ATV310HU30N4E Schneider VFD

ATV310HU30N4E Schneider VFD Specification

Efficiency
97%

Mounting Type
Panel Mount

IP Rating
IP20

Operating Temperature
-10C to +50C

Shape
Rectangular

Connector Type
Screw Type

Overheating Protection
Yes, Integrated

Feature
Compact, Easy to Install, Overload Protection

Surface Finish
Matte

Insulation Material
Thermoplastic

Power Factor
0.98

Humidity %
5% to 95% (non-condensing)

Product Type
Variable Frequency Drive (VFD)

Application
Industrial Motor Speed Control

Protection Level
High (Integrated Fault & Overload Protection)

Frequency (MHz)
0.5-400 Hz

Rated Voltage
380-415 V AC

Energy Consumption
Optimized for efficiency

Output Type
Three Phase Output to Motor

Color
Grey / Black

Dimension (L*W*H)
143 mm x 190 mm x 180 mm

Weight
4.3 kg

Phase
Three Phase

Size
Standard

Input Voltage
380-415 V AC

Material
Plastic + Metal

Connection Type
Screw Terminal

Maximum Output Current
7.5 A

Maximum Motor Cable Length
50 m (shielded) / 100 m (unshielded)

Storage Temperature
-25°C to +70°C

Display Type
Integrated LED Display

Conformity To Standards
IEC 61800-5-1, EN 61800-3

Braking Unit
Integrated

Altitude
Up to 1000 m without derating

Model Number
ATV310HU30N4E

Cooling Method
Integrated Fan

Communication Port
RS485 Modbus

Motor Power Supported
3 kW (4HP)

Control Type
V/Hz, Sensorless Vector Control

About ATV310HU30N4E Schneider VFD

Description

This Easy Altivar 310 drive is a frequency inverter for three-phase asynchronous motors. Its protection index is IP20. It works at a rated power up to HD 3kW/4HP or ND 4kW/5HP, and a rated voltage from 380V to 460V AC. Its compact size, robust design and ease of installation, based on the principle of plug and play and its integrated functions make it particularly suitable for applications involving industrial machines and certain consumer machines. It offers high readability of key parameters thanks to a bright LED 4-digit display. Underload and overload detection help to protect your installation. It weighs 1.8kg and its dimensions are, 140mm wide, 184mm high, 151mm deep. This drive incorporates functions that are suitable for the most common applications, including textile machine, machine tools, wood making machine, material handling, packaging and printing machines, ceramic machine.

Main
Range of product	Easy Altivar 310
Product or component type	Variable speed drive
Product specific application	Simple machine
Assembly style	With heat sink
Device short name	ATV310
Network number of phases	Three phase
[Us] rated supply voltage	380...460 V - 15...10 %
Motor power kW	3 kW for heavy duty 4 kW for normal duty
Motor power hp	4 hp for heavy duty 5 hp for normal duty
Noise level	50 dB

Compact Design with Superior Protection

The ATV310HU30N4E VFD features a compact rectangular form, making it suitable for installations where space is limited. With an IP20 rating and integrated overload, fault, and overheating protection, it assures reliable operation and safety. Its robust construction, blending plastic and metal, ensures durability for demanding industrial environments.

Efficient Motor Control and Communication

Offering V/Hz and sensorless vector control, this VFD delivers efficient and precise motor speed management for industrial applications. The integrated LED display allows easy monitoring and setup, while the Modbus RS485 port provides seamless communication with automation systems, enabling integration into modern factory setups.

Easy Installation and Versatile Application

Designed for straightforward panel mounting, the ATV310HU30N4E is compatible with standard screw terminals, ensuring hassle-free setup and maintenance. Supporting cable lengths up to 100 meters (unshielded), this VFD is highly adaptable for various applications, and its compact size suits control panels of any configuration.

FAQ's of ATV310HU30N4E Schneider VFD:

Q: How do I install the ATV310HU30N4E VFD in my industrial setup?

A: The ATV310HU30N4E is designed for panel mounting using standard screw terminals. Ensure the device is installed in a well-ventilated control cabinet, connected to a three-phase 380-415 V AC power supply, and wired to your motor and control network according to the provided manual for safe and reliable operation.

Q: What are the main benefits of using this Schneider VFD model?

A: This VFD improves motor efficiency, reduces energy consumption with 97% efficiency and a 0.98 power factor, and offers high protection with integrated overload, fault, and overheating safeguards. Its compact size and easy installation make it ideal for both new installations and retrofits.

Q: When should I use sensorless vector control instead of V/Hz mode?

A: Sensorless vector control should be selected when you require higher dynamic performance and more precise speed or torque control, especially in variable load industrial applications. V/Hz mode is suitable for simpler, constant torque operations.

Q: Where can the ATV310HU30N4E be used considering its environmental ratings?

A: This VFD operates reliably in temperatures between -10C to +50C and altitudes up to 1000 meters without performance derating. Its IP20 rating is suitable for indoor, industrial environments where it's protected from direct water exposure and excessive dust.

Q: What is the process for connecting this VFD to a control system?

A: Communication can be established via the built-in RS485 Modbus port. After mounting and wiring the main power, connect the VFD to your automation network using proper Modbus addressing and configuration per the user manual, enabling remote control and monitoring.

Q: How does the integrated braking unit benefit my application?

A: The built-in braking unit allows for controlled deceleration and rapid stopping of the motor, which is particularly useful in applications that require frequent starts/stops or quick braking, enhancing both safety and operational efficiency.

Q: What maintenance is required to ensure reliable long-term performance?

A: Regularly inspect the integrated fan for dust build-up, ensure all screw terminals remain secure, and periodically check for fault or overload indications via the LED display. Following the manufacturer's recommended maintenance schedule will help maintain optimal performance and device longevity.

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