ABB ACS550-01-06A9-4 General Purpose Drive
01Product Identification
ABB ACS550-01-06A9-4 is a wall-mounted general purpose drive for a three-phase 380...480 V supply. The exact type code identifies a 6.9 A IP21 unit in frame R1, rated for 3 kW normal use or 2.2 kW heavy-duty service.
02Key Features
Design and Functions
- The exact 06A9 rating provides 6.9 A normal-use output in a compact R1 frame.
- Normal-use and heavy-duty ratings allow selection against the actual motor load profile.
- Application macros include ABB Standard, 3-wire, Alternate, Motor Potentiometer, Hand/Auto, PID, PFC, and Torque Control.
- Built-in Modbus uses the EIA-485 interface for supported supervisory integration.
- The assistant control panel and commissioning assistants support setup, fault review, PID configuration, communications, and drive optimization.
- Energy counters, load analysis, maintenance monitoring, controlled cooling, and the built-in choke support process and maintenance work.
- Parameter backups remain essential because terminal assignments and macro behavior are project specific.
Product Identity
Manufacturer: ABB
Model: ACS550-01-06A9-4
Product Type: ACS550 General Purpose Drive
03Engineering Data
| Manufacturer | ABB |
|---|---|
| Type Code | ACS550-01-06A9-4 |
| Product ID | 3AUA0000002415-D |
| Product Family | ACS550 |
| Product Type | Wall-mounted general purpose variable frequency drive |
| Input Supply | Three-phase 380...480 V |
| Rated Output Current | 6.9 A |
| Normal-Use Motor Power | 3 kW / 4 hp |
| Heavy-Duty Current | 5.4 A |
| Heavy-Duty Motor Power | 2.2 kW / 3 hp |
| Frame Size | R1 |
| Enclosure | IP21 |
| Recommended IEC Fuse | 10 A gG |
| Recommended UL Fuse | 10 A Class T |
| Built-In Communication | Modbus over EIA-485 |
| Standard I/O | 2 analog inputs, 2 analog outputs, 6 digital inputs, and 3 relay outputs |
| Control Modes | Scalar and vector-control functions as documented for ACS550 |
04System Integration
- Match the three-phase supply, motor voltage and current, normal or heavy-duty rating, frame, enclosure, and every option suffix.
- Back up the complete parameter set and record the active macro, control mode, motor data, ramps, limits, PID/PFC values, and protection settings.
- Compare digital, analog, relay, EIA-485, and optional fieldbus terminals against the installed drawings before moving conductors.
- Verify fuses, disconnect, grounding, EMC arrangement, motor cable, braking components, cooling space, and cabinet temperature.
- Commission with the driven machine isolated where practicable, then validate rotation, current, interlocks, communications, alarms, and process performance.
05Applications
- General industrial pumps, fans, conveyors, mixers, and process equipment.
- PID-controlled process loops and Pump-Fan Control applications.
- Systems using analog, digital, relay, or Modbus control interfaces.
- Installed ACS550 panels requiring the exact 6.9 A, 380...480 V, R1, IP21 type.
06Lifecycle
- Match the complete ACS550-01-06A9-4 type code and all option suffixes.
- Record motor nameplate data, normal or heavy-duty selection, parameter backup, macro, I/O, Modbus addresses, fieldbus options, protective devices, and fault history.
- Confirm cable length, EMC environment, braking requirements, cooling space, mounting dimensions, and terminal layout.
- Any newer ABB drive requires an engineered parameter, terminal, communications, motor-control, safety, and mechanical conversion.
- Commission the replacement under the approved machine procedure and validate the process across its full load range.
FAQFrequently Asked Questions
What is
ACS550-01-06A9-4 is a 6.9 A ABB ACS550 general purpose drive for three-phase 380...480 V supply.
Which system or application is it designed for?
It is used with compatible industrial motors and applications requiring scalar or vector control, process PID, or PFC functions.
What must be matched before ordering?
Match the complete model or article number, installed hardware revision, electrical ratings, interfaces, wiring, approvals, and project configuration.
What information should be recorded before replacement?
Record the full type and option codes, motor nameplate, duty rating, parameter backup, macros, I/O, Modbus or fieldbus settings, fuses, cables, and fault history.
How should lifecycle or migration be handled?
Select a migration drive through complete electrical, mechanical, communications, safety, and parameter-conversion engineering.
What should be checked after installation?
Verify wiring, protective devices, motor rotation and current, ramps, interlocks, control modes, I/O, communications, alarms, and full process performance.
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