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20DJ096A3NNNA1CNL — Detailed Product Introduction, Technical Parameters, Applications and Related Model Guide

1. Product Overview

The 20DJ096A3NNNA1CNL is a high-performance industrial AC drive belonging to the PowerFlex 700S, 20D series.

It is designed for demanding motor-control applications where ordinary variable frequency control is not enough and the system requires more advanced drive control, coordinated automation, high-performance speed regulation and integration with a larger control platform.

The model is associated with a 650 VDC DC-bus input class, a 96 A output-current class, and a 75 HP normal-duty / 60 HP heavy-duty motor rating. It uses a Frame 5 mechanical platform and an IP20 / NEMA Type 1 enclosure arrangement.

A particularly important characteristic of this model is its advanced control configuration. The catalog description identifies Phase II control, DriveLogix ControlNet, a Logix expansion arrangement, an expanded cassette, and an industrial LCD interface. This makes the drive much more than a basic speed controller.

The 20DJ096A3NNNA1CNL is best considered a high-performance drive for machines that require coordinated motor control, integration with industrial automation, advanced feedback/control functions and reliable operation in demanding production environments.

The model is also a legacy/discontinued configuration, so applications involving replacement, retrofit or maintenance should pay particular attention to the exact catalog number and installed option hardware.

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2. Product Identification

Parameter	Specification
Model	20DJ096A3NNNA1CNL
Brand	Allen-Bradley
Product family	PowerFlex
Product series	PowerFlex 700S
Catalog series	20D
Product type	High-performance AC drive
Drive category	Industrial variable frequency drive
Input class	650 VDC
Input arrangement	DC bus
Output current	96 A
Normal-duty rating	75 HP
Heavy-duty rating	60 HP
Approx. normal-duty power	55 kW
Approx. heavy-duty power	45 kW
Frame	Frame 5
Enclosure	IP20 / NEMA Type 1
Display	Full numeric LCD
Keypad	Full numeric keypad
Brake IGBT	Not included
Drive-mounted brake resistor	Not included
EMC/filter arrangement	CE filter / common-mode choke configuration
Control	Phase II high-performance control
DriveLogix	ControlNet-based DriveLogix configuration
Logix expansion	Included in stated configuration
Cassette	Expanded cassette
Feedback	Catalog information should be checked against the installed feedback option; configuration listings are not fully consistent
Product status	Legacy / discontinued configuration
Typical application	Advanced industrial motor control

The 96 A rating and 75 HP normal-duty rating are consistent with the Frame 5 PowerFlex 700S rating tables.

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3. Brand and Product Series

Category	Information
Brand	Allen-Bradley
Product family	PowerFlex
Product series	PowerFlex 700S
Catalog family	20D
Model	20DJ096A3NNNA1CNL
Drive type	AC adjustable frequency drive
Performance class	High-performance industrial drive
Primary purpose	Advanced AC motor control
Control architecture	Phase II
Automation integration	DriveLogix / ControlNet configuration

The PowerFlex 700S family was developed for applications requiring substantially more sophisticated control than a basic VFD.

The series is particularly associated with high-performance speed and torque control, advanced feedback functions, coordinated machine control and integration with industrial automation systems.

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4. Model Number Interpretation

The complete catalog number 20DJ096A3NNNA1CNL should be retained when identifying this drive.

The 20D portion identifies the PowerFlex 700S family.

The J portion identifies the 650 VDC input class.

The 096 portion identifies the 96 A output-current class.

The A3 section is associated with the particular voltage/configuration arrangement.

The remaining characters identify options and control hardware.

The final configuration is important because this drive contains more functionality than a basic 20D drive.

For replacement purposes, using only 20DJ096 is not sufficient.

The full catalog number should be compared because display type, control hardware, communication configuration, feedback, filtering and other options can affect compatibility.

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5. Main Electrical Parameters

Electrical Parameter	Specification
Model	20DJ096A3NNNA1CNL
DC input voltage class	650 VDC
Output current	96 A
Normal-duty current	96 A class
Normal-duty motor rating	75 HP
Heavy-duty motor rating	60 HP
Normal-duty power	Approximately 55 kW
Heavy-duty power	Approximately 45 kW
DC input current rating	Approximately 105.3 A in the 650 VDC rating table
PWM carrier frequency	Approximately 4 kHz class
Frame	5
Cooling	Forced-air
Motor type	Three-phase AC motor
Control	Phase II high-performance control
Speed control	Advanced closed/open-loop control depending on configuration
Torque control	Advanced drive control
PID functions	Supported by platform
DC bus architecture	650 VDC class

The technical rating table identifies the 20DJ096 as a Frame 5, 75 HP normal-duty drive with 96 A output, while the 60 HP heavy-duty rating is available under the alternate duty classification.

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6. Normal-Duty and Heavy-Duty Ratings

The distinction between normal-duty and heavy-duty ratings is important.

For this model, the commonly listed ratings are:

Duty Rating	Motor Power	Approx. Power
Normal Duty	75 HP	55 kW
Heavy Duty	60 HP	45 kW

A normal-duty application generally has a more moderate overload requirement.

A heavy-duty application may require more frequent or higher torque overload.

Therefore, a motor should not be selected simply because its horsepower is below 75 HP.

The actual motor full-load current, starting torque, acceleration time, overload requirements and load characteristics should all be checked.

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7. 650 VDC Input Architecture

The 20DJ096A3NNNA1CNL belongs to the 650 VDC input class.

This means that it is fundamentally different from a conventional low-voltage AC-input drive.

The DC-bus architecture is particularly useful in industrial systems where several drives may be connected to a common DC bus or where the power system has been engineered around a DC-link architecture.

This arrangement can be useful for coordinated drive systems because energy can potentially be shared between drive sections through the common DC bus.

However, a DC-bus system requires appropriate protection, disconnecting equipment, bus design and safety procedures.

The DC bus can remain at a dangerous voltage level even after the incoming power source has been disconnected.

Proper discharge verification and electrical safety procedures are therefore essential.

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8. PowerFlex 700S High-Performance Architecture

The PowerFlex 700S was designed for applications where motor control performance is a major requirement.

A basic VFD normally focuses on controlling motor frequency and voltage.

A high-performance drive can go further by considering motor torque, speed feedback, acceleration behavior, process coordination and communication with the main automation system.

This makes the 20DJ096A3NNNA1CNL particularly appropriate for machines where motor behavior has a direct effect on production quality.

Typical examples include:

• Large conveyors.
• Material-handling systems.
• High-performance process machinery.
• Coordinated production lines.
• Large pumps.
• Fans and blowers.
• Machine tools.
• Industrial winding systems.
• High-inertia machinery.

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9. DriveLogix and ControlNet Integration

One of the most distinctive characteristics of the specified configuration is the DriveLogix ControlNet arrangement.

This allows the drive to participate more closely in an industrial automation architecture.

Instead of treating the drive as an isolated motor controller, the drive can form part of a larger control system.

This is useful when the application requires coordinated control between:

• Motors.
• Sensors.
• PLC logic.
• Process equipment.
• Machine sequencing.
• Motion-related functions.
• Drive status.
• Fault handling.
• Production monitoring.

The expanded cassette and Logix expansion arrangement further reinforce the system-integration orientation of this particular model.

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10. Full Numeric LCD Interface

The model is identified with a full numeric LCD display and keypad.

This provides a local interface for commissioning, monitoring and troubleshooting.

A local operator interface is particularly useful during startup because engineers can check drive parameters without relying entirely on a remote control system.

Typical information that can be monitored or configured includes:

• Motor speed.
• Output frequency.
• Current.
• DC-bus voltage.
• Fault conditions.
• Drive status.
• Acceleration parameters.
• Deceleration parameters.
• Motor-control parameters.
• Communication status.

A local display is also valuable during maintenance because technicians can quickly determine whether the drive is running, stopped, faulted or receiving a command.

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11. Encoder and Feedback Considerations

There is an important configuration detail concerning feedback.

Some catalog descriptions associated with this exact part number identify an incremental encoder configuration, while another listing describes the configuration as without feedback.

Because of this discrepancy, the safest engineering practice is to inspect the actual installed option hardware and complete catalog configuration before assuming that an encoder interface is physically installed.

This is particularly important for replacement work.

If the existing machine depends on encoder feedback, the replacement must provide compatible feedback hardware and the same or an equivalent control configuration.

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12. Main Product Advantages

12.1 High-Performance Motor Control

The biggest advantage of the PowerFlex 700S architecture is its emphasis on high-performance motor control.

The drive is designed for applications where motor speed and torque need to be controlled more accurately than with a simple V/Hz drive.

This makes it suitable for demanding production machinery.

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12.2 96 A Output Capability

The 96 A output rating provides enough capacity for motors in the approximately 55 kW normal-duty range.

This places the drive firmly in the medium-to-large industrial motor category.

It is suitable for machines where a small compact VFD would not provide sufficient output capacity.

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12.3 75 HP Normal-Duty Rating

The 75 HP normal-duty rating gives the drive a useful position for industrial machinery.

It can handle motor loads substantially larger than those commonly associated with compact machine drives.

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12.4 Advanced Automation Integration

The DriveLogix and ControlNet configuration is one of the strongest advantages of this particular catalog number.

It allows the drive to be integrated into a larger industrial automation architecture.

This can simplify the coordination between motor control and machine logic.

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12.5 Local LCD Interface

The full numeric LCD and keypad provide convenient local access.

This can make commissioning and troubleshooting faster.

Technicians can view drive information directly at the equipment instead of relying entirely on a remote workstation.

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12.6 IP20 / NEMA Type 1 Protection

The IP20 / NEMA Type 1 arrangement provides a level of protection suitable for installation inside an appropriate industrial environment or electrical cabinet.

It is not intended to be treated as a waterproof outdoor enclosure.

Environmental protection should therefore be considered as part of the complete installation.

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12.7 CE Filter / Common-Mode Choke Configuration

The catalog configuration includes a CE filter / common-mode choke arrangement.

This can help with conducted electromagnetic interference and overall drive-system EMC performance.

Correct motor-cable routing, grounding, shielding and cabinet construction are still necessary.

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12.8 No Built-In Brake Resistor

The stated configuration does not include a drive-mounted braking resistor.

This is not necessarily a disadvantage.

For many applications, braking energy does not need to be dissipated through a drive-mounted resistor.

However, applications involving frequent rapid deceleration or high-inertia loads should be reviewed carefully.

If regenerative energy is significant, an appropriate braking or regenerative solution may be required.

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13. Typical Applications

13.1 Large Conveyor Systems

The 20DJ096A3NNNA1CNL can be used for industrial conveyors where motor speed and acceleration need to be controlled.

A controlled acceleration ramp reduces the sudden torque transmitted through the gearbox, coupling and conveyor structure.

This is useful for:

• Bulk material handling.
• Manufacturing conveyors.
• Packaging lines.
• Mining-related material handling.
• Warehouse systems.
• Process conveyors.

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14. Pump Applications

The drive is suitable for industrial pumps within its current and duty rating.

Variable-speed operation allows the motor to operate according to actual process demand.

This can be particularly useful for centrifugal pumps.

Applications may include:

• Cooling-water pumps.
• Process-water pumps.
• Industrial circulation systems.
• Water treatment equipment.
• Manufacturing utilities.
• Chemical-process systems.

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15. Fan and Blower Applications

Large fans and blowers can also benefit from variable-speed control.

Instead of running continuously at maximum speed, the motor can operate at a lower speed when the process requires less airflow.

This can improve process control and may reduce energy consumption.

Potential applications include:

• Industrial ventilation.
• Exhaust systems.
• Cooling systems.
• Combustion-air systems.
• Process-air equipment.
• Dust-control systems.

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16. Compressor Applications

Compressors are another possible application.

A high-performance drive can provide controlled motor acceleration and adjustable speed when the compressor is designed for variable-speed operation.

However, compressor applications require careful attention to:

• Minimum operating speed.
• Maximum operating speed.
• Lubrication.
• Cooling.
• Pressure control.
• Torque requirements.
• Process stability.

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17. Material-Handling Equipment

Material-handling equipment often requires coordinated operation between multiple motors.

The PowerFlex 700S architecture can be useful when drive operation must be synchronized with machine logic.

Examples include:

• Hoisting-related machinery.
• Large conveyor systems.
• Feed systems.
• Transfer equipment.
• Material-processing systems.

Braking and load-control requirements must be analyzed carefully for vertical lifting applications.

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18. Process Machinery

The drive is well suited to industrial process equipment where motor speed forms part of the production process.

Examples include:

• Mixers.
• Agitators.
• Extrusion equipment.
• Winding systems.
• Production machinery.
• Large rotating equipment.
• Material-processing machinery.

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19. High-Inertia Applications

High-inertia machines benefit from controlled acceleration and deceleration.

A large rotating machine can require significant energy to accelerate.

If the motor is started abruptly, the mechanical system can experience high torque stress.

The drive can gradually increase speed according to a programmed acceleration ramp.

During stopping, the drive must also manage the energy returned from the motor.

Because the stated configuration does not contain a drive-mounted braking resistor, braking requirements should be evaluated before selecting this drive for rapid-stop applications.

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20. Dimensions and Weight

The 20DJ096A3NNNA1CNL uses a Frame 5 mechanical platform.

The Frame 5 mechanical dimensions reported in the PowerFlex 700S documentation are approximately:

• Height: 644.5 mm.
• Width: 308.9 mm.
• Depth: 275.4 mm.

The same mechanical documentation gives an approximate Frame 5 weight of 37.19 kg, with the stated weight including the HIM, DriveLogix controller with ControlNet daughtercard, encoder option and communication adapter in the referenced configuration.

This is particularly relevant because the actual weight of an individual catalog-number configuration can differ according to installed options.

For mechanical design, lifting calculations and cabinet construction, the actual assembled unit should be weighed or checked against the applicable mechanical documentation.

Mechanical Parameter	Specification
Model	20DJ096A3NNNA1CNL
Frame	Frame 5
Enclosure	IP20 / NEMA Type 1
Overall height	Approx. 644.5 mm
Overall width	Approx. 308.9 mm
Overall depth	Approx. 275.4 mm
Approx. height	25.37 in
Approx. width	12.16 in
Approx. depth	10.84 in
Approx. weight	37.19 kg
Approx. weight in lb	82 lb
Installation	Industrial cabinet / electrical enclosure
Cooling	Forced-air
Service clearance	Required
Cable clearance	Required
Lifting consideration	Required for cabinet and maintenance design

The dimensions and 37.19 kg figure correspond to the documented Frame 5 arrangement; the actual complete system weight may be greater when cabinet hardware, disconnects, bus components and other equipment are included.

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21. Detailed Parameter Table

Parameter	Detailed Specification
Model	20DJ096A3NNNA1CNL
Brand	Allen-Bradley
Product family	PowerFlex
Series	PowerFlex 700S
Catalog series	20D
Product type	High-performance AC drive
DC input	650 VDC
Output current	96 A
Normal-duty rating	75 HP
Heavy-duty rating	60 HP
Normal-duty power	Approx. 55 kW
Heavy-duty power	Approx. 45 kW
Frame	Frame 5
Enclosure	IP20 / NEMA Type 1
Display	Full numeric LCD
Keypad	Full numeric keypad
Brake IGBT	No
Drive-mounted resistor	No
EMC arrangement	CE filter / common-mode choke
Control	Phase II
DriveLogix	ControlNet
Logix expansion	Included
Cassette	Expanded
Feedback	Configuration should be verified on actual unit
Height	Approx. 644.5 mm
Width	Approx. 308.9 mm
Depth	Approx. 275.4 mm
Weight	Approx. 37.19 kg
Cooling	Forced air
Application	Industrial motor control

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22. Five Same-Series or Closely Related Models

The following models are useful comparison points within the same 20D / PowerFlex 700S high-performance drive family.

Model	Series	Frame	Output Current	Normal Duty	Heavy Duty	Typical Power Class	Dimensions	Weight (kg)
20DD077	PowerFlex 700S / 20D	4	77 A	60 HP	50 HP	Approx. 45 kW	Frame 4; verify exact configuration	Configuration-dependent
20DJ096	PowerFlex 700S / 20D	5	96 A	75 HP	60 HP	Approx. 55 kW	644.5 × 308.9 × 275.4 mm	Approx. 37.19
20DJ125	PowerFlex 700S / 20D	5	125 A	100 HP	75 HP	Approx. 75 kW	Frame 5; verify exact configuration	Approx. 37.19
20DJ156	PowerFlex 700S / 20D	6	156 A	125 HP	100 HP	Approx. 90 kW	Frame 6; verify exact configuration	Configuration-dependent
20DJ180	PowerFlex 700S / 20D	6	180 A	150 HP	125 HP	Approx. 110 kW	Frame 6; verify exact configuration	Configuration-dependent

The underlying 650 VDC rating tables identify 20DJ096, 20DJ125, 20DJ156 and 20DJ180 as Frame 5 or Frame 6 drives with the corresponding current and horsepower ratings shown above.

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23. Higher-Power Related Model

For applications requiring substantially more current than the 96 A model, the 20DJ248 is an important related model.

Parameter	20DJ248
Series	PowerFlex 700S / 20D
Frame	Frame 6
Output current	248 A
Normal-duty rating	200 HP
Heavy-duty rating	150 HP
Normal-duty power	Approx. 132 kW
Heavy-duty power	Approx. 110 kW
DC input	650 VDC class
PWM	Lower carrier-frequency class
Dimensions	Frame 6; verify exact configuration
Weight (kg)	Configuration-dependent

The 20DJ248 is therefore suitable when the 96 A drive is too small for the motor load.

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24. Comparison of Same-Series Models

Model	Current	ND HP	HD HP	Frame	Relative Capacity
20DD077	77 A	60	50	4	Lower
20DJ096	96 A	75	60	5	Reference
20DJ125	125 A	100	75	5	Higher
20DJ156	156 A	125	100	6	Much higher
20DJ180	180 A	150	125	6	Higher again
20DJ248	248 A	200	150	6	Very high

This progression makes the 20DJ096 a useful middle-range model within the 650 VDC 20D drive family.

The 77 A model is suitable for a somewhat smaller motor.

The 125 A model provides additional capacity while remaining within the same general Frame 5 class.

The 156 A, 180 A and 248 A models move into progressively larger motor applications.

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25. Five Popular Related Models from the Same Brand

For a broader product comparison, the following models are useful examples from the same brand across different industrial drive families.

Model	Product Family	Typical Current Class	Typical Motor Class	Control Type	Application	Dimensions	Weight (kg)
20F11FC043JA0NNNNN	PowerFlex 753	43 A class	Medium industrial motor	Vector control	Pumps, conveyors, machinery	Frame-dependent	Configuration-dependent
20G11NC022JA0NNNNN	PowerFlex 755	22 A class	Smaller industrial motor	Advanced vector control	General industrial automation	Frame-dependent	Configuration-dependent
25B-D017N114	PowerFlex 525	17 A class	Compact industrial motor	Sensorless vector	Machine control, pumps, fans	Compact	Configuration-dependent
20AD014A0AYNAEG0	PowerFlex 70	14 A class	Small/medium industrial motor	Vector / V/Hz	General motor control	Compact	Configuration-dependent
20BB022A0AYNBCC0	PowerFlex 700S / related 20B architecture	22 A class	Medium industrial motor	High-performance control	Industrial machinery	Frame-dependent	Configuration-dependent

These models span a much wider range of power levels.

They should not be considered direct replacements for the 20DJ096A3NNNA1CNL.

Instead, they are useful when evaluating whether the application really requires the advanced 700S architecture or whether a newer or smaller drive platform would be sufficient.

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26. Application Comparison

Application	Suitability of 20DJ096A3NNNA1CNL	Main Reason
Large conveyor	Excellent	High-performance speed and torque control
Industrial pump	Excellent	Variable-speed process control
Large fan	Excellent	Adjustable speed and process regulation
Blower	Excellent	High-power speed control
Compressor	Suitable	Requires compressor-specific evaluation
Material handling	Excellent	Controlled acceleration and integration
Process machine	Excellent	Advanced control architecture
High-inertia equipment	Suitable	Requires braking evaluation
Hoist	Requires detailed engineering	Braking and load control are critical
Small pump	Oversized	Smaller drive may be more economical
Small fan	Oversized	Excessive capacity
Servo positioning	Not the primary choice	Dedicated servo technology may be preferable

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27. Advantages for Conveyor Systems

For conveyors, controlled acceleration is one of the main advantages.

A large conveyor can have substantial inertia.

If the motor starts too aggressively, the belt and gearbox can experience a sudden torque increase.

The 20DJ096A3NNNA1CNL allows acceleration to be controlled through programmed ramp settings.

This can improve mechanical smoothness.

The advanced control architecture can also be useful where the conveyor needs to coordinate with other production equipment.

For multi-drive systems, coordinated control can become particularly important.

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28. Advantages for Pump Systems

Pump applications can benefit from variable-speed control.

A pump does not always need to operate at maximum speed.

When the required flow decreases, the motor speed can also be reduced when the hydraulic system permits.

This can reduce energy consumption.

The drive’s process-control capability also allows it to participate in pressure or flow regulation.

For industrial water systems, cooling systems and process pumps, this can provide a practical alternative to continuously operating the motor at full speed.

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29. Advantages for Fan Systems

Fans and blowers often have variable process requirements.

A production facility may require high airflow during one operating condition and much lower airflow during another.

A variable-speed drive can adjust fan speed accordingly.

This can improve control and potentially reduce energy consumption.

The 20DJ096A3NNNA1CNL is suitable for large fan applications provided that the motor current remains within the drive’s rating.

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30. Advantages for Industrial Automation

The DriveLogix configuration is particularly useful in industrial automation.

Instead of having the motor drive and controller operate as completely separate systems, the drive can participate in the broader control architecture.

This can simplify:

• Machine sequencing.
• Drive commands.
• Status monitoring.
• Fault handling.
• Interlocks.
• Production coordination.
• Process control.
• Motor feedback management.

For complex machinery, this level of integration can be more valuable than simply having a high output current rating.

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31. Advantages of Phase II Control

Phase II control provides a more advanced control architecture than basic drive control.

It is intended for applications where motor behavior must be managed with greater precision.

Potential benefits include:

• Better speed regulation.
• Improved torque response.
• More sophisticated control functions.
• Better integration with automation logic.
• Advanced feedback handling.
• Greater application flexibility.

This makes the PowerFlex 700S family particularly suitable for engineered machine systems.

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32. Braking Considerations

The 20DJ096A3NNNA1CNL configuration is listed without a brake IGBT and without a drive-mounted braking resistor.

This is important for applications where the motor must stop rapidly.

When a high-inertia load decelerates, energy can flow back toward the drive’s DC bus.

If the system cannot absorb or regenerate that energy appropriately, the DC-bus voltage can rise.

Possible solutions depend on the application and system architecture.

These may include:

• Longer deceleration time.
• External braking equipment.
• Regenerative drive architecture.
• Mechanical braking.
• A different drive configuration.

The correct solution depends on load inertia, stopping time, motor speed and duty cycle.

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33. Cabinet and Installation Requirements

Because this is a high-performance industrial drive, the installation should be engineered as a complete system.

Installation Area	Requirement
Input protection	Required
DC-bus protection	Required
Grounding	Required
Motor cable sizing	Required
Cabinet ventilation	Required
Cooling	Required
EMC design	Important
Control wiring	Important
Feedback wiring	Important if installed
Network wiring	Important
Service clearance	Required
Mechanical support	Required
Braking analysis	Required for high-inertia loads
Motor insulation	Should be checked
Ambient temperature	Must be considered
Dust and contamination	Must be considered

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34. Environmental Considerations

The IP20 / NEMA Type 1 arrangement does not mean that the drive can be exposed directly to water, outdoor weather or severe contamination.

The installation should provide suitable environmental protection.

Particular attention should be paid to:

• Dust.
• Humidity.
• Condensation.
• Temperature.
• Airflow.
• Chemical contamination.
• Conductive particles.
• Salt or corrosive atmospheres.

In difficult environments, the cabinet may require additional filtration or controlled cooling.

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35. Maintenance Considerations

A drive of this type should be included in the site’s preventive-maintenance program.

Maintenance may include:

• Inspecting cooling fans.
• Checking cabinet ventilation.
• Inspecting electrical connections.
• Checking for contamination.
• Checking the DC-bus system.
• Reviewing fault history.
• Inspecting communication connections.
• Checking control wiring.
• Checking encoder wiring if applicable.
• Verifying parameter backups.
• Maintaining spare components.

Because the product is a legacy/discontinued configuration, maintaining a complete parameter backup and documenting the installed option hardware is particularly valuable.

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36. Replacement Considerations

When replacing an existing 20DJ096A3NNNA1CNL, do not select a replacement only by matching horsepower.

The following items should be compared:

Replacement Check	Importance
Complete catalog number	Critical
DC input voltage	Critical
Output current	Critical
Normal-duty rating	Critical
Heavy-duty rating	Critical
Frame size	Important
Control architecture	Critical
DriveLogix hardware	Critical
ControlNet configuration	Critical
Feedback hardware	Critical
LCD/HIM arrangement	Important
EMC/filter arrangement	Important
Braking system	Critical
Cabinet dimensions	Critical
Weight	Important
Motor parameters	Critical
Communication system	Critical

This is especially important because a newer drive with similar horsepower may not be electrically or mechanically interchangeable with the original unit.

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37. Recommended Selection by Application

Requirement	Recommended Approach
75 HP normal-duty motor	20DJ096-class drive
60 HP heavy-duty motor	20DJ096-class drive
More than 96 A motor	Move to 20DJ125 or larger
Less than 77 A	Consider 20DD077 or smaller
Advanced automation integration	PowerFlex 700S architecture
ControlNet-based legacy system	Match original DriveLogix configuration
Encoder-based control	Verify actual feedback hardware
Rapid stopping	Evaluate external braking/regeneration
Large conveyor	20DJ096 is suitable within current rating
Large pump	20DJ096 is suitable within current rating
Large fan	20DJ096 is suitable within current rating
Compact machine	Consider a smaller modern drive

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38. Five Same-Series Models — Quick Reference

Model	Output Current	ND Rating	HD Rating	Frame	Approx. Dimensions	Weight (kg)
20DD077	77 A	60 HP	50 HP	4	Frame 4; verify exact drawing	Configuration-dependent
20DJ096	96 A	75 HP	60 HP	5	644.5 × 308.9 × 275.4 mm	Approx. 37.19
20DJ125	125 A	100 HP	75 HP	5	Frame 5; verify exact drawing	Approx. 37.19
20DJ156	156 A	125 HP	100 HP	6	Frame 6; verify exact drawing	Configuration-dependent
20DJ180	180 A	150 HP	125 HP	6	Frame 6; verify exact drawing	Configuration-dependent

The 20D technical tables confirm the current and horsepower progression across these Frame 4–6 models.

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39. Overall Product Assessment

Category	Assessment
Motor-control performance	Excellent
Output capacity	Very good
Automation integration	Excellent
DriveLogix integration	Excellent
ControlNet integration	Excellent for compatible legacy systems
Local operator interface	Excellent
Conveyor applications	Excellent
Pump applications	Excellent
Fan applications	Excellent
Process machinery	Excellent
High-inertia applications	Good with braking analysis
Compact installations	Moderate
Simple low-cost applications	Overqualified
Legacy-system replacement	Very relevant
New system selection	Requires technology comparison
Mechanical robustness	Very good
Serviceability	Good with appropriate documentation

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40. Final Summary

The 20DJ096A3NNNA1CNL is a high-performance PowerFlex 700S, 20D-series AC drive designed for industrial motor applications that require more advanced control and automation integration than a conventional general-purpose VFD.

Its principal electrical rating is 96 A, with a 75 HP normal-duty rating and a 60 HP heavy-duty rating in the 650 VDC drive class. It uses a Frame 5 construction and an IP20 / NEMA Type 1 enclosure arrangement.

The most distinctive feature of this particular configuration is its advanced control and automation architecture.

The model is associated with Phase II control, DriveLogix ControlNet, Logix expansion, an expanded cassette, and a full numeric LCD/keypad arrangement.

This makes it especially suitable for industrial machinery where motor control needs to be closely integrated with machine logic and a larger automation system.

The drive is well suited to large conveyors, pumps, fans, blowers, process machinery and material-handling systems.

For conveyors, controlled acceleration can reduce mechanical shock.

For pumps and fans, variable-speed operation can improve process control and may reduce energy consumption when the system is designed for variable-speed operation.

For automation systems, DriveLogix and ControlNet integration can provide a strong connection between the drive and the machine-control architecture.

The 20DJ096A3NNNA1CNL is also a legacy/discontinued configuration, so it is particularly important to preserve the exact catalog number when working on an existing installation.

The mechanical dimensions for the Frame 5 arrangement are approximately 644.5 mm high × 308.9 mm wide × 275.4 mm deep, with an approximate documented weight of 37.19 kg for the referenced configured Frame 5 assembly.

One important point is that the available catalog descriptions are not completely consistent regarding the feedback configuration of this exact catalog number. One listing identifies an incremental encoder, while another describes the configuration as having no feedback.

Therefore, for an actual replacement or retrofit, the physical option cards and installed hardware should be checked rather than relying solely on a third-party catalog description.

The five closest 20D-series comparison points are 20DD077, 20DJ096, 20DJ125, 20DJ156 and 20DJ180, with 20DJ248 providing an additional higher-current option.

Among the wider range of products from the same brand, the PowerFlex 753, PowerFlex 755, PowerFlex 525, PowerFlex 70 and other PowerFlex configurations provide alternatives for applications requiring different power levels, control architectures or installation formats.

Overall, the 20DJ096A3NNNA1CNL should be viewed as a high-performance industrial AC drive for approximately 55 kW normal-duty motor applications, with 96 A output capability and an advanced 700S control architecture.

Its greatest strengths are not simply its current rating, but the combination of high-performance motor control, DriveLogix integration, ControlNet capability, local LCD operation, industrial filtering and compatibility with complex machine-control systems.

For a new installation, however, the complete application should be reviewed before selecting this legacy configuration. For an existing installation, the complete catalog number, control hardware, feedback hardware, network arrangement, motor parameters, cabinet dimensions and braking requirements should all be preserved and documented before any replacement work begins.