Schneider ATS480C59Y is a three-phase AC motor soft starter of the Altivar ATS480 series, with a rated current of 590A and applicable to a voltage range of 208-690V. It can control a maximum power of 560kW (at 690V), designed specifically for normal and heavy-duty applications. It provides smooth motor start and stop control, protecting the motor and related equipment from electrical stress.
- Technische Kernparameter
| Parameterelement | Spezifikation |
| Modell | ATS480C59Y |
| Serie | Altivar ATS480 (formerly Altistart 480) |
| Typ | Three-phase AC motor soft starter |
| Nennstrom | 590A |
| Rated Power | 560kW (at 690V) |
| Betriebsspannung | 208V~690V AC |
| Control Power Supply | 110V~230V AC |
| Schutzklasse | IP00/IP20 |
| Maximum Operating Temperature | 60C |
| Abmessungen (H*W*D) | 670*400*314 mm |
- Main Functions and Features
- Advanced control algorithm: Adopts “Adaptive Boost” technology to provide customized starting torque, overcoming initial static friction without over-torque and ensuring smooth start-up.
- Multiple start/stop modes:
Voltage ramp start
Current limit start
Soft stop function (reduces water hammer effect)
Built-in pump control curve (suitable for water pump applications)
- Comprehensive protection functions:
Overcurrent and overload protection
Mains phase loss protection
Phase sequence protection
Underload/overload detection
Overheating protection
Short-circuit protection (external circuit breaker required)
- Communication capability: Supports various industrial communication protocols such as Modbus TCP, Ethernet/IP, CANopen, PROFINET and PROFIBUS DP, facilitating integration into automation systems.
- User-friendly interface: Equipped with a display terminal that provides parameter setting, status monitoring and fault diagnosis functions, with Chinese display support.
- Flexible installation: Wall-mountable, suitable for standard electrical cabinet layout.
III. Anwendungsszenarien
ATS480C59Y is suitable for various industrial applications requiring smooth start and precise control, especially for:
Water pump systems: Reduces pipeline water hammer effect and protects pumps and pipeline equipment.
Fan systems: Lowers starting current and reduces mechanical stress.
Compressors: Enables smooth loading and extends equipment service life.
Förderer: Prevents material sliding or damage during start-up.
Centrifuges: Achieves smooth acceleration and improves operational stability.
Heavy machinery: Reduces starting impact and protects the transmission system.
- Selection and Replacement Reference
Intra-series alternative models: ATS480D62Y (620A), ATS480C54Y (540A)
Performance-equivalent model: Schneider ATS48C59Y (corresponding model of the original series)
Cross-brand alternatives: Consider soft starters of the same specification such as ABB PSTX series, Siemens 3RW55 series and Rockwell 150-C series.
- Notizen
- Ensure good ventilation during installation to avoid performance impact caused by overheating.
- Must be used with circuit breakers and fuses of appropriate specifications.
- The control power supply shall be independent of the main power supply to ensure the stability of the control circuit.
- Set parameters correctly before start-up, especially current limit and start-up time.
- Regularly inspect the cooling fan and connection terminals to ensure normal operation of the equipment.
Model Interchange Guide for Schneider ATS480 Series and Soft Starters of Other Brands
To meet the needs of equipment replacement and multi-brand selection, this guide provides a precision model interchange comparison table for Schneider ATS480 series and soft starters of mainstream brands (ABB, Siemens, Rockwell, Eaton), covering the full current range (17A-1200A), with key selection notes and technical points attached.
- Series Positioning of Mainstream Brands
| Brand | Corresponding Series | Technische Merkmale | Anwendbare Szenarien |
| Schneider | ATS480 | TCS torque control, 208-690V, IP00/IP20 | Standard/heavy-duty industrial applications, comprehensive protection |
| ABB | PSTX (premium)/PSE (economic) | Torque control, built-in bypass, comprehensive communication | Industrial pumps, Fans, Kompressoren |
| Siemens | 3RW55 (high power)/3RW44 (medium power) | SIRIUS platform, integrated protection, Profibus | Industrial automation systems, precise control |
| Rockwell | 150-C (SMC-5)/SMC-3 | Intelligent motor control, built-in bypass, DeviceNet | North American market, Allen-Bradley ecosystem |
| Eaton | DS7 (high-end)/SSX (economic) | Soft stop, current limit, Modbus | Infrastructure, OEM equipment |
- Complete Model Interchange Comparison Table (in ascending order of current)
| Schneider ATS480 Model | Nennstrom | ABB PSTX Alternative Model | Siemens 3RW Alternative Model | Rockwell 150-C Alternative Model | Eaton DS7 Alternative Model |
| ATS480D17Y | 17A | PSTX25-600-70 | 3RW4422-1BC34 | 150-C07NBD | DS7-25-600 |
| ATS480D22Y | 22A | PSTX30-600-70 | 3RW4424-1BC34 | 150-C09NBD | DS7-30-600 |
| ATS480D32Y | 32A | PSTX45-600-70 | 3RW4426-1BC34 | 150-C12NBD | DS7-45-600 |
| ATS480D38Y | 38A | PSTX50-600-70 | 3RW4428-1BC34 | 150-C15NBD | DS7-50-600 |
| ATS480D47Y | 47A | PSTX60-600-70 | 3RW4432-1BC34 | 150-C18NBD | DS7-60-600 |
| ATS480D62Y | 62A | PSTX72-600-70 | 3RW4436-1BC34 | 150-C25NBD | DS7-75-600 |
| ATS480D75Y | 75A | PSTX85-600-70 | 3RW4440-1BC34 | 150-C30NBD | DS7-85-600 |
| ATS480D88Y | 88A | PSTX105-600-70 | 3RW4444-1BC34 | 150-C35NBD | DS7-105-600 |
| ATS480C11Y | 110A | PSTX142-600-70 | 3RW5536-6HA34 | 150-C47NBD | DS7-142-600 |
| ATS480C14Y | 140A | PSTX170-600-70 | 3RW5540-6HA34 | 150-C60NBD | DS7-170-600 |
| ATS480C17Y | 170A | PSTX210-600-70 | 3RW5544-6HA34 | 150-C75NBD | DS7-210-600 |
| ATS480C21Y | 210A | PSTX250-600-70 | 3RW5548-6HA34 | 150-C90NBD | DS7-250-600 |
| ATS480C25Y | 250A | PSTX300-600-70 | 3RW5552-6HA34 | 150-C110NBD | DS7-300-600 |
| ATS480C32Y | 320A | PSTX370-600-70 | 3RW5556-6HA34 | 150-C140NBD | DS7-370-600 |
| ATS480C41Y | 410A | PSTX470-600-70 | 3RW5563-6HA34 | 150-C175NBD | DS7-470-600 |
| ATS480C48Y | 480A | PSTX540-600-70 | 3RW5568-6HA34 | 150-C200NBD | DS7-540-600 |
| ATS480C59Y | 590A | PSTX600-600-70 | 3RW5573-6HA34 | 150-C250NBD | DS7-600-600 |
| ATS480C66Y | 660A | PSTX720-600-70 | 3RW5578-6HA34 | 150-C275NBD | DS7-720-600 |
| ATS480C79Y | 790A | PSTX850-600-70 | 3RW5583-6HA34 | 150-C350NBD | DS7-850-600 |
| ATS480M10Y | 1000A | PSTX1050-600-70 | 3RW5588-6HA34 | 150-C400NBD | DS7-1050-600 |
| ATS480M12Y | 1200A | PSTX1200-600-70 | 3RW5592-6HA34 | 150-C500NBD | DS7-1200-600 |
III. Key Notes for Model Interchange
- Current Matching Principle
Standard load: Rated current of the alternative model ≥ Rated current of the motor
Heavy-duty application: Rated current of the alternative model ≥ 1.25 × Rated current of the motor
690V system: Pay attention to the power-current conversion relationship (Power ≈ Current × 0.53)
- Consistency Check of Key Parameters
| Parameterelement | Mandatory Matching | Recommended Matching | Adjustable |
| Operating voltage range (208-690V) | ✓ | – | – |
| Steuerstromversorgung (110-230V und) | ✓ | – | – |
| Start/stop modes (voltage ramp/current limit) | ✓ | – | – |
| Protection functions (overload/phase loss/phase sequence/overheating) | ✓ | – | – |
| Communication protocol (Modbus TCP/Ethernet/IP) | – | ✓ | ✓ |
| Installation dimensions and heat dissipation requirements | – | ✓ | ✓ |
| Protection class (IP00/IP20) | – | ✓ | ✓ |
- Adaptation for Special Applications
Water pumps: Confirm the built-in pump control curve function.
Fans: Check the fan-specific control mode.
Compressors: Verify the torque control accuracy and starting current limiting capability.
Heavy-duty start: Ensure the alternative model supports derating (z.B., 1.25 times the motor current).
- Technical Differences between Brands
ABB PSTX: Equipped with a built-in bypass contactor, no additional installation required.
Siemens 3RW: High integration of SIRIUS thermal overload protection, with closer cooperation with contactors.
Rockwell 150-C: Superior DeviceNet communication, suitable for Allen-Bradley systems.
Eaton DS7: Larger adjustable range of soft stop time, suitable for long-distance conveying systems.
- Replacement Implementation Steps
- Parameter recording: Record the key parameters of the original ATS480 (starting current limit, start-up time, soft stop time, protection threshold, usw.).
- Model confirmation: Select the corresponding alternative model according to the current and application scenario.
- Installation adaptation: Confirm the compatibility of installation dimensions, heat dissipation space and connection terminals.
- Parameter migration: Set the original parameters to the new equipment accordingly.
- Function test: Conduct no-load test of start/stop functions and load test to verify the protection mechanism.
- Communication configuration: Configure the corresponding communication protocol to ensure compatibility with the upper system.
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