SCHNEIDER LEXIUM 62 INTEGRATED MOTOR DRIVES

Schneider Lexium 62 ILM Integrated Servo Drive

Decentralized Multi-Axis Motion Control for PacDrive 3

The Schneider Lexium 62 ILM Integrated Servo Drive is a decentralized servo solution designed for multi-axis machine automation based on PacDrive 3. It combines the servo motor and drive electronics into an integrated unit, allowing machine builders to move servo functionality closer to the machine axis instead of installing every servo drive inside the main control cabinet.

Schneider Electric currently lists the Lexium 62 ILM range from 0.31 kW to 1.91 kW for PacDrive 3 automation solutions.

We Tech Power Solutions Ltd supplies Schneider Electric motion-control products for OEMs, machine builders, system integrators and industrial automation projects across Ahmedabad, Gujarat and India.

Why Choose an Integrated Servo Architecture?

Traditional servo systems generally place the drive electronics inside the electrical cabinet and connect them to motors installed throughout the machine.

Lexium 62 ILM takes a different approach.

The drive electronics are integrated with the servo motor, creating a decentralized motion architecture.

This can be particularly useful when a machine contains multiple servo axes distributed across different sections.

Key advantages include:

• Reduced cabinet-mounted servo hardware

• More decentralized machine architecture

• Optimized machine wiring

• Efficient multi-axis installation

• Better use of control-panel space

• Scalable servo-axis architecture

• PacDrive 3 integration

Schneider describes Lexium 62 ILM specifically as a multiaxis integrated servo-drive range for PacDrive 3.

Lexium 62 ILM: Motor + Drive in One Unit

The defining feature of the ILM platform is its integrated construction.

Instead of:

Controller → Cabinet Servo Drive → Motor

the architecture becomes:

PacDrive Controller → Communication Network → Integrated Servo Motor + Drive

This places the drive electronics at the machine axis.

For OEM machine builders, this approach can be useful when servo axes are physically distributed throughout the equipment.

Built for PacDrive 3

Lexium 62 ILM is not a general-purpose servo drive intended for every automation architecture. It is specifically positioned within the PacDrive 3 motion-control ecosystem.

A typical system can include:

• PacDrive 3 controller

• Lexium 62 ILM servo axes

• Connection modules

• Sercos III communication

• Hybrid cabling

• Machine I/O

• HMI

• Safety components

Schneider's Lexium portfolio identifies Lexium 62 as a multi-axis servo system for PacDrive 3, while Lexium 62 ILM provides the integrated-drive implementation.

Multi-Axis Motion Without Filling the Control Cabinet

As the number of servo axes increases, a conventional control cabinet can require considerable space for individual servo drives, power wiring and associated components.

With Lexium 62 ILM, the servo drive is distributed with the motor.

This can help machine builders create:

Central Control Cabinet

PacDrive Controller

Power Distribution

I/O

Network Components

↓

Distributed Servo Axes

ILM Axis 1

ILM Axis 2

ILM Axis 3

ILM Axis 4

ILM Axis 5

The result is a machine architecture where motion hardware is positioned closer to the mechanical axes.

Schneider highlights the space and wiring benefits of its integrated-drive concept, although the actual savings depend on machine design, cable routing and installation architecture.

Sercos III Communication

Communication is an important part of a decentralized motion system.

Lexium 62 ILM uses the Sercos III-based PacDrive 3 architecture for coordinated motion communication. Schneider also provides dedicated Sercos III daisy-chain cables for Lexium 62 ILM installations.

This architecture allows multiple servo axes to participate in coordinated machine movement.

It can support machine requirements such as:

• Axis synchronization

• Position control

• Speed control

• Coordinated motion

• Indexing

• Repetitive positioning

• High-speed machine sequences

The exact motion functions depend on the PacDrive controller, software and complete system configuration.

Connection Modules for Distributed Installation

Lexium 62 ILM installations can use dedicated connection modules to organize the connection between the integrated servo axes and the system power/communication architecture.

For example, Schneider documents the ILM62CMD20A000 connection module for connecting Lexium 62 ILM systems to an LXM62 power supply drive.

Dedicated Sercos III daisy-chain cables are also available in different lengths, including 5 m and 10 m references.

This makes it possible to design a more organized distributed servo network across larger machines.

Integrated Digital I/O Options

The Lexium 62 ILM ecosystem also includes digital I/O modules.

Schneider documents the VW3E702100000 Lexium 62 ILM digital I/O module with 8 digital I/O points, including configurable inputs and outputs.

This can help machine builders address selected local I/O requirements within the decentralized motion architecture.

The exact I/O requirement should be evaluated against the machine's controller, safety system and local-device architecture.

Power Range of Lexium 62 ILM

The Schneider Lexium 62 ILM range currently covers 0.31 kW to 1.91 kW.

The range is intended for distributed servo axes where integrated drive technology is beneficial.

When selecting a unit, do not select solely on kW. The machine designer should also evaluate:

• Continuous torque

• Peak torque

• Motor speed

• Acceleration

• Load inertia

• Mechanical transmission

• Duty cycle

• Encoder requirements

• Brake requirements

• Environmental conditions

Motor Configuration Matters

Lexium 62 ILM selection involves more than choosing a power rating.

Depending on the exact reference, the integrated servo solution can have different mechanical and feedback characteristics.

Before ordering, verify:

• Motor power

• Rated speed

• Torque

• Encoder configuration

• Shaft design

• Brake requirement

• Flange/mechanical configuration

• Cable requirements

• Connection architecture

The complete Schneider order number should therefore be confirmed before purchase or replacement.

Where Is Schneider Lexium 62 ILM Used?

Packaging Machinery

Suitable for distributed servo axes used in feeding, indexing, cutting, sealing and coordinated packaging movements.

Material Handling

Can be used for multi-axis handling systems where servo motors are positioned across different machine sections.

Pick-and-Place Machines

Useful for coordinated machine axes requiring precise and repeatable movement.

Filling & Processing Equipment

Can be integrated into machines requiring synchronized servo motion across multiple machine functions.

Printing & Converting

Suitable for applications where multiple axes must operate with controlled speed and synchronization.

Electronics Manufacturing

Useful for compact high-speed automation systems requiring distributed servo control.

Food & Beverage Machinery

Can be considered for packaging and processing equipment based on PacDrive 3 architecture.

OEM Special-Purpose Machines

Particularly relevant when machine builders need multiple distributed servo axes without placing every drive inside the central cabinet.

Schneider identifies packaging, material handling, material working, electronics and food & beverage among the motion-centric applications of its Lexium range.

Lexium 62 ILM vs Lexium 52

Both belong to the PacDrive 3 ecosystem, but they solve different machine-design requirements.

Feature Lexium 62 ILM Lexium 52

Product Type Integrated servo drive Stand-alone servo drive

Drive Electronics Integrated with motor Separate drive

Architecture Decentralized Cabinet-based

PacDrive 3 Yes Yes

Main Application Multi-axis integrated motion Single/few-axis servo applications

Power Range 0.31–1.91 kW 0.4–7 kW

Cabinet Requirement Reduced drive hardware in cabinet Servo drive installed in cabinet

Motor & Drive Integrated Separate components

Communication PacDrive 3 / Sercos III architecture PacDrive 3 / Sercos architecture

Schneider identifies Lexium 52 as a stand-alone servo-drive range and Lexium 62 ILM as a multiaxis integrated servo-drive range for PacDrive 3.

Technical Product Overview

Parameter Schneider Lexium 62 ILM

Brand Schneider Electric

Product Family Lexium 62 ILM

Product Type Integrated Servo Drive

Architecture Decentralized / Integrated

Automation Platform PacDrive 3

Power Range 0.31–1.91 kW

Drive & Motor Integrated

Communication Sercos III / PacDrive 3 architecture

Installation Distributed machine installation

Connection Dedicated connection modules and daisy-chain cabling available

Digital I/O Optional dedicated I/O modules available

Application Focus Multi-axis machine automation

Typical Industries Packaging, material handling, electronics, food & beverage, machine building

Exact specifications depend on the complete product reference and system architecture. Confirm the drive/motor configuration, connection modules, cables and accessories before ordering.

How to Select the Correct Lexium 62 ILM

1. Determine Axis Requirements

Identify:

• Number of servo axes

• Axis arrangement

• Required synchronization

• Machine cycle time

2. Calculate Motor Requirements

Determine:

• Required torque

• Continuous torque

• Peak torque

• Maximum speed

• Acceleration

• Deceleration

3. Define the Mechanical Configuration

Check:

• Mounting arrangement

• Shaft configuration

• Brake requirement

• Encoder requirement

• Machine dimensions

4. Confirm PacDrive 3 Compatibility

Verify the:

• PacDrive controller

• Sercos architecture

• Required axis count

• Connection modules

• Communication cables

5. Plan the Distributed Wiring

Determine the required:

• Hybrid cables

• Sercos III cables

• Connection modules

• Power distribution

• Local I/O

Schneider provides dedicated ILM connection modules and Sercos III daisy-chain cables for the platform.

6. Consider the Environment

Check:

• Ambient temperature

• Humidity

• Dust

• Vibration

• Machine installation conditions

• EMC requirements

7. Confirm the Exact Order Number

For replacement applications, provide the complete existing Lexium 62 ILM reference. This helps avoid mismatching motor, encoder, brake or mechanical configurations.

Schneider Lexium 62 ILM Supplier in Ahmedabad & India

We Tech Power Solutions Ltd supplies Schneider Electric Lexium motion-control products for OEMs, machine builders and industrial automation projects.

We can assist with:

• Lexium 62 ILM selection

• Integrated servo configuration

• PacDrive 3 architecture

• Servo sizing requirements

• Sercos III connectivity

• Connection-module selection

• Replacement and retrofit requirements

• Product quotation and sourcing

We support customers across Ahmedabad, Gujarat and India, with enquiry support for industrial projects in UAE, Dubai, Abu Dhabi, Saudi Arabia, Qatar, Oman, Kuwait and Bahrain.

Why Choose We Tech Power Solutions Ltd?

• Schneider Electric motion-control product sourcing

• Lexium integrated servo selection support

• PacDrive 3 application guidance

• Servo-axis configuration assistance

• Communication and accessory selection

• Replacement and retrofit support

• OEM automation support

• Ahmedabad-based industrial automation assistance

• Pan-India supply support

Frequently Asked Questions

What is Schneider Lexium 62 ILM?

Lexium 62 ILM is a multiaxis integrated servo-drive range designed for PacDrive 3 automation solutions. The drive electronics are integrated with the servo motor for decentralized machine installation.

What is the power range of Lexium 62 ILM?

Schneider Electric currently lists Lexium 62 ILM from 0.31 kW to 1.91 kW.

What is the main advantage of an integrated servo drive?

Integrating the drive electronics with the motor allows the servo system to be distributed closer to the machine axes. This can reduce cabinet-mounted hardware and simplify wiring in suitable multi-axis machine designs.

Does Lexium 62 ILM use Sercos III?

Yes. Schneider provides dedicated Sercos III daisy-chain cables for Lexium 62 ILM, supporting the PacDrive 3 motion architecture.

Can Lexium 62 ILM be expanded with I/O?

Yes. Schneider provides dedicated Lexium 62 ILM digital I/O modules, including the VW3E702100000 with 8 digital I/O points.

Request a Schneider Lexium 62 ILM Quote

Looking for a Schneider Lexium 62 ILM Integrated Servo Drive in Ahmedabad, Gujarat or India?

Share your ILM part number, number of axes, motor power, torque, speed, encoder/brake requirement or PacDrive 3 application details with We Tech Power Solutions Ltd. Our team can help identify the suitable integrated servo configuration.

Schneider Lexium 62 Servo Drive

Multi-Axis Servo System for High-Performance PacDrive 3 Automation

The Schneider Lexium 62 Servo Drive is a modular multi-axis servo system designed for high-performance machine automation using the PacDrive 3 platform.

Unlike a conventional single-axis servo drive, Lexium 62 is built around a shared power architecture in which multiple servo drives can operate as part of a coordinated multi-axis system. Schneider currently positions the Lexium 62 range for multi-axis servo applications from 0.95 kW to 24 kW.

We Tech Power Solutions Ltd supplies Schneider Electric motion-control products for OEMs, machine builders, system integrators and industrial automation projects across Ahmedabad, Gujarat and India.

What Is Schneider Lexium 62?

Lexium 62 is designed for machines where several servo axes need to work together under a common motion-control architecture.

The system typically consists of:

• PacDrive 3 motion controller

• Lexium 62 power supply

• Lexium 62 single or double servo drives

• Compatible servo motors

• Communication and connection components

• Machine I/O

• HMI and automation devices

Schneider describes Lexium 62 as a multi-axis servo system and servo motor range for PacDrive 3.

This makes it particularly suitable for machines where synchronized movement, coordinated positioning and high machine throughput are important.

Why Use a Multi-Axis Servo System?

A machine with multiple servo axes can require a large amount of cabinet space and power-management hardware when individual standalone drives are used.

Lexium 62 addresses this through a modular multi-axis architecture.

Key benefits include:

• Centralized multi-axis power architecture

• Coordinated servo operation

• Modular drive configuration

• Efficient cabinet utilization

• Scalable axis configuration

• PacDrive 3 integration

• Support for high-performance machine motion

Schneider documentation describes Lexium 62 as a modular servo-drive system designed for operation of servo drives in a multi-axis group, using a common DC bus supplied by the central power supply.

Common DC-Bus Architecture

One of the defining characteristics of Lexium 62 is its shared DC-bus architecture.

Instead of treating every servo axis as a completely independent drive installation, multiple servo converters can receive power from a common Lexium 62 power supply.

A simplified architecture is:

PacDrive 3 Controller

↓

Lexium 62 Power Supply

↓

Common DC Bus

↓

Servo Drive 1 | Servo Drive 2 | Servo Drive 3 | Servo Drive 4

↓

Servo Motors

This architecture is particularly useful for machines containing several coordinated axes.

Schneider's environmental documentation describes the Lexium 62 power supply as supplying the connected servo converters through a common DC bus.

Single & Double Servo Drive Options

Lexium 62 is available in different drive configurations to help machine builders match the servo architecture to the number and requirements of their axes.

The platform includes:

• Single servo drives

• Double servo drives

• Different current classes

• Central power-supply modules

Schneider documentation identifies Lexium 62 drives with different current classes, including peak-current classes extending up to 130 A for the documented range.

A double-drive configuration can be particularly useful when two servo axes need to be accommodated efficiently within the machine cabinet.

Designed for Coordinated Machine Motion

Lexium 62 is intended for motion-centric applications where multiple motors must operate according to coordinated machine sequences.

Typical motion requirements include:

• Position control

• Speed control

• Torque control

• Electronic gearing

• Synchronization

• Indexing

• Coordinated acceleration and deceleration

• Multi-axis positioning

• Repetitive machine cycles

The complete motion functionality depends on the PacDrive controller, software configuration, servo motor and machine architecture.

PacDrive 3 Integration

The relationship between Lexium 62 and PacDrive 3 is central to its application.

PacDrive 3 provides the machine-level automation and motion-control architecture, while Lexium 62 provides the servo-drive layer for the machine axes.

This allows OEMs to build coordinated automation systems containing:

• Servo axes

• Distributed I/O

• HMI

• Sensors

• Actuators

• Safety components

• Industrial communication

• Machine-control software

Schneider's Lexium master range identifies Lexium 62 as a multi-axis servo system specifically for PacDrive 3 automation solutions.

Efficient Cabinet Design

For machines with several servo axes, cabinet space can become a major design consideration.

Lexium 62's modular architecture can help machine builders organize the servo system around:

• Common power supply

• Multiple servo converters

• Shared DC-bus architecture

• Modular axis expansion

• Efficient cabinet layout

This approach can be particularly useful for high-axis-count packaging and processing machines where several servo drives must operate together.

Power Supply Options

The Lexium 62 system uses dedicated power-supply modules to provide the required DC-bus power for connected servo drives.

For example, Schneider currently documents the LXM62PD84A11000 power supply drive with a 42–84 A rating.

The correct power-supply selection depends on:

• Number of servo axes

• Continuous power

• Peak power

• Motor ratings

• Simultaneous axis loading

• Regenerative energy

• Machine duty cycle

The complete Lexium 62 system should therefore be sized as a coordinated power architecture rather than selecting each servo drive independently.

Servo Motor Compatibility

Lexium 62 is designed to operate with compatible Schneider servo motors within the Lexium/PacDrive ecosystem.

Motor selection should consider:

• Required torque

• Continuous speed

• Peak speed

• Load inertia

• Acceleration

• Mechanical transmission

• Holding-brake requirements

• Feedback configuration

• Environmental conditions

The correct motor-drive combination must be verified using the applicable Schneider selection documentation.

High-Speed Machine Applications

Lexium 62 is well suited to machines where several axes must operate with precise timing and coordinated movement.

This can be important for:

Packaging Machines

Servo axes can control feeding, indexing, cutting, sealing and synchronized packaging movements.

Material Handling

Useful for multi-axis conveyors, transfer systems and automated handling equipment.

Printing & Converting

Suitable for coordinated roller, feeding and positioning applications.

Food & Beverage Machinery

Can be integrated into high-speed packaging, filling and processing equipment.

Electronics Manufacturing

Useful for precision assembly, positioning and repetitive automated movement.

Material Working

Can support machine architectures requiring coordinated motion for selected cutting, forming and processing applications.

OEM Special-Purpose Machines

Particularly useful for machine builders developing equipment with multiple synchronized servo axes.

Schneider identifies packaging, food & beverage, material handling, material working and electronics among the motion-centric applications of its Lexium portfolio.

Lexium 62 vs Lexium 52 vs Lexium 62 ILM

Understanding the difference between these Schneider servo platforms is important when selecting a product.

Feature Lexium 52 Lexium 62 Lexium 62 ILM

Architecture Stand-alone servo drive Multi-axis servo system Integrated servo drive

PacDrive 3 Yes Yes Yes

Drive Location Cabinet Cabinet Integrated with motor

Main Concept Single/few-axis Multi-axis Decentralized multi-axis

Power Range 0.4–7 kW 0.95–24 kW portfolio 0.31–1.91 kW

Power Architecture Individual drives Common DC bus Distributed/integrated

Best Fit Economical single/few-axis machines High-performance multi-axis machines Decentralized integrated servo axes

Schneider's current product taxonomy distinguishes Lexium 52 as stand-alone, Lexium 62 as multi-axis, and Lexium 62 ILM as multiaxis integrated servo drives.

Technical Product Overview

Parameter Schneider Lexium 62

Brand Schneider Electric

Product Family Lexium 62 & Motors

Product Type Multi-Axis Servo System

Automation Platform PacDrive 3

Portfolio Power Range 0.95–24 kW

Architecture Modular multi-axis

Power Architecture Common DC bus

Drive Types Single and double servo drives

Power Supply Dedicated Lexium 62 power-supply modules

Current Classes Model dependent; documented range includes high-current configurations

Motor Compatible Schneider servo motors

Motion Position, speed, torque and coordinated multi-axis motion

Applications Packaging, material handling, electronics, food & beverage, material working

Installation Industrial control cabinet

Exact current, voltage, motor compatibility and drive configuration depend on the complete order number. Schneider's latest Lexium 62 hardware guide was updated in February 2026 and should be used for installation and maintenance requirements.

How to Select the Correct Lexium 62 System

1. Determine the Number of Axes

Start by identifying:

• Number of servo motors

• Required synchronized axes

• Individual axis power

• Simultaneous operation requirements

2. Calculate Motor Requirements

For each axis, determine:

• Continuous torque

• Peak torque

• Motor speed

• Acceleration

• Deceleration

• Load inertia

• Duty cycle

3. Select the Servo Drives

Choose the appropriate single or double Lexium 62 drive configuration for each axis.

4. Size the Common Power Supply

The central power supply must be selected according to the total system loading and machine operating profile.

5. Check Regenerative Energy

Decelerating servo axes can return energy to the DC bus. The system architecture should account for regenerative energy and braking requirements.

6. Confirm PacDrive Controller

Verify the controller, software, axis count and required motion functions.

7. Review Cabinet Requirements

Check:

• Drive arrangement

• Cooling

• Clearance

• Power distribution

• EMC

• Cable routing

• Maintenance accessibility

8. Confirm Complete Order Numbers

For replacement projects, provide the exact Lexium 62 power-supply and servo-drive references along with the existing motor details.

Schneider Lexium 62 Servo Drive Supplier in Ahmedabad & India

We Tech Power Solutions Ltd supplies Schneider Electric Lexium 62 servo systems for OEMs, machine builders and industrial automation projects.

We can assist with:

• Lexium 62 drive selection

• Multi-axis system planning

• Servo motor matching

• Power-supply selection

• Axis sizing

• PacDrive 3 architecture

• Replacement and retrofit requirements

• Product quotation and sourcing

We support customers across Ahmedabad, Gujarat and India, with enquiry support for projects in UAE, Dubai, Abu Dhabi, Saudi Arabia, Qatar, Oman, Kuwait and Bahrain.

Why Choose We Tech Power Solutions Ltd?

• Schneider Electric motion-control product sourcing

• Multi-axis servo selection support

• PacDrive 3 application guidance

• Servo motor and drive matching

• Power-system selection assistance

• Replacement and retrofit support

• OEM machine automation support

• Ahmedabad-based industrial automation assistance

• Pan-India supply support

Frequently Asked Questions

What is Schneider Lexium 62 used for?

Lexium 62 is a multi-axis servo system for PacDrive 3 automation solutions, designed for machines requiring coordinated servo motion across multiple axes.

What is the power range of Lexium 62?

Schneider currently lists the Lexium 62 multi-axis servo system and motors portfolio from 0.95 kW to 24 kW. Individual drive and motor ratings depend on the selected configuration.

What is the difference between Lexium 62 and Lexium 62 ILM?

Lexium 62 is a cabinet-based multi-axis servo system, while Lexium 62 ILM integrates the servo-drive electronics with the motor for decentralized installation. Schneider lists the ILM range separately at 0.31–1.91 kW.

Does Lexium 62 use a common DC bus?

Yes. Schneider documentation describes the Lexium 62 system as a modular multi-axis servo system in which a central power supply provides power to connected servo converters through a common DC bus.

Is Lexium 62 suitable for packaging machines?

Yes. Schneider identifies packaging and other motion-centric applications such as material handling, material working, electronics and food & beverage as applications for its Lexium motion portfolio.

Request a Schneider Lexium 62 Servo Drive Quote

Looking for a Schneider Lexium 62 Servo Drive in Ahmedabad, Gujarat or India?

Share your Lexium 62 part number, number of servo axes, motor ratings, required power supply, controller details or machine application with We Tech Power Solutions Ltd. Our team can help identify the appropriate multi-axis servo configuration.