Schneider Electric ATV610D15N4 Variable Speed Drive

USD 247.01

15kW 3-phase 380-460V IP20 variable speed drive with integrated EMC filter and Modbus protocol, designed for normal duty pump, fan, and compressor applications.

SKU Schneider-ATV610D15N4 Category
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Schneider Electric ATV610D15N4 Variable Speed Drive

Model Identifier ATV610D15N4
Official Part Number ATV610D15N4
GTIN Standard 3606480700569

Technical Overview

15kW 3-phase 380-460V IP20 variable speed drive with integrated EMC filter and Modbus protocol, designed for normal duty pump, fan, and compressor applications.

Key Features

  • Optimized for 15 kW (20 HP) normal duty and 11 kW (15 HP) heavy duty configurations
  • Supports up to 120% overload for normal duty and 150% overload for heavy-duty requirements
  • Integrated radio interference input filter conforming to IEC/EN 61800-3 Category C3 EMC standards
  • Equipped with built-in Modbus serial communications protocol with RJ45 connectivity
  • Compact IP20 enclosure rated for vertical wall or cabinet mounting
  • Forced convection cooling system keeps internal components within safe thermal limits

15 kW Normal Duty / 11 kW Heavy Duty, 380...460 V AC

Technical Specification Matrix

ParameterValue
Motor Power (Normal Duty)15 kW (20 HP)
Motor Power (Heavy Duty)11 kW (15 HP)
Rated Supply Voltage380...460 V AC (-15...10%)
Network Number of Phases3 phases
IP RatingIP20
EMC FilterIntegrated, conforming to IEC 61800-3 Category C3
Network Frequency50/60 Hz (+/-5 %)
Line Current29.4 A at 380 V (Normal Duty), 23 A at 380 V (Heavy Duty)
Prospective Line Isc22 kA
Apparent Power20.7 kVA at 460 V (Normal Duty)
Output Frequency0.1 to 500 Hz
Communication Port ProtocolModbus serial
Cooling TypeForced convection
Physical Weight (kg)7.2
Dimensions L x W x H (cm)23.3 x 17.1 x 36

Industrial Applications

1. Industrial Water Pump Flow Control

Utilizes the ATV610D15N4's frequency control capabilities to dynamically regulate pump rotational speed based on fluctuating system demand, thereby maintaining a steady pressure gradient in industrial or wastewater networks.

Problem Solved

Eliminates physical water hammer, mechanical fatigue on piping, and the excessive power surges associated with direct-on-line (DOL) pump starting.

VFD Pump ControlFlow RegulationPressure StabilizationSoft Start

2. Commercial HVAC Air Handling Unit Optimization

Directs fan motor speeds in large air-handling units (AHUs) based on live air quality and temperature feedback parameters transmitted via the integrated Modbus connection.

Problem Solved

Reduces mechanical wear on fan belts and system energy consumption during non-peak building occupancy periods.

HVAC Fan SpeedEnergy EfficiencyModbus IntegrationAir Handling

3. Heavy-Duty Rotary Air Compressor Drive

Applies the drive's 11 kW heavy-duty configuration to provide up to 150% torque overload capabilities, enabling standard three-phase compressor motors to start reliably under load.

Problem Solved

Provides the high breakdown torque needed during system startup without tripping grid circuit breakers due to inrush current.

Heavy Duty OverloadStarting TorqueRotary CompressorCurrent Limitation
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