Contact an expert
Menu

E70ACMSE0104SA2ETE

The exact Lenze i700 reference is a control-cabinet double-axis servo inverter with 10 A maximum short-time output current, EtherCAT, encoder input, and basic Safe Torque Off.

Evidence-backed product details

Rebuilt from individual evidence

The exact Lenze i700 reference is a control-cabinet double-axis servo inverter with 10 A maximum short-time output current, EtherCAT, encoder input, and basic Safe Torque Off.

It receives EtherCAT motion commands and encoder feedback, then regulates power to two servo axes.

Exact reference
E70ACMSE0104SA2ETE
Category
Drives / VFD
Evidence checked
2026-09-13

System role

This section explains what the product does and where it acts in the surrounding system.

Function
Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.
System position
Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.
Upstream / inputs
Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.
Downstream / outputs
Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.
Limitations
Unknown: Motor compatibility, continuous current, and installation-specific safety design are not established.

Evidence ledger

Facts, inferences, and unknowns are kept separate.

Facts

  • The exact Lenze i700 reference is a control-cabinet double-axis servo inverter with 10 A maximum short-time output current, EtherCAT, encoder input, and basic Safe Torque Off.

    Confidence: medium

Inferences

  • It receives EtherCAT motion commands and encoder feedback, then regulates power to two servo axes.

    Confidence: medium

    Rationale: The terminal review identifies this statement as an inference from the cited exact-reference facts.

Unknowns

  • Unknown: Motor compatibility, continuous current, and installation-specific safety design are not established.

    Confidence: low

    Missing evidence: Motor compatibility, continuous current, and installation-specific safety design are not established.

System position diagram

E70ACMSE0104SA2ETE: Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.

Reading limit: system position only, not a wiring or safety drawing.

Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.

Enlarged system diagram

E70ACMSE0104SA2ETE: Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.

Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.

View Mermaid source
flowchart LR
  role["Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors."] --> product["E70ACMSE0104SA2ETE"]
View diagram labels
Nodes
Double-axis servo-drive stage between an EtherCAT motion controller/encoder feedback and two connected servo motors.; E70ACMSE0104SA2ETE
Edges
Evidence-backed system role

Next action

The exact Lenze i700 reference is a control-cabinet double-axis servo inverter with 10 A maximum short-time output current, EtherCAT, encoder input, and basic Safe Torque Off.

Unknown: Motor compatibility, continuous current, and installation-specific safety design are not established.

Request help with this reference

Request help with this reference

Provide the exact reference, machine context, and observed symptom so the next review can stay evidence-based.

Submission is unavailable until durable storage is verified.

Recovery request details
Add context only if useful
Optional updates
Recipient and data disclosure

Recipient and data disclosure

Named recipient: Ardkor human-qualification queue (internal local preview). No partner delivery is enabled here.

Data retained for this review: reference, selected route, location, technical context, contact details, consent state, and any accepted private attachment.

Response expectation: none is promised. If external routing is enabled later, the partner name, disclosed fields, and response expectation must be shown and accepted again.

Withdrawal and deletion: use the private request controls from the receipt to withdraw further processing or request access/deletion. The request remains recorded until the relevant Ardkor systems and any recipient confirm completion.

Read the privacy information before sending. For corrections, access, or deletion help, use the contact page or email reference@ardkor.org; mailbox delivery and attendance have not been verified.

This routing state is separate from watch, marketing, payment, and analytics choices. If no capable service match is found, the request remains a human-qualification lead and is never presented as provider acceptance. Ardkor is not an emergency or safety service and submission does not guarantee availability, price, repair, sourcing, or response.