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- 290 x 762 x 323 mm
- 53 kg
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Product Overview
The Schneider ATV610D55N4 Variable Speed Drive is a high-performance Altivar Process ATV610 Variable Frequency Drive (VFD) developed by Schneider Electric for energy-efficient speed control of three-phase AC induction motors. Designed for demanding industrial applications, this drive combines advanced motor control algorithms, intelligent diagnostics, and comprehensive protection functions to optimize process performance while reducing energy consumption and equipment maintenance costs.
As a member of the Altivar Process ATV610 series, the ATV610D55N4 is engineered primarily for variable torque applications including pumps, fans, blowers, compressors, cooling systems, and large industrial process equipment. The drive utilizes advanced sensorless vector control technology to provide smooth acceleration, accurate speed regulation, stable torque output, and efficient operation across a wide operating range.
The ATV610D55N4 also incorporates built-in process monitoring, PID control, fault diagnostics, energy management features, and flexible communication options, allowing seamless integration with Schneider Electric EcoStruxure™ architecture, PLCs, HMIs, SCADA platforms, and Distributed Control Systems (DCS).
With dimensions of 290 × 762 × 323 mm and an approximate weight of 53 kg, the ATV610D55N4 is designed for cabinet-mounted installations where high reliability, efficient cooling, and simplified maintenance are essential.
Typical applications include water and wastewater treatment facilities, HVAC systems, mining operations, chemical plants, oil and gas production, food and beverage manufacturing, power generation, infrastructure projects, and heavy industrial automation.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Schneider Electric |
| Model | ATV610D55N4 |
| Product Series | Altivar Process ATV610 |
| Product Type | Variable Speed Drive (VFD) |
| Rated Motor Power | 55 kW |
| Input Supply | Three-Phase 380–460 VAC |
| Input Frequency | 50/60 Hz |
| Motor Type | Three-Phase AC Induction Motor |
| Motor Control Method | Sensorless Vector Control / V/F Control |
| Output Frequency | Adjustable Variable Frequency |
| Protection Rating | IP20 |
| Cooling Method | Forced Air Cooling |
| Communication | Built-in Modbus, optional Ethernet/IP, PROFINET, PROFIBUS DP, CANopen and other industrial protocols |
| Mounting Method | Cabinet / Panel Mount |
| Dimensions | 290 × 762 × 323 mm |
| Weight | 53 kg |
| Typical Application | Industrial motor speed control |
Function and Working Principle
The ATV610D55N4 converts fixed-frequency three-phase AC input into adjustable voltage and frequency output, enabling precise speed and torque control for industrial motors.
Typical Power Conversion Process
Three-Phase AC Power Supply
↓
Rectifier
↓
DC Bus
↓
IGBT PWM Inverter
↓
ATV610D55N4 Variable Speed Drive
↓
Three-Phase AC Motor
↓
Industrial Equipment
During operation, the drive continuously monitors process requirements and motor operating conditions while automatically adjusting output parameters.
Primary operating functions include:
- Variable motor speed regulation
- Advanced sensorless vector control
- Soft motor starting and stopping
- Adjustable acceleration and deceleration
- PID process control
- Automatic energy optimization
- Real-time fault diagnostics
- Motor overload protection
- Operating data monitoring
- Industrial communication integration
Role in Industrial Automation Systems
Within industrial automation systems, the ATV610D55N4 functions as the intelligent motor controller between automation controllers and high-power field equipment.
Typical automation architecture:
Industrial Sensors
↓
PLC / DCS Controller
↓
ATV610D55N4 Variable Speed Drive
↓
Three-Phase AC Motor
↓
Industrial Equipment
↓
Production Process
The drive continuously regulates motor speed while transmitting diagnostic and operational information to higher-level automation systems for improved process efficiency and predictive maintenance.
Its primary responsibilities include:
- Speed regulation
- Torque optimization
- Energy management
- Equipment protection
- Process stability
- Diagnostic reporting
- Communication with PLCs and HMIs
- Continuous operational monitoring
Industrial Applications
Water and Wastewater Treatment
Typical applications include:
- Raw water pumps
- Booster pump stations
- Filtration systems
- Aeration equipment
- Sludge handling systems
HVAC Systems
Suitable for:
- Air handling units
- Cooling towers
- Chillers
- Ventilation systems
- Building automation
Manufacturing Automation
Frequently installed in:
- Conveyor systems
- Packaging equipment
- Material handling systems
- Production lines
- Industrial processing equipment
Oil and Gas Industry
Common applications include:
- Compressor stations
- Pipeline pumping
- Refinery process equipment
- Petrochemical facilities
- Utility systems
Chemical Processing
Widely used in:
- Process pumps
- Agitators
- Mixing systems
- Cooling equipment
- Fluid transfer systems
Mining and Heavy Industry
Ideal for:
- Crushers
- Conveyors
- Ventilation systems
- Dewatering pumps
- Heavy-duty material handling equipment
Installation and System Integration
Before installation, engineers should verify:
- Input voltage compatibility
- Motor nameplate ratings
- Cabinet dimensions
- Cooling clearance
- Protective grounding
- Power cable sizing
- Communication requirements
- Environmental conditions
- Protective devices
- System configuration
Recommended Installation Procedure
- Disconnect all electrical power.
- Mount the drive securely inside the control cabinet.
- Connect the three-phase input supply.
- Connect the motor output terminals.
- Install the protective earth conductor.
- Complete control wiring.
- Configure communication parameters.
- Verify all electrical connections.
- Restore system power.
- Enter motor nameplate data.
- Configure operating parameters.
- Perform motor auto-tuning if required.
- Verify motor rotation.
- Test communication with PLC, HMI, and SCADA systems.
- Complete commissioning and save configuration settings.
Proper installation maximizes operational reliability, energy efficiency, and equipment service life.
Compatible System Components
| Component | Function |
|---|---|
| Schneider Modicon PLC | Machine automation control |
| ATV610D55N4 | Variable speed drive |
| Three-Phase AC Motor | Mechanical power output |
| HMI Panel | Operator interface |
| Circuit Breaker | Electrical protection |
| Contactor | Power isolation |
| EMC Filter | Electromagnetic compatibility |
| Braking Resistor | Dynamic braking (optional) |
| Industrial Ethernet Network | Industrial communication |
| SCADA System | Process monitoring |
Recommended Alternative Models
| Model | Product Type | Typical Application |
|---|---|---|
| ATV610D55N4 | Variable Speed Drive | 55 kW industrial motor control |
| ATV610D45N4 | Variable Speed Drive | Medium-power process applications |
| ATV610D75N4 | Variable Speed Drive | High-capacity industrial systems |
| ATV630D55N4 | Variable Speed Drive | Advanced process automation |
| ATV930D55N4 | Variable Speed Drive | High-performance industrial motion control |
Key Advantages
- Schneider Electric Altivar Process ATV610 platform
- Rated for 55 kW industrial motor applications
- Three-phase 380–460 VAC operation
- Advanced sensorless vector control
- Integrated PID process regulation
- Intelligent diagnostics and fault logging
- Built-in Modbus communication
- Flexible industrial network expansion
- Comprehensive motor protection
- High energy efficiency
- Cabinet-mounted industrial design
- Dimensions 290 × 762 × 323 mm
- Approximate weight 53 kg
Technical FAQs
What is the Schneider ATV610D55N4?
The ATV610D55N4 is an Altivar Process Variable Speed Drive (VFD) designed for controlling three-phase AC induction motors in industrial automation systems.
What is its primary function?
Its primary function is to regulate motor speed and torque by converting fixed-frequency AC input into adjustable voltage and frequency output, improving process efficiency and reducing energy consumption.
What is the rated motor power?
The drive is designed for 55 kW motor applications.
What are the physical dimensions?
The drive measures 290 × 762 × 323 mm.
What is the approximate weight?
The drive weighs approximately 53 kg.
Which motors are compatible?
It supports compatible three-phase AC induction motors used in pumps, compressors, fans, conveyors, mixers, and other industrial equipment.
Which industries commonly use this drive?
It is widely used in water treatment, HVAC, manufacturing, mining, food and beverage processing, chemical production, oil and gas, power generation, and infrastructure automation.
Does the drive improve energy efficiency?
Yes. By adjusting motor speed to match process demand, the drive significantly reduces electrical energy consumption while improving equipment performance and extending motor life.
What protection functions are included?
The drive incorporates overload, overcurrent, overvoltage, undervoltage, overheating, short-circuit, and motor protection functions, together with advanced fault diagnostics and operating history.
How can long-term reliability be maintained?
Routine inspection of cooling fans, ventilation passages, electrical terminals, communication connections, and parameter settings, combined with scheduled preventive maintenance, helps maximize the operational life and reliability of the ATV610D55N4.
Conclusion
The Schneider ATV610D55N4 Variable Speed Drive is a reliable and energy-efficient motor control solution for demanding industrial applications. Combining advanced sensorless vector control, intelligent diagnostics, flexible communication capabilities, and comprehensive protection functions, it delivers precise speed regulation, optimized process performance, and dependable long-term operation.
With dimensions of 290 × 762 × 323 mm and an approximate weight of 53 kg, the ATV610D55N4 is ideally suited for cabinet-mounted installations in water treatment facilities, HVAC systems, manufacturing plants, mining operations, chemical processing industries, oil and gas facilities, and infrastructure projects. When integrated with compatible PLCs, HMIs, SCADA platforms, industrial communication networks, and three-phase AC motors, it provides excellent operational reliability, simplified maintenance, improved energy efficiency, and high-performance industrial automation.