ABB ACS510-01-017A-4 three-phase AC drive
ABB ACS510-01-017A-4 accepts three-phase input and supplies controlled machine power through the documented ACS510 drive path.
Identity and documented rating
Rebuilt from individual evidence
Power path
Control path
Pump and fan control mode
Unknown: evidence limits
ABB's product page lists ACS510-01-017A-4 with a catalog description of 17 A, 380 V, and IP21. The ACS510 catalog lists the exact type code at 7.5 kW normal-use power and frame size R2 for the 380-480 V three-phase supply range.
The ACS510 manual labels U1/V1/W1 as the power input and U2/V2/W2 as the power output to the machine.
The documented control terminals include programmable analog inputs, digital inputs, analog outputs, a 24 V auxiliary output, and relay outputs. The manual also documents embedded Modbus RTU over an RS485 physical interface.
The manual documents Pump-Fan Control: ACS510 varies the speed of pump no. 1 and switches auxiliary pumps as demand changes.
Unknown: the installed unit's firmware, options, wiring, condition, compatibility, and current availability.
- Exact reference
- ACS510-01-017A-4
- 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
- Converts three-phase AC input into controlled power for the connected machine.
- System position
- Sits between the three-phase supply and the machine, with control and monitoring connected at the drive terminals or embedded RS-485 Modbus interface.
- Upstream / inputs
- Receives three-phase mains at U1/V1/W1 plus command or setpoint signals through the documented control I/O and Modbus interface.
- Downstream / outputs
- Delivers controlled machine power at U2/V2/W2 and exposes status, command, and parameter data through the Modbus interface.
- Limitations
- Unknown: the installed unit's firmware, options, wiring, condition, compatibility, and current availability.
Evidence ledger
Facts, inferences, and unknowns are kept separate.
Facts
ABB's product page lists ACS510-01-017A-4 as an ACS510 product reference with the catalog description 17 A, 380 V, IP21.
- www.abb.com — retrieved 2026-09-11; high confidence
The ACS510 catalog table lists ACS510-01-017A-4 at 7.5 kW normal-use power, 17 A, and frame size R2; the ACS510-01 series is listed for 380-480 V three-phase supply.
- library.e.abb.com — retrieved 2026-09-11; high confidence
The ACS510 manual labels U1/V1/W1 as power input and U2/V2/W2 as power output to the motor.
- library.e.abb.com — retrieved 2026-09-11; high confidence
The manual documents programmable analog inputs, digital inputs, analog outputs, a 24 V auxiliary output, and relay outputs on the control terminals.
- library.e.abb.com — retrieved 2026-09-11; high confidence
The manual states that ACS510 has an RS485 physical interface for embedded Modbus and supports RTU.
- library.e.abb.com — retrieved 2026-09-11; high confidence
The manual documents Pump-Fan Control in which ACS510 varies pump no. 1 speed and switches auxiliary pumps as demand changes.
- library.e.abb.com — retrieved 2026-09-11; high confidence
Inferences
The documented paths place this drive between three-phase mains and a motor, with control and monitoring signals entering through the drive interface.
- library.e.abb.com — retrieved 2026-09-11; high confidence
- library.e.abb.com — retrieved 2026-09-11; high confidence
Unknowns
Unknown: the installed unit's firmware, options, wiring, condition, compatibility, and current availability.
System position diagram
View Mermaid source
flowchart LR
mains["Three-phase AC input"] --> drive["ACS510-01-017A-4 drive"]
controls["Control I/O or RS-485 Modbus"] --> drive
drive --> machine["Controlled machine power output"]View diagram labels
- Nodes
- Three-phase AC input; ACS510-01-017A-4 drive; Control I/O and RS-485 Modbus; Machine power output
- Edges
- Three-phase power enters at U1/V1/W1; Commands and setpoint signals enter through control interfaces; Machine power leaves at U2/V2/W2
Request help with this reference
Provide the exact reference, machine context, and observed symptom so the next review can stay evidence-based.
