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Schneider ATV31HD15N4A Altivar 31 15kW 500V 3-Phase Variable Speed Drive Industrial VFD with EMC Filter IP20 Motor Control Inverter for Asynchronous Motors

Schneider ATV31HD15N4A Altivar 31 15kW 500V 3-Phase Variable Speed Drive Industrial VFD with EMC Filter IP20 Motor Control Inverter for Asynchronous Motors

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Brand:Schneider PLC
Item No.:Schneider ATV31HD15N4A
Product Origin: France
Product Dimensions:330 × 245 × 190 mm
Product Weight:11 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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ATV31HD15N4A-1ATV31HD15N4A-3ATV31HD15N4A-4ATV31HD15N4A-2

The Schneider ATV31HD15N4A is a robust Altivar 31 series variable speed drive designed for precise control of three-phase asynchronous motors in industrial automation systems.

It is engineered for 15 kW motor applications (20 HP class) and operates on a 380–500V three-phase power supply, making it suitable for a wide range of machinery such as pumps, conveyors, compressors, and general industrial equipment.

Built with a focus on simple machine control, stable torque output, and reliable operation, this VFD is widely used in legacy and mid-level automation systems where performance stability and cost efficiency are critical.


Technical Specifications — Industrial Grade Drive Performance

Core Electrical Data

ParameterSpecification
Product ModelATV31HD15N4A
SeriesAltivar 31
BrandSchneider
Device TypeVariable Speed Drive (VFD)
Rated Motor Power15 kW (20 HP)
Supply Voltage380–500 V, 3-phase
Output Current33 A
EMC FilterIntegrated
Control ModeSensorless flux vector control

Mechanical Dimensions & Weight

ItemSpecification
Dimensions (W × H × D)330 × 245 × 190 mm
WeightApprox. 9–11 kg

Performance Characteristics

  • Output frequency range: 0.0005 – 0.5 kHz
  • Switching frequency: 2 – 16 kHz adjustable
  • Overload capability: up to 150% torque
  • Built-in protection for overvoltage, overload, and motor faults
  • Stable torque control for variable load applications

Recommended Related Models — Altivar Series Alternatives

  • Schneider ATV312HD15N4 — newer compact VFD alternative
  • Schneider ATV320D15N4 — modern high-efficiency drive
  • Schneider ATV71HD15N4 — heavy-duty industrial version
  • Schneider ATV310HU15N4 — cost-effective light-duty drive
  • Schneider ATV12H075M2 — small machine applications

These models provide upgrade paths from legacy Altivar 31 systems to newer EcoStruxure-ready drive platforms.


Popular Schneider Drive & Automation Ecosystem Products

  • Altivar variable speed drives (ATV12 / ATV312 / ATV320 / ATV71 series)
  • Modicon PLC controllers (M221, M241, M251)
  • Magelis HMI panels
  • EcoStruxure machine automation platforms
  • TeSys motor control and protection devices 


Applications — Where ATV31HD15N4A Performs Best

The ATV31HD15N4A is widely used in:

  • Pump control systems
  • HVAC and ventilation systems
  • Conveyor belt automation
  • Packaging machinery
  • Material handling systems
  • Light industrial process equipment

It is especially effective in constant torque or variable torque applications requiring smooth motor acceleration and energy efficiency.


Advantages — Why Engineers Trust This Drive

  • Stable motor control using sensorless vector technology
  • Integrated EMC filtering for cleaner operation
  • Reliable torque performance under varying load conditions
  • Simple setup for OEM machinery
  • Strong compatibility with industrial automation systems
  • Proven long-term field reliability
  • Cost-effective solution for mid-range motor control


Technical FAQs (10 Questions)

Q1: What is the ATV31HD15N4A used for?
A1: It is used to control the speed and torque of three-phase AC motors.

Q2: What is its power rating?
A2: It supports 15 kW (20 HP) motors.

Q3: What voltage does it require?
A3: 380–500V three-phase supply.

Q4: Is it still in production?
A4: It is a legacy model and has been widely replaced by newer Altivar drives.

Q5: What type of motors is it compatible with?
A5: Three-phase asynchronous (induction) motors.

Q6: Does it include EMC filtering?
A6: Yes, it has an integrated EMC filter.

Q7: What is its control method?
A7: Sensorless flux vector control.

Q8: What industries use it?
A8: Manufacturing, HVAC, pumping systems, and conveyors.

Q9: Is it suitable for heavy-duty applications?
A9: It is designed for general-purpose industrial use, not extreme heavy-duty loads.

Q10: What is its main advantage?
A10: Stable, cost-effective motor speed control with proven industrial reliability.


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