Company Information
E-mail		[email protected]
Mobile		+8615980777398
Whatsapp		+8615980777398
WeChat		15980777398

Allen-Bradley 20G1F3C650LNANNNNN PowerFlex 755 AC Drive

1. Product Introduction

The Allen-Bradley 20G1F3C650LNANNNNN is a high-power PowerFlex 755 AC Drive designed for demanding industrial motor-control applications.

It is an air-cooled, AFE regenerative, three-phase AC drive in the 400 V class and uses a Frame 8C power section. The catalog information identifies the unit with an input type of AFE Regenerative, a current specification of approximately 698 A, and a 400 V AC rating.

This model belongs to the large-frame end of the PowerFlex 755 family. It is intended for applications where the motor is considerably larger than those normally served by compact variable-frequency drives.

The model is particularly relevant to heavy industrial machinery, large conveyors, pumps, fans, compressors, process equipment, material-handling systems and other equipment requiring high-current variable-speed motor control.

The catalog family also contains closely related 650 A configurations, including 20G1F3C650KNANNNNN, 20G1F3C650LNDNNNNN, and several versions with additional option suffixes. This makes the complete catalog number important when selecting a replacement or comparing equipment.

---

2. Brand and Series

Item	Information
Model	20G1F3C650LNANNNNN
Brand	Allen-Bradley
Product Family	PowerFlex
Product Series	PowerFlex 755
Product Type	AC Variable Frequency Drive
Drive Configuration	Air-Cooled AC Drive
Input Type	AFE Regenerative
Frame	Frame 8C
Voltage Class	400 V AC
Phase	Three Phase
Current Class	650 A / approximately 698 A catalog current
Cooling	Air Cooled
Application Level	Large Industrial Motor Control
Installation	Industrial Floor/Cabinet Installation
Product Status	Discontinued catalog configuration

The exact model is identified as a PowerFlex 755 AC Drive, with AFE regenerative input, 400 V AC, and Frame 8C. The catalog record also identifies the product as discontinued, with a direct replacement catalog number available in the newer product generation.

---

3. Basic Product Specifications

Parameter	Specification
Model	20G1F3C650LNANNNNN
Brand	Allen-Bradley
Series	PowerFlex 755
Product Type	AC Drive
Drive Construction	Air Cooled
Input Type	AFE Regenerative
Input Voltage	400 V AC
Input Phase	3 Phase
Catalog Current	Approximately 698 A
Nominal Size	650 A class
Frame Size	8C
Drive Technology	Variable-Frequency AC Motor Control
Regenerative Operation	Yes
Dynamic Braking	Configuration-dependent; regenerative architecture is used
Installation	Industrial floor/cabinet type
Cooling Method	Forced Air Cooling
Motor Type	Three-Phase AC Motor
Control Architecture	PowerFlex 755
Dimensions	Configuration-dependent; see mechanical-design note below
Weight (kg)	Configuration-dependent; verify exact mechanical documentation

The catalog information for the exact model gives 698 A at 400 V AC and identifies the frame as 8C. A closely corresponding 650 A configuration is specified as 650 A with 355 kW normal-duty and 315 kW heavy-duty ratings, illustrating the rating range associated with this configuration family.

---

4. Understanding the 650 A / 698 A Specification

One detail worth explaining is the difference between the catalog number and the current value shown in different technical records.

The model number contains the 650 current-size designation:

20G1F3C650LNANNNNN

The detailed product record for the exact base catalog number lists 698 A as the current specification, while the corresponding configured 650 A product record identifies the drive size as 650 A.

This is not a good reason to treat the two numbers as interchangeable motor ratings.

For engineering selection, the actual drive rating should be evaluated using the applicable duty class, motor nameplate current, overload requirements, ambient conditions, carrier frequency, application duty cycle and complete catalog configuration.

The safest practice is to use the complete catalog number and the applicable technical data when selecting a replacement.

---

5. AFE Regenerative Technology

One of the most important characteristics of the 20G1F3C650LNANNNNN is its AFE regenerative input.

AFE stands for Active Front End.

A regenerative drive is particularly useful when the driven machine frequently returns energy to the drive during deceleration or when the load is capable of driving the motor.

Instead of treating all regenerated energy simply as heat through a braking resistor, regenerative architecture can return suitable energy back toward the AC supply.

This makes the configuration particularly interesting for applications with frequent deceleration, overhauling loads or significant regenerative energy.

Typical examples include:

• Large cranes
• Hoists
• Downhill conveyors
• High-inertia machinery
• Large test equipment
• Material-handling machinery
• Certain centrifuge applications
• Large process machines with frequent speed changes

The exact model is explicitly identified as AFE Regenerative, making this an important distinction from conventional non-regenerative PowerFlex configurations.

---

6. Main Electrical Parameters

Electrical Parameter	Specification
Model	20G1F3C650LNANNNNN
Input Voltage	400 V AC
Input Phase	3 Phase
Current	Approximately 698 A
Catalog Size	650 A
Input Type	AFE Regenerative
Frame	8C
Motor Output	Three-phase variable-frequency output
Motor Control	Variable-speed AC motor control
Frequency Control	Programmable
Acceleration	Programmable
Deceleration	Programmable
Torque Control	Supported by PowerFlex 755 control architecture
Regenerative Operation	Yes
Cooling	Air cooled
Dynamic Braking	Not the primary energy-management method for regenerative operation
Motor Protection	Available through drive control functions
Feedback	Configuration-dependent
Communication	Configuration-dependent
EMC/Filtering	Configuration-dependent
Enclosure	Configuration-dependent
Dimensions	Configuration-dependent
Weight (kg)	Configuration-dependent

---

7. Power Rating

A corresponding 650 A configuration in the same product family is listed with approximately:

Duty Rating	Approximate Rating
Model	20G1F3C650LNANNNNN
Normal Duty	355 kW
Heavy Duty	315 kW
Current Size	650 A
Input Voltage	400 V AC
Phase	3 Phase
Frame	8C
Cooling	Air Cooled
Dimensions	Configuration-dependent
Weight (kg)	Configuration-dependent

These duty ratings are associated with the 650 A PowerFlex 755 configuration family. They should be treated as selection references rather than as a substitute for checking the exact motor nameplate and application duty.

---

8. Physical Construction

The 20G1F3C650LNANNNNN is a large-frame industrial drive.

The Frame 8C designation indicates that this is not a compact wall-mounted inverter. It belongs to the larger PowerFlex 755 mechanical platform intended for high-current applications.

The physical installation therefore needs to take into account:

• Cabinet dimensions
• Floor support
• Drive weight
• Lifting equipment
• Cooling airflow
• Cable-entry requirements
• Power-cable bending radius
• Maintenance access
• Control wiring
• Grounding
• Heat dissipation

For this exact catalog number, it is not advisable to publish an invented fixed width, height, depth or weight.

The available product records confirm the Frame 8C classification, but the precise mechanical arrangement can depend on the packaged configuration and associated options.

---

9. Dimensions and Weight

Mechanical Parameter	Specification
Model	20G1F3C650LNANNNNN
Frame	8C
Width	Configuration-dependent
Height	Configuration-dependent
Depth	Configuration-dependent
Overall Size	Must be confirmed from exact mechanical drawing
Mounting Arrangement	Large-frame industrial installation
Cooling	Air cooled
Net Weight (kg)	Configuration-dependent
Shipping Weight (kg)	Configuration-dependent
Mounting Hole Pattern	Confirm from mechanical drawing
Lifting Requirements	Confirm before handling
Service Clearance	Required
Cabinet Clearance	Application-dependent

For a large 650 A drive, the mechanical drawing is more useful than a generic family dimension because cabinet versions, options and packaged-drive arrangements can change the final footprint.

A secondary listing that reports an exact product weight of zero should not be treated as a real physical weight; such values are clearly catalog/database placeholders rather than meaningful engineering data. For this reason, the weight above is deliberately identified as configuration-dependent rather than giving a fabricated figure.

---

10. Cooling System

The drive uses an air-cooled architecture.

High-current semiconductor components generate substantial heat during operation, especially under continuous industrial loads.

The cooling system therefore has a direct influence on drive reliability.

The installation should provide:

• Adequate airflow
• Correct cabinet ventilation
• Proper fan operation
• Suitable ambient temperature
• Clean cooling paths
• Sufficient service space
• Appropriate cabinet heat management

If the drive is installed in an enclosure, the enclosure design must account for the heat generated by the drive and any other equipment installed nearby.

---

11. Product Applications

Large Conveyors

The 20G1F3C650LNANNNNN is well suited to large conveyor systems where the motor requires high current and controlled acceleration.

Conveyors used in mining, cement, steel, ports, bulk handling and heavy manufacturing can involve substantial mechanical inertia.

Controlled acceleration can reduce the mechanical shock associated with starting a large conveyor.

---

Mining Equipment

Mining machinery frequently uses large motors for:

• Long conveyors
• Feeders
• Pumps
• Fans
• Material-handling systems
• Processing equipment

The high-current PowerFlex 755 architecture is appropriate for applications where large motors and industrial automation are involved.

---

Cement Plants

Cement production contains many large rotating machines.

Possible applications include:

• Large fans
• Conveyors
• Material feeders
• Grinding equipment
• Process machinery
• Air-handling systems

Variable-speed control can be used to match machine operation to process requirements.

---

Pumps

Large pumps are another important application.

Examples include:

• Water-transfer pumps
• Cooling-water pumps
• Industrial process pumps
• Circulation pumps
• Large wastewater pumps
• Utility pumps

Variable-speed operation can provide better control than operating a motor continuously at one fixed speed.

---

Fans and Blowers

Large fans and blowers can consume substantial amounts of energy when operated at full speed.

A variable-frequency drive allows the motor speed to be adjusted according to the actual process requirement.

This makes the PowerFlex 755 platform suitable for many industrial ventilation and air-moving systems.

---

Compressors

Large compressors can require considerable starting torque and controlled acceleration.

The drive can provide programmable acceleration and speed control when the compressor and motor are suitable for variable-frequency operation.

---

Cranes and Hoists

The regenerative nature of this model is particularly relevant to applications where the load can drive the motor during lowering or deceleration.

Potential applications include:

• Cranes
• Hoists
• Lifting equipment
• Material-handling machinery
• Certain elevator-type industrial systems

For such applications, the complete braking, safety and mechanical system must still be engineered separately.

---

Process Machinery

The drive can also be considered for:

• Mixers
• Mills
• Extruders
• Large rotating machines
• Production equipment
• Continuous-process systems
• Test machinery

The actual suitability depends on the motor, load profile and required control performance.

---

12. Main Product Advantages

12.1 High Current Capability

The 650 A class makes the model suitable for large industrial motors.

This is one of the most important differences between this model and smaller PowerFlex drives.

It can be considered where a compact inverter does not have sufficient current capacity.

---

12.2 Regenerative Operation

AFE regenerative technology is one of the defining characteristics of this configuration.

When the load regenerates energy during deceleration, the drive architecture can handle this energy through its active front end rather than relying solely on traditional resistor-based braking.

This can be particularly valuable for high-inertia and overhauling-load applications.

---

12.3 PowerFlex 755 Architecture

The PowerFlex 755 platform is designed for industrial applications requiring more flexibility than a simple basic inverter.

Depending on the configuration, the platform can support different control, feedback and communication arrangements.

This makes it adaptable to complex automation systems.

---

12.4 Controlled Acceleration

Large motors can create substantial mechanical stress when started abruptly.

A variable-frequency drive allows the acceleration profile to be programmed.

This can reduce sudden mechanical loading on:

• Couplings
• Gearboxes
• Shafts
• Belts
• Chains
• Conveyors
• Pumps

---

12.5 Controlled Deceleration

Deceleration is particularly important for high-inertia machinery.

The drive can control how quickly the motor slows down rather than simply disconnecting the motor from the supply.

In regenerative applications, the energy-management capability becomes even more important.

---

12.6 Large-Scale Industrial Integration

The PowerFlex 755 family is designed to operate as part of a broader automation system.

Depending on the installed configuration, the drive can exchange operating commands, status information, feedback and diagnostic information with other automation equipment.

---

12.7 Flexible Application Range

A single product family can cover many types of machinery.

This makes the PowerFlex 755 architecture useful in plants where different large motors are controlled through a common drive platform.

---

13. Advantages of the AFE Regenerative Configuration

Feature	Practical Benefit
AFE Regenerative Input	Allows regenerative energy to be managed through the active front end
High Current	Suitable for large motors
Variable Speed	Allows motor speed to follow process demand
Controlled Acceleration	Reduces mechanical starting shock
Controlled Deceleration	Improves stopping control
Large Frame	Designed for high-power industrial applications
Air Cooling	Suitable for industrial high-power installations
Flexible Control	Supports demanding motor-control requirements
Automation Integration	Can operate within larger control systems
Industrial Construction	Intended for continuous industrial service

---

14. Typical Industries

Industry	Example Equipment	Typical Requirement
Mining	Conveyors, feeders, pumps	High-current motor control
Cement	Fans, conveyors, process equipment	Large motor operation
Steel	Production lines, fans, conveyors	Heavy-duty speed control
Water	Pumps, blowers	Variable-speed operation
Chemical	Pumps, mixers, fans	Process control
Oil & Gas	Pumps and rotating equipment	Controlled motor operation
Ports	Conveyors, cranes, material handling	High torque and controlled speed
Manufacturing	Large production machinery	Process-speed control
Utilities	Pumps and fans	Continuous operation
Material Handling	Conveyors, hoists	Acceleration/deceleration control

---

15. Five Related PowerFlex 755 Models

The following models are closely related to 20G1F3C650LNANNNNN and are useful for comparison or replacement evaluation.

Model	Product Family	Current Class	Voltage Class	Configuration	Cooling	Dimensions	Weight (kg)
20G1F3C585LNANNNNN	PowerFlex 755	585 A class	400 V	Air-Cooled AC Drive	Air cooled	Configuration-dependent	Configuration-dependent
20G1F3C650KNANNNNN	PowerFlex 755	650 A class	400 V	Air-Cooled AC Packaged Drive	Air cooled	Configuration-dependent	Configuration-dependent
20G1F3C650LNDNNNNN	PowerFlex 755	650 A class	400 V	Air-Cooled AC Packaged Drive	Air cooled	Configuration-dependent	Configuration-dependent
20G1F3C650MNANNNNN	PowerFlex 755	650 A class	400 V class	Air-Cooled AC Drive	Air cooled	Configuration-dependent	Configuration-dependent
20G1F3C750LNANNNNN	PowerFlex 755	750 A class	400 V	Air-Cooled AC Packaged Drive	Air cooled	Configuration-dependent	Configuration-dependent

These models are listed within the same PowerFlex 755 catalog family. The catalog listings show several different 585 A, 650 A and 750 A configurations, including different suffixes and packaged arrangements.

---

16. Related Model Comparison

Model	Current	Voltage	Main Difference	Dimensions	Weight (kg)
20G1F3C585LNANNNNN	585 A class	400 V class	Lower current class	Configuration-dependent	Configuration-dependent
20G1F3C650KNANNNNN	650 A class	400 V class	Related 650 A configuration	Configuration-dependent	Configuration-dependent
20G1F3C650LNANNNNN	650 A class	400 V	Reference model	Configuration-dependent	Configuration-dependent
20G1F3C650LNDNNNNN	650 A class	400 V class	Alternative 650 A configuration	Configuration-dependent	Configuration-dependent
20G1F3C650MNANNNNN	650 A class	400 V class	Alternative configuration	Configuration-dependent	Configuration-dependent
20G1F3C750LNANNNNN	750 A class	400 V class	Higher current class	Configuration-dependent	Configuration-dependent

These are related catalog configurations rather than guaranteed drop-in substitutes. The complete catalog suffix must be checked before replacement because different suffixes can indicate different electrical, mechanical or option configurations.

---

17. Five Popular Allen-Bradley Models for Broader Comparison

For customers who want to compare this large PowerFlex 755 with other commonly encountered industrial drive models, the following are useful reference points.

Model	Series	Product Type	Typical Application	Current / Rating	Voltage	Cooling	Dimensions	Weight (kg)
20F1AND302JN0NNNNN	PowerFlex 753	Air-Cooled AC Drive	Industrial motor control	Configuration-dependent	Configuration-dependent	Air cooled	Configuration-dependent	Configuration-dependent
20F1AGC302JN0NNNNN	PowerFlex 753	Air-Cooled AC Drive	Pumps, fans, conveyors	Configuration-dependent	Configuration-dependent	Air cooled	Configuration-dependent	Configuration-dependent
20G1ANC367AA0NNNNN	PowerFlex 755	Air-Cooled AC Drive	Large industrial machinery	Configuration-dependent	Configuration-dependent	Air cooled	Configuration-dependent	Configuration-dependent
20G1ANC456AN0NNNNN	PowerFlex 755	Air-Cooled AC Drive	Large motor applications	Configuration-dependent	Configuration-dependent	Air cooled	Configuration-dependent	Configuration-dependent
20G1ANC477JA0NNNNN	PowerFlex 755	Air-Cooled AC Drive	High-power industrial equipment	Configuration-dependent	Configuration-dependent	Air cooled	Configuration-dependent	Configuration-dependent

These catalog numbers appear within the broader Allen-Bradley drive catalog and include PowerFlex 753 and PowerFlex 755 air-cooled configurations.

Because the exact suffixes define the actual electrical and mechanical configuration, these models should be treated as comparison products rather than assumed replacements.

---

18. PowerFlex 755 Compared with Smaller Drives

The 20G1F3C650LNANNNNN occupies a very different part of the drive market from compact general-purpose inverters.

A small drive may be suitable for a motor of only a few kilowatts or tens of kilowatts.

A 650 A PowerFlex 755 configuration is intended for much larger industrial equipment.

The physical installation is therefore different as well.

A small inverter may be wall mounted inside a compact enclosure, whereas this type of large-frame drive normally requires substantial cabinet space, appropriate ventilation, heavy power cabling and suitable mechanical support.

---

19. Installation Requirements

Before installing the drive, engineers should check the complete electrical and mechanical system.

Important items include:

Installation Item	What Should Be Checked
Input Voltage	Confirm 400 V AC system compatibility
Input Phase	Confirm three-phase supply
Motor Current	Compare with actual motor nameplate current
Motor Power	Check duty rating
Motor Frequency	Confirm 50/60 Hz requirement
Motor Insulation	Confirm suitability for VFD operation
Grounding	Verify protective-earth arrangement
Cable Size	Select according to current and installation conditions
Short-Circuit Rating	Verify system fault level and protection
Cabinet	Provide adequate physical space
Cooling	Provide sufficient airflow
Ambient Temperature	Confirm operating temperature range
Service Access	Provide maintenance clearance
Lifting	Confirm actual drive weight
Communication	Confirm required network/interface
Feedback	Confirm encoder or feedback requirements
Braking	Confirm regenerative requirements
Motor Cable Length	Evaluate insulation and reflected-wave considerations

---

20. Cabinet Design

For a 650 A-class drive, cabinet design becomes an important engineering issue.

The enclosure must accommodate the drive itself as well as:

• Input protection
• Disconnect equipment
• Contactors where required
• Reactors where required
• Control equipment
• Communication equipment
• Cooling equipment
• Terminal blocks
• Grounding conductors
• Motor cables
• Control wiring

The cabinet must also provide enough space for service work.

The drive should not simply be placed into the smallest possible enclosure.

Thermal management is especially important because high-current power electronics generate significant heat.

---

21. Motor Applications

The 20G1F3C650LNANNNNN can be considered for large three-phase AC motors in applications requiring variable-speed operation.

Typical motor-driven equipment includes:

• Large pumps
• Centrifugal pumps
• Fans
• Blowers
• Conveyors
• Compressors
• Mixers
• Mills
• Extruders
• Hoists
• Cranes
• Process machinery

The actual motor-control mode should be selected according to the motor type and application.

---

22. Regenerative Applications

The regenerative feature makes this model especially interesting for machinery where the load can return energy to the drive.

For example, consider a large conveyor moving downhill.

During certain operating conditions, the conveyor can drive the motor rather than the motor driving the conveyor.

A conventional drive may need to dissipate the resulting energy through a braking system.

An AFE regenerative architecture is designed to manage this type of operating condition differently.

Other examples include:

• Lowering loads
• Crane applications
• Hoists
• High-inertia rotating machines
• Frequent acceleration/deceleration
• Regenerative test systems

The suitability of regenerative operation must always be considered together with the mechanical system, braking requirements and safety system.

---

23. Advantages for Large Industrial Machinery

Area	Benefit
Motor Size	Supports large industrial motors
Current Capacity	High-current 650 A class
Energy Handling	AFE regenerative operation
Speed Control	Adjustable motor speed
Starting	Controlled acceleration
Stopping	Controlled deceleration
Process Control	Better speed matching
Automation	Suitable for integrated industrial control
Maintenance	Diagnostic and parameter-based troubleshooting
Flexibility	Multiple configuration possibilities
Industrial Use	Suitable for demanding machinery

---

24. Important Replacement Consideration

The 20G1F3C650LNANNNNN should not be replaced solely on the basis of the words “PowerFlex 755” or “650 A.”

The entire catalog number should be compared.

For example, the following are all related but distinct catalog numbers:

• 20G1F3C650KNANNNNN
• 20G1F3C650LNANNNNN
• 20G1F3C650LNDNNNNN
• 20G1F3C650MNANNNNN
• 20G1F3C650LNDNNNNN-C0
• 20G1F3C650LNANNNNN-C0-P50
• 20G1F3C650LNANNNNN-C0-P51

These are listed as separate PowerFlex 755 configurations.

The differences can involve power architecture, options, braking, filtering, enclosure arrangement or other configuration characteristics.

---

25. Product Lifecycle

The exact catalog number 20G1F3C650LNANNNNN is listed as discontinued, with the discontinuation date recorded as December 20, 2021.

The product record identifies a direct replacement in the newer product generation.

This is important when purchasing today.

If an existing machine is still operating with this drive, there may be good reasons to retain the original model where compatibility and spare-parts strategy require it.

For a new machine, however, the current replacement platform should be evaluated rather than assuming that a discontinued catalog number remains a normal new-production item.

---

26. Maintenance Considerations

Large industrial drives should be included in a planned maintenance program.

Typical maintenance considerations include:

Cooling Fans

Inspect the cooling system regularly.

Dust accumulation can restrict airflow and raise operating temperatures.

Electrical Connections

High-current connections should be inspected according to the applicable maintenance procedure.

Loose connections can produce heat and may eventually damage terminals or conductors.

Cabinet Environment

Keep the enclosure clean and maintain appropriate environmental conditions.

Drive Diagnostics

Alarm and fault information should be reviewed rather than simply resetting faults repeatedly.

Motor and Cable Condition

The drive is only one part of the motor system.

Motor insulation, cables, grounding and mechanical loads should also be inspected.

---

27. Safety Considerations

A drive of this size contains hazardous electrical energy.

Installation and maintenance should only be carried out by qualified personnel following the applicable electrical safety procedures.

Before service work, appropriate isolation and verification procedures should be completed.

Particular attention should be paid to stored DC-bus energy.

The regenerative architecture does not remove the need for proper electrical isolation and safe working practices.

---

28. Detailed Parameter Summary

Parameter	20G1F3C650LNANNNNN
Model	20G1F3C650LNANNNNN
Brand	Allen-Bradley
Series	PowerFlex 755
Product Type	AC Drive
Configuration	Air-Cooled
Input Type	AFE Regenerative
Input Voltage	400 V AC
Input Phase	3 Phase
Catalog Size	650 A
Listed Current	Approximately 698 A
Frame	8C
Normal-Duty Reference	Approximately 355 kW
Heavy-Duty Reference	Approximately 315 kW
Cooling	Air Cooled
Regeneration	Yes
Dynamic Braking	Configuration-dependent / regenerative architecture
Motor Type	Three-Phase AC
Installation	Large-frame industrial installation
Communication	Configuration-dependent
Feedback	Configuration-dependent
Enclosure	Configuration-dependent
Dimensions	Configuration-dependent
Width	Configuration-dependent
Height	Configuration-dependent
Depth	Configuration-dependent
Net Weight (kg)	Configuration-dependent
Shipping Weight (kg)	Configuration-dependent
Product Status	Discontinued
Application	Large industrial motor control

The 400 V, AFE regenerative and Frame 8C characteristics are directly associated with the exact catalog number, while the 650 A/355 kW/315 kW values correspond to the closely matching 650 A configuration record.

---

29. Quick Selection Guide

Requirement	Recommended Direction
Need the same existing unit	Match 20G1F3C650LNANNNNN
Need a related 650 A configuration	Compare 650 A PowerFlex 755 variants
Need slightly lower current	Consider 585 A PowerFlex 755 configuration
Need higher current	Consider 750 A or 770 A configurations
Need regenerative operation	Confirm AFE regenerative configuration
Need corrosion protection	Consider an appropriate XT configuration
Need a smaller industrial drive	Evaluate PowerFlex 753 or smaller PowerFlex families
Need exact replacement	Match the complete catalog number and options

---

30. Final Product Summary

The Allen-Bradley 20G1F3C650LNANNNNN is a large-frame PowerFlex 755 AC Drive designed for high-power industrial motor-control applications.

Its principal characteristics are its 400 V AC three-phase input, AFE regenerative architecture, 650 A class, approximately 698 A catalog current, air-cooled construction and Frame 8C design.

The regenerative architecture makes the drive particularly useful for machinery where substantial energy can be returned from the motor during deceleration or overhauling operation.

Typical applications include large conveyors, pumps, fans, blowers, compressors, cranes, hoists, mining equipment, cement machinery, process equipment and large material-handling systems.

The PowerFlex 755 architecture also provides a flexible platform for industrial automation, allowing the drive to be incorporated into larger motor-control and plant-control systems.

The 650 A class is important because this is a large industrial drive rather than a small general-purpose inverter.

The physical installation should therefore be planned carefully. Cabinet size, ventilation, cable routing, grounding, service clearance and lifting arrangements all need to be considered.

For dimensions and weight, the most reliable engineering practice is to use the exact mechanical documentation for the specific catalog configuration. The model is identified as Frame 8C, but a single generic dimension or weight should not be assumed for every related packaged configuration.

The model is also a discontinued catalog number, so when replacing an existing unit, the original catalog number should be compared carefully with the proposed replacement rather than choosing another drive based only on current rating.

Overall, 20G1F3C650LNANNNNN represents a high-current, regenerative PowerFlex 755 configuration intended for demanding industrial motor-control systems where large motor capacity, controlled speed, controlled acceleration/deceleration and regenerative energy handling are important.