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Allen-Bradley 20G1F3E355LNDNNNNN

1. Product Overview

The 20G1F3E355LNDNNNNN is a high-power industrial AC variable-frequency drive belonging to the PowerFlex 755 series.

It is designed for large industrial motor-control applications where stable speed regulation, controlled acceleration and deceleration, torque control, feedback capability and integration with an industrial automation system are required.

This model is a 600 V AC, three-phase configuration. The catalog number is associated with a high-current PowerFlex 755 drive, with the rating designation centered around the 355 A class. The published electrical data for this configuration identifies an operating current in the mid-300 A range, with the exact rating depending on the applicable duty and configuration.

The product is intended for considerably larger machinery than compact variable-frequency drives. Typical applications include large conveyors, pumps, fans, compressors, mixers, material-handling equipment and other process machinery.

Because it is a large-frame industrial drive, physical installation is an important part of the product selection. Cabinet space, ventilation, cable routing, lifting access, floor loading and maintenance clearance all need to be considered before installation.

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2. Basic Product Information

Item	Specification
Model	20G1F3E355LNDNNNNN
Brand	Allen-Bradley
Product family	PowerFlex
Product series	PowerFlex 755
Product type	AC variable-frequency drive
Drive technology	Industrial AC motor control
Input	Three-phase AC
Voltage class	600 V AC
Current class	355 A class
Published current value	Approximately 365 A for the identified configuration
Cooling	Air cooled / forced air
Frame	Large-frame configuration
Duty	Normal-duty configuration
Output	Variable-voltage / variable-frequency AC
Motor control	Speed and torque control
Feedback	Available through compatible options
Installation	Industrial cabinet / floor-mounted arrangement
Typical application	Large industrial machinery
Approx. reference height	2453 mm
Approx. reference width	1200 mm
Approx. reference depth	600–800 mm
Approx. reference weight	1246 kg
Application environment	Industrial
Main function	High-power motor speed and torque control

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3. Brand and Series

Brand

Allen-Bradley

Product Family

PowerFlex

Product Series

PowerFlex 755

The PowerFlex 755 series is a high-performance industrial AC drive family intended for applications requiring more control flexibility and higher power capability than compact general-purpose drives.

The series is designed around industrial motor-control requirements and can be configured with different feedback, communication, I/O, safety and control options.

The 20G1F3E355LNDNNNNN belongs to the high-power portion of this product family and is intended for large motor applications.

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4. Product Model Identification

The complete catalog number is:

20G1F3E355LNDNNNNN

The model number contains several configuration elements.

The 20G prefix identifies the PowerFlex 755 family.

The 1F portion identifies the particular large-frame configuration.

The 3E portion is associated with the electrical configuration for this voltage/current group.

The 355 portion identifies the nominal rating class used to distinguish this drive from neighboring current ratings.

The remaining LNDNNNNN characters identify additional configuration characteristics.

For purchasing, engineering and replacement purposes, the entire catalog number should be retained. Two models that look similar but have different configuration characters can have different electrical, enclosure, braking, filtering, control or installation characteristics.

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5. Main Technical Parameters

Parameter	Specification
Catalog number	20G1F3E355LNDNNNNN
Brand	Allen-Bradley
Series	PowerFlex 755
Drive type	High-power AC VFD
Input voltage	600 V AC class
Input phase	3-phase
Current rating	355 A class
Published current value	Approx. 365 A
Input frequency	50/60 Hz industrial supply
Output	Variable voltage / variable frequency
Cooling	Forced-air cooled
Duty	Normal Duty
Motor control	Digital AC motor control
Speed control	Yes
Torque control	Yes
Feedback	Option/configuration dependent
Communication	Industrial automation integration
Installation	Large industrial cabinet
Mounting	Floor-mounted / cabinet-mounted
Approx. height	2453 mm
Approx. width	1200 mm
Approx. depth	600–800 mm
Approx. weight	1246 kg
Approx. weight including additional cabinets	Can be substantially higher depending on configuration
Typical application	Large industrial motor systems

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6. Electrical Characteristics

The most important electrical characteristics of this model are its 600 V AC three-phase input configuration and 355 A class current rating.

The drive is intended for large AC motor applications where a substantial amount of current is required.

The actual usable motor horsepower should not be determined from the catalog number alone. Motor voltage, motor current, power factor, efficiency, duty cycle, overload requirements and ambient operating conditions all need to be considered.

For a normal-duty application, the continuous motor current should be checked against the applicable drive rating.

For applications involving frequent overloads, high starting torque or rapid acceleration, the drive should be evaluated using the actual operating profile rather than simply matching the motor’s nominal horsepower.

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7. Duty Classification

The model is intended around a normal-duty industrial configuration.

Duty classification is important because a drive may be capable of handling a certain continuous current but have different permissible overload characteristics depending on the operating mode.

A conveyor carrying a heavy load, for example, can require significantly more torque during acceleration than a fan operating at a stable speed.

Similarly, a mixer can have a changing load as material enters or leaves the mixing chamber.

The following parameters should therefore be considered together:

Selection parameter	Importance
Continuous motor current	Determines basic drive capacity
Starting torque	Important for high-inertia machinery
Acceleration time	Affects thermal and current loading
Deceleration time	Important for high-inertia loads
Overload requirement	Determines required drive rating
Motor voltage	Must correspond to the drive configuration
Ambient temperature	Affects available thermal capacity
Altitude	Can affect cooling performance
Motor cable length	Can influence installation and filtering requirements
Feedback requirement	Determines control configuration

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8. Dimensions and Weight

The 20G1F3E355LNDNNNNN is a large industrial drive rather than a compact wall-mounted VFD.

For product planning, a large-frame cabinet arrangement can be treated as approximately:

Physical parameter	Approximate value
Height	2453 mm
Width	1200 mm
Depth	600–800 mm
Weight	1246 kg
Height	Approx. 96.6 in
Width	Approx. 47.2 in
Depth	Approx. 23.6–31.5 in
Weight	Approx. 2748 lb

These figures should be treated as reference dimensions for the large-frame cabinet arrangement, not as guaranteed shipping dimensions for every possible catalog configuration.

Additional cabinets, input protection, reactors, filters, disconnect equipment and other options can increase both the footprint and total weight.

The approximately 1246 kg reference weight is especially important for transportation and installation planning.

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9. Product Introduction

The 20G1F3E355LNDNNNNN is designed to provide controlled operation of high-power AC motors.

A conventional fixed-frequency motor connection provides relatively limited control over motor speed. A variable-frequency drive changes the electrical output supplied to the motor so that operating speed and torque can be managed according to the machine’s requirements.

This allows a large motor to start gradually, operate at different speeds and stop according to a controlled profile.

The drive can also exchange information with an automation system, making it possible to coordinate motor operation with sensors, controllers, production equipment and other drives.

For a large industrial machine, this makes the drive an important part of the complete control architecture rather than simply a device for changing motor frequency.

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10. Main Product Features

10.1 High-Power Motor Control

The 355 A class rating provides substantial current capacity for large industrial motors.

This makes the drive suitable for equipment that is beyond the practical range of smaller general-purpose drives.

Large conveyors, pumps, fans and process machinery can all require this type of high-current motor-control equipment.

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10.2 Variable-Speed Operation

The drive can control the operating speed of the motor.

The motor does not need to remain at one fixed operating speed throughout the entire production cycle.

This can be particularly useful when machine output needs to change according to production conditions.

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10.3 Controlled Acceleration

Large motors can produce significant mechanical stress when started directly.

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

This can help reduce mechanical shock to:

• Shafts
• Couplings
• Gearboxes
• Belts
• Chains
• Conveyor systems
• Pumps
• Fans
• Mechanical transmission components

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10.4 Controlled Deceleration

The same principle applies during stopping.

A controlled deceleration profile can reduce abrupt changes in mechanical load.

This is particularly useful for large rotating equipment with high inertia.

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10.5 Torque Control

Large industrial machinery often needs controlled torque rather than simple speed regulation.

The PowerFlex 755 platform is designed for applications where motor torque needs to be controlled as part of the machine process.

This is useful for:

• Conveyors
• Mixers
• Material-handling equipment
• Process machinery
• Large mechanical systems

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10.6 Feedback Capability

The drive can be configured with compatible feedback equipment for applications requiring more precise motor regulation.

Feedback can be useful for applications involving:

• Precise speed control
• Synchronization
• Tension control
• High-inertia loads
• Specialized process machinery

The actual feedback hardware should be selected according to the motor and application requirements.

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11. Product Advantages

High Current Capacity

The 355 A class rating makes the model suitable for large motor applications.

It can provide considerably more electrical capacity than compact drive products.

This makes it suitable for high-power production equipment and process systems.

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High-Performance Motor Control

The PowerFlex 755 platform is designed for advanced motor-control applications.

It can provide controlled acceleration, deceleration, speed regulation and torque management.

This gives engineers more flexibility when designing machines with demanding mechanical characteristics.

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Suitable for Industrial Automation

The drive can operate as part of a larger industrial automation system.

A controller can provide a speed reference while monitoring drive status, current, speed, warnings and faults.

This allows the motor-control system to become part of the production-control architecture.

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Flexible Application

The drive can be used with many different types of industrial equipment.

Typical applications include:

• Pumps
• Fans
• Conveyors
• Compressors
• Mixers
• Process equipment
• Material-handling machinery
• Large production machinery

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Large Industrial Construction

The large-frame architecture provides the physical space required for high-power electrical components.

This makes the product appropriate for large industrial electrical rooms, machine rooms and engineered control systems.

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12. Typical Applications

Conveyor Systems

Large conveyors frequently require high starting torque.

A conveyor may already be loaded when the motor starts, which can produce significant mechanical demand.

The drive can accelerate the motor gradually, helping the conveyor reach operating speed in a controlled manner.

The operating speed can also be changed according to production requirements.

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Large Pumps

Industrial pumps can require motors with substantial power.

The drive allows pump speed to be adjusted according to the process requirement.

This can be useful for:

• Water treatment
• Industrial circulation
• Cooling systems
• Process fluid systems
• Large water-transfer equipment

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Large Fans

Industrial fans can operate at different speeds depending on the required airflow.

The drive can adjust the motor speed according to the ventilation or process requirement.

Typical applications include:

• Industrial ventilation
• Cooling
• Exhaust systems
• Process air handling
• Large ventilation equipment

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Compressors

Large compressors can have high motor starting requirements.

Controlled acceleration can make the starting process more manageable and can allow the compressor motor to be integrated into a larger control system.

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Mixers

Mixers can experience changing loads as material is introduced or processed.

The drive can provide controlled speed and torque to accommodate changes in the mechanical load.

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Process Machinery

Large process machines often require coordinated motor operation.

The drive can be integrated with the machine’s controller so that motor speed becomes part of the overall production sequence.

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13. Industry Applications

Industry	Typical Applications
Manufacturing	Large production machinery
Mining	Conveyors and material handling
Metals	Processing and transport equipment
Paper	Process machinery
Chemical processing	Pumps, mixers and compressors
Water treatment	Large pumps
Utilities	Pumps and fans
Cement	Conveyors and processing equipment
Building materials	Material handling
Food processing	Mixers and conveyors
Heavy industry	Large motor-driven equipment
Process manufacturing	Pumps, fans and compressors

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14. Application Advantages

The main practical advantage of using a high-power variable-frequency drive is the ability to match motor operation to the actual mechanical process.

A pump can run at a speed appropriate to the required flow.

A fan can operate according to the required airflow.

A conveyor can accelerate smoothly and run at the speed required by production.

A mixer can use different speeds for different stages of processing.

A compressor can use controlled motor operation as part of the overall process.

This flexibility is one of the main reasons large industrial variable-frequency drives are widely used in automated machinery.

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15. Recommended Same-Series or Related Models

The following models are useful for comparison within the PowerFlex 755 family and related high-power configurations.

Model	Product Series	Voltage Class	Current Class	Frame	Cooling	Approx. Dimensions	Approx. Weight
20G1F3E295LNDNNNNN	PowerFlex 755	600 V class	295 A class	Large frame	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E355LNDNNNNN	PowerFlex 755	600 V class	355 A class	Large frame	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E395LNDNNNNN	PowerFlex 755	600 V class	395 A class	Large frame	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E435LNDNNNNN	PowerFlex 755	600 V class	435 A class	Large frame	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E460LNDNNNNN	PowerFlex 755	600 V class	460 A class	Large frame	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E505LNDNNNNN	PowerFlex 755	600 V class	505 A class	Large frame	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg

The models above provide a useful current-rating progression around the target model.

When choosing between them, the motor nameplate current should be compared with the applicable continuous and overload ratings rather than relying only on nominal motor horsepower.

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16. Five Higher-Power Related Models

Model	Series	Voltage Class	Current Class	Cooling	Approx. Dimensions	Approx. Weight
20G1F3E505LNDNNNNN	PowerFlex 755	600 V class	505 A class	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E565LNDNNNNN	PowerFlex 755	600 V class	565 A class	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E650LNDNNNNN	PowerFlex 755	600 V class	650 A class	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E735LNDNNNNN	PowerFlex 755	600 V class	735 A class	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E820LNDNNNNN	PowerFlex 755	600 V class	820 A class	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg

These higher-current configurations can be considered when the motor or machine requires additional capacity.

A larger drive should not automatically be regarded as a direct substitute, however. The motor, input system, protection equipment, cables, cabinet and application duty all need to be compatible with the selected rating.

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17. Five Popular Models Under the Same Brand

Model	Product Series	Voltage Class	Current / Power Class	Cooling	Approx. Dimensions	Approx. Weight
25B-D017N104	PowerFlex 525	480 V class	17 A class	Air cooled	Approx. 220 × 90 × 180 mm class	Approx. 3 kg
20F11ND077JA0NNNNN	PowerFlex 753	400/480 V class	77 A class	Air cooled	Frame dependent	Frame dependent
20G11ND022JA0NNNNN	PowerFlex 755	400/480 V class	22 A class	Air cooled	Frame dependent	Frame dependent
20G1F3E355LNDNNNNN	PowerFlex 755	600 V class	355 A class	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg
20G1F3E650LNDNNNNN	PowerFlex 755	600 V class	650 A class	Air cooled	Approx. 2453 × 1200 × 600–800 mm	1246 kg

These five models represent different levels of motor-control capacity.

The PowerFlex 525 class is suitable for comparatively small machines, while the PowerFlex 753 and PowerFlex 755 families provide progressively greater control flexibility and industrial application capability.

The Frame 9 PowerFlex 755 configurations are intended for large motor systems and therefore have substantially greater electrical and physical requirements.

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18. Related Model Comparison

Model	Current Class	Voltage Class	Frame	Application Scale	Approx. Weight
20G1F3E295LNDNNNNN	295 A	600 V	Large frame	Large	1246 kg
20G1F3E355LNDNNNNN	355 A	600 V	Large frame	Large	1246 kg
20G1F3E395LNDNNNNN	395 A	600 V	Large frame	Large	1246 kg
20G1F3E435LNDNNNNN	435 A	600 V	Large frame	Very large	1246 kg
20G1F3E460LNDNNNNN	460 A	600 V	Large frame	Very large	1246 kg
20G1F3E505LNDNNNNN	505 A	600 V	Large frame	Very large	1246 kg
20G1F3E565LNDNNNNN	565 A	600 V	Large frame	Very large	1246 kg
20G1F3E650LNDNNNNN	650 A	600 V	Large frame	Very large	1246 kg
20G1F3E735LNDNNNNN	735 A	600 V	Large frame	Very large	1246 kg
20G1F3E820LNDNNNNN	820 A	600 V	Large frame	Very large	1246 kg

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19. Automation Integration

The PowerFlex 755 platform is designed to operate within an industrial automation environment.

A typical installation can include:

• Programmable controllers
• Human-machine interfaces
• Sensors
• Industrial networks
• Motor feedback devices
• Safety equipment
• Other variable-frequency drives
• Process instrumentation

The drive can receive operating commands from the automation system and return information about its operating condition.

Typical monitored information can include:

• Motor speed
• Output frequency
• Output current
• Operating status
• Fault status
• Warning status
• Torque-related information
• Drive temperature
• Operating condition

This type of integration is useful when the drive is part of a production line rather than operating as a standalone motor controller.

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20. Feedback Applications

Feedback becomes important when the machine requires more precise speed regulation.

A suitable feedback device can provide information about actual motor speed to the drive.

This can be useful for:

• Precise speed regulation
• Synchronization
• Tension control
• Large conveyors
• High-inertia machinery
• Process equipment
• Specialized industrial motor-control systems

The final feedback configuration depends on the motor and application.

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21. Thermal Management

A high-power drive produces a considerable amount of heat during operation.

The air-cooled construction uses forced airflow to remove heat from the power electronics.

The installation therefore needs sufficient ventilation.

Thermal consideration	Requirement
Ambient temperature	Must remain within the applicable operating range
Airflow	Must be sufficient for heat removal
Cooling fans	Must remain operational
Air filters	Should be kept clean
Cabinet clearance	Must allow suitable airflow
Load	Higher load increases heat generation
Adjacent equipment	Heat from nearby equipment must be considered
Altitude	May influence thermal performance
Maintenance	Cooling system should be inspected periodically

Thermal management is especially important when the drive is installed in a closed electrical room or cabinet system with several other high-power devices.

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22. Installation Requirements

The large physical size of this product means that installation planning should begin before the equipment is delivered.

The approximately 2453 mm height should be checked against the available building access.

The approximately 1200 mm width should also be considered when planning doors, corridors and equipment spacing.

The approximately 1246 kg weight requires suitable transportation and lifting equipment.

Installation item	Main consideration
Floor loading	Verify that the floor can support the equipment
Transportation	Check the entire delivery route
Door opening	Verify cabinet dimensions
Lifting	Use equipment suitable for the actual weight
Ventilation	Provide sufficient airflow
Cable routing	Provide adequate space for large power cables
Grounding	Provide suitable industrial grounding
Maintenance	Provide appropriate service access
Ambient environment	Control temperature, dust and moisture
Cabinet arrangement	Confirm final configuration before installation

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23. Motor Selection

The correct motor should be selected according to the drive’s electrical rating and the actual machine load.

Important motor parameters include:

Motor parameter	Why it matters
Rated voltage	Must correspond to drive voltage
Full-load current	Main parameter for drive sizing
Rated power	Helps determine application capacity
Frequency	Must correspond to motor operation
Power factor	Affects electrical loading
Efficiency	Affects input/output relationship
Service factor	Important for actual operating conditions
Starting torque	Important for heavy loads
Operating speed	Determines speed-control requirements
Feedback	Determines whether encoder integration is needed

A drive should not be selected simply because its nominal horsepower is close to the motor’s horsepower.

The motor’s rated current and the actual mechanical load are more useful parameters when determining the appropriate drive configuration.

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24. Example Application — Conveyor

Consider a large conveyor carrying bulk material.

The conveyor may be empty during startup and heavily loaded during normal operation.

Starting the motor directly can create a large current surge and substantial mechanical shock.

With a variable-frequency drive, the motor can accelerate progressively.

The speed can then be controlled according to production requirements.

If the conveyor needs to stop, the drive can use a controlled deceleration profile.

This can help reduce mechanical stress on the gearbox, coupling, belt and other mechanical components.

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25. Example Application — Pump

A large industrial pump may need to operate at different flow levels throughout the day.

Running the motor at full speed at all times may not correspond to the actual process requirement.

The drive allows motor speed to be adjusted.

This makes the drive useful for large pumping applications in industrial water systems, cooling systems and process plants.

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26. Example Application — Industrial Fan

A large ventilation fan may operate under different airflow requirements.

During periods of lower demand, the motor speed can be reduced.

During higher demand, the speed can be increased.

The variable-speed drive therefore provides an adjustable interface between the motor and the ventilation process.

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27. Example Application — Mixer

Large industrial mixers often experience changes in mechanical load.

Different stages of the process may require different speeds.

The drive can provide controlled acceleration and adjustable operating speed while allowing the motor-control system to communicate with the overall process controller.

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28. Key Advantages Summary

Advantage	Description
High current capacity	Suitable for large industrial motors
600 V class	Appropriate for higher-voltage industrial motor systems
355 A class	Provides substantial motor-control capacity
Variable speed	Allows motor speed to follow process requirements
Controlled acceleration	Helps reduce starting shock
Controlled deceleration	Improves stopping behavior
Torque control	Useful for demanding mechanical loads
Feedback capability	Supports precision applications
Automation integration	Allows coordinated machine control
Air cooling	Suitable for high-power industrial equipment
Large-frame construction	Designed for substantial electrical loads
Broad application range	Suitable for pumps, fans, conveyors and process equipment

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29. Product Selection Checklist

Before purchasing or replacing this model, the following information should be confirmed:

Item	What should be checked
Model	20G1F3E355LNDNNNNN
Motor voltage	Confirm motor nameplate
Motor current	Confirm full-load amperage
Motor power	Confirm kW / HP
Motor frequency	Confirm 50/60 Hz requirement
Duty	Confirm normal or heavy application
Overload	Confirm actual overload requirement
Acceleration	Confirm required ramp time
Deceleration	Confirm required stopping profile
Feedback	Determine whether encoder feedback is required
Environment	Temperature, humidity and dust
Cooling	Verify airflow and cabinet ventilation
Communication	Confirm required industrial network
Braking	Determine whether braking equipment is required
Cable length	Check motor cable distance
Cabinet	Confirm enclosure and installation arrangement
Floor	Verify structural load capacity
Transportation	Confirm equipment access route

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30. Complete Technical Summary

Category	Specification
Model	20G1F3E355LNDNNNNN
Brand	Allen-Bradley
Product series	PowerFlex 755
Product type	High-power AC variable-frequency drive
Input voltage	600 V AC class
Input phase	Three-phase
Current class	355 A
Published current	Approx. 365 A for the identified configuration
Duty	Normal Duty
Cooling	Air cooled / forced air
Frame	Large-frame configuration
Motor control	Speed and torque control
Feedback	Available with suitable options
Automation integration	Supported
Installation	Floor-mounted industrial cabinet
Approx. height	2453 mm
Approx. width	1200 mm
Approx. depth	600–800 mm
Approx. weight	1246 kg
Typical applications	Pumps, fans, conveyors, compressors, mixers
Typical industries	Manufacturing, mining, utilities, process industries
Main advantage	High-power industrial motor control
Application level	Large industrial machinery

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31. Final Product Description

The 20G1F3E355LNDNNNNN is a high-power PowerFlex 755 AC drive designed for large industrial motor-control applications.

Its 600 V AC three-phase configuration and 355 A class rating place it in the high-power category, making it suitable for substantial industrial motors and machinery.

The product is particularly useful when the machine requires more than simple motor starting and stopping. Variable-speed control allows the motor to operate according to the actual production requirement, while controlled acceleration and deceleration can improve the mechanical behavior of the equipment.

The drive can also provide torque control and can be configured with suitable feedback equipment for applications requiring improved speed regulation.

Typical applications include large conveyors, industrial pumps, large fans, compressors, mixers, process machinery and heavy material-handling equipment.

The physical characteristics are equally important. A representative large-frame installation is approximately 2453 mm high, 1200 mm wide and 600–800 mm deep, with a reference weight of approximately 1246 kg. The final size and weight can change according to the complete cabinet and option configuration.

When selecting this model, the motor’s actual nameplate voltage and current should be considered first. The machine’s duty cycle, overload requirements, acceleration and deceleration characteristics, operating environment, feedback requirements, communication architecture and installation conditions should then be evaluated.

The 20G1F3E355LNDNNNNN is therefore best suited to projects requiring a substantial industrial AC drive with high-current capability, controlled motor operation and integration into a larger automated machine or process system.