00-100-323 KUKA PM6-600 Powermodul E1 KRC1 robot servo drive

Sits within KRC1 power and servo-drive electronics between controller signals and robot-axis power. The captured source supports this system path without establishing installation-specific compatibility.

System function

Rebuilt from individual evidence

Evidence and limits

Eichler identifies 00-100-323 as a KUKA PM6-600 Powermodul E1 KRC1 robot servo drive.

The source places 00-100-323 in KUKA robotics power modules for the KRC1 controller family. Sits within KRC1 power and servo-drive electronics between controller signals and robot-axis power.

Unknown: exact ratings, terminal assignments, firmware, physical condition, and installation compatibility are not established by the captured source..

Exact reference: 00-100-323
Category: Robotics
Evidence checked: 2026-09-11

System role

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

Function: Drives drives the KRC1 robot servo stage with the documented PM6-600 power module.
System position: Sits within KRC1 power and servo-drive electronics between controller signals and robot-axis power.
Upstream / inputs: KRC1 controller signals and the power input of the documented servo-drive stage.
Downstream / outputs: Controlled servo-stage power toward the KRC1 robot axes.
Limitations: Unknown: exact ratings, terminal assignments, firmware, physical condition, and installation compatibility are not established by the captured source..

Evidence ledger

Facts, inferences, and unknowns are kept separate.

Facts

Eichler identifies 00-100-323 as a KUKA PM6-600 Powermodul E1 KRC1 robot servo drive.
Confidence: high
- www.eichler-service.com — retrieved 2026-09-11; high confidence
The source places 00-100-323 in KUKA robotics power modules for the KRC1 controller family.
Confidence: high
- www.eichler-service.com — retrieved 2026-09-11; high confidence

Inferences

Inferred system position: Sits within KRC1 power and servo-drive electronics between controller signals and robot-axis power.
Confidence: high
Rationale: The source identifies the exact article and its equipment context; the placement in the described system chain is an explicit inference from those facts.
- www.eichler-service.com — retrieved 2026-09-11; high confidence
Inferred system path: KRC1 controller signals and the power input of the documented servo-drive stage. enters the item, which passes Controlled servo-stage power toward the KRC1 robot axes..
Confidence: medium
Rationale: The product identity and documented equipment context support this system-level path; terminal-level wiring is not asserted.
- www.eichler-service.com — retrieved 2026-09-11; high confidence

Unknowns

Unknown: exact ratings, terminal assignments, firmware, physical condition, and installation compatibility are not established by the captured source..
Confidence: low
Missing evidence: The captured individual source does not establish the unit-specific ratings, wiring, compatibility, condition, or installation context.

System position diagram

A left-to-right diagram shows KRC1 controller signals and the power input of the documented servo-drive stage. feeding 00-100-323, which passes signals or power to Controlled servo-stage power toward the KRC1 robot axes.. — System position inferred from the source: Sits within KRC1 power and servo-drive electronics between controller signals and robot-axis power.

View Mermaid source

flowchart LR\n  upstream["KRC1 controller signals and the power input of the documented servo-drive stage."] -->|documented system path| item["00-100-323"]\n  item -->|documented downstream path| downstream["Controlled servo-stage power toward the KRC1 robot axes."]

View diagram labels

Nodes: KRC1 controller signals and the power input of the documented servo-drive stage.; 00-100-323 robotics component; Controlled servo-stage power toward the KRC1 robot axes.
Edges: documented upstream input; documented downstream output

Next action

The captured evidence supports a concrete robotics system role for 00-100-323.

Check the exact 00-100-323 marking and the target controller or machine configuration before replacement.

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