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- ACS800-104-0175-3 3AUA0000064248
- Frequency Converter
- Sweden (SE)
- 963 x 170 x 404 mm
- 37 kg
- Xiamen, China
- New & In Stock
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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.
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We provide 7*24 hours service to our customers. We will be there whenever you need us.
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All our products are priced very favorably because we have our own warehouse and supply.
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Product Overview
The ABB ACS800-104-0175-3 (3AUA0000064248) Frequency Converter is a high-performance inverter module designed for industrial multi-drive systems requiring reliable motor control, high efficiency, and precise torque management.
As part of the ABB ACS800 multidrive product family, the ACS800-104-0175-3 is designed for cabinet installations and provides powerful motor control performance for demanding industrial applications. It is widely used in systems where multiple motors require coordinated operation, accurate speed regulation, and stable process control.
The ACS800-104-0175-3 inverter module is suitable for applications such as mining equipment, material handling systems, production machinery, marine systems, paper processing equipment, and other heavy industrial automation applications.
With dimensions of 963 x 170 x 404 mm and a weight of 37 kg, this frequency converter module features a compact industrial structure designed for integration into custom drive cabinets.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | ABB |
| Model | ACS800-104-0175-3 |
| Part Number | 3AUA0000064248 |
| Product Type | Frequency Converter Module |
| Series | ACS800-104 |
| Drive Type | Multidrive Inverter Module |
| Rated Power | Approx. 90 kW |
| Rated Current | 175 A |
| Input Voltage | 380–415 V AC |
| Phase | Three Phase |
| Control Technology | Direct Torque Control (DTC) |
| Installation Type | Cabinet Mounted |
| Protection Class | IP00 |
| Cooling Method | Air Cooling |
| Dimensions | 963 x 170 x 404 mm |
| Weight | 37 kg |
| Application | Industrial Multidrive Systems |
Product Features
High-Performance Inverter Module
The ABB ACS800-104-0175-3 provides reliable inverter performance for industrial multidrive systems.
Main features:
- High output current capability
- Accurate motor speed control
- Fast torque response
- Stable operation under variable loads
- Designed for continuous industrial use
The module is suitable for applications requiring high reliability and precise motor control.
Direct Torque Control Technology
The ACS800-104-0175-3 utilizes ABB Direct Torque Control technology to achieve excellent motor performance.
Key advantages:
- Fast dynamic response
- Accurate torque regulation
- Smooth motor operation
- Improved process stability
- Reduced mechanical stress
This control technology allows motors to maintain stable performance even during rapid load changes.
Multidrive System Integration
The ACS800-104-0175-3 is designed for integration into cabinet-based multidrive systems.
Benefits:
- Flexible system configuration
- Space-efficient cabinet installation
- Suitable for multiple motor applications
- Easy integration into industrial automation systems
The modular design allows engineers to build customized drive solutions according to application requirements.
Compact Industrial Design
The inverter module features a compact structure optimized for industrial cabinet installation.
Advantages:
- Reduced installation space
- Efficient cooling design
- Easy maintenance access
- Suitable for large automation systems
The slim 170 mm width design allows efficient cabinet layout optimization.
Working Principle
The ABB ACS800-104-0175-3 operates as an inverter module within a multidrive system.
The operating process includes:
- DC power is supplied from the common DC bus.
- The inverter module converts DC voltage into controlled AC output.
- The output frequency and voltage are adjusted according to motor requirements.
- The motor receives optimized power for speed and torque control.
- The drive system maintains stable operation according to process demands.
This architecture improves energy efficiency and allows coordinated control of multiple motors.
Industrial Applications
Mining and Heavy Industry
The ACS800-104-0175-3 is suitable for demanding mining and industrial applications.
Typical uses:
- Crushers
- Conveyors
- Hoisting equipment
- Processing machinery
Benefits:
- Reliable operation under heavy loads
- Precise motor control
- Reduced downtime
- Improved productivity
Material Handling Systems
The inverter module provides accurate control for material handling equipment.
Applications:
- Industrial conveyors
- Lifting systems
- Automated transport equipment
- Storage systems
Advantages:
- Smooth acceleration
- Accurate positioning
- Improved equipment safety
- Reduced mechanical impact
Manufacturing Equipment
The ACS800-104-0175-3 supports advanced manufacturing processes.
Applications:
- Production lines
- Processing machinery
- Industrial machines
- Automated systems
Benefits:
- Stable speed control
- Improved production consistency
- Efficient motor operation
Marine and Process Applications
The inverter module can be used in specialized industrial systems.
Applications:
- Marine propulsion systems
- Pumps
- Fans
- Process equipment
Advantages:
- High reliability
- Flexible configuration
- Stable operation in demanding environments
Installation Guide
Installation Preparation
Before installing the ABB ACS800-104-0175-3, verify:
- Correct module model
- Compatible cabinet design
- Suitable DC bus connection
- Proper grounding arrangement
- Adequate cooling capability
- Correct motor specifications
Step 1: Cabinet Installation Preparation
Prepare the installation cabinet with:
- Proper ventilation channels
- Sufficient mounting space
- Correct cable routing
- Reliable grounding points
Ensure the cabinet design supports the thermal requirements of the inverter module.
Step 2: Mechanical Installation
Installation procedure:
- Position the inverter module inside the cabinet.
- Secure the module using appropriate mounting hardware.
- Confirm mechanical stability.
- Check cooling airflow paths.
Step 3: DC Bus Connection
Connect:
- DC input terminals
- Protective grounding connection
- Motor output cables
Ensure all power connections are tightened according to installation requirements.
Step 4: Motor Connection
Connect the motor cables:
- U phase
- V phase
- W phase
- Ground connection
Check cable routing to reduce electrical interference.
Step 5: Control System Connection
Connect:
- Drive control signals
- Communication interfaces
- Monitoring signals
- System feedback devices
Verify all control connections before commissioning.
Step 6: Commissioning Test
Perform:
- Wiring inspection
- Insulation check
- Parameter configuration
- Motor rotation test
- Load testing
- Fault monitoring
Confirm stable operation before full production use.
Fault Diagnosis and Troubleshooting
Inverter Module Cannot Start
Possible Causes
- DC bus voltage missing
- Incorrect control signal
- Communication failure
- Incorrect parameter settings
Solutions
- Check DC supply
- Verify control commands
- Inspect communication connections
- Review system parameters
Overcurrent Fault
Possible Causes
- Motor overload
- Short circuit
- Incorrect motor data
- Mechanical blockage
Solutions
- Check motor condition
- Inspect output cables
- Verify motor parameters
- Remove mechanical obstruction
DC Bus Overvoltage Fault
Possible Causes
- Excessive regenerative energy
- Rapid deceleration
- Incorrect braking configuration
Solutions
- Adjust deceleration settings
- Check braking system
- Analyze load characteristics
Overheating Fault
Possible Causes
- Poor cabinet ventilation
- Cooling fan failure
- Excessive load
- Blocked airflow
Solutions
- Improve cabinet airflow
- Check cooling components
- Clean ventilation paths
- Reduce overload operation
Communication Failure
Possible Causes
- Incorrect communication settings
- Damaged cables
- Control system configuration errors
Solutions
- Check communication parameters
- Inspect cables
- Verify automation system settings
Maintenance Recommendations
To maintain reliable operation:
- Inspect cooling airflow regularly
- Clean cabinet ventilation areas
- Check power connections
- Monitor operating temperature
- Review fault records
- Inspect cooling fans
Regular maintenance helps extend the service life of the inverter module and improves system reliability.
Key Advantages
175 A Current Capability
Provides reliable output performance for industrial motor applications.
Multidrive System Compatibility
Designed for cabinet-based industrial drive systems.
Advanced Torque Control
Provides accurate speed and torque management.
Compact Cabinet Design
Supports efficient installation in limited spaces.
Industrial Reliability
Suitable for continuous-duty automation applications.
Technical FAQs
What is ABB ACS800-104-0175-3?
The ABB ACS800-104-0175-3 is an industrial inverter module designed for ABB ACS800 multidrive systems.
What is the part number?
The part number is 3AUA0000064248.
What type of product is it?
It is a multidrive inverter module / frequency converter module.
What is the rated current?
The rated current is 175 A.
What are the dimensions?
The dimensions are 963 x 170 x 404 mm.
What is the weight?
The weight is 37 kg.
Conclusion
The ABB ACS800-104-0175-3 3AUA0000064248 Frequency Converter is a reliable inverter module designed for high-performance industrial multidrive applications.
With its 175 A current capability, Direct Torque Control technology, compact cabinet design, modular structure, and strong industrial reliability, it provides an effective solution for mining, manufacturing, material handling, marine, and process automation systems.
The ACS800-104-0175-3 helps improve motor performance, optimize energy efficiency, reduce mechanical stress, and maintain stable operation in demanding industrial environments.