ECOVARIO 414AN-BV-000-000 Servo Drive

Description

Key Technical Specifications

The electrical data should be treated with some care. Radwell identifies this exact model as a 7.1 A servo amplifier with 24 VDC and 230 VRMS entries, while Artisan Technology Group provides the broader ECOVARIO 414 supply range of 20–265 VAC or 48–360 VDC. The latter appears to describe the drive family’s allowable supply architecture rather than a single fixed operating point.

Product Introduction

The JAT ECOVARIO 414AN-BV-000-000 is a compact single-axis servo amplifier for controlling brushless synchronous and other supported motor technologies. It provides torque/force, speed, and position control and incorporates two encoder interfaces for feedback applications.

The unit belongs to the ECOVARIO 414 family, which supports industrial communication options including CANopen and EtherCAT. For a replacement, the exact 414AN-BV-000-000 designation, firmware/parameter-set numbers, motor feedback arrangement, and communication interface should be checked rather than substituting solely on current rating.

414AN-BV-000-000

414AN-BV-000-000

Installation & Configuration Guide

Estimated replacement time: 30–60 minutes for an experienced controls technician, excluding machine commissioning.

Stage 1: Pre-Installation

⚠️ Safety

1. Stop the machine according to the manufacturer’s shutdown procedure.
2. Apply LOTO to the servo system.
3. Verify that the AC/DC supply is isolated.
4. Allow the DC bus to discharge according to the machine procedure.
5. Confirm zero-energy state with an appropriate meter.
6. Use ESD protection when handling the controller.

Configuration Backup

Before removing the existing amplifier:

1. Photograph the complete nameplate.
2. Record 414AN-BV-000-000.
3. Record firmware and parameter-set numbers.
4. Save the servo configuration if the controller software permits.
5. Record motor model and encoder type.
6. Document all power, motor, feedback, and communication connections.

⚠️ Do not assume that a replacement ECOVARIO 414 automatically contains the machine’s original parameter set.

Stage 2: Removal

1. Confirm the DC bus is discharged.
2. Photograph all wiring.
3. Label motor and feedback cables.
4. Disconnect the incoming supply.
5. Disconnect motor output wiring.
6. Disconnect encoder and communication connections.
7. Remove mounting hardware.
8. Inspect connectors and wiring for heat damage or contamination.

Estimated time: 15–30 minutes.

Stage 3: Installation

1. Confirm the replacement is 414AN-BV-000-000.
2. Verify the electrical supply is compatible.
3. Confirm motor current requirements.
4. Install the amplifier in the original mounting position.
5. Reconnect protective earth.
6. Connect motor power wiring.
7. Connect encoder feedback.
8. Restore CAN/RS232 or other machine communication connections.
9. Verify connector retention and cable routing.

Critical Checks

• Supply voltage verified
• Motor rating verified
• Encoder type verified
• Feedback wiring verified
• Communication interface verified
• Parameter backup available
• Ground connection verified

Stage 4: Power-Up and Commissioning

1. Energize the drive under controlled conditions.
2. Check the amplifier for diagnostic faults.
3. Establish communication with the machine controller.
4. Restore the verified parameter set.
5. Confirm encoder feedback.
6. Perform a controlled low-speed jog.
7. Verify motor direction.
8. Check position and speed feedback.
9. Verify acceleration/deceleration behavior.
10. Run the machine through its approved commissioning sequence.

⚠️ If the motor rotates unexpectedly, stop immediately. Check motor phase sequence, encoder feedback, and stored commutation/servo parameters before continuing.

Frequently Asked Questions (FAQ)

1. What is the 414AN-BV-000-000?

It is a Jenaer Antriebstechnik ECOVARIO 414 single-axis servo amplifier. It is designed for servo control of supported synchronous, linear, EC, DC, and stepper motor applications.

2. What is the rated current?

The most consistent supplier data identifies 7.1 A as the rated/secondary current, with Radwell additionally listing 10 A RMS. Verify the original nameplate and application documentation before using these values for motor sizing.

3. What supply voltage does it use?

The ECOVARIO 414 family is documented with a supply range of 20–265 VAC or 48–360 VDC. The actual machine installation must be checked against its electrical documentation because supply configuration depends on the particular system.

4. Does it support encoder feedback?

Yes. The 414AN-BV-000-000 is documented with two encoder interfaces.

5. Is 414AN-BV-000-000 discontinued?

Some industrial replacement sources explicitly mark the exact model discontinued by the manufacturer. Other suppliers continue to offer new-old-stock, used, refurbished, or repair services.

6. Can I substitute another ECOVARIO 414?

Not automatically. Verify the complete model code, firmware, parameter set, motor compatibility, feedback interface, and communications configuration. The 000-000 suffix is part of the identification and should not be ignored.

7. What should I request when buying a used unit?

For production equipment, request:

• Exact 414AN-BV-000-000 nameplate photo
• Firmware/parameter-set information
• Power-on test evidence
• Encoder interface test
• Communication test
• Motor-output test where available
• Warranty terms

A supplier listing confirms that refurbished units and repair services are available for this model, but the test scope varies by supplier.