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KW-EC1 AE-ETC-1.01

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AMK KW-EC1 AE-ETC-1.01 is an EtherCAT slave option card for compatible KW and KU drive modules. It exchanges cyclic drive data through Servo Drive Profile over EtherCAT and routes communication to the AMK ACC bus.
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Technical specifications for KW-EC1 AE-ETC-1.01

  • Manufacturer:
    AMK
  • Part Number:
    KW-EC1 AE-ETC-1.01
  • Product Family:
    AMKASYN KW-EC1 EtherCAT Interfaces
  • Product Type:
    EtherCAT Option Card
  • Stock:
    1
  • Network role:
    EtherCAT slave
  • Drive profile:
    Servo Drive Profile over EtherCAT (SoE)
  • EtherCAT ports:
    2
  • Connector type:
    RJ45
  • Input port:
    X85
  • Output port:
    X86
  • Cable category:
    CAT 5e
  • Maximum segment length:
    100 m
  • Minimum cycle time:
    0.5 ms
  • Distributed clocks:
    Supported
  • Motion classes:
    Class B and Class C
  • Supported controls:
    Position, speed and torque
  • Drive-side network:
    AMK ACC bus
  • Status indicators:
    6 LEDs, 4 active for state/error/link/activity
  • Node-address setting:
    Rotary switches S1/S2 or parameter ID 34023
  • Required master services:
    Distributed clock and SoE
  • New-unit order reference:
    O804
  • Replacement order reference:
    O753
  • Minimum KW-R03 hardware:
    2.03
  • Required documented KW-R03 software:
    AER3_512_0620_201330
  • Tariff Code:
    Please confirm the destination before shipping.
  • Country of origin:
    Germany
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Applications Communication Diagnostics & Protection Installation & Integration

Features:

  • Adds synchronized EtherCAT communication to compatible AMK drive modules.
  • Supports SoE cyclic control for position, velocity and torque operating classes.
  • Provides line topology through separate RJ45 input and output ports.
This option-card configuration is identified by the KW-EC1 assembly name and the AE-ETC-1.01 board marking.

It transfers real-time commands, actual values and parameter traffic between the EtherCAT master and the ACC-bus drive.

Controller-card revision, XML description, node address and clock settings must all agree before network operation.

Apter Power can review sourcing, documentation and system matching for KW-EC1 AE-ETC-1.01.
Verified resources for AMK KW-EC1 AE-ETC-1.01: Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
  • Multi-axis packaging machines use distributed clocks to align drive sampling across several AMK nodes.
  • Material-handling systems can replace proprietary master wiring with an EtherCAT line while retaining compatible KW power modules.
  • Commissioning stations use SoE parameter access to diagnose and configure the connected servo drive from the controller network.
  • The board acts as an EtherCAT slave and uses SoE for drive-oriented cyclic and parameter data.
  • X85 and X86 form the incoming and outgoing RJ45 connections for a line topology.
  • The card bridges master telegrams to the native AMK ACC-bus drive node.
  • The EtherCAT state and error LEDs distinguish protocol state from network faults.
  • Port LEDs separately show link and activity for the incoming and outgoing connections.
  • Master diagnostics can identify missing cyclic data or an unsupported operational transition before axis enable.
  • The option card fits the approved slot of a compatible KW or KU drive module.
  • A CAT 5e segment is limited to 100 m between EtherCAT nodes.
  • The controller card must meet the documented KW-R03 hardware and software baseline.
Description
KW-EC1 AE-ETC-1.01 adds two RJ45 EtherCAT ports and distributed-clock-capable synchronization to an AMK drive. The board operates as a slave and supports SoE functions for position, speed and torque control classes.

Cyclic telegrams carry command and actual values while parameter access is routed between the EtherCAT master and the native ACC-bus drive node. Six board LEDs report EtherCAT state, error and port link activity.

Installation requires the correct KW slot, a compatible KW-R03 controller revision and the matching XML device-description file. Both node addressing and the master's distributed-clock configuration must be restored before enabling coordinated motion.
Alternative Names
KW-EC1 AE-ETC-1.01 AMK KW-EC1 AE-ETC-1.01 KW EC1 AE-ETC-1.01 AMK EtherCAT Option Card KW-EC1 EtherCAT Slave AMK O804 AMK O753 KW-EC1
Technical notes
Do not enable a KW-EC1 AE-ETC-1.01 axis until the EtherCAT XML revision, distributed clock and KW-R03 compatibility have been confirmed.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Which EtherCAT application profile is used by AMK KW-EC1 AE-ETC-1.01?
It uses Servo Drive Profile over EtherCAT for cyclic drive control and parameter access.
What master function is essential for synchronized AMK KW-EC1 AE-ETC-1.01 axes?
The EtherCAT master must support distributed clocks and configure the documented cycle timing.
How are AMK KW-EC1 AE-ETC-1.01 nodes wired in a line?
Connect the incoming network to X85 and continue from X86 using suitable CAT 5e cable.
Which controller baseline is required for AMK KW-EC1 AE-ETC-1.01?
The documentation specifies a compatible KW-R03 card beginning with hardware revision 2.03 and the stated software baseline.
What must be transferred when replacing AMK KW-EC1 AE-ETC-1.01?
Restore the XML device revision, node address, process-data mapping, SoE parameters and distributed-clock settings.
What evidence helps confirm an AMK KW-EC1 AE-ETC-1.01 order?
Provide images of both board identifiers, the drive type, controller revision, network topology and destination.

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