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Allen-Bradley 20G1AGD248AN0NNNNN PowerFlex 755 AC Drive

1. Product Overview

The Allen-Bradley 20G1AGD248AN0NNNNN is a high-power industrial AC variable-frequency drive belonging to the PowerFlex 755 family.

This model is designed for demanding motor-control applications where substantial motor power, adjustable-speed operation, controlled acceleration and deceleration, and reliable industrial operation are required.

The drive is rated for a 480 VAC, three-phase power system and provides a rated current of 248 A. Its published motor capability is approximately 200 HP for Normal Duty operation and 150 HP for Heavy Duty operation. The unit is identified as a Frame 7 PowerFlex 755 drive.

The model uses an AC input with precharge and no DC terminals, a configuration intended for conventional AC-powered drive installations. It is also an air-cooled design using forced-air cooling.

The original 20G1AGD248AN0NNNNN has reached discontinued status, with 20G1AGD248JN0NNNNN identified as its direct replacement. This is particularly important when preparing a new project, replacing an existing drive, or planning spare inventory.

For maintenance of existing equipment, however, the original catalog number remains important because the installed unit, parameter configuration, firmware revision, accessories, mounting arrangement, and application-specific programming may all need to be considered before selecting a replacement.

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2. Brand and Product Series

Item	Description
Brand	Allen-Bradley
Product Family	PowerFlex
Product Series	PowerFlex 755
Product Type	Industrial AC Variable Frequency Drive
Catalog Number	20G1AGD248AN0NNNNN
Drive Category	High-performance AC drive
Cooling Method	Forced-air cooled
Voltage Class	480 VAC
Input Phase	3-phase
Rated Current	248 A
Normal Duty Rating	200 HP
Heavy Duty Rating	150 HP
Frame	Frame 7
Enclosure	Type 12 / IP54 packaged configuration
Dynamic Braking	None
HIM	Blank / No HIM
Input Configuration	AC input with precharge, no DC terminals
Filtering	EMC/filtering configuration
Application Class	Industrial motor control

The PowerFlex 755 family is positioned for applications requiring more flexibility and performance than a basic general-purpose variable-frequency drive. It is commonly associated with larger motors and machinery such as pumps, fans, conveyors, material-handling equipment, and other industrial rotating machinery.

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3. Detailed Technical Parameters

Parameter	Specification
Model / Catalog Number	20G1AGD248AN0NNNNN
Brand	Allen-Bradley
Series	PowerFlex 755
Drive Type	AC Variable Frequency Drive
Rated Input Voltage	480 VAC
Voltage Class	480 VAC
Number of Phases	3-phase
Rated Current	248 A
Normal Duty Power	200 HP
Normal Duty Power, Approx.	150 kW
Heavy Duty Power	150 HP
Heavy Duty Power, Approx.	112 kW
Frame Size	Frame 7
Cooling	Forced Air
Input Type	AC input with precharge
DC Terminals	No DC terminals
Enclosure	Type 12 / IP54
Dynamic Braking	None
HIM	Blank / No HIM
Filtering	Filtered configuration
Motor Control	Variable-speed AC motor control
Installation Type	Industrial panel / packaged drive installation
Typical Frequency	50/60 Hz supply systems
Normal Operating Temperature	Approximately 0–50 °C, depending on installation conditions and configuration
Approximate Width	500–600 mm
Approximate Height	800–1000 mm
Approximate Depth	400–500 mm
Approximate Weight	100–160 kg
Cooling Airflow	Forced-air
Intended Environment	Industrial
Typical Applications	Pumps, fans, conveyors, process machinery, material handling, industrial production equipment

The 248 A current rating and 200 HP / 150 HP duty ratings are consistent with the published catalog description for this model.

The dimensional and weight values above should be treated as engineering planning estimates rather than certified mechanical drawing values. For final cabinet design, shipping calculations, lifting arrangements, and mounting-hole preparation, the applicable mechanical drawing for the exact drive revision should be used.

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4. Understanding the 248 A Rating

The 248 A rating is one of the most important specifications of this drive.

This places the 20G1AGD248AN0NNNNN in a relatively high-power segment of the PowerFlex 755 family. The drive is intended for applications requiring considerably more output current than compact drives used for small motors.

The current rating is also useful when selecting a replacement drive. A replacement should not be selected solely according to motor horsepower. Motor full-load current, duty cycle, overload requirement, acceleration profile, ambient conditions, and application type should all be considered.

For example, a motor listed as 200 HP does not automatically mean that every 200 HP drive is interchangeable. The actual motor nameplate current and the required overload capability should be checked against the drive’s applicable duty rating.

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5. Normal Duty and Heavy Duty Ratings

The 20G1AGD248AN0NNNNN is specified for:

• 200 HP Normal Duty
• 150 HP Heavy Duty

The distinction between Normal Duty and Heavy Duty is important in industrial drive selection.

Normal Duty is generally associated with applications where the motor load profile and overload requirements are comparatively moderate.

Heavy Duty operation is more demanding. Applications with higher starting torque, frequent acceleration, high inertia, repeated overload conditions, or significant transient loading may require the Heavy Duty rating.

Therefore, a 200 HP motor operating under a relatively light or moderate load may be suitable for the Normal Duty rating, while a lower-horsepower motor in a severe-duty application may require a drive selected according to the Heavy Duty rating.

For engineering selection, the motor nameplate current and actual load profile should take priority over horsepower alone.

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6. 480 VAC Three-Phase Electrical System

The drive is designed for a 480 VAC, three-phase industrial power system.

This voltage class is widely used for large industrial motors and machinery.

A three-phase input configuration provides the appropriate power architecture for high-power motor-control applications and allows the drive to regulate motor speed and torque through variable-frequency operation.

The 480 VAC rating also places the model in a different application category from smaller low-voltage drives used for compact machinery.

When installing the drive, incoming voltage, short-circuit current availability, protective devices, conductor sizing, grounding, disconnect requirements, and local electrical regulations must all be evaluated.

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7. AC Input with Precharge

The 20G1AGD248AN0NNNNN uses an AC input with precharge and no DC terminals.

The precharge arrangement is an important part of the drive’s input architecture.

Precharge limits the initial charging current associated with the drive’s DC bus capacitors when power is applied. This helps control the electrical stress associated with energizing the drive.

The catalog configuration does not provide standard external DC terminals for the drive’s normal installation arrangement.

This characteristic should be considered when comparing the unit with another PowerFlex 755 configuration because visually similar catalog numbers may have different input architectures.

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8. Frame 7 Construction

The 20G1AGD248AN0NNNNN is a Frame 7 PowerFlex 755 drive.

Frame size is important because it affects:

• Physical dimensions
• Mounting arrangement
• Cooling requirements
• Power-device construction
• Terminal arrangement
• Cabinet space
• Service access
• Replacement compatibility
• Shipping weight

Two drives with similar current ratings may not necessarily have the same physical frame.

Therefore, frame size should always be checked before replacing an existing drive.

The 20G1AGD248AN0NNNNN is specifically identified as Frame 7 in published product descriptions.

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9. Type 12 / IP54 Enclosure Configuration

The packaged configuration associated with this catalog number is identified as Type 12 / IP54.

This provides considerably more environmental protection than an open-frame drive configuration.

An IP54 enclosure classification generally indicates protection against hazardous dust deposits and protection against water splashing from different directions.

The Type 12 configuration is particularly useful for industrial environments where the drive needs additional enclosure protection compared with an open-type installation.

Even with an IP54 / Type 12 enclosure, the installation environment must still be evaluated carefully.

Temperature, humidity, corrosive chemicals, conductive dust, vibration, airflow, and contamination can all affect drive reliability.

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10. Forced-Air Cooling

The PowerFlex 755 248 A drive uses forced-air cooling.

At this power level, heat dissipation is a major engineering consideration.

Power semiconductor losses, switching losses, internal electronics losses, and other heat sources generate thermal energy during operation.

Forced-air cooling moves air through the appropriate cooling path to transfer heat away from the power components.

For cabinet installation, sufficient ventilation and service clearance are essential.

A cabinet that is too small, has insufficient airflow, or operates at excessive ambient temperature can significantly reduce equipment reliability.

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11. Dynamic Braking Configuration

The 20G1AGD248AN0NNNNN is specified with no dynamic braking.

This is an important distinction when comparing it with other catalog-number variants.

Dynamic braking is typically used when a motor-driven load needs controlled deceleration and the regenerated energy must be dissipated through a braking resistor arrangement.

Because this particular model is specified without dynamic braking, applications involving rapid stopping, high-inertia loads, or frequent deceleration should be reviewed carefully.

For high-inertia machinery, the engineer should determine whether the selected drive configuration provides an adequate braking strategy.

Depending on the application, controlled ramp-down, mechanical braking, regenerative solutions, or another braking architecture may be required.

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12. HIM Configuration

The catalog configuration specifies a Blank / No HIM arrangement.

HIM refers to the Human Interface Module.

A drive without a permanently installed HIM is often used in systems where:

• The drive is controlled remotely.
• Parameters are downloaded during commissioning.
• The drive is integrated into a PLC-based control system.
• A remote HMI is used.
• A network connection is used for monitoring and control.
• Local operator interaction is limited.

This configuration can also reduce unnecessary hardware on the drive door.

For service work, a compatible interface or commissioning method may be used depending on the maintenance strategy.

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13. Embedded Communication Capability

The PowerFlex 755 family is designed for integration into industrial automation architectures.

The broader PowerFlex 755 platform supports network-based control and monitoring, including EtherNet/IP-based integration options and motion-related capabilities.

This makes the drive suitable for systems where the VFD is not operating as an isolated device but is part of a larger automation network.

Typical network functions can include:

• Start/stop commands
• Speed reference
• Status monitoring
• Fault monitoring
• Parameter access
• Diagnostic information
• Drive control
• Production-system integration

This is especially valuable in automated production lines where the drive must exchange information with PLCs, HMIs, supervisory systems, or other intelligent devices.

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14. Product Applications

14.1 Pumps

The 20G1AGD248AN0NNNNN is well suited to large pump applications.

Variable-speed operation allows the motor speed to be adjusted according to process requirements rather than continuously operating at fixed speed.

Potential applications include:

• Water circulation
• Industrial process pumps
• Cooling-water systems
• Large transfer pumps
• Water-treatment equipment
• Process-fluid systems
• Industrial pumping stations

For centrifugal pumps, speed control can provide substantial process flexibility.

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14.2 Fans and Blowers

Large industrial fans and blowers are another suitable application category.

The drive can provide controlled acceleration, adjustable speed, and controlled stopping.

Potential installations include:

• Industrial ventilation
• Process exhaust systems
• Cooling fans
• Large air-handling systems
• Dust collection systems
• Furnace ventilation
• Manufacturing ventilation equipment

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14.3 Conveyors

Conveyors can benefit from variable-frequency control because the drive can control acceleration and operating speed.

Typical applications include:

• Material handling conveyors
• Production conveyors
• Bulk material systems
• Packaging lines
• Mining conveyors
• Warehouse material systems
• Process conveyors

Controlled acceleration can also help reduce mechanical shock on belts, couplings, gearboxes, and driven machinery.

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14.4 Material Handling Equipment

The drive is suitable for larger material-handling systems where adjustable speed and controlled motor operation are required.

Examples include:

• Feed systems
• Transfer systems
• Processing equipment
• Bulk handling systems
• Industrial lifting-related machinery
• Large mechanical transport systems

The exact drive configuration should be selected according to the load torque profile and stopping requirements.

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14.5 Manufacturing Machinery

The PowerFlex 755 platform is suitable for large production machinery where precise motor speed control and integration with a plant automation system are required.

Potential applications include:

• Production machines
• Process equipment
• Large machine tools
• Industrial mixers
• Extrusion equipment
• Processing machinery
• Large rotating equipment

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14.6 Process Industries

The drive can also be used in process-oriented industrial facilities.

Typical areas include:

• Water and wastewater
• Chemical processing
• Cement
• Metals
• Mining
• Food processing
• General manufacturing
• Industrial utilities

In these applications, the ability to integrate the drive into a larger control system can simplify centralized operation and diagnostics.

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15. Main Advantages

15.1 High-Power Motor Control

The 248 A output rating provides substantial motor-control capacity.

With a 200 HP Normal Duty rating, the drive is suitable for large industrial motors rather than small machine loads.

This makes it appropriate for heavy industrial equipment where smaller VFDs would not provide sufficient current capacity.

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15.2 Flexible Application Capability

The PowerFlex 755 architecture is designed for a wide range of industrial applications.

Instead of being restricted to one particular machine type, the platform can be configured for pumps, fans, conveyors, process machinery, and other rotating equipment.

This flexibility can simplify standardization across an industrial facility.

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15.3 Industrial Enclosure Protection

The Type 12 / IP54 configuration provides a more protected installation arrangement than an open-type drive.

This can be valuable in industrial environments where dust and incidental water exposure are concerns.

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15.4 Large Motor Compatibility

The 200 HP Normal Duty / 150 HP Heavy Duty rating provides a practical combination for large industrial motors.

The drive can be applied to equipment requiring substantial torque and power while still providing variable-speed operation.

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15.5 Network Integration

The PowerFlex 755 platform supports industrial network integration.

This allows the drive to participate in a broader automation system rather than functioning as an isolated motor controller.

Centralized control and monitoring can improve machine diagnostics and maintenance efficiency.

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15.6 Controlled Acceleration

A VFD can gradually increase motor speed instead of applying full-speed operation immediately.

This can reduce mechanical shock and improve the starting behavior of large machines.

Potential benefits include reduced belt stress, reduced coupling shock, improved process control, and smoother machine operation.

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15.7 Controlled Deceleration

The drive can also provide controlled speed reduction.

For applications where mechanical stress during stopping is important, programmed deceleration can be preferable to abrupt motor shutdown.

However, because this particular catalog configuration does not include dynamic braking, high-inertia applications should be reviewed carefully.

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15.8 Simplified Standardization

For facilities operating many PowerFlex drives, using the same product family can simplify:

• Operator training
• Maintenance procedures
• Spare-parts planning
• Parameter management
• Troubleshooting
• Drive commissioning
• Network integration

This can be particularly valuable in large industrial plants.

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16. Installation Considerations

Installation of the 20G1AGD248AN0NNNNN should be planned around the electrical and thermal requirements of a high-power VFD.

Important considerations include:

1. Incoming 480 VAC three-phase supply.
2. Correct upstream protective equipment.
3. Appropriate grounding.
4. Correct motor cable selection.
5. Adequate cabinet ventilation.
6. Sufficient clearance for maintenance.
7. Proper cable routing.
8. Separation of power and control wiring.
9. Correct motor grounding.
10. Appropriate EMC practices.
11. Verification of motor nameplate data.
12. Correct drive parameter configuration.
13. Verification of acceleration and deceleration requirements.
14. Evaluation of braking requirements.
15. Verification of ambient temperature.
16. Confirmation of enclosure requirements.

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17. Motor Selection Considerations

The motor should not be selected based only on horsepower.

The following information should be reviewed:

Motor Parameter	Recommended Check
Motor Voltage	Must match the drive application
Motor Current	Must be within the applicable drive rating
Motor Power	Compare with ND/HD rating
Motor Frequency	Confirm required operating frequency
Motor Speed	Confirm required speed range
Motor Service Factor	Consider during sizing
Starting Torque	Evaluate application requirement
Load Torque	Determine constant or variable torque
Inertia	Important for acceleration/deceleration
Duty Cycle	Check continuous and intermittent loading
Braking Requirement	Important because this model has no dynamic braking
Motor Cable Length	Check installation requirements
Motor Insulation	Consider VFD-duty suitability

This approach is particularly important for large motors because an apparently suitable horsepower rating can still result in an undersized drive if the actual motor current or overload demand is too high.

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18. Dimensions and Weight

Because mechanical dimensions can vary according to enclosure configuration, revision, accessories, and mounting arrangement, the following figures should be used for preliminary planning only.

Mechanical Parameter	Approximate Value
Frame	Frame 7
Width	Approx. 500–600 mm
Height	Approx. 800–1000 mm
Depth	Approx. 400–500 mm
Approximate Weight	100–160 kg
Installation	Panel / industrial enclosure
Cooling	Forced Air
Enclosure	Type 12 / IP54

The exact shipping weight and mechanical envelope should be verified against the specific mechanical drawing for the unit being installed.

This is especially important when designing a cabinet because even a relatively small difference in drive depth can affect cable bending radius, ventilation space, door clearance, and maintenance access.

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19. Recommended Same-Series or Closely Related Models

The following models are useful comparison points within the PowerFlex 755 family or closely related configurations.

Model	Voltage Class	Current	Normal Duty	Heavy Duty	Frame / Configuration	Typical Use
20G1AGD186AN0NNNNN	480 VAC	186 A	150 HP	125 HP	Frame 6/7 class	Medium-large industrial motors
20G1AGD248AN0NNNNN	480 VAC	248 A	200 HP	150 HP	Frame 7	Large industrial motors
20G1AGD302AN0NNNNN	480 VAC	302 A	250 HP	200 HP	Frame 7	Larger pumps, fans, conveyors
20G1AGD361AN0NNNNN	480 VAC	361 A	300 HP	250 HP	Frame 7	Large process equipment
20G1AGD415AN0NNNNN	480 VAC	415 A	350 HP	300 HP	Frame 7 class	Very large industrial loads

The 248 A model sits in a useful middle position within this 480 V PowerFlex 755 rating range. Published selection information places the nearby models at 186 A, 248 A, 302 A, 361 A and 415 A, with corresponding horsepower ratings increasing with current capacity.

When moving from the 248 A model to a larger rating, the mechanical frame, cabinet requirements, input protection, motor cable sizing, and thermal requirements should all be rechecked rather than assuming a direct physical replacement.

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20. Comparison of the Same-Series Models

Model	Current	Normal Duty	Heavy Duty	Relative Position
20G1AGD186AN0NNNNN	186 A	150 HP	125 HP	Lower capacity
20G1AGD248AN0NNNNN	248 A	200 HP	150 HP	Reference model
20G1AGD302AN0NNNNN	302 A	250 HP	200 HP	Higher capacity
20G1AGD361AN0NNNNN	361 A	300 HP	250 HP	High capacity
20G1AGD415AN0NNNNN	415 A	350 HP	300 HP	Very high capacity

For a replacement project, the 248 A model should generally be compared first with the 186 A and 302 A versions because they are adjacent capacity steps.

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21. Five Popular Allen-Bradley Models for Comparison

The following models represent other widely used Allen-Bradley drive choices and are useful when selecting a drive family for different machine sizes.

Model	Series	Voltage Class	Approx. Current Class	Power Class	Main Application Area
25B-D030N114	PowerFlex 525	480 VAC class	30 A class	Small/medium motors	Compact machines, pumps, fans
25C-D030N114	PowerFlex 523	480 VAC class	30 A class	Small/medium motors	General-purpose machinery
20G1ABC260JN0NNNNN	PowerFlex 755	400 VAC class	260 A	132 kW ND / 110 kW HD	Large industrial machinery
20G1ABC302JN4NNNNN	PowerFlex 755	400 VAC class	302 A	Approx. 160 kW ND / 132 kW HD	Large process equipment
20G1ABC460JN4NNNNN	PowerFlex 755	400 VAC class	460 A class	Large-power industrial	High-power industrial applications

The smaller PowerFlex 525 and 523 families are generally more appropriate for compact and medium-sized machines, while the PowerFlex 755 platform is intended for substantially larger and more demanding applications.

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22. 20G1AGD248AN0NNNNN vs. Smaller Drives

The main advantage of the 20G1AGD248AN0NNNNN over a smaller drive is its high current capacity.

A compact drive may be ideal for a 10 HP, 20 HP, or 30 HP machine, but it would not be appropriate for a large motor requiring hundreds of amps.

The PowerFlex 755 architecture provides the additional electrical capacity and industrial functionality required for larger equipment.

For this reason, the 20G1AGD248AN0NNNNN is better viewed as a large industrial motor-control platform, rather than simply a high-power version of a compact VFD.

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23. Maintenance Advantages

For maintenance teams, standardization around a common drive family can be valuable.

The PowerFlex 755 family allows technicians to become familiar with a common architecture, parameter structure, fault-management approach, and general operating philosophy.

Typical maintenance activities include:

• Checking cooling airflow
• Inspecting fans
• Checking cabinet temperature
• Inspecting electrical connections
• Checking motor cables
• Reviewing drive fault history
• Checking parameter settings
• Inspecting for dust accumulation
• Checking grounding
• Verifying communication status

At this power level, preventive maintenance is particularly important because cooling and electrical connections can have a major influence on long-term reliability.

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24. Application Advantages by Machine Type

Application	Main Drive Benefit
Pumps	Variable-speed process control
Fans	Adjustable airflow and controlled starting
Conveyors	Smooth acceleration and speed control
Mixers	Controlled motor speed and torque
Material Handling	Adjustable speed and centralized control
Process Machinery	Integration with automation systems
Large Blowers	Controlled airflow and reduced mechanical stress
Industrial Production Lines	Networked control and diagnostics
Water Systems	Process-speed adjustment
Mining Equipment	High-power motor control
Cement Equipment	Large-motor speed control
General Manufacturing	Flexible motor-control architecture

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25. Important Catalog-Number Interpretation

The catalog number itself contains useful configuration information.

The 20G prefix identifies the PowerFlex 755 drive family.

The D voltage designation corresponds to the 480 VAC class.

The 248 section identifies the 248 A current rating.

The remaining catalog characters define additional configuration characteristics such as input arrangement, filtering/common-mode configuration, braking, HIM arrangement, and other options.

This is why two PowerFlex 755 drives with similar current ratings should not automatically be considered interchangeable.

The catalog-number structure in the PowerFlex 750 documentation identifies the voltage class and input architecture through specific catalog-number characters.

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26. Replacement Considerations

One of the most important points regarding the 20G1AGD248AN0NNNNN is its lifecycle status.

The original model is listed as discontinued, and the published direct replacement is 20G1AGD248JN0NNNNN.

For an existing machine, the original drive may still be perfectly relevant as a maintenance or spare-parts reference.

For a new project, however, the replacement catalog number should normally be evaluated first.

Before replacing the drive, verify:

• Input voltage
• Motor current
• Motor horsepower
• Normal Duty / Heavy Duty requirement
• Enclosure
• Frame size
• Dynamic braking requirement
• HIM requirement
• Communication requirements
• Safety requirements
• I/O requirements
• Control mode
• Motor feedback requirements
• Firmware compatibility
• Existing parameter file
• Cabinet dimensions
• Cable connections
• Cooling arrangement

A direct catalog replacement should still be checked against the actual machine application.

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27. Engineering Selection Summary

For a 480 VAC three-phase industrial system requiring approximately 248 A of drive output, the 20G1AGD248AN0NNNNN represents a substantial PowerFlex 755 drive configuration.

Its key characteristics are:

• 480 VAC
• 3-phase
• 248 A
• 200 HP Normal Duty
• 150 HP Heavy Duty
• Frame 7
• Forced-air cooling
• Type 12 / IP54 packaged configuration
• AC input with precharge
• No DC terminals
• No dynamic braking
• Blank / no HIM
• Industrial PowerFlex 755 architecture

The combination of high current capacity, large-motor capability, industrial enclosure protection, and PowerFlex 755 functionality makes the unit suitable for demanding motor-control applications.

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28. Final Technical Specification Table

Category	Specification
Brand	Allen-Bradley
Product Family	PowerFlex
Series	PowerFlex 755
Product Type	AC Variable Frequency Drive
Model	20G1AGD248AN0NNNNN
Lifecycle	Discontinued
Direct Replacement	20G1AGD248JN0NNNNN
Voltage	480 VAC
Phase	3-Phase
Rated Current	248 A
Normal Duty	200 HP
Normal Duty, Approx.	150 kW
Heavy Duty	150 HP
Heavy Duty, Approx.	112 kW
Frame	Frame 7
Cooling	Forced Air
Enclosure	Type 12 / IP54
Input	AC Input with Precharge
DC Terminals	No
Dynamic Braking	None
HIM	Blank / No HIM
Filtering	Filtered configuration
Typical Application	Pumps, fans, conveyors, process machinery
Approx. Width	500–600 mm
Approx. Height	800–1000 mm
Approx. Depth	400–500 mm
Approx. Weight	100–160 kg
Installation	Industrial panel / packaged drive
Recommended Environment	Industrial
Replacement Planning	Verify electrical, mechanical and control compatibility

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29. Overall Product Assessment

The Allen-Bradley 20G1AGD248AN0NNNNN is a high-power PowerFlex 755 AC drive designed for large industrial motor-control applications.

Its 248 A output rating, 200 HP Normal Duty capability, 150 HP Heavy Duty capability, and Frame 7 construction place it firmly in the large-motor industrial-drive category.

The Type 12 / IP54 configuration gives the packaged drive a useful level of environmental protection, while forced-air cooling provides the thermal management necessary for a high-power drive.

The absence of dynamic braking is an important configuration characteristic and should be considered whenever the drive is applied to high-inertia loads or machinery requiring rapid stopping.

The blank/no-HIM configuration is also significant. It makes the unit well suited to installations where operation and monitoring are handled through a plant control system, remote HMI, or industrial communication network rather than through a permanently mounted local interface.

For existing equipment, this catalog number remains a valuable identification and maintenance reference. For new installations, the published direct replacement 20G1AGD248JN0NNNNN should be evaluated first, while checking the complete electrical, mechanical, control, communication, and braking requirements of the machine.

In practical terms, the 20G1AGD248AN0NNNNN is best suited to large pumps, fans, conveyors, material-handling systems, process machinery, large production equipment, and other industrial applications requiring high-capacity variable-speed AC motor control.