ABB ACS800-02-0260-5 500 V Single Drive 200 kW Industrial Motor Drive

ABB ACS800-02-0260-5 Product Overview

The ACS800-02 series is part of ABB’s industrial single-drive platform, intended for controlling
three-phase AC motors in applications where accurate speed and torque management are required.
The ACS800-02-0260-5 represents one of the higher-power R7 frame models within the 500 V range.
Its design combines a compact industrial drive architecture with control functions intended for
continuous motor operation across a wide range of industrial processes.

The model designation identifies important characteristics of the drive. The ACS800 family name
identifies the drive platform, while “-02” identifies the ACS800-02 construction. The “0260” rating
identifies the drive size, and the final “-5” indicates the 500 V voltage class. This designation
should be retained when identifying the correct drive because different voltage classes and current
ratings within the ACS800 family have different electrical characteristics.

Technical Specifications

ABB technical documentation lists the ACS800-02-0260-5 in the 500 V section of the ACS800-02
single-drive range. The specified nominal voltage class is 500 V, with the applicable supply
voltage range covering 380 to 500 V. The drive uses an R7 frame and has a typical normal-use
motor power rating of 200 kW.

Direct Torque Control

A central feature of the ACS800 platform is ABB Direct Torque Control, commonly referred to as
DTC. The control method is designed to provide direct control of motor torque and flux rather than
relying solely on conventional voltage and frequency control. This architecture supports accurate
motor control across changing operating conditions and is particularly suitable for industrial
applications where torque response and speed regulation are important.

For the ACS800-02-0260-5, the control system is integrated with the drive’s power electronics and
software environment. Motor parameters and operating characteristics can be configured according
to the requirements of the connected motor and application. Correct motor identification and
parameter configuration are important for obtaining the intended control performance.

Industrial Motor Control Applications

The ACS800-02-0260-5 is intended for industrial motor control applications where a high-power
variable-speed drive is required. Typical application areas for ACS800-02 drives include pumps,
fans, compressors, conveyors, material handling equipment, process machinery, and other rotating
equipment requiring adjustable motor speed and torque.

The 200 kW normal-use rating makes this model suitable for substantial industrial motor loads.
Application selection should not be based on motor power alone. The required current, overload
capability, supply voltage, motor characteristics, acceleration requirements, ambient conditions,
and process duty should all be considered when determining whether the drive is suitable for a
particular installation.

R7 Frame Configuration

The ACS800-02-0260-5 uses an R7 frame. Frame size is an important identification parameter because
it determines the physical construction and influences installation, cooling, cable arrangement,
and service access. The R7 configuration is used for several higher-power ACS800-02 models and is
associated with the drive’s 0260 rating in the 500 V class.

When integrating an ACS800-02-0260-5 into an existing control cabinet or drive system, the
installation space should be evaluated according to the applicable ACS800-02 hardware documentation.
Adequate ventilation, clearance, cable routing, grounding, and heat dissipation are important parts
of a correct installation.

Power and Current Ratings

The ACS800-02-0260-5 is listed with a 200 kW typical motor power rating for normal use. The
corresponding continuous RMS current value is 284 A. For heavy-duty operation, the documentation
lists a typical motor power of 160 kW and a continuous current of 224 A. These values illustrate
the importance of selecting a drive according to both motor power and actual load current.

Industrial loads do not always operate at a constant torque or constant power level. Pumps and fans,
for example, can have different load characteristics from conveyors or process machinery. Therefore,
the application duty and overload requirements should be evaluated before configuring the drive.
The applicable ABB rating tables and installation documentation should be used when determining
the correct operating conditions.

Installation Considerations

Installation of the ABB ACS800-02-0260-5 requires attention to electrical and mechanical conditions.
The incoming supply must correspond to the voltage class and electrical requirements of the drive.
Motor cables, protective devices, grounding arrangements, control connections, and cabinet
ventilation should be selected according to the applicable ACS800 installation instructions.

Heat generated by a high-power drive must also be considered during system design. The installation
environment should provide suitable airflow and sufficient clearance around the drive assembly.
Cable routing should minimize unnecessary interference with control wiring, while grounding should
follow the applicable electrical installation requirements.

Control and System Integration

The ACS800-02 platform supports integration into industrial automation systems through its control
architecture and available interface options. Depending on the specific configuration, the drive
can exchange operating commands, status information, reference values, and monitoring information
with an external control system.

Integration should be performed according to the installed hardware configuration and software
functions. Parameters such as motor nominal voltage, nominal current, nominal frequency, nominal
speed, motor power, acceleration time, deceleration time, minimum speed, and maximum speed need to
correspond to the motor and process requirements. Incorrect parameter values can affect motor
performance and drive operation.

Maintenance and Diagnostic Considerations

Routine maintenance of an ACS800-02 drive should include inspection of cooling airflow, electrical
connections, cabinet conditions, and drive operating information. Dust accumulation and restricted
airflow can affect thermal performance, while loose electrical connections can create abnormal
electrical and thermal conditions.

The drive’s diagnostic functions can provide information about operating status and detected faults.
When a fault occurs, the displayed fault information should be evaluated together with the motor,
supply network, load, cooling system, and control configuration. Troubleshooting should follow the
relevant ABB ACS800 hardware and firmware documentation rather than relying only on a single fault
message.

Model Identification

Correct model identification is particularly important for the ACS800 family because several models
have similar numerical designations but different voltage classes, frame sizes, current ratings,
and power ratings. The complete identification ABB ACS800-02-0260-5 should therefore be used when
documenting the drive or comparing it with another unit.

The “-5” suffix is significant because it places the model in the 500 V voltage class. The
“0260” designation identifies the corresponding drive rating, while the “-02” construction
identifies the ACS800-02 single-drive platform. These identifiers should be checked against the
product rating information and machine documentation before installation or system replacement.

Conclusion

ABB ACS800-02-0260-5 is a high-power ACS800-02 single drive designed for industrial motor control.
It belongs to the 500 V voltage class, uses an R7 frame, and is specified with a 200 kW typical
normal-use motor power rating. The technical data also identifies a 284 A continuous RMS current
rating for normal use and a 160 kW typical motor power rating for heavy-duty operation.

With ABB Direct Torque Control technology and the industrial architecture of the ACS800 platform,
the ACS800-02-0260-5 can be applied to demanding variable-speed motor systems where controlled
torque, speed regulation, and process integration are required. Proper application depends on
matching the drive’s voltage, current, power, overload capability, motor characteristics, cooling
requirements, and control configuration with the complete machine system.