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Allen-Bradley 20F11NE011JA0NNNNN — PowerFlex 753 AC Drive

Detailed Technical Specifications, Product Introduction, Applications, Advantages and Related Models

The 20F11NE011JA0NNNNN is an industrial AC variable-frequency drive from the Allen-Bradley PowerFlex 753 series. It is designed for three-phase AC motor control and is configured for the 600 VAC class, with an 11 A output-current rating, 10 HP normal-duty capacity, and 7.5 HP heavy-duty capacity.

This model uses a Frame 3 construction, forced-air cooling, an open-type enclosure, embedded I/O, EMC filtering, a dynamic-braking transistor and a blank/no-HIM configuration.

It is particularly suitable for industrial machinery that requires adjustable motor speed, controlled acceleration and deceleration, integration with a PLC or machine-control system, and a flexible drive architecture.

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1. Product Basic Information

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2. Brand and Product Series

The product hierarchy can be summarized as:

Allen-Bradley → PowerFlex → PowerFlex 753 → 20F11NE011JA0NNNNN

The PowerFlex 753 series is intended for industrial machinery and automation applications where a standard variable-frequency drive is required together with integrated I/O and additional control flexibility.

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3. Product Introduction

The 20F11NE011JA0NNNNN is a three-phase AC variable-frequency drive used to control the speed, acceleration, deceleration and torque behavior of AC motors.

Instead of supplying the motor directly from a fixed-frequency AC source, the drive generates a controlled output frequency and voltage. This allows the motor to operate at different speeds according to the requirements of the machine or process.

For example, a conveyor can run slowly during loading and faster during normal production. A pump can adjust its speed according to process demand. A fan can reduce its speed when full airflow is unnecessary.

The drive therefore provides much more flexibility than a conventional fixed-speed motor starter.

The model is configured for the 600 VAC class, making it suitable for industrial power systems and motors designed for this voltage range.

With an 11 A normal-duty output rating, it is intended for applications around the 10 HP / 7.5 kW normal-duty class.

For heavy-duty operation, the applicable rating is approximately 9 A / 7.5 HP / 5.5 kW.

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4. Main Product Configuration

The catalog number 20F11NE011JA0NNNNN identifies a specific configuration of the PowerFlex 753 platform.

Its principal configuration can be described as:

PowerFlex 753 + 600 VAC + 3-phase + 11 A + 10 HP ND + 7.5 HP HD + Frame 3 + filtered + CM jumper installed + DB transistor + no HIM.

This combination is important when identifying the correct drive for an existing installation.

Two PowerFlex 753 drives may have similar horsepower ratings but different voltage classes, current ratings, frame sizes, EMC configurations or options.

For replacement work, the complete catalog number should therefore be compared rather than selecting a drive only by horsepower.

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5. Detailed Electrical Parameters

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6. Voltage Rating

The 600 VAC voltage class is one of the most important characteristics of this model.

It is designed for three-phase industrial electrical systems where the drive input is within the applicable 600 V class.

This makes the model different from many 480 VAC PowerFlex drives.

When selecting a replacement, voltage should always be checked before horsepower.

A 10 HP motor does not automatically require the same drive regardless of whether the motor and electrical system are based on 480 VAC or 600 VAC.

The drive, motor and incoming power system must all be compatible.

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7. Output Current and Motor Capacity

The model provides approximately:

11 A normal-duty output current

and:

9 A heavy-duty output current

The corresponding motor ratings are approximately:

This dual-rating system allows the same drive platform to be applied to different load profiles.

For a relatively moderate load, the 10 HP normal-duty rating may be appropriate.

For an application with higher overload requirements, the 7.5 HP heavy-duty rating should be used as the relevant selection reference.

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8. Normal-Duty Applications

Normal-duty operation is generally associated with applications where the motor does not continuously experience severe overload conditions.

Typical examples include:

• Fans
• Pumps
• Light conveyors
• Air-handling equipment
• Process equipment with relatively stable torque
• General-purpose machinery

The actual motor nameplate current should always be compared with the drive rating.

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9. Heavy-Duty Applications

Heavy-duty applications place greater demands on the drive.

Examples can include machinery with:

• High starting torque
• Frequent acceleration
• Frequent deceleration
• High inertia
• Repeated overload conditions
• Rapid speed changes
• More demanding mechanical loads

For such applications, the heavy-duty rating should be considered rather than simply using the 10 HP normal-duty rating.

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10. Frame 3 Construction

The 20F11NE011JA0NNNNN uses Frame 3 construction.

The frame size affects the physical dimensions and installation arrangement of the drive.

It is also relevant to:

• Cooling
• Mounting
• Terminal arrangement
• Power capacity
• Cabinet design
• Service access
• Replacement planning

A Frame 3 drive should not be replaced with a physically different frame simply because the electrical horsepower appears similar.

The replacement must also fit the available mounting space and wiring arrangement.

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11. Dimensions

The approximate physical dimensions are:

The dimensions should be treated as approximate installation-reference values.

When designing a control cabinet, additional space should be allowed for:

• Power wiring
• Motor wiring
• Control wiring
• I/O connections
• Grounding
• Air circulation
• Maintenance
• Removal and replacement

The drive’s external dimensions alone should not be used as the complete cabinet-space requirement.

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12. Weight

The approximate product weight is:

5.44 kg

This is useful for:

• Cabinet structural calculations
• Mounting arrangements
• Shipping calculations
• Maintenance planning
• Replacement work
• Mechanical support design

The actual packaged shipping weight can be higher than the drive’s product weight because packaging and accessories may add additional mass.

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13. Cooling System

The drive uses forced-air cooling.

Variable-frequency drives generate heat during operation, particularly within their power semiconductor section.

The cooling system moves air through the drive to remove this heat.

For reliable operation, the cabinet designer should consider:

• Ambient temperature
• Internal cabinet temperature
• Airflow
• Fan condition
• Clearance
• Heat from nearby components
• Cabinet ventilation
• Number of drives in the enclosure

Poor ventilation can increase internal temperature and reduce the reliability of electronic equipment.

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14. Open-Type IP20 Enclosure

The drive uses an Open Type / IP20 configuration.

This means the drive is intended to be installed as part of a larger electrical system, normally inside an appropriate industrial control cabinet or enclosure.

It should not be treated as a weatherproof standalone product.

The surrounding enclosure should provide appropriate protection against:

• Dust
• Moisture
• Oil
• Mechanical impact
• Accidental contact
• Industrial contaminants

The final enclosure rating should be selected according to the installation environment.

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15. Embedded I/O

The PowerFlex 753 platform provides embedded I/O.

This is useful for integrating the drive into a machine without requiring additional external interface equipment for every basic control function.

Typical machine-control signals may include:

• Start command
• Stop command
• Enable
• Run status
• Fault status
• Speed reference
• Analog signals
• Digital signals
• Feedback-related functions

Embedded I/O can reduce wiring and make the electrical cabinet easier to organize.

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16. Dynamic Braking

The 20F11NE011JA0NNNNN includes a DB transistor for dynamic braking.

Dynamic braking is particularly useful when the motor needs to decelerate quickly.

During deceleration, a rotating motor can return energy to the drive’s DC bus.

If this energy is not managed correctly, the DC-bus voltage can rise.

A dynamic-braking system can direct the regenerated energy to an external braking resistor, where it is converted into heat.

This is useful for machines such as:

• Conveyors
• Hoists and material-handling equipment
• High-inertia machines
• Certain machine tools
• Packaging equipment
• Rotating machinery

The braking transistor is integrated into the drive, but the braking resistor itself is not automatically included.

The resistor must be appropriately selected for the machine’s regenerative energy and braking duty.

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17. EMC Filtering

The model uses a filtered EMC configuration.

EMC filtering helps control high-frequency electrical noise generated by the drive’s switching operation.

However, correct EMC performance also depends heavily on installation.

Important considerations include:

• Grounding
• Motor cable construction
• Cable shielding
• Cable routing
• Cabinet bonding
• Separation of power and signal wiring
• Proper termination of shields

A drive with filtering can still cause EMC problems if the installation is poorly designed.

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18. CM Jumper Installed

A particularly important feature of this model is:

CM jumper installed — preferred configuration.

The common-mode capacitor configuration affects the relationship between the drive’s electrical circuits and ground.

It can influence:

• Common-mode current
• Ground leakage
• EMC characteristics
• Grounding behavior
• Compatibility with the electrical system

When replacing an existing drive, this configuration should be checked carefully.

A replacement model with a different CM configuration should not simply be installed without considering the electrical system and grounding arrangement.

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19. No HIM Configuration

The model is supplied with:

Blank / No HIM

This means that a local Human Interface Module is not included in the basic drive configuration.

This is particularly useful when the machine uses:

• PLC control
• External HMI
• Remote operator panel
• Industrial communication
• Centralized machine supervision

For automated production equipment, a no-HIM drive can help keep the cabinet front panel simpler.

A separate interface can be installed when local adjustment or commissioning access is required.

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20. Product Applications

20.1 Conveyor Systems

The 20F11NE011JA0NNNNN is well suited to industrial conveyor systems.

A conveyor motor often needs different speeds during loading, transport and unloading.

The drive allows the motor speed to be adjusted according to the production process.

Controlled acceleration also reduces mechanical shock.

This can help reduce stress on:

• Belts
• Gearboxes
• Couplings
• Rollers
• Shafts
• Mechanical drive components

Dynamic braking can be useful when controlled stopping is required.

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20.2 Pumps

The drive can be used for industrial pump applications requiring variable-speed operation.

Changing motor speed can provide better process control than simply turning the motor fully on or fully off.

Potential applications include:

• Process pumps
• Circulation pumps
• Cooling-water pumps
• Transfer pumps
• Industrial fluid systems
• Water treatment equipment

The final drive size should be selected according to the actual motor current and pump duty.

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20.3 Fans and Blowers

Fans and blowers are common variable-frequency-drive applications.

The drive can adjust motor speed to match airflow requirements.

This can be useful in:

• Factory ventilation
• Exhaust systems
• Cooling equipment
• Process ventilation
• Air-handling systems

A variable-speed fan can also avoid running continuously at maximum speed when full airflow is not required.

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20.4 Packaging Machinery

Packaging machinery often requires controlled speed changes.

Different sections of a packaging line may operate at different speeds.

The drive can be used for:

• Feed conveyors
• Rollers
• Material transport
• Film handling
• Feed mechanisms
• Auxiliary machine motors

The embedded I/O can simplify integration into the overall machine-control system.

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20.5 Material Handling

Material-handling equipment benefits from controlled acceleration and deceleration.

Typical applications include:

• Transfer conveyors
• Roller systems
• Feeders
• Material positioning
• Industrial transport systems
• Production-line handling

The dynamic-braking capability is especially useful when a high-inertia load needs controlled stopping.

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20.6 Mixers and Agitators

The drive can be used on suitable mixers and agitators where variable speed is required.

Speed can be adjusted according to:

• Material characteristics
• Mixing stage
• Process requirements
• Production rate
• Load conditions

The actual torque requirement should be checked carefully before selecting the drive.

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20.7 Industrial Processing Equipment

The model can also be applied to general processing machinery.

Examples include:

• Rotating equipment
• Production machinery
• Process lines
• Industrial machines
• Auxiliary production equipment
• General-purpose motor-driven equipment

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21. Product Advantages

21.1 600 VAC Compatibility

The 600 VAC rating makes this model suitable for higher-voltage industrial installations.

This is particularly important for facilities where the motor and distribution system are based around the 600 V class.

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21.2 10 HP Normal-Duty Capacity

The 10 HP normal-duty rating provides a useful capacity range for medium-sized industrial motors.

It is large enough for many conveyors, pumps, fans and production machines while remaining considerably smaller than high-power industrial drives.

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21.3 7.5 HP Heavy-Duty Capacity

The heavy-duty rating adds flexibility when the machine has a more demanding load profile.

The drive can therefore be considered for applications that require higher overload capability, provided the actual load remains within the specified heavy-duty limits.

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21.4 Integrated Dynamic-Braking Transistor

The internal DB transistor is an important advantage for applications requiring controlled deceleration.

It can simplify the overall braking architecture.

The braking resistor still needs to be selected separately when required.

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21.5 Embedded I/O

Embedded I/O makes machine integration easier.

The drive can communicate with control equipment through its integrated interfaces for basic machine-control functions.

This can reduce external components and simplify wiring.

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21.6 Filtered Configuration

The filtered configuration provides a useful foundation for EMC-conscious industrial installations.

Combined with correct grounding and cable practices, it can help achieve a cleaner electrical environment.

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21.7 Flexible Control

The PowerFlex 753 architecture provides considerably more flexibility than a basic fixed-speed motor starter.

The drive can be integrated into a larger automation system and used with additional feedback, communication and control options where required.

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21.8 No-HIM Configuration

For PLC-controlled machines, a local keypad may not be necessary.

The no-HIM configuration allows the drive to function as an integrated machine component rather than requiring an operator interface on the drive itself.

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22. Five Recommended Models from the Same Series

The following models can be considered as related PowerFlex 753 options when the required motor capacity is different.

The target model sits in a useful middle position within the 600 V PowerFlex 753 range.

The lower-current models are suitable when the motor is smaller.

The 17 A and 22 A versions are more appropriate when the motor requires higher current.

For the related models, the weight figures are approximate engineering references. Exact dimensions and weights can vary according to the specific configuration and supplied accessories.

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23. Same-Series Comparison

The 20F11NE011JA0NNNNN is a logical choice when the motor falls around the 10 HP normal-duty range.

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24. Five Popular Related Models from the Same Brand

The following models represent other commonly encountered drive families and can be useful when considering alternatives for different machine sizes and voltage classes.

These models are related products rather than direct replacements.

In particular, the 480 VAC models should not be substituted for the 600 VAC target model simply because their horsepower ratings appear similar.

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25. PowerFlex 753 vs. PowerFlex 525

The PowerFlex 525 is more attractive when the machine is compact and operates on the 480 V class.

The PowerFlex 753 is more appropriate when the application requires the 600 V class and greater system flexibility.

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26. PowerFlex 753 vs. PowerFlex 755

The PowerFlex 755 family becomes more attractive as machine size, control complexity and feedback requirements increase.

For a 10 HP-class 600 V machine, however, the PowerFlex 753 provides a practical balance between capability and size.

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27. Typical Application Matching

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28. Motor Selection Guidelines

The motor should be selected based on more than horsepower.

The following parameters are important.

The motor nameplate full-load current is particularly important.

A motor’s horsepower rating by itself does not provide enough information for final drive sizing.

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29. Cabinet Design

The approximate drive dimensions are:

29.5 × 31.5 × 53.8 cm

The cabinet should provide additional space around the drive.

The installation should allow room for:

• Incoming power cables
• Motor cables
• Control cables
• I/O wiring
• Grounding
• Air circulation
• Cooling
• Maintenance
• Terminal access
• Braking connections
• Removal and replacement

The drive should not be installed immediately next to components that generate excessive heat.

When several drives are installed together, the cabinet’s total thermal load must be considered.

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30. Environmental Considerations

The drive is intended for an appropriate industrial control-panel environment.

A typical operating range is approximately:

0–50 °C

A typical storage range is approximately:

−40 to +70 °C

Relative humidity is generally in the range of:

5–95%, non-condensing

Condensation should be avoided.

The enclosure should also protect the drive from excessive:

• Dust
• Moisture
• Oil
• Corrosive contaminants
• Mechanical vibration
• Direct environmental exposure

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31. Advantages for Machine Builders

For machine builders, the model offers several practical advantages.

The integrated I/O reduces the need for additional interface components.

The no-HIM configuration is useful for machines controlled through a central HMI or PLC.

The dynamic-braking transistor provides a convenient solution for controlled deceleration.

The 600 VAC configuration allows the same general drive architecture to be used in higher-voltage industrial environments.

The PowerFlex 753 platform also supports additional options, making it possible to expand the drive’s functionality when the application requires feedback, communication or other specialized capabilities.

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32. Advantages for System Integrators

For system integrators, the model provides a useful combination of:

• Industrial motor control
• Embedded I/O
• Variable-speed operation
• Dynamic braking
• EMC filtering
• Flexible communication options
• Optional feedback capability
• Multiple control methods

This makes the drive suitable for integration into larger automation systems.

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33. Advantages for Maintenance and Replacement

The PowerFlex 753 architecture is useful in installations where drives may need to be replaced during the service life of a machine.

The catalog number provides a detailed configuration reference.

When replacing the unit, technicians should compare:

• Voltage
• Current
• Frame
• Duty rating
• EMC configuration
• CM jumper configuration
• Braking configuration
• I/O
• HIM configuration
• Communication options
• Feedback options
• Mounting dimensions

This is more reliable than selecting a replacement based only on horsepower.

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34. Important Difference Between 20F11NE011AA0NNNNN and 20F11NE011JA0NNNNN

The 20F11NE011JA0NNNNN and 20F11NE011AA0NNNNN belong to the same general PowerFlex 753 family and have the same basic 600 V / 11 A / 10 HP normal-duty class.

However, the JA configuration uses:

CM jumper installed

whereas the earlier AA configuration is associated with a different CM-jumper configuration.

This is important in replacement applications.

The difference may appear small in the catalog number, but it can matter to the electrical installation.

When replacing an older unit, the exact CM configuration and grounding arrangement should be checked before commissioning the replacement.

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35. Key Technical Summary

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36. Final Product Evaluation

The 20F11NE011JA0NNNNN is a PowerFlex 753 Frame 3, 600 VAC, 11 A industrial AC drive designed for three-phase motor control.

Its normal-duty rating of approximately 10 HP / 7.5 kW makes it suitable for a broad range of industrial machines, while its approximately 7.5 HP / 5.5 kW heavy-duty rating provides additional flexibility for applications with more demanding load characteristics.

The combination of embedded I/O, forced-air cooling, EMC filtering, CM jumper installed, dynamic-braking transistor and no-HIM configuration makes the model well suited to automated machinery and integrated industrial control systems.

The drive is particularly appropriate for conveyors, pumps, fans, blowers, packaging machinery, material-handling equipment, mixers, process machinery and general-purpose industrial motor applications.

Its 600 VAC rating is an important selection advantage in industrial installations using higher-voltage three-phase power.

The integrated dynamic-braking transistor is another useful feature, especially when the machine has significant inertia or requires controlled deceleration.

The no-HIM configuration is also practical for systems where the drive is operated through a PLC, external HMI or industrial communication system.

From a mechanical standpoint, the drive is a Frame 3 unit with approximate dimensions of 29.5 × 31.5 × 53.8 cm and an approximate weight of 5.44 kg.

For cabinet design, these figures should be treated as equipment-level reference values, with additional clearance reserved for wiring, cooling and maintenance.

When selecting this drive for a new application, the most important factors are motor voltage, motor full-load current, horsepower, normal-duty or heavy-duty operation, acceleration requirements, deceleration requirements, braking requirements, environmental conditions and available cabinet space.

For a smaller 600 V motor, a lower-current PowerFlex 753 model can provide a better match.

For motors in the 15 HP or 20 HP range, higher-current PowerFlex 753 models are more appropriate.

For compact 480 VAC machinery, the PowerFlex 525 family can be a more suitable choice.

For larger and more complex industrial systems, the PowerFlex 755 family offers a broader range of control and system-integration capabilities.

Overall, the 20F11NE011JA0NNNNN can be regarded as a 600 VAC, 11 A, 10 HP normal-duty PowerFlex 753 industrial variable-frequency drive, offering a strong combination of motor-control capability, integrated I/O, braking functionality, flexible installation and industrial automation compatibility.