ATV610U30N4 - variable speed drive, Easy Altivar 610, 2.2kW, 3hp, 380 to 460V, IP20

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ATV610U30N4 - variable speed drive, Easy Altivar 610, 2.2kW, 3hp, 380 to 460V, IP20 Specification

Humidity %
5% to 95%

IP Rating
20

Mounting Type
DIN Rail And Screw Mounting

Product Type
VFD

Power Rating
380 V to 460 V

Application
Industrial Machinery

Color
Silver-grey

Weight
2.4 Kilograms (kg)

Usage & Applications
Industrial Machinery

Rated Voltage
380 V to 460 V Volt (V)

Warranty
1 Year

Input Voltage
380 V to 460 V Volt (V)

Phase
3 Phase

Material
Plastic

Rated Current
380 V to 460 V Volt (v)

ATV610U30N4 - variable speed drive, Easy Altivar 610, 2.2kW, 3hp, 380 to 460V, IP20 Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About ATV610U30N4 - variable speed drive, Easy Altivar 610, 2.2kW, 3hp, 380 to 460V, IP20

The ATV610U30N4 is a 3.0 kW (4 HP) variable speed drive from the Schneider Electric Easy Altivar 610 series. It is a mid-range power unit designed specifically for fluid management and industrial automation in the water, wastewater, and oil & gas sectors.

Key Specifications

Power Rating: 3.0 kW (4 HP) for Normal Duty; 2.2 kW (3 HP) for Heavy Duty.
Voltage: 3-phase, 380V to 460V AC.
Current Rating: 7.2 A (Normal Duty) and 5.6 A (Heavy Duty).
Dimensions: 145 mm (W) x 297 mm (H) x 203 mm (D).
- In Inches: 5.71" (W) x 11.69" (H) x 7.99" (D).
Weight: 2.4 kg (5.3 lbs).
Communication: Integrated Modbus serial line (RS-485).

Core Features

Optimized for Fluids: Includes specific functions for pumps and fans, such as Pump PID, sleep/wake mode, and energy-saving variable torque profiles.
Rugged Reliability: Features coated circuit boards (Class 3C3/3S3) to resist chemical corrosion and dust in harsh industrial environments.
Easy Commissioning: Designed for quick installation with a simplified parameter set and factory pre-configurations.
Integrated Filtering: Comes with a built-in Class C3 EMC filter to reduce electrical interference.

The ATV610U30N4 functions as a mid-range power controller specifically tuned for fluid and flow management. While it can run standard conveyors, its software "brain" is primarily built to handle the dynamics of 3.0 kW (4 HP) pumps and fans.

1. Specialized Pump & Fan Logic

At this power level, the drive is often used in building management or water treatment. It includes:

Variable Torque Control: It functions to automatically lower the motor's power consumption as the speed drops, which is the most efficient way to run a fan or centrifugal pump.
Sleep/Wake Function: In a water pressure system, it functions to "go to sleep" when there is no water demand and "wake up" instantly when a faucet is opened, saving energy and pump life.
Multi-Pump Link: It can function in a lead/lag setup where it coordinates with other drives to maintain flow across multiple pumps.

2. Dual-Rating Flexibility

The drive functions differently depending on the mechanical load you connect to it:

Normal Duty (Fans/Pumps): Runs a 3.0 kW (4 HP) motor with a continuous output of 7.2 Amps. It allows for a 110% overload for 60 seconds.
Heavy Duty (Conveyors/Mixers): Runs a 2.2 kW (3 HP) motor with an output of 5.6 Amps. This mode functions to provide 150% torque for 60 seconds to pull heavy loads from a stop.

3. Integrated Process Control

Internal PID Regulator: It functions as a standalone process controller. By connecting a 4-20mA pressure or flow sensor, the drive calculates exactly how fast the motor needs to spin to maintain your setpoint without needing an external PLC.
Preset Speeds: Allows you to define up to 16 preset speeds, which is useful for machines that require specific fixed operating velocities.

4. Harsh Environment Protection (3C3/3S3)

Electronics Shielding: In wastewater or oil & gas environments, corrosive gases can eat away at copper. This drive functions with extra-thick protective coating on its circuit boards to prevent chemical corrosion and failure due to conductive dust.
Harmonic Mitigation: It functions with an integrated Class C3 EMC filter to ensure the electrical noise from a 4 HP motor doesn't cause "glitches" in nearby sensors or computer equipment.

5. Maintenance & Monitoring

Modbus Communication: It functions to transmit motor health data (current, temperature, and torque) over an RS485 network for remote monitoring.
Thermal Memory: It functions to track the motor's heat over time. If the motor is stopped and restarted frequently, the drive "remembers" the heat and will trip to prevent the motor from burning out.