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20G1G3C302LNDNNNNN – PowerFlex 755TL Cabinet AC Drive

1. Product Overview

The 20G1G3C302LNDNNNNN is a high-power PowerFlex 755TL Cabinet AC Drive designed for demanding industrial motor-control applications.

It is a cabinet-type, air-cooled variable-frequency drive intended for large three-phase AC motors. The unit belongs to the PowerFlex 750 family and specifically to the PowerFlex 755TL product series.

The model is designed around a 400 V AC three-phase power system and provides a 302 A Normal Duty current rating, with additional current ratings available for Light Duty and Heavy Duty operation. The published rating structure for this configuration is approximately 367 A Light Duty, 302 A Normal Duty, and 260 A Heavy Duty.

The large cabinet construction makes this model fundamentally different from compact machine-mounted frequency converters. It is intended for industrial installations where the drive, cooling system, power components, control components, and associated electrical equipment are integrated into a floor-standing cabinet.

The model is particularly suitable for large pumps, fans, compressors, conveyors, process machinery, material-handling equipment, and other high-power motor applications where controlled motor speed, controlled acceleration and deceleration, and stable process operation are required.

2. Product Identification

Parameter	Specification
Model	20G1G3C302LNDNNNNN
Brand	Allen-Bradley
Product family	PowerFlex 750
Product series	PowerFlex 755TL
Product type	Cabinet AC Drive
Drive category	Variable-frequency AC drive
Input voltage	400 V AC
Input configuration	3-phase AC
Cooling	Air cooled
Installation	Floor-standing cabinet
Drive rating class	High-power industrial
Light Duty current	367 A
Normal Duty current	302 A
Heavy Duty current	260 A
Light Duty power class	200 kW
Normal Duty power class	160 kW
Heavy Duty power class	132 kW
Cabinet width	Approx. 1200 mm
Cabinet depth	Approx. 675 mm
Cabinet height	Approx. 2132 mm
Approximate dimensions	1200 × 675 × 2132 mm (W × D × H)
Approximate weight	861 kg
Installation type	Floor mounted
Application category	Industrial motor control
Typical motor range	Large industrial motors
Cabinet construction	Integrated industrial drive cabinet

The combination of 367 A Light Duty, 302 A Normal Duty, and 260 A Heavy Duty allows the drive to be selected according to the actual load profile rather than simply selecting a drive based on the motor’s nominal horsepower.

For continuous industrial machinery, the Normal Duty rating is generally an important reference point. Applications with significant overload requirements should be evaluated using the appropriate Heavy Duty rating rather than selecting solely from the motor’s nominal power.

3. Product Series

The 20G1G3C302LNDNNNNN belongs to the PowerFlex 755TL series.

The PowerFlex 755TL family is intended for applications requiring high-performance motor control in a cabinet-style industrial drive package.

The “TL” configuration is associated with a low-harmonic cabinet drive architecture. This makes the series particularly relevant to industrial facilities where electrical power quality, harmonic management, and high-power motor control are important considerations.

The PowerFlex 755TL series is positioned above compact variable-frequency drives in terms of physical size, power capability, cabinet integration, and system-level application requirements.

It is therefore normally used in large industrial equipment and plant-level systems rather than small standalone machines.

4. Brand

Brand: Allen-Bradley

Allen-Bradley is the brand associated with the product.

For industrial automation engineers, the brand is widely associated with programmable control systems, motor control, variable-frequency drives, industrial networking, safety systems, and automation components.

Within this product family, the PowerFlex designation identifies the variable-frequency drive platform.

5. Detailed Electrical Specifications

Electrical Parameter	Specification
Model	20G1G3C302LNDNNNNN
Input voltage	400 V AC
Input phase	3-phase
Nominal voltage class	400 V class
Light Duty current	367 A
Normal Duty current	302 A
Heavy Duty current	260 A
Light Duty power	200 kW
Normal Duty power	160 kW
Heavy Duty power	132 kW
Motor type	Three-phase AC motor
Drive type	Variable-frequency AC drive
Input architecture	Low-harmonic cabinet architecture
Cooling	Forced-air / air cooled
Installation	Floor mounted
Cabinet type	Integrated drive cabinet
Current-control range	Application dependent
Speed-control capability	Application dependent
Overload capability	Depends on duty classification
Braking configuration	Application/configuration dependent
Regenerative operation	Application dependent
Harmonic performance	Low-harmonic configuration
Communication	Industrial automation communication options available depending on configuration
Motor feedback	Optional/configuration dependent
Safety functions	Configuration dependent
Approximate dimensions	1200 × 675 × 2132 mm
Approximate weight	861 kg

The most important electrical distinction is the three-duty rating.

The 367 A Light Duty rating is intended for applications with comparatively moderate overload requirements.

The 302 A Normal Duty rating provides the primary continuous-duty reference for many industrial applications.

The 260 A Heavy Duty rating is intended for applications where the motor experiences higher load demand and greater overload requirements.

6. Power Rating Explanation

The drive has three useful power classes:

Duty Class	Current	Approx. Power
Light Duty	367 A	200 kW
Normal Duty	302 A	160 kW
Heavy Duty	260 A	132 kW

This rating structure is important because motor applications do not all place the same demands on a drive.

A centrifugal fan, for example, can have a very different load profile from a conveyor carrying heavy material.

A compressor can also require different acceleration and overload characteristics compared with a pump.

Therefore, a drive should not be selected only from the motor nameplate horsepower. The actual load torque, starting condition, acceleration time, overload requirement, operating speed range, and duty cycle should also be considered.

7. Physical Dimensions and Weight

Mechanical Parameter	Specification
Model	20G1G3C302LNDNNNNN
Cabinet width	Approx. 1200 mm
Cabinet depth	Approx. 675 mm
Cabinet height	Approx. 2132 mm
Overall dimensions	Approx. 1200 × 675 × 2132 mm
Approximate cabinet volume	Approx. 1.73 m³
Approximate weight	861 kg
Mounting	Floor standing
Cooling	Forced air
Installation space	Large industrial electrical-room space
Transportation	Heavy equipment handling required
Cabinet access	Service access required
Ventilation	Required
Floor loading	Must accommodate approximately 861 kg plus installation allowances

The physical dimensions are significant.

At approximately 2132 mm high, the cabinet requires careful consideration of room height, transportation routes, door openings, lifting arrangements, and service clearance.

The approximate 861 kg weight also means that the installation floor should be checked for appropriate load-bearing capacity.

The cabinet should not be treated like a conventional wall-mounted variable-frequency drive. It should be planned as a complete industrial electrical cabinet.

8. Product Introduction

The 20G1G3C302LNDNNNNN is designed for high-power variable-speed motor control in industrial environments.

The drive converts incoming three-phase AC electrical power into controlled electrical output for a motor. By controlling the output frequency and voltage, the system can regulate motor speed and torque according to the process requirement.

This approach allows a motor-driven machine to operate at different speeds rather than simply switching between full-speed operation and shutdown.

For many industrial processes, this provides better process control.

For example, a pump does not necessarily need to operate at full speed at all times. A fan may require different airflow during different production conditions. A conveyor may require controlled acceleration and different operating speeds depending on material flow.

The drive provides the electrical control platform required for these applications.

9. Low-Harmonic Architecture

One of the important characteristics of the PowerFlex 755TL series is its low-harmonic architecture.

Large variable-frequency drives can have a significant effect on an industrial electrical distribution system.

When many high-power drives are installed in the same facility, harmonic current can become an important engineering consideration.

The low-harmonic design of the PowerFlex 755TL series is intended for applications where controlling the electrical characteristics seen by the upstream power system is important.

This can be particularly valuable in large manufacturing plants, water-treatment facilities, process plants, production facilities, and other installations containing several large electrical loads.

10. Cooling System

The 20G1G3C302LNDNNNNN uses an air-cooled design.

At approximately 160 kW Normal Duty, the amount of heat generated by the drive system is significant, so airflow management is an important part of the installation.

The cabinet should have adequate ventilation and sufficient clearance for the cooling system.

The surrounding environment should also be considered.

Dust, high ambient temperature, blocked ventilation paths, excessive humidity, and poor cabinet-room airflow can negatively affect drive operation and service life.

For this reason, the drive-room HVAC and ventilation system should be considered together with the drive installation.

11. Main Product Advantages

11.1 High-Power Motor Control

The 302 A Normal Duty rating makes this drive suitable for large industrial motors.

The 160 kW Normal Duty class allows it to serve applications that are beyond the practical range of small and medium machine drives.

This makes it suitable for plant-level motor applications where high output power and controlled speed are required.

11.2 Low-Harmonic Operation

The low-harmonic architecture is one of the major system-level advantages of this series.

It can be particularly useful where a large number of variable-frequency drives operate from the same electrical distribution system.

This allows electrical engineers to consider the drive not only as a motor controller but also as part of the plant’s overall power-quality design.

11.3 Cabinet Integration

The cabinet design provides an integrated industrial installation.

Instead of installing a large drive module separately and then building a separate enclosure around it, the cabinet configuration provides a dedicated floor-standing drive arrangement.

This can simplify large system architecture and make the drive suitable for centralized electrical rooms.

11.4 Multiple Duty Ratings

The three duty ratings provide flexibility.

The same drive configuration can be evaluated for different application load characteristics:

• 367 A Light Duty
• 302 A Normal Duty
• 260 A Heavy Duty

This is useful because industrial machinery does not have a single universal torque profile.

11.5 Large Industrial Application Range

The drive can be used in a wide range of machinery.

Typical applications include:

• Large pumps
• Large fans
• HVAC process equipment
• Compressors
• Conveyors
• Crushers
• Mixers
• Process lines
• Material-handling systems
• Water-treatment systems
• Industrial ventilation
• Production machinery

12. Typical Applications

Large Pump Systems

Large pumps are one of the natural applications for this class of drive.

The drive can control pump speed according to flow or pressure requirements.

Instead of operating a pump continuously at maximum speed, the control system can adjust motor speed according to process demand.

This can improve process flexibility and provide more precise control.

Industrial Fans

Large fans can require substantial motor power.

The drive can regulate fan speed according to ventilation or process requirements.

Typical applications include industrial exhaust systems, process ventilation, cooling systems, air-handling equipment, and large-scale ventilation systems.

Compressors

Compressors can have demanding torque characteristics and may require controlled acceleration and speed regulation.

A high-power drive can be integrated into the compressor control system where variable-speed operation is required.

Conveyor Systems

Large conveyors often benefit from controlled starting and stopping.

A variable-frequency drive can provide controlled acceleration, reducing mechanical shock during startup.

Speed adjustment can also allow the conveyor to match the production process.

Process Machinery

Industrial process equipment frequently requires a motor to operate at different speeds during different stages of production.

The drive can provide a controllable motor-speed platform for such machinery.

Water and Wastewater Systems

Large pumps, blowers, and process motors are common in water-treatment installations.

A low-harmonic high-power drive can be useful where several large motors operate within the same facility.

13. Application Advantages

The main advantage of using a high-power variable-frequency drive is that the motor becomes part of the process-control system.

Instead of treating the motor as a simple ON/OFF device, the drive allows motor speed and torque to become controllable process variables.

This can be useful for:

• Flow regulation
• Pressure regulation
• Speed regulation
• Controlled acceleration
• Controlled deceleration
• Process synchronization
• Production-line coordination
• Reduced mechanical shock
• Improved operational flexibility

14. Installation Requirements

Because this is a large cabinet drive, installation planning is more involved than with compact inverters.

The following factors should be considered before installation:

Installation Item	Recommended Consideration
Model	20G1G3C302LNDNNNNN
Power supply	400 V AC, 3-phase system
Cabinet location	Dedicated industrial electrical area
Floor loading	Must support approximately 861 kg
Cabinet height	Approximately 2132 mm
Cabinet width	Approximately 1200 mm
Cabinet depth	Approximately 675 mm
Ventilation	Required
Ambient temperature	Must remain within applicable operating limits
Dust control	Important
Cable routing	Adequate power and control separation
Grounding	Proper industrial grounding required
Motor cable	Correctly sized for motor current and installation conditions
Maintenance access	Adequate service clearance required
Lifting	Heavy-equipment handling required
Electrical protection	Must be coordinated with the drive and power system
EMC considerations	Should be included in system design
Motor compatibility	Verify motor voltage, current, insulation, and duty

The cabinet dimensions and weight should be incorporated into the plant layout before equipment delivery.

The approximately 861 kg weight also means that ordinary manual handling is not appropriate for installation.

15. Five Related PowerFlex 755 Models

The following models are closely related PowerFlex 755-family configurations.

They cover different current ratings and therefore different motor-power ranges.

They should be regarded as related models rather than automatically interchangeable replacements.

Model	Series	Voltage	Light Duty	Normal Duty	Heavy Duty	Approx. Dimensions	Approx. Weight
20G1G3C367LNDNNNNN	PowerFlex 755TL	400 V AC	460 A / 250 kW	367 A / 200 kW	302 A / 160 kW	Approx. 1200 × 675 × 2132 mm	Approx. 861 kg
20G1G3C460LNDNNNNN	PowerFlex 755TL	400 V AC	540 A / 315 kW	460 A / 250 kW	367 A / 200 kW	Approx. 1200 × 675 × 2132 mm	Approx. 861 kg
20G1G3C540LNDNNNNN	PowerFlex 755TL	400 V AC	650 A / 400 kW	540 A / 315 kW	460 A / 250 kW	Configuration-dependent cabinet	Approx. 861 kg class
20G1G3C585LNDNNNNN	PowerFlex 755TL	400 V AC	Higher current class	585 A class	Application-dependent	Configuration-dependent cabinet	Configuration-dependent
20G1G3C750LNDNNNNN	PowerFlex 755TL	400 V AC	Higher current class	750 A class	Application-dependent	Large cabinet configuration	Configuration-dependent

Among these models, the 20G1G3C367LNDNNNNN and 20G1G3C460LNDNNNNN are particularly useful comparison points because they remain within the same 400 V PowerFlex 755TL cabinet family while providing higher current capacity.

The exact physical dimensions and shipping weight should be confirmed from the mechanical configuration before equipment replacement or cabinet planning because high-current cabinet assemblies can vary depending on the complete configuration.

16. Comparison of Related Models

Model	Normal Duty Current	Normal Duty Power	Voltage	Cooling	Mounting	Dimensions	Weight
20G1G3C302LNDNNNNN	302 A	160 kW	400 V	Air cooled	Floor cabinet	1200 × 675 × 2132 mm	861 kg
20G1G3C367LNDNNNNN	367 A	200 kW	400 V	Air cooled	Floor cabinet	Approx. 1200 × 675 × 2132 mm	Approx. 861 kg
20G1G3C460LNDNNNNN	460 A	250 kW	400 V	Air cooled	Floor cabinet	Approx. 1200 × 675 × 2132 mm	Approx. 861 kg
20G1G3C540LNDNNNNN	540 A	315 kW	400 V	Air cooled	Floor cabinet	Configuration-dependent	Approx. 861 kg class
20G1G3C585LNDNNNNN	585 A class	Application-dependent	400 V	Air cooled	Floor cabinet	Configuration-dependent	Configuration-dependent

The models become progressively larger in electrical capacity as the current rating increases.

When selecting among them, the motor’s full-load current should be compared with the appropriate duty rating.

A 302 A drive should not be replaced by a larger-current model merely because the larger model appears to offer more capacity. The complete system must also be evaluated for protection, cable sizing, cabinet arrangement, power distribution, cooling, and control configuration.

17. Five Popular Models from the Same Brand

The following five models represent other commonly used drive configurations from the same brand family.

They are included as comparison products rather than direct substitutes for the 20G1G3C302LNDNNNNN.

Model	Product Series	Input Voltage	Current	Power Class	Cooling	Dimensions	Weight
20F1AND302JA0NNNNN	PowerFlex 753	480 V AC	302 A	250 HP ND	Air cooled	Configuration-dependent	Configuration-dependent
20F1AND248JN0NNNNN	PowerFlex 753	480 V AC	248 A	200 HP ND	Air cooled	Configuration-dependent	Configuration-dependent
25B-B011N104	PowerFlex 525	200–240 V AC	11 A	3 HP / 2.2 kW	Air cooled	Compact frame	Configuration-dependent
25B-B024N104	PowerFlex 525	200–240 V AC	24 A	7.5 HP / 5.5 kW	Air cooled	Compact frame	Configuration-dependent
25B-E019N104	PowerFlex 525	525–600 V AC	19 A	15 HP / 11 kW	Air cooled	Compact frame	Configuration-dependent

These models cover a much broader power range.

The PowerFlex 753 products are closer to the PowerFlex 755 family in terms of industrial applications.

The PowerFlex 525 products are considerably smaller and are intended for compact machine applications.

18. PowerFlex 753 – 20F1AND302JA0NNNNN

The 20F1AND302JA0NNNNN is a high-power PowerFlex 753 AC drive.

It is designed for 480 V AC three-phase systems and has a 302 A current rating.

Its normal-duty rating is approximately 250 HP, making it suitable for large industrial motors.

Parameter	Specification
Model	20F1AND302JA0NNNNN
Series	PowerFlex 753
Input voltage	480 V AC
Phase	3-phase
Current	302 A
Normal Duty	Approx. 250 HP
Heavy Duty	Approx. 200 HP
Cooling	Forced air
Input	AC input
Frame	Large industrial frame
Enclosure	Open industrial configuration
Dynamic braking	Available through configured braking arrangement
Dimensions	Configuration-dependent
Weight	Configuration-dependent

This model is considerably closer to the original product in terms of power level than the compact PowerFlex 525 models.

19. PowerFlex 753 – 20F1AND248JN0NNNNN

The 20F1AND248JN0NNNNN provides a somewhat lower current capacity.

Parameter	Specification
Model	20F1AND248JN0NNNNN
Series	PowerFlex 753
Input voltage	480 V AC
Phase	3-phase
Current	248 A
Normal Duty	Approx. 200 HP
Heavy Duty	Approx. 150 HP
Cooling	Forced air
Input	AC input
Enclosure	Open industrial configuration
Frame	Large industrial frame
Dimensions	Configuration-dependent
Weight	Configuration-dependent

This type of drive can be considered for large industrial machinery when the electrical system is based on a 480 V supply and the required motor current is below the available rating.

20. PowerFlex 525 – 25B-B011N104

The 25B-B011N104 belongs to a much smaller drive platform.

It is designed for compact industrial equipment and is suitable for applications where the motor power is only a few kilowatts.

Parameter	Specification
Model	25B-B011N104
Series	PowerFlex 525
Input voltage	200–240 V AC
Phase	3-phase
Current	11 A
Power	Approx. 3 HP / 2.2 kW
Cooling	Air cooled
Enclosure	IP20/open type
Communication	Embedded industrial Ethernet capability
Safety	Integrated safety functionality
Installation	Compact panel mounting
Dimensions	Compact frame; exact dimensions depend on frame
Weight	Lightweight compared with PowerFlex 755 cabinet drives

This product is not a direct replacement for the 20G1G3C302LNDNNNNN.

The two products serve completely different power ranges and physical installation requirements.

21. PowerFlex 525 – 25B-B024N104

The 25B-B024N104 provides 24 A current capacity and approximately 7.5 HP / 5.5 kW power capability.

Parameter	Specification
Model	25B-B024N104
Series	PowerFlex 525
Input voltage	200–240 V AC
Phase	3-phase
Current	24 A
Power	Approx. 7.5 HP / 5.5 kW
Cooling	Air cooled
Enclosure	IP20/open type
Communication	Embedded industrial Ethernet capability
Safety	Integrated safety functionality
Installation	Compact panel mounting
Dimensions	Compact frame; exact dimensions depend on frame
Weight	Compact/lightweight configuration

Typical applications include small conveyors, pumps, fans, packaging machines, material-handling equipment, and general machine automation.

22. PowerFlex 525 – 25B-E019N104

The 25B-E019N104 is a higher-voltage PowerFlex 525 configuration.

Parameter	Specification
Model	25B-E019N104
Series	PowerFlex 525
Input voltage	525–600 V AC
Phase	3-phase
Current	19 A
Power	Approx. 15 HP / 11 kW
Cooling	Air cooled
Enclosure	IP20/open type
Communication	Embedded industrial Ethernet capability
Safety	Integrated safety functionality
Installation	Compact panel mounting
Dimensions	Compact frame; exact dimensions depend on frame
Weight	Compact/lightweight configuration

This model is intended for applications using a higher-voltage motor and electrical distribution system.

23. Product Family Structure

The relationship between the main product families can be summarized as follows:

Product Family	Typical Application Scale	Typical Drive Size	Typical Application
PowerFlex 525	Small	Compact	Machine-level automation
PowerFlex 753	Medium to large	Industrial	Pumps, fans, conveyors, machinery
PowerFlex 755	Large	Industrial	High-performance motor control
PowerFlex 755TL	Large to very large	Cabinet	Low-harmonic high-power applications

The 20G1G3C302LNDNNNNN belongs to the last category.

Its cabinet construction, current rating, power class, and physical size clearly place it in the large industrial-drive category.

24. Main Advantages in Industrial Plants

High Power Density

The drive provides substantial motor-control capacity within a dedicated cabinet system.

This makes it suitable for centralized drive installations where several large motor systems are installed within the same industrial electrical area.

Power Quality Consideration

The low-harmonic architecture makes this type of drive suitable for applications where the electrical network must be carefully managed.

This is especially relevant to plants with multiple large drives and other sensitive electrical equipment.

Wide Application Range

The drive is not restricted to one machine type.

The same basic platform can be used in pumping, ventilation, conveying, processing, compression, and material-handling applications, provided the motor and load requirements match the drive ratings.

Industrial Construction

The cabinet construction is designed for industrial installations.

It provides a substantial enclosure for the drive system and supports installation in dedicated electrical rooms or industrial equipment areas.

Multiple Duty Ratings

The Light Duty, Normal Duty, and Heavy Duty classifications allow the engineer to match the drive more closely to the actual load profile.

25. Advantages for Pump Applications

For pump applications, variable-speed control can allow the pump to operate closer to actual process requirements.

For example, a water-treatment system may require different flow rates during different production periods.

Instead of maintaining the motor at a fixed speed and controlling flow through mechanical throttling, the drive can adjust motor speed according to the process requirement.

This provides a more flexible control architecture and can reduce unnecessary mechanical stress.

26. Advantages for Conveyor Applications

For conveyors, controlled acceleration can reduce mechanical shock.

A large conveyor may have a significant amount of mechanical mass.

Starting the motor abruptly can place stress on couplings, gearboxes, belts, shafts, and other mechanical components.

A variable-frequency drive allows the acceleration profile to be controlled according to the machine requirement.

27. Advantages for Fan Applications

Fan systems frequently operate at different required airflow levels.

Variable-speed control allows the fan speed to be adjusted to match the required airflow.

This is useful for industrial ventilation, process cooling, extraction systems, and other applications where full-speed operation is not continuously necessary.

28. Advantages for Compressor Applications

Compressors often require carefully managed acceleration and operating speed.

A high-power drive can provide controlled motor operation and integrate motor speed into the overall compressor-control strategy.

The exact suitability depends on compressor type, motor characteristics, pressure requirements, acceleration requirements, and the manufacturer’s application requirements.

29. Maintenance Considerations

Large cabinet drives require a planned maintenance strategy.

Important maintenance areas include:

• Cooling fans
• Air passages
• Electrical connections
• Power terminals
• Control wiring
• Grounding
• Cabinet ventilation
• Environmental contamination
• Cooling-system performance
• Alarm history
• Motor connections
• Communication connections

Dust accumulation can be particularly important for air-cooled equipment.

The cooling system should be inspected regularly in environments containing dust, fibers, oil mist, or other airborne contaminants.

30. Replacement Selection

When replacing an existing 20G1G3C302LNDNNNNN, the replacement should not be selected only by comparing horsepower.

The following characteristics should be matched:

Selection Parameter	Why It Matters
Model	20G1G3C302LNDNNNNN
Input voltage	Must match the electrical distribution system
Motor voltage	Must match the motor
Motor current	Determines required drive current capacity
Duty class	Determines usable current and overload capability
Power rating	Must correspond to motor and load requirements
Harmonic requirements	Important for plant power quality
Cabinet dimensions	Required for mechanical replacement
Cabinet weight	Important for transportation and installation
Cooling	Must match installation environment
Braking	Must match stopping requirements
Regeneration	Important for regenerative loads
Communication	Must match automation architecture
Safety	Must match machine safety requirements
Motor feedback	Required when feedback control is used
Environmental conditions	Determines enclosure and cooling requirements

A replacement that has the same current rating but a different input architecture may not be a direct functional replacement.

Likewise, a drive with the same horsepower but a different voltage class cannot be treated as an equivalent product.

31. Summary Specification Table

Parameter	20G1G3C302LNDNNNNN
Model	20G1G3C302LNDNNNNN
Brand	Allen-Bradley
Family	PowerFlex 750
Series	PowerFlex 755TL
Product type	Cabinet AC Drive
Input	400 V AC
Phase	3-phase
Light Duty current	367 A
Normal Duty current	302 A
Heavy Duty current	260 A
Light Duty power	200 kW
Normal Duty power	160 kW
Heavy Duty power	132 kW
Cooling	Air cooled
Installation	Floor mounted
Cabinet width	Approx. 1200 mm
Cabinet depth	Approx. 675 mm
Cabinet height	Approx. 2132 mm
Dimensions	Approx. 1200 × 675 × 2132 mm
Weight	Approx. 861 kg
Application	Large industrial motor control
Typical loads	Pumps, fans, compressors, conveyors, process machinery
Drive architecture	Low-harmonic cabinet configuration
Installation environment	Industrial electrical room / equipment area
Duty selection	Light / Normal / Heavy Duty
Product scale	High-power industrial

32. Final Product Description

The 20G1G3C302LNDNNNNN is a large cabinet-type variable-frequency drive belonging to the PowerFlex 755TL series within the PowerFlex 750 family.

Its primary electrical configuration is 400 V AC, three-phase, with a 367 A Light Duty rating, 302 A Normal Duty rating, and 260 A Heavy Duty rating. The corresponding power classes are approximately 200 kW, 160 kW, and 132 kW respectively.

The unit is designed for high-power industrial motor applications where precise motor-speed control, controlled acceleration and deceleration, and low-harmonic operation are important.

Its physical construction is substantial, with an approximate cabinet size of 1200 mm wide × 675 mm deep × 2132 mm high and an approximate weight of 861 kg.

Because of this size and weight, the product should be planned as a complete industrial electrical cabinet rather than as a conventional compact inverter.

The PowerFlex 755TL platform is particularly suitable for large industrial pumps, fans, compressors, conveyors, process machinery, water-treatment systems, material-handling systems, and other large motor-driven equipment.

The low-harmonic design is an important characteristic for plants where multiple high-power drives share the same electrical distribution network.

For equipment replacement, the complete catalog number should always be compared with the proposed replacement. Voltage, current, duty class, power rating, cabinet dimensions, cooling, braking, harmonic architecture, communication options, and motor requirements should all be checked together.

For engineering documentation, procurement, and equipment replacement, the 20G1G3C302LNDNNNNN should therefore be treated as a specific high-power cabinet-drive configuration rather than simply as a generic 302 A frequency converter.