, on an exchange basis, or as a RecQ-certified reconditioned unit. All repair operations required to restore our brushless motors are carried out in our workshop prior to stocking, then validated through bench testing.
The brand
Parker
Parker Hannifin, through its Parker SSD Drives division and the former Parvex brand, develops motion control and industrial automation solutions used in many industrial machines.
Parker and Parvex servomotors are found in various applications such as machine tools, special-purpose machines, automated production lines and material handling equipment.
The Parvex brand, historically recognised in the industrial servomotor field, was integrated into the Parker Hannifin group, which now offers complete drive and servo control solutions.
Parker / Parvex Servomotors at E-Servo
E-Servo offers reconditioned Parker and Parvex servomotors, intended for industrial maintenance and replacement of faulty motors in servo control systems.
Motors are held in stock and available for direct supply or on an exchange basis, enabling rapid recommissioning of machines.
A reconditioned servomotor is often a faster solution than a repair and more cost-effective than a new motor, while guaranteeing the reliability required for industrial applications.
All Parker / Parvex brushless motors offered by E-Servo are disassembled, reconditioned and bench tested prior to stocking. Each motor is delivered with a 12-month warranty.
E-Servo holds the RecQ label, a certification standard governing industrial reconditioning, operational quality and intervention traceability.
Reuse, Circular Economy and Sustainability
The reconditioning of Parker and Parvex servomotors is part of a sustainability commitment, grounded in industrial equipment reuse and the circular economy.
The exchange principle allows a faulty motor to be recovered, reconditioned and returned to service. This approach:
- Extends the service life of industrial equipment
- Avoids the scrapping of repairable motors
- Reduces the use of critical raw materials such as copper, aluminium and rare earth elements