



Product Overview (Introduction)
The ABB CS A464 AE HIEE400106R0001 High Voltage Frequency Converter is a specialized component used in industrial drive systems to regulate motor speed and power delivery. In large-scale industrial operations, accurate control of motor-driven equipment is essential for maintaining production stability and equipment efficiency.
This module integrates with ABB drive systems to provide controlled frequency output, enabling motors to operate at optimal speeds depending on process requirements. Its design supports reliable operation in heavy industrial environments where performance and durability are critical.
By ensuring stable motor control and efficient power management, the CS A464 AE contributes to improved automation performance and operational reliability in high-voltage industrial applications.
Technical Specifications
| Specification | Details |
|---|
| Manufacturer | ABB |
| Model Number | CS A464 AE |
| Part Number | HIEE400106R0001 |
| Module Type | High Voltage Frequency Converter |
| Function | Motor Speed and Frequency Control |
| System Compatibility | ABB Drive and Automation Systems |
| Installation | Control Cabinet / Drive System Panel |
| Application | High Voltage Industrial Drive Systems |
| Dimensions (HxWxD) | 50 × 130 × 160 mm |
| Weight | 0.7 kg (1.54 lbs) |
Industrial Deployment Scenarios (Applications)
The ABB CS A464 AE HIEE400106R0001 High Voltage Frequency Converter is engineered for applications that require precise motor speed control and stable power conversion in high-voltage industrial environments. It plays a key role in regulating motor performance and improving process efficiency within automation systems.
Typical deployment scenarios include:
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High-voltage motor control in heavy industrial plants
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Power generation facilities managing large drive systems
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Mining and metals processing operations
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Oil and gas production sites with large rotating equipment
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Industrial pumping and compressor systems
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Manufacturing facilities requiring controlled motor speed and torque
By delivering consistent frequency conversion, this module supports stable operation and energy-efficient motor control.
Performance and Operational Advantages (Advantages)
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High-Voltage Drive Control
Designed to manage and regulate high-voltage motor operations in industrial environments.
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Improved Process Stability
Helps maintain steady motor speed and operational performance.
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Integration with ABB Drive Systems
Works within ABB drive and automation architectures for coordinated system operation.
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Industrial Reliability
Engineered to perform consistently under demanding electrical and operational conditions.
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Optimized Equipment Efficiency
Supports improved efficiency of motors and large mechanical systems.
Technical FAQs (Technical FAQs)
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What is the primary function of the CS A464 AE module?
It operates as a high voltage frequency converter used to control motor speed and power output.
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Where is this module typically used?
In ABB drive systems within heavy industrial and process automation environments.
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Does the module help regulate motor performance?
Yes, it adjusts frequency to maintain optimal motor operation.
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Is it suitable for high-power industrial equipment?
Yes, it is designed for applications involving large motors and high-voltage systems.
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Can it improve energy efficiency in industrial operations?
Yes, frequency converters help optimize energy use by adjusting motor speed to process requirements.
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How is the module installed?
It is mounted within control cabinets or drive system panels.
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Is it compatible with ABB industrial drive architectures?
Yes, it is designed to integrate into ABB automation and drive platforms.
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Can it operate in demanding industrial conditions?
Yes, it is built for reliable performance in environments with electrical noise and heavy equipment.
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Which industries commonly deploy this module?
Mining, power generation, oil and gas, heavy manufacturing, and process industries.
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Why are frequency converters important in automation systems?
They enable precise motor control, improved efficiency, and stable operation of industrial processes.