SCHNEIDER ALTIVAR 630

Schneider Altivar 630 AC Drive

Schneider Altivar 630 AC Drive for Process Motor Control & Energy Management

Industrial process equipment often operates under changing load conditions. Pumps, fans, compressors and other motor-driven systems need controlled speed, reliable operation and visibility into how the equipment is performing.

The Schneider Altivar 630 AC Drive (ATV630) is part of the Altivar Process ATV600 family and is designed for industrial process applications where motor control needs to work together with process monitoring, energy information and equipment protection.

Schneider's current ATV630 references include features such as embedded power measurement, energy dashboards, process monitoring and control, energy-saving functions, asset monitoring and protection, and drift monitoringon applicable models.

We Tech Power Solutions Ltd supplies Schneider Electric Altivar drives for industrial users, OEMs, machine builders, panel builders and automation integrators across Ahmedabad, Gujarat, India and Gulf markets.

What Is Altivar 630?

The Altivar 630 is an industrial variable speed drive developed for controlling motors used in process applications.

A variable speed drive allows motor speed to be adjusted according to the operating requirement instead of continuously running the motor at a fixed speed.

For process equipment, this can help coordinate motor operation with changing demand.

Typical applications include:

• Industrial pumps

• Fans and blowers

• Compressors

• Process equipment

• Water systems

• Material handling

• Industrial utilities

• Production equipment

The exact motor-control functions and ratings depend on the selected ATV630 reference.

Why Use Altivar 630 in Process Applications?

ATV630 is designed around more than basic frequency and speed control.

Energy Visibility

Applicable ATV630 models include embedded power measurement and an energy dashboard, providing additional visibility into electrical consumption.

Process Monitoring

Schneider lists embedded process monitoring and control as a feature of ATV630 configurations.

Energy-Saving Functions

Selected ATV630 models include a Stop and Go function designed to reduce energy consumption when continuous motor operation is unnecessary.

Asset Protection

The drive provides asset monitoring and protection functions on applicable configurations, helping users monitor the operating condition of connected equipment.

Drift Monitoring

Selected references also provide drift-monitoring capabilities for process and equipment supervision.

Built for Pumps, Fans & Process Equipment

The best way to select an ATV630 is to start with the application and load, not simply the motor kW.

Pumping Systems

ATV630 can be used for industrial pumping applications where variable motor speed and process control are required.

Typical uses include:

• Water transfer

• Process pumps

• Circulation systems

• Industrial utilities

• Water-treatment equipment

Fans & Blowers

Variable-speed operation allows motor output to be adjusted according to process demand.

Applications can include:

• Industrial ventilation

• Cooling systems

• Process ventilation

• Air-handling equipment

Compressors

The ATV630 can be specified for suitable compressor applications after evaluating motor rating, load characteristics and operating duty.

Process Machinery

For process equipment, the drive can combine motor control with process information and communication with the automation system.

Energy Monitoring for Motor-Driven Equipment

Industrial motors can represent a significant part of a facility's electrical consumption. Understanding how a motor-driven process is using energy can therefore be useful for operations and maintenance teams.

Applicable ATV630 configurations provide embedded power measurement and energy-dashboard functionality.

This can provide information useful for:

• Monitoring electrical consumption

• Comparing operating conditions

• Identifying changes in energy use

• Supporting maintenance analysis

• Understanding process demand

• Reviewing motor-driven equipment performance

Actual energy savings depend on the motor, load profile, process control strategy and operating conditions.

Process Monitoring Instead of Standalone Motor Control

In a process plant, the motor is usually connected to a larger operating system.

For example:

Process Requirement → PLC/Controller → ATV630 → Motor → Process Equipment

The drive can control the motor while exchanging operating information with the automation system.

This architecture can help operators monitor:

• Motor speed

• Operating status

• Drive condition

• Process-related values

• Alarms

• Energy information

• Maintenance-related data

The actual data available depends on the selected model, configuration and automation architecture.

Communication with Industrial Automation

The Altivar 630 can be integrated into automation systems through its communication interfaces and optional network modules.

Depending on the configuration, communication architectures can include:

• Modbus TCP

• Modbus Serial

• Ethernet/IP

• PROFINET

• PROFIBUS DP

• CANopen

• EtherCAT

• Other supported industrial networks

Communication capabilities depend on the selected drive and installed option modules.

This allows the ATV630 to exchange information with:

• PLCs

• HMIs

• SCADA systems

• Industrial controllers

• Process-control systems

• Remote monitoring systems

For Schneider-based automation, the ATV630 can be integrated with compatible Modicon PLC systems as part of a coordinated control architecture.

Flexible Power & Voltage Configurations

The ATV630 family covers a broad range of motor applications.

Schneider currently lists references including:

• ATV630U15N4 – 1.5 kW, 380–480 V

• ATV630U22N4 – 2.2 kW, 380–480 V

• ATV630D22N4 – 22 kW, 380–480 V

• ATV630D55N4 – 55 kW, 380–480 V

• ATV630D75N4 – 75 kW, 380–480 V

• ATV630C22N4 – 220 kW, 380–480 V

• ATV630C31N4 – 315 kW, 380–480 V

These are examples rather than a complete catalogue. Schneider also lists ATV630 configurations for other voltage classes, including 200–240 V and 500–690 V.

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Enclosure Options Depend on the Model

The physical installation arrangement varies across the ATV630 range.

For example:

• ATV630U22N4 is listed as IP21 / UL Type 1

• ATV630D55N4 is listed as IP21 / UL Type 1

• ATV630D75M3 is listed as IP00

• ATV630C22N4 is listed as IP00

• ATV630D15N4Z is a cabinet-integration IP20 configuration

Therefore, enclosure protection should never be assumed from the ATV630 family name alone.

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Altivar 630 for High-Power Industrial Applications

The ATV630 family extends into high-power motor-control applications.

For example, Schneider lists:

ATV630C22N4

• 220 kW

• 350 HP

• 380–480 V

• IP00

• Process-oriented monitoring and energy functions

ATV630C31N4

• 315 kW

• 500 HP

• 380–480 V

• IP00

• Energy monitoring

• Process monitoring

• Asset monitoring and protection

These higher-power configurations are relevant to larger industrial process equipment where motor control and system integration are important.

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Applications of Schneider Altivar 630

Water & Wastewater

ATV630 can be considered for:

• Raw-water pumping

• Transfer pumps

• Process pumps

• Circulation systems

• Water-treatment equipment

HVAC & Industrial Ventilation

Suitable configurations can control:

• Fans

• Blowers

• Air-handling equipment

• Cooling systems

Chemical & Process Industries

Applications can include:

• Process pumps

• Fans

• Compressors

• Material-handling equipment

• Other motor-driven process systems

Manufacturing

ATV630 can be used in industrial plants for:

• Production equipment

• Pumps

• Fans

• Process machinery

• Utility systems

Mining & Heavy Industry

Higher-power configurations can be evaluated for demanding industrial motor applications.

Food & Beverage

Suitable configurations can be used for process pumps, fans and other motor-driven equipment where environmental requirements are met.

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Technical Overview of Schneider Altivar 630

Parameter Details

Brand Schneider Electric

Product Family Altivar Process ATV600

Product Altivar 630 / ATV630

Product Type Industrial AC Variable Speed Drive

Main Application Process motor control

Motor Applications Pumps, fans, compressors and process equipment

Example Power Range From low-power models to 315 kW references

Voltage Classes 200–240 V, 380–480 V and 500–690 V configurations

Energy Monitoring Embedded power measurement on applicable models

Energy Dashboard Available on applicable configurations

Process Functions Embedded process monitoring and control

Energy Saving Stop and Go function on applicable models

Asset Functions Asset monitoring and protection

Drift Monitoring Available on applicable configurations

Communication Model/option dependent

Enclosure IP00, IP20, IP21 and other model-specific configurations

Installation Panel, cabinet or machine installation depending on reference

Applications Water, HVAC, manufacturing, process industries and utilities

Technical specifications vary substantially by exact order number. Confirm the motor power, voltage, current, overload duty, enclosure, communication options and installation requirements before selecting the drive.

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Example Altivar 630 Models

ATV630U22N4

• 2.2 kW

• 3 HP

• 380–480 V

• IP21

• UL Type 1

• Embedded power measurement

• Energy dashboard

• Process monitoring and control

ATV630D22N4

• 22 kW

• 30 HP

• 380–480 V

• IP21

• UL Type 1

• Energy monitoring

• Process monitoring

• Stop and Go function

• Asset monitoring and protection

ATV630D55N4

• 55 kW

• 75 HP

• 380–480 V

• IP21

• UL Type 1

• Energy dashboard

• Process monitoring

• Energy-saving function

• Asset monitoring

ATV630D75M3

• 75 kW

• 100 HP

• 200–240 V

• IP00

• High-power process-drive configuration

ATV630C31N4

• 315 kW

• 500 HP

• 380–480 V

• IP00

• High-power industrial process application

• Embedded energy and process-monitoring features

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How to Select the Correct ATV630

1. Start With the Motor

Provide:

• Motor kW/HP

• Rated voltage

• Full-load current

• Frequency

• Rated speed

• Motor type

• Power factor where required

2. Identify the Application

Determine whether the drive will operate:

• Pump

• Fan

• Compressor

• Conveyor

• Process machine

• Blower

• Utility equipment

• Other industrial machinery

3. Determine the Load Profile

Check whether the application requires:

• Variable torque

• Constant torque

• High starting torque

• Frequent acceleration

• Frequent deceleration

• Continuous operation

• High-inertia handling

4. Confirm the Electrical Supply

Check:

• Input voltage

• Number of phases

• Frequency

• Available short-circuit level

• Electrical installation requirements

5. Choose the Communication Architecture

Determine whether the drive needs:

• Modbus TCP

• Modbus Serial

• Ethernet/IP

• PROFINET

• PROFIBUS

• CANopen

• EtherCAT

6. Check Environmental Conditions

Consider:

• Ambient temperature

• Humidity

• Dust

• Vibration

• Altitude

• Enclosure protection

• Cabinet installation

7. Confirm the Exact Order Number

The final selection should always be made using the complete ATV630 order number, not simply “Altivar 630.”

Altivar 630 for Replacement & Retrofit Projects

Replacing an existing VFD requires checking the complete motor-drive system.

Before ordering a replacement, collect:

• Existing drive model

• Motor nameplate

• Motor current

• Motor power

• Input voltage

• Application

• Existing communication protocol

• Braking requirements

• Enclosure requirement

• Panel dimensions

• PLC/HMI integration details

A drive with the same kW rating may not necessarily be a direct replacement because voltage, overload capability, enclosure, communication and installation requirements can differ.

We Tech Power Solutions Ltd can assist in evaluating the existing drive and identifying the appropriate Schneider configuration.

Maintenance & Operational Checks

Regular inspection of a VFD installation can help identify problems before they affect production.

Important checks include:

• Cooling and ventilation

• Electrical connections

• Motor cable condition

• Drive alarms

• Operating temperature

• Motor current

• Load behaviour

• Communication status

• Environmental conditions

• Fault history

Schneider's current ATV630 product references provide access to product documentation, software downloads and product-substitution information through the Schneider product platform.

Always follow the installation and maintenance instructions for the exact ATV630 reference.

Schneider Altivar 630 AC Drive Supplier in Ahmedabad, Gujarat & India

Looking for a Schneider Altivar 630 AC Drive supplier in Ahmedabad?

We Tech Power Solutions Ltd supplies Schneider Electric AC drives and industrial automation products for:

• OEMs

• Machine builders

• Panel builders

• Manufacturing plants

• Process industries

• System integrators

• Maintenance teams

We can assist with:

• ATV630 model identification

• Motor-drive selection

• Power-rating selection

• Communication selection

• Enclosure selection

• Drive replacement

• PLC-drive integration

• Industrial automation sourcing

• Product quotation

We support industrial automation enquiries across:

Ahmedabad | Gujarat | India | UAE | Dubai | Abu Dhabi | Saudi Arabia | Qatar | Oman | Kuwait | Bahrain

Why Choose We Tech Power Solutions Ltd?

An AC drive should be selected according to the motor, load, process and electrical environment.

We Tech Power Solutions Ltd can help evaluate:

• Motor nameplate details

• Application type

• Required drive rating

• Input voltage

• Load characteristics

• Communication network

• Environmental requirements

• Existing drive model

• Replacement requirements

For faster product selection, share the existing drive model or motor nameplate information.

Frequently Asked Questions

1. What is Schneider Altivar 630 AC Drive?

Schneider Altivar 630 is an industrial variable speed drive in the Altivar Process ATV600 family, designed primarily for process-oriented motor-control applications such as pumps, fans, compressors and related equipment.

2. What power ratings are available in Altivar 630?

The ATV630 range includes multiple power and voltage configurations, from low-power references such as 1.5 kW and 2.2 kW through high-power references such as 220 kW and 315 kW. The exact range depends on voltage class and product configuration.

3. Does Altivar 630 provide energy monitoring?

Yes. Applicable ATV630 references include embedded power measurement and an energy dashboard. Some models also include Stop and Go functionality for reducing energy consumption.

4. What applications are suitable for Altivar 630?

Typical applications include pumps, fans, blowers, compressors, water systems and industrial process equipment. The exact drive should be selected according to motor rating and load characteristics.

5. Does Altivar 630 support industrial communication?

Yes. Communication options depend on the exact configuration and optional modules. Schneider supports industrial networking options for integration with PLCs and other automation equipment.

Get Schneider Altivar 630 AC Drive for Your Application

Need a Schneider Altivar 630 AC Drive in Ahmedabad, Gujarat or India?

Share your motor kW/HP, voltage, rated current, application, duty requirement, communication protocol and existing drive model with We Tech Power Solutions Ltd.

Our team can help identify the appropriate ATV630 configuration for your industrial motor-control or process-automation requirement.

Contact We Tech Power Solutions Ltd for Schneider Altivar 630 product selection and quotation support.