Kendrion 14.422.01.042 built-in magnetic-particle clutch and brake controller

14.422.01.042 is a documented magnetic-particle clutch and brake controller used within an industrial automation system.

System function

Rebuilt from individual evidence

Unknown: Evidence and limits

Kendrion documents 14.422.01.042 as a built-in controller without transformer and with a setpoint potentiometer for magnetic-particle clutches and brakes.

The controller regulates the clutch or brake excitation path; the exact machine tension loop and installation wiring remain site-specific.

Unknown: Installation-specific compatibility remains undocumented.

Exact reference: 14.422.01.042
Category: Drives / VFD
Evidence checked: 2026-09-11

System role

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

Function: Receives and processes the documented signals or supply for this magnetic-particle clutch and brake controller.
System position: Sits in the magnetic-particle clutch and brake controller path between the documented upstream boundary and the controlled system boundary.
Upstream / inputs: The controller receives its setpoint and the associated 42 V supply arrangement; the magnetic-particle clutch or brake is the controlled load.
Downstream / outputs: The controller regulates the clutch or brake excitation path; the exact machine tension loop and installation wiring remain site-specific.
Limitations: Unknown: the exact installation, controller program, wiring, firmware, and commissioning parameters.

Evidence ledger

Facts, inferences, and unknowns are kept separate.

Facts

Kendrion documents 14.422.01.042 as a built-in controller without transformer and with a setpoint potentiometer for magnetic-particle clutches and brakes.
Confidence: high
- www.kendrion.com — retrieved 2026-09-11; high confidence
- www.kendrion.com — retrieved 2026-09-11; high confidence
The controller regulates the clutch or brake excitation path; the exact machine tension loop and installation wiring remain site-specific.
Confidence: medium
- www.kendrion.com — retrieved 2026-09-11; high confidence
- www.kendrion.com — retrieved 2026-09-11; high confidence

Inferences

Inferred system position: 14.422.01.042 is installed in the magnetic-particle clutch and brake controller path between its documented upstream signals or supply and the controlled system boundary.
Confidence: medium
Rationale: The exact-reference sources identify the product type and a connected system boundary; the placement statement is explicitly marked as an inference.
- www.kendrion.com — retrieved 2026-09-11; high confidence
- www.kendrion.com — retrieved 2026-09-11; high confidence

Unknowns

Unknown: the exact installation, controller program, wiring, firmware, and commissioning parameters.
Confidence: low
Missing evidence: No exact installation, controller program, wiring, firmware, or commissioning record was captured.

System position diagram

A signal path shows documented upstream signals or supply entering 14.422.01.042, a magnetic-particle clutch and brake controller, which connects to the controlled system boundary. — System position inferred from the exact-reference evidence: the magnetic-particle clutch and brake controller sits between the documented upstream and downstream boundaries.

View Mermaid source

flowchart LR\n  upstream["Documented upstream signals or supply"] --> unit["14.422.01.042 magnetic-particle clutch and brake controller"]\n  unit --> downstream["Controlled system boundary"]

View diagram labels

Nodes: Documented upstream signals or supply; 14.422.01.042 magnetic-particle clutch and brake controller; Controlled system boundary
Edges: Documented supply or signals; System output path

Next action

The captured evidence supports a concrete magnetic-particle clutch and brake controller role for 14.422.01.042; installation-specific compatibility remains unknown.

Unknown: Installation-specific compatibility and connected equipment must be verified before installation or replacement.

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