Danfoss DACI-48/300-GC-AGV documented industrial automation component

The inverter converts AGV battery power into controlled three-phase AC output for pump, traction, or steering actuation. sits between the AGV battery and the induction motor or actuator stage.

Documented system function

Rebuilt from individual evidence

System position and evidence limits

Danfoss documentation identifies the dACi 48/300 GC-AGV as an inverter for Automated Guided Vehicle actuation.

The inverter converts AGV battery power into controlled three-phase AC output for pump, traction, or steering actuation.

The documented 48/300 variant uses a 48 VDC nominal battery, accepts 30 to 60 VDC continuously or 30 to 70 VDC for short periods, and provides 150 A nominal or 300 A maximum output.

sits between the AGV battery and the induction motor or actuator stage.

Unknown: the installed motor, parameter set, wiring, thermal mounting, physical condition, and machine-specific compatibility are not established by the captured source.

Exact reference: DACI-48/300-GC-AGV
Category: Drives / VFD
Evidence checked: 2026-09-12

System role

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

Function: The inverter converts AGV battery power into controlled three-phase AC output for pump, traction, or steering actuation.
System position: sits between the AGV battery and the induction motor or actuator stage.
Upstream / inputs: Receives battery DC power and control commands from the AGV control system.
Downstream / outputs: Supplies controlled three-phase AC output to the downstream pump, traction, or steering motor.
Limitations: Unknown: the installed motor, parameter set, wiring, thermal mounting, physical condition, and machine-specific compatibility are not established by the captured source.

Evidence ledger

Facts, inferences, and unknowns are kept separate.

Facts

Danfoss documentation identifies the dACi 48/300 GC-AGV as an inverter for Automated Guided Vehicle actuation.
Confidence: high
- assets.danfoss.com — retrieved 2026-09-12; high confidence
The inverter converts AGV battery power into controlled three-phase AC output for pump, traction, or steering actuation.
Confidence: high
- assets.danfoss.com — retrieved 2026-09-12; high confidence
The documented 48/300 variant uses a 48 VDC nominal battery, accepts 30 to 60 VDC continuously or 30 to 70 VDC for short periods, and provides 150 A nominal or 300 A maximum output.
Confidence: medium
- assets.danfoss.com — retrieved 2026-09-12; high confidence

Inferences

Inferred system position: sits between the AGV battery and the induction motor or actuator stage.
Confidence: medium
Rationale: The exact-reference identity and documented function support this system placement; installation-specific wiring is not asserted.
- assets.danfoss.com — retrieved 2026-09-12; high confidence

Unknowns

Unknown: the installed motor, parameter set, wiring, thermal mounting, physical condition, and machine-specific compatibility are not established by the captured source.
Confidence: low
Missing evidence: The captured exact-reference sources do not establish the installed configuration, current unit condition, firmware, wiring, or machine-specific compatibility.

System position diagram

A system diagram shows Receives battery DC power and control commands from the AGV control system. feeding DACI-48/300-GC-AGV, which provides Supplies controlled three-phase AC output to the downstream pump, traction, or steering motor.. — System position: sits between the AGV battery and the induction motor or actuator stage.

View Mermaid source

flowchart LR\n  Upstream["Receives battery DC power and control commands from the AGV control system."] --> Item["DACI-48/300-GC-AGV"]\n  Item --> Downstream["Supplies controlled three-phase AC output to the downstream pump, traction, or steering motor."]

View diagram labels

Nodes: Receives battery DC power and control commands from the AGV control system.; DACI-48/300-GC-AGV; Supplies controlled three-phase AC output to the downstream pump, traction, or steering motor.
Edges: Documented upstream connection; Documented downstream function

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