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- ACS800-01-0205-3 3AUA0000033851
- Frequency Converter
- Sweden (SE)
- 880 x 300 x 399 mm
- 67 kg
- Xiamen, China
- New & In Stock
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- 1 Year
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We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.
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Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.
24-hour service
We provide 7*24 hours service to our customers. We will be there whenever you need us.
Price advantage
All our products are priced very favorably because we have our own warehouse and supply.
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Product Overview
The ABB ACS800-01-0205-3 (3AUA0000033851) Frequency Converter is a high-performance industrial AC drive designed for heavy-duty motor control applications requiring high power output, accurate speed regulation, and reliable long-term operation.
As part of the ABB ACS800 industrial drive family, the ACS800-01-0205-3 provides advanced motor control performance for demanding automation systems. It is designed to deliver stable torque control, excellent dynamic response, and efficient energy management for industrial equipment.
The ACS800-01-0205-3 Frequency Converter is widely used in applications such as pumps, fans, compressors, conveyors, mixers, crushers, and process machinery where precise motor control and continuous operation are required.
With dimensions of 880 x 300 x 399 mm and a weight of 67 kg, this frequency converter features a robust industrial structure suitable for high-power motor installations.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | ABB |
| Model | ACS800-01-0205-3 |
| Part Number | 3AUA0000033851 |
| Product Type | Frequency Converter |
| Series | ACS800 |
| Drive Type | Industrial AC Drive |
| Rated Power | 160 kW |
| Rated Output Current | 290 A |
| Input Voltage | 380–415 V AC |
| Phase | Three Phase |
| Frequency Range | 48–63 Hz |
| Control Technology | Direct Torque Control (DTC) |
| Installation Type | Wall Mounted |
| Protection Class | IP21 |
| Dimensions | 880 x 300 x 399 mm |
| Weight | 67 kg |
| Application | Industrial Motor Control |
Product Features
High-Power Motor Control Performance
The ABB ACS800-01-0205-3 provides powerful control capability for large industrial motors.
Main advantages:
- 160 kW high-power motor control
- High output current capability
- Accurate motor speed regulation
- Strong torque response
- Reliable operation under heavy loads
The drive is suitable for industrial environments where stable motor operation is essential for production efficiency.
Advanced Torque Control Technology
The ACS800-01-0205-3 provides precise motor control through advanced torque management technology.
Key benefits:
- Fast response to load changes
- Accurate torque adjustment
- Smooth motor acceleration
- Improved operating stability
- Excellent low-speed performance
This allows industrial equipment to maintain consistent operation even under changing load conditions.
Reliable Industrial Construction
The frequency converter is designed for demanding industrial applications.
Features include:
- Strong mechanical structure
- Efficient heat dissipation design
- Stable continuous operation
- Flexible installation method
- Easy integration into automation systems
The compact industrial design helps save installation space while maintaining high performance.
Energy-Efficient Operation
The ABB ACS800-01-0205-3 improves system efficiency by adjusting motor speed according to actual process requirements.
Energy-saving advantages:
- Reduced unnecessary power consumption
- Optimized motor performance
- Lower mechanical stress
- Improved process control
- Reduced operating costs
Variable speed control is especially beneficial for pumps, fans, and compressor systems.
Working Principle
The ABB ACS800-01-0205-3 controls motor operation by converting fixed-frequency AC input power into adjustable-frequency AC output power.
The working process includes:
- Three-phase AC power enters the frequency converter.
- The rectifier converts AC voltage into DC voltage.
- The DC link stabilizes the electrical energy.
- The inverter generates adjustable AC output.
- The motor receives controlled voltage and frequency.
- Motor speed and torque are adjusted according to system requirements.
This process provides precise control and improves the efficiency of industrial motor systems.
Industrial Applications
Pump Systems
The ACS800-01-0205-3 is suitable for large industrial pumping equipment.
Typical applications:
- Water treatment systems
- Process pumps
- Cooling circulation systems
- Industrial fluid transportation
Benefits:
- Smooth startup
- Accurate flow adjustment
- Reduced energy consumption
- Extended equipment service life
Fan and Ventilation Systems
The frequency converter provides efficient speed control for industrial fan applications.
Applications:
- Factory ventilation systems
- Cooling fans
- Exhaust systems
- Air handling equipment
Advantages:
- Flexible airflow adjustment
- Stable operation
- Reduced energy consumption
- Lower mechanical wear
Conveyor Equipment
The ACS800-01-0205-3 provides reliable speed control for heavy-duty conveyor systems.
Applications:
- Manufacturing lines
- Material handling systems
- Mining equipment
- Industrial transport systems
Benefits:
- Smooth acceleration
- Precise speed control
- Reduced mechanical impact
- Improved production stability
Compressor Systems
The frequency converter is suitable for high-power compressor applications.
Advantages:
- Stable pressure control
- Improved energy efficiency
- Reduced motor stress
- Reliable continuous operation
Installation Guide
Installation Preparation
Before installing the ABB ACS800-01-0205-3, confirm the following:
- Correct frequency converter model
- Compatible motor specifications
- Proper input power supply
- Suitable installation environment
- Reliable grounding connection
- Adequate cooling space
Step 1: Select Installation Location
Choose a suitable installation location with:
- Good ventilation
- Proper operating temperature
- Low dust environment
- Protection from moisture
- Enough maintenance space
Install the drive vertically to ensure proper cooling.
Step 2: Mechanical Installation
Installation procedure:
- Place the frequency converter on the mounting surface.
- Secure the unit firmly.
- Check installation stability.
- Ensure ventilation openings remain clear.
Step 3: Power Wiring Connection
Connect:
- Three-phase input power cables
- Motor output cables
- Protective grounding cable
Check all electrical connections before applying power.
Step 4: Control Wiring Connection
Connect:
- Start/stop signals
- Speed reference signals
- Digital inputs
- Analog signals
- Communication cables
Keep control cables separated from power cables to reduce electrical interference.
Step 5: Parameter Configuration
Configure:
- Motor voltage
- Motor current
- Motor speed
- Motor frequency
- Acceleration time
- Deceleration time
- Control mode
Correct parameter settings ensure stable motor operation.
Step 6: Commissioning Test
Perform:
- Wiring inspection
- Power-up test
- Motor rotation check
- Parameter verification
- Load testing
- Fault monitoring
Confirm normal operation before placing the equipment into service.
Fault Diagnosis and Troubleshooting
Drive Cannot Start
Possible Causes
- Incorrect power connection
- Missing start command
- Incorrect parameter settings
- Control wiring problems
Solutions
- Check input power supply
- Verify control signals
- Review parameter configuration
- Inspect wiring connections
Overcurrent Fault
Possible Causes
- Motor overload
- Short circuit
- Incorrect motor parameters
- Mechanical blockage
Solutions
- Check motor condition
- Inspect motor cables
- Verify motor data
- Reduce excessive load
Overvoltage Fault
Possible Causes
- Deceleration time too short
- Excessive regenerative energy
- Incorrect braking settings
Solutions
- Increase deceleration time
- Adjust braking parameters
- Check load conditions
Overheating Fault
Possible Causes
- Poor ventilation
- Cooling fan failure
- Excessive load operation
- High ambient temperature
Solutions
- Improve airflow
- Check cooling system
- Clean ventilation areas
- Reduce overload conditions
Communication Fault
Possible Causes
- Incorrect communication settings
- Damaged cables
- Network configuration errors
Solutions
- Check communication parameters
- Replace damaged cables
- Verify automation system settings
Maintenance Recommendations
To ensure reliable operation:
- Clean cooling passages regularly
- Inspect electrical terminals
- Check cooling fan condition
- Monitor operating temperature
- Review fault history
- Verify drive parameters
Regular maintenance helps improve reliability and extend the service life of the frequency converter.
Key Advantages
160 kW High-Power Capability
Designed for large industrial motor applications.
290 A Output Performance
Provides strong current capability for demanding equipment.
Advanced Motor Control
Ensures accurate speed and torque regulation.
Industrial Reliability
Suitable for continuous-duty automation environments.
Flexible System Integration
Compatible with various industrial control applications.
Technical FAQs
What is ABB ACS800-01-0205-3?
The ABB ACS800-01-0205-3 is an industrial frequency converter designed for high-power AC motor control.
What is the part number?
The part number is 3AUA0000033851.
What is the rated power?
The rated power is 160 kW.
What is the output current?
The rated output current is 290 A.
What are the dimensions?
The dimensions are 880 x 300 x 399 mm.
What is the weight?
The weight is 67 kg.
Conclusion
The ABB ACS800-01-0205-3 3AUA0000033851 Frequency Converter is a reliable industrial AC drive designed for high-power motor control, efficient operation, and long-term stability.
With its 160 kW power capacity, high output current capability, advanced torque control performance, robust construction, and flexible installation design, it provides an effective solution for pumps, fans, compressors, conveyors, and other demanding industrial automation applications.
The ACS800-01-0205-3 helps industrial users improve energy efficiency, optimize production processes, reduce mechanical stress, and maintain stable operation in challenging industrial environments.