PD-04C Single-Axis Servo Drive with EtherCAT interface : 3.0A / 1*100-230VAC (1.1kVA)

The new Parker P-Series servo systems combine compact, flexible, advanced functionality drives with high performance motors for a superior servo system, providing unique value to machine builders. Available in three power levels, from 0.4 to 3.5kW, the P-Series drives operate with a variety of machine control architectures and offer sophisticated servo capability. A number of different feedback types are supported to drive a wide range of linear and rotary servo motors. The best matches are the P-Series motors, which include absolute encoders and automatically populate motor nameplate data back to the drives for simplified commissioning. Accurate and easy to use inertia detection leads to fast set-up of tuning parameters and minimal settling time. Advanced filtering and vibration suppression features can be used to increase throughput and improve positioning performance. For high speed, real-time network applications, the PD-C series servo drive/controllers are available with EtherCAT, the fastest growing, most flexible industrial Ethernet-based motion bus.


PD-04C EtherCAT Servo Drive/Controller Overview:
• Maximum Shaft Power : 400W (at cont current) / 1200W (at peak current)
• Power Output Rating : 1.1kVA
• Drive Input Supply : 1*100-120VAC, 1/3*230VAC
• Feedback Options: Incremental Encoder, Absolute Encoder (BiSS-C, Heidenhain EnDat 2.2)
• EtherCAT Interface :
   - Supported Protocols: CoE, EoE, FoE
   - Drive Modes: Position/Velocity/Torque Profile, Interpolated Position, Homing, Cyclic Synchronous Position, Velocity and Torque
• Digital Inputs : 8-channel, +24V common, user selectable functions
• Digital Outputs : 4-channel, Differential (Isolated), user selectable functions
• Safety : Safe Torque Off (STO) IEC61508
• Communications : USB 2.0
• Standards: UL/cUL Recognized, CE (EMC, LVD)
• Environmental: 0-50 C , 0-95% Humidity
• Display : 7 Segment LED, 5 digits for Status and Alarms
• Dynamic Braking : Built-in, user selectable reaction