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PRONET-02AEA-EC 200 200VAC Position,
Speed, Torque
EtherCAT 5 Inputs
3 Outputs
Click here for PDF Spec Sheet Click here for PDF User Manual Click here for Software $381.00 view here
Quantity Discounts
1pc. $381.00
10pc. $368.39
25pc. $357.40
50pc. $347.04
100pc. $337.26
Contact Us for Quantities over 100
2 in Stock Add to Cart
PRONET-04AEA-EC 400 200VAC Position,
Speed, Torque
EtherCAT 5 Inputs
3 Outputs
Click here for PDF Spec Sheet Click here for PDF User Manual Click here for Software $384.00 view here
Quantity Discounts
1pc. $384.00
10pc. $371.84
25pc. $360.74
50pc. $350.28
100pc. $340.42
Contact Us for Quantities over 100
Contact Us Add to Cart
PRONET-08AEA-EC 750 200VAC Position,
Speed, Torque
EtherCAT 5 Inputs
3 Outputs
Click here for PDF Spec Sheet Click here for PDF User Manual Click here for Software $441.00 view here
Quantity Discounts
1pc. $441.00
10pc. $426.98
25pc. $414.23
50pc. $402.23
100pc. $390.90
Contact Us for Quantities over 100
1 in Stock Add to Cart
PRONET-10AEA-EC 1000 200VAC Position,
Speed, Torque
EtherCAT 5 Inputs
3 Outputs
Click here for PDF Spec Sheet Click here for PDF User Manual Click here for Software $525.00 view here
Quantity Discounts
1pc. $525.00
10pc. $507.96
25pc. $492.80
50pc. $478.52
100pc. $465.04
Contact Us for Quantities over 100
1 in Stock Add to Cart
PRONET-15AEA-EC 1500 200VAC Position,
Speed, Torque
EtherCAT 5 Inputs
3 Outputs
Click here for PDF Spec Sheet Click here for PDF User Manual Click here for Software $573.00 view here
Quantity Discounts
1pc. $573.00
10pc. $554.49
25pc. $537.93
50pc. $522.34
100pc. $507.63
Contact Us for Quantities over 100
Contact Us Add to Cart
PRONET-20AEA-EC 2000 200VAC Position,
Speed, Torque
EtherCAT 5 Inputs
3 Outputs
Click here for PDF Spec Sheet Click here for PDF User Manual Click here for Software $745.00 view here
Quantity Discounts
1pc. $745.00
10pc. $721.62
25pc. $700.08
50pc. $679.79
100pc. $660.64
Contact Us for Quantities over 100
Contact Us Add to Cart
PRONET-30AEA-EC 3000 200VAC Position,
Speed, Torque
EtherCAT 5 Inputs
3 Outputs
Click here for PDF Spec Sheet Click here for PDF User Manual Click here for Software $825.00 view here
Quantity Discounts
1pc. $825.00
10pc. $799.16
25pc. $775.31
50pc. $752.83
100pc. $731.63
Contact Us for Quantities over 100
Contact Us Add to Cart
PRONET-50AEA-EC 5000 200VAC Position,
Speed, Torque
EtherCAT 5 Inputs
3 Outputs
Click here for PDF Spec Sheet Click here for PDF User Manual Click here for Software $1,257.00 view here
Quantity Discounts
1pc. $1,257.00
10pc. $1,217.87
25pc. $1,181.52
50pc. $1,147.27
100pc. $1,114.95
Contact Us for Quantities over 100
Contact Us Add to Cart


Frequently Asked Questions
What AA products can work with the Programmable Logic Controller (PLC)?
Anaheim Automation's Programmable Logic Controllers (PLCs) can work with encoders for position control, or they can be connected to a PCL601, 17MDSI or any controller that takes ASCII commands via an RS232 or RS485 port. The Human Machine Interface (HMI's) can also communicate with our servo drives because of their RS232 port which processes MODBUS ASCII protocol.

Can you use an HMI with a Servo System?
Yes. Any HMI that can send out strings of ASCII text can be used to control the EDC and ProNet-E Servo Drives and Controllers.

How do I restore the EDC Servo Drive parameters back to factory default value?
Upon initial startup, the EDC Servo Drives and Controllers should contain factory settings. Should the user wish to default back to the factory settings, follow the steps below:

1. Press the MODE Key to select Auxiliary Function Mode.
2. Press the INC or DEC Key to select the function number for restoring defaults (Fn001).
3. Press the ENTER Key to enter the parameter restoring mode.
4. Press and hold the ENTER Key for a second to restore ALL the parameter to their default values.
5. Release the ENTER Key to return to the function number display.

After following the steps above, ALL the parameters should be returned to their factory default value. A list of these values can be found in the EDC User’s Manual.

What are the advantages and disadvantages of a digital servo drive?
Some of the advantages of a digital servo drives are instantaneous response, programmability and torque. Digital servos implement a microprocessor which is faster than an analog servo. This quicker microprocessor allows the servo to obtain a quicker response to variable changes such as speed and positioning. Anaheim Automation’s servo drives can be programmed to control the direction the servo motor rotates, end point positioning, speed, and torque. The disadvantage of a digital servo drive is power consumption. In obtaining a faster response time and high standing torque, digital Servo Drives and Controllers require more power consumption than other servo drives.

Can I use 220VAC Single Phase power input on my servo drive?
Yes, you can use 220VAC single phase input power depending on the model purchased. The EDC Servo Drives and Controllers all accept 220VAC single phase input power while only the ProNet-E-02/04/08/10/15 can use either 220VAC single phase or three phase power input. The ProNet-E-20/30/50 require 220VAC three phase input power.

What does my servo system come with?
Anaheim Automation's Servo Systems offer both the EDC and ProNet-E servo drives which are matched with an EMJ, EMG, or EML Servo Motor to meet your application requirements. Each system features the highly functional ESView Software for easy start up, one power cable, one encoder cable, and one communication cable. The servo motors are IP65 rated and equipped with a 2500 PPR, wire-saving incremental encoder.

What communication protocol do the servo drives implement?
The communication protocol is different depending on the type of Servo Drives and Controllers used. The EDC Servo drive only implements CANopen Protocol, while the ProNet-E Servo Drive can use either MODBUS or CANopen Protocol.

Can the EDC Servo Systems support analog input reference?
The EDC Servo Systems does not support the analog input reference feature. This feature can be found on the PRONETt-E Servo Systems. The analog input reference for the PRONET-E servo drives can be used to control both speed and torque. (The voltage input ranges from ±10VDC)

Can the EDC support analog input reference?
The EDC Servo Drives and Controllers do not support the analog input reference feature. This feature can be found on the ProNet-E Servo Drive for both speed and torque control methods. (The voltage input ranges from ±10VDC)

What does an error code "write absolute error 03" mean on my servo drive?
The error code "write absolute error 03" indicates that a parameter is beyond a maximum value or below a minimum value. Please check the parameters to ensure this criteria is met and try reloading the program to your servo drives.

What is the minimum current rating for a circuit breaker when using a PRONET-E Servo Driver?
The minimum current rating for circuit breaker given the PRONET-E Servo Drives:

PRONET-E-02A: 10A
PRONET-E-02B: 10A
PRONET-E-04A: 10A
PRONET-E-04B: 25A
PRONET-E-08A: 25A
PRONET-E-08B: 35A
PRONET-E-10A: 25A
PRONET-E-15A: 35A
PRONET-E-20A: 55A
PRONET-E-30A: 70A
PRONET-E-50A: 100A



Helpful Information
How are Servo Motors Controlled
Anaheim Automation offers AC Servo Drives providing high speed DSP. These servo motors are equipped with auto disturbance rejection control and speed observation control algorithm, in addition to compensation servo delays, forward feed control, and reference smoothing techniques. Anaheim Automation Servo Drives are equipped with a range of dynamic features including: High Overload Capacity The industrial grade Intelligent Power Modules (IPM) utilized in the EDB/EDC AC Servo Drives are one step higher in capacity than other servo products that are specified at the same power. Communication Interface Standard CAN bus interfaces are available in the EDC AC Servo Driver, simplifying the integration process. Based on Modbus protocols from either RS485 or RS232 interfaces, up to 32 servo motors can be connected together. When RS485 interface is used, the transmission distance can reach up to 4000 feet. Anaheim Automation AC Servo Drivers can also communicate with a PLC, DCS, intelligent instruments, touch screens, and more.

How are Servo Motors Controlled
Anaheim Automation offers AC Servo Drives providing high speed DSP. These servo motors are equipped with auto disturbance rejection control and speed observation control algorithm, in addition to compensation servo delays, forward feed control, and reference smoothing techniques. Anaheim Automation Servo Drives are equipped with a range of dynamic features including: High Overload Capacity The industrial grade Intelligent Power Modules (IPM) utilized in the EDB/EDC AC Servo Drives are one step higher in capacity than other servo products that are specified at the same power. Communication Interface Standard CAN bus interfaces are available in the EDC AC Servo Driver, simplifying the integration process. Based on Modbus protocols from either RS485 or RS232 interfaces, up to 32 servo motors can be connected together. When RS485 interface is used, the transmission distance can reach up to 4000 feet. Anaheim Automation AC Servo Drivers can also communicate with a PLC, DCS, intelligent instruments, touch screens, and more. ESView Communication Software Anaheim Automation software is capable of the following: Parameter Management - Fast and convenient operations to all parameters available, including editing, transmission, comparison, and initialization. Monitoring - Real time monitoring of all I/O signals, alarms of the present and history records, and system status Real Time Management - Real time sampling of the torque vs. speed curves for simple, rapid analysis. Adjusting - Quick adjustment of gains.

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