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Schneider ATV71LD14N4Z | Variable speed drive Altivar Lift, 5.5 kW 7.5 Hp, 380…480 V three-phase, EMC filter, with heat sink

Schneider Electric

Out of stock

ATV71LD14N4Z | Variable speed drive Altivar Lift, 5.5 kW 7.5 Hp, 380…480 V three-phase, EMC filter, with heat sink

98,781 EGP

Out of stock


Schneider ATV71LD14N4Z | Variable speed drive Altivar Lift, 5.5 kW 7.5 Hp, 380…480 V three-phase, EMC filter, with heat sink

Outline Table

Heading Subheading
Introduction Overview of Schneider ATV71LD14N4Z
Features Variable Speed Drive and EMC Filter
Specifications Power, Voltage, and Phases
Heat Dissipation Heat Sink Technology
Applications Altivar Lift and Industrial Usage
Benefits Improved Efficiency and Performance
Installation Setup and Integration Process
Maintenance Tips for Longevity and Performance
Conclusion Summary and Key Takeaways
FAQs Common Questions and Answers

Schneider ATV71LD14N4Z | Variable speed drive Altivar Lift, 5.5 kW 7.5 Hp, 380…480 V three-phase, EMC filter, with heat sink description



The Schneider ATV71LD14N4Z is a powerful variable speed drive, also known as the Altivar Lift, designed for industrial applications. It offers advanced features like EMC filtering and efficient heat dissipation through a heat sink.


The key features of the Schneider ATV71LD14N4Z include its variable speed drive capability, EMC filter for reducing electromagnetic interference, and a robust heat sink for heat dissipation.

Variable Speed Drive

This drive allows precise control of motor speed, improving energy efficiency and performance in various applications.

EMC Filter

The built-in EMC filter ensures compliance with electromagnetic compatibility standards, reducing interference and ensuring smooth operation.

Heat Sink

Equipped with an efficient heat sink, the ATV71LD14N4Z effectively dissipates heat, ensuring optimal performance and longevity.


The ATV71LD14N4Z is rated at 5.5 kW (7.5 Hp) and operates on 380-480 V three-phase power, making it suitable for a wide range of industrial setups.

Power and Voltage

With its power rating and voltage compatibility, this drive can handle demanding applications with ease.


Operating on three-phase power ensures stable and consistent performance, crucial for industrial machinery.

Heat Dissipation

The heat sink technology in the ATV71LD14N4Z plays a vital role in maintaining optimal operating temperatures, prolonging the lifespan of the drive and connected equipment.


The Altivar Lift is commonly used in elevator systems, industrial lifts, and other applications requiring precise motor control and reliable performance.


Using the Schneider ATV71LD14N4Z offers several benefits, including improved energy efficiency, reduced electromagnetic interference, and enhanced equipment longevity.


Installing the ATV71LD14N4Z involves following manufacturer guidelines for proper setup and integration into existing systems.


Regular maintenance, such as cleaning the heat sink and checking for firmware updates, can ensure the drive operates efficiently over its lifespan.


In conclusion, the Schneider ATV71LD14N4Z is a versatile and reliable variable speed drive with advanced features like EMC filtering and efficient heat dissipation. Its application in Altivar Lift systems and industrial setups showcases its effectiveness in enhancing performance and reliability.


  1. Is the Schneider ATV71LD14N4Z suitable for elevator applications? Yes, it is specifically designed for applications like elevator systems.
  2. What benefits does the EMC filter provide? The EMC filter reduces electromagnetic interference, ensuring smooth operation and compliance with standards.
  3. Can the drive handle voltage fluctuations? Within its specified range (380-480 V), the drive can handle typical voltage fluctuations.
  4. Is professional installation required for the ATV71LD14N4Z? It’s recommended to have professional installation to ensure proper setup and integration.
  5. How often should maintenance be performed on the drive? Regular maintenance checks, as per manufacturer guidelines, are recommended for optimal performance and longevity.

Range of product

Product or component type

Device short name

Product destination

Product specific application

Supply frequency

Network number of phases

Motor power hp


EMC filter

Tightening torque

Protection type

Discrete input number

Discrete output number

Communication port protocol

Nominal output current

Maximum transient current

Speed drive output frequency

Speed range

Torque accuracy

Braking torque

Local signalling

Output voltage


Electrical connection

Sampling duration

Response time


Linearity error

Insulation resistance

Frequency resolution

Connector Type

Physical interface

Transmission frame

Transmission Rate

Data format

Type of polarization

Number of addresses

control options

Analogue input number

Analogue input type

Analogue output number

Method of access

Motor slip compensation

Switching frequency

Nominal switching frequency

Minimum braking resistance

Network frequency

Unit Type of Package 1

Number of Units in Package 1

Package 1 Height

Package 1 Width

Package 1 Length

Package 1 Weight

Unit Type of Package 2

Number of Units in Package 2

Package 2 Height

Package 2 Width

Package 2 Length

Package 2 Weight

REACh Regulation

EU RoHS Directive

China RoHS Regulation

Mercury free

RoHS exemption information



Product certifications

Vibration resistance

Electromagnetic compatibility

Operating altitude

IP degree of protection

Shock resistance

Noise level

Operating position


Assembly style

Regulation loop

Speed accuracy


Main documents

Datasheet Download Datasheet
Product datasheet Download
Instruction sheet
Catalog Download
User Guide

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