SCHNEIDER ALTIVAR 950

Schneider Altivar 950 AC Drive

Schneider Altivar 950 AC Drive for Advanced Industrial Motor & Process Control

Industrial processes often require more than basic motor speed regulation. Pumps, fans, compressors, conveyors and other process equipment may need accurate motor control, energy information, equipment monitoring and reliable communication with the automation system.

The Schneider Altivar 950 AC Drive, part of the Altivar Process ATV900 family, is designed for demanding industrial motor-control and process applications. Schneider's current product references include ATV950 configurations with features such as embedded power measurement and energy dashboards, process monitoring and control, asset monitoring and protection, drift monitoring and maintenance support.

We Tech Power Solutions Ltd supplies Schneider Electric Altivar drives for industrial automation applications and assists customers with drive selection according to motor rating, load characteristics, application, communication and installation requirements.

What Is the Schneider Altivar 950 AC Drive?

The Altivar 950 is an industrial variable-speed drive designed to control AC motors while providing additional process and equipment information.

Instead of operating a motor only at a fixed speed, an AC drive can adjust motor operation according to the process requirement. This can help machines achieve controlled acceleration, deceleration and speed regulation.

The ATV950 is particularly relevant when the drive is expected to participate in the broader automation system rather than simply provide standalone motor-speed control.

Typical functions can include:

• Motor speed control

• Controlled acceleration and deceleration

• Process monitoring

• Energy measurement

• Equipment protection

• Drive diagnostics

• Industrial communication

• Application-specific motor control

• Maintenance information

The exact functions and ratings depend on the selected ATV950 order number.

Why Choose Altivar 950 for Process Applications?

The ATV950 is designed around the requirements of industrial processes where motor operation and process information need to work together.

Embedded Energy Information

Selected ATV950 references include embedded power measurement and an energy dashboard, helping users monitor electrical consumption associated with the drive and motor application.

Process Monitoring

Schneider lists embedded process monitoring and control among the capabilities of applicable ATV950 products.

Equipment Monitoring

The drive includes functions for asset monitoring and protection, helping operators obtain information about the condition and operation of connected equipment.

Maintenance Support

Selected ATV950 products include features such as dynamic QR-code access for easier maintenance and product information.

Built Around the Motor & the Process

A VFD selection should begin with the application rather than simply choosing a kW rating.

For example:

Pump application

The drive may need controlled motor speed, process feedback and protection functions.

Fan application

Speed variation can be used to match motor operation with changing process demand.

Compressor application

The drive must be selected according to the compressor's motor rating, load profile and operating conditions.

Conveyor application

Acceleration, deceleration, speed control and communication with the machine PLC can be important.

Process equipment

The drive may need to exchange operating information with the automation system while maintaining controlled motor operation.

This application-first approach helps identify the appropriate ATV950 configuration.

Power Ratings for Different Industrial Requirements

The Schneider ATV950 family includes multiple power configurations.

Current Schneider references demonstrate ATV950 products at ratings including:

• 2.2 kW

• 3 kW

• 11 kW

• 15 kW

• 22 kW

• 30 kW

• 37 kW

• 45 kW

• 55 kW

• 75 kW

• 90 kW

Several Schneider India references are specified for 400–480 V supply and IP55 enclosure configurations, although the exact rating, enclosure and electrical characteristics depend on the order number.

Therefore, the complete model number should always be confirmed before quotation.

IP55 Enclosed Configurations

Selected ATV950 models are supplied as IP55 variable-speed drives.

For example, Schneider lists:

• ATV950D22N4 — 22 kW, 400–480 V, IP55

• ATV950D30N4 — 30 kW, 400–480 V, IP55

• ATV950D55N4 — 55 kW, 400–480 V, IP55

• ATV950D75N4 — 75 kW, 400–480 V, IP55

• ATV950D90N4 — 90 kW, 400–480 V, IP55

Some references also include an integrated braking unit.

The actual enclosure rating, braking arrangement and other features must be verified against the exact product reference.

Energy Monitoring for Industrial Operations

Energy consumption is an important part of modern industrial operation.

Applicable ATV950 models provide embedded power measurement and energy-dashboard functions. This allows the drive to provide more information than simply motor speed and frequency.

This information can support activities such as:

• Monitoring motor energy consumption

• Comparing operating conditions

• Identifying changes in energy use

• Supporting maintenance analysis

• Understanding process-related energy demand

• Improving visibility of motor-driven equipment

The drive should not be treated as a standalone energy-management system; the available data and integration depend on the exact configuration and automation architecture.

Process Monitoring & Equipment Protection

In process industries, the motor is usually part of a larger system.

A pump, compressor or fan can influence the overall process, so monitoring the drive and connected equipment can provide useful operational information.

Schneider lists functions including:

• Process monitoring and control

• Asset monitoring

• Asset protection

• Drift monitoring

• Drive diagnostics

• Maintenance assistance

on applicable ATV950 configurations.

These functions can help maintenance and operations teams obtain additional information from the motor-control system.

Braking Capability for Controlled Deceleration

Some ATV950 configurations include a braking unit.

For example, Schneider's ATV950D22N4, ATV950D30N4, ATV950D55N4, ATV950D75N4 and ATV950D90N4 product references are listed with braking-unit functionality.

Braking requirements should be evaluated according to:

• Motor power

• Load inertia

• Required stopping time

• Duty cycle

• Regenerative energy

• Mechanical load characteristics

Do not assume that every ATV950 reference has the same braking configuration.

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Communication & Automation Integration

The Altivar 950 can form part of a larger industrial automation architecture.

Depending on the selected configuration and communication options, the drive can be integrated with:

• PLC systems

• HMIs

• SCADA systems

• Industrial Ethernet networks

• Process-control systems

• Remote monitoring architectures

• Other automation equipment

The exact communication protocol and option module must be selected according to the control architecture.

For projects involving Schneider PLCs, the drive can be evaluated alongside Modicon automation platforms to create a coordinated control system.

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Applications of Schneider Altivar 950

Pumps

Suitable configurations can be used for industrial pumping systems where variable motor speed, process monitoring and equipment protection are required.

Typical applications include:

• Water transfer

• Industrial water systems

• Process pumps

• Utility pumping

• Circulation systems

Fans & Blowers

Variable-speed control can be applied to industrial ventilation and air-moving equipment.

Applications can include:

• Industrial ventilation

• Process fans

• Cooling systems

• Air-handling equipment

Compressors

The drive can be considered for compressor applications where the motor and load characteristics match the selected drive configuration.

Conveyors

ATV950 configurations can be applied to conveyor systems requiring controlled motor operation and integration with machine automation.

Process Machinery

The drive can form part of process equipment where motor control, monitoring and automation communication are required.

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Industries Using Altivar 950 AC Drives

The ATV950 can be considered for motor-driven equipment in industries such as:

Water & Wastewater

Pumping, treatment and water-transfer applications.

Manufacturing

Production machinery, material handling and process equipment.

Food & Beverage

Pumps, fans, conveyors and process machinery where the selected drive configuration meets site requirements.

Mining & Heavy Industry

Large motor-driven equipment and demanding industrial processes.

Oil & Gas

Selected motor-control applications subject to project-specific certifications and environmental requirements.

Chemical & Process Industries

Process pumps, fans, compressors and other motor-driven equipment.

Infrastructure & Utilities

Industrial pumping, ventilation and utility equipment.

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Technical Overview

Parameter Schneider Altivar 950

Brand Schneider Electric

Product Family Altivar Process ATV900

Product Altivar 950

Product Type Industrial AC Variable Speed Drive

Application Motor control & process automation

Motor Control Model/application dependent

Power Ratings Multiple configurations

Example Ratings 2.2 kW to 90 kW references available

Input Voltage 400–480 V on referenced N4 configurations

Enclosure IP55 on applicable references

Braking Integrated braking unit on selected references

Energy Monitoring Embedded power measurement on applicable models

Process Functions Process monitoring and control

Asset Functions Asset monitoring and protection

Maintenance Diagnostic/maintenance features

Communication Model and option dependent

Installation Model/configuration dependent

Typical Applications Pumps, fans, compressors, conveyors and process equipment

Technical specifications vary significantly by order number. Confirm the exact ATV950 model, motor rating, voltage, overload requirement, enclosure, braking requirement and communication options before purchase. Schneider's current product pages should be used for final configuration verification.

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How to Select the Correct Altivar 950

Choosing the right AC drive involves more than matching the motor's kW.

1. Motor Rating

Provide:

• Motor power

• Rated voltage

• Rated current

• Rated frequency

• Motor speed

• Motor type

2. Load Characteristics

Identify whether the application involves:

• Constant torque

• Variable torque

• High starting torque

• Frequent acceleration/deceleration

• High-inertia loads

• Continuous operation

3. Supply Voltage

Confirm the available incoming electrical supply before selecting the drive.

4. Environmental Conditions

Review:

• Ambient temperature

• Humidity

• Dust

• Vibration

• Installation altitude

• Required enclosure protection

5. Braking Requirement

Determine whether the application requires controlled stopping or braking energy management.

6. Communication

Identify the PLC, SCADA or control system and select the required communication architecture.

7. Exact Order Number

The final selection should always be based on the complete Schneider order number rather than simply “Altivar 950.”

Altivar 950 for Retrofit & Replacement Projects

Replacing an existing industrial drive requires checking the complete electrical and mechanical application.

Before replacing a drive, collect:

• Existing drive model

• Motor nameplate

• Input voltage

• Motor current

• Motor power

• Application/load type

• Existing communication network

• Braking arrangement

• Enclosure requirement

• Control-panel dimensions

• Existing PLC/HMI integration

For older Schneider Altivar installations, the replacement should be checked for parameter compatibility, communication requirements and mechanical installation.

We Tech Power Solutions Ltd can assist with identifying the appropriate Schneider drive based on the existing drive and motor information.

Maintenance & Diagnostic Considerations

A variable-speed drive should be treated as part of the complete motor system.

Regular maintenance can include checking:

• Cooling and ventilation

• Electrical connections

• Motor cable condition

• Drive alarms

• Operating temperature

• Motor current

• Load behaviour

• Communication status

• Environmental conditions

Schneider's current ATV950 references include diagnostic and maintenance-oriented features, including dynamic QR-code access on applicable products.

Always follow Schneider's installation and maintenance documentation for the exact drive model. Schneider's current ATV930/ATV950 installation manual provides mechanical, electrical, installation and wiring information.

Schneider Altivar 950 AC Drive Supplier in Ahmedabad, Gujarat & India

Looking for a Schneider Altivar 950 AC Drive supplier in Ahmedabad?

We Tech Power Solutions Ltd supplies Schneider Electric industrial automation products and supports customers with AC drive selection for machine and process applications.

We can assist with:

• Altivar 950 model identification

• Motor-drive selection

• Power-rating selection

• Braking requirements

• Communication options

• Replacement drives

• Industrial automation integration

• Product sourcing and quotation

We support enquiries across:

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

Why Choose We Tech Power Solutions Ltd?

Selecting an industrial AC drive requires matching the drive to the motor, load and process.

We Tech Power Solutions Ltd can help evaluate:

• Motor nameplate data

• Application type

• Required drive rating

• Input supply

• Braking requirement

• Communication architecture

• Environmental conditions

• Existing drive model

• Replacement requirements

For a faster quotation, provide the complete existing drive model or motor nameplate details.

Frequently Asked Questions

1. What is Schneider Altivar 950 AC Drive?

Schneider Altivar 950 is an industrial variable-speed drive in the Altivar Process ATV900 family. It is designed for motor control and process applications and includes monitoring, energy and maintenance functions on applicable configurations.

2. What power ratings are available for Altivar 950?

Schneider's current product references include multiple ratings, with examples ranging from 2.2 kW to 90 kW in 400–480 V configurations. The exact available rating depends on the selected product reference and market.

3. Is Altivar 950 available with IP55 protection?

Yes. Schneider lists multiple ATV950 references with IP55 construction, including examples such as ATV950D22N4, ATV950D30N4, ATV950D55N4, ATV950D75N4 and ATV950D90N4.

4. Does Altivar 950 provide energy monitoring?

Applicable ATV950 models include embedded power measurement and an energy dashboard, allowing users to obtain additional information about electrical energy use.

5. Does Altivar 950 have a braking unit?

Some ATV950 configurations include an integrated braking unit. The feature is model-specific, so the exact order number should be checked when braking is required.

Get Schneider Altivar 950 AC Drive for Your Application

Need a Schneider Altivar 950 AC Drive in Ahmedabad, Gujarat or India?

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

Our team can help identify the appropriate Altivar 950 configuration for your industrial motor-control or process-automation requirement.

Contact We Tech Power Solutions Ltd for Schneider Altivar 950 product selection and quotation support.