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Allen-Bradley 20F1ANF034JA0NNNNN — Detailed Product Specifications, Product Introduction, Applications, Advantages and Related Models

1. Product Overview

The Allen-Bradley 20F1ANF034JA0NNNNN is a high-power industrial AC drive from the PowerFlex 753 series.

It is designed for three-phase motor control systems using a 690 VAC supply and provides a nominal output current of 34 A.

The drive has a 30 kW Normal Duty rating and a 22 kW Heavy Duty rating, giving it a useful operating range for pumps, fans, blowers, conveyors, mixers, feeders and other industrial machinery.

One of the most important characteristics of this particular catalog number is its integrated dynamic-braking transistor.

The drive also has an EMC-filtered configuration with the CM jumper installed, embedded I/O, PID control capability, forced-air cooling and an open-type Frame 6 enclosure.

The unit is supplied in a blank/no-HIM configuration, making it suitable for systems where the drive is controlled through a PLC, HMI, network, external control station or other automation equipment rather than through a dedicated local keypad.

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2. Brand and Product Series

The PowerFlex 753 family is intended for general-purpose and advanced industrial motor-control applications where variable-speed operation, process control, machine integration and flexible configuration are required.

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3. Main Technical Parameter Table

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4. Product Introduction

The 20F1ANF034JA0NNNNN is designed to control the speed and torque of three-phase AC motors in industrial environments.

A conventional motor connected directly to a fixed-frequency power supply normally operates close to its rated speed.

An AC drive changes this operating method by controlling the electrical frequency and voltage delivered to the motor.

As a result, the motor can accelerate smoothly, operate at different speeds and decelerate according to the requirements of the machine.

This makes the drive useful in applications where a motor does not need to run continuously at full speed.

For example, a pump may only need high speed when system demand increases.

A fan may need to slow down when ventilation demand decreases.

A conveyor may need a controlled acceleration profile to prevent products from shifting or falling.

A mixer may require different speeds during different stages of a production cycle.

The drive provides the electrical control platform required for these operating conditions.

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5. 690 VAC Three-Phase Configuration

The 690 VAC rating is one of the defining characteristics of this model.

The drive is designed for three-phase industrial power systems in the 690 VAC class.

Higher-voltage motor systems can be advantageous for larger industrial equipment because the current required for a given power level can generally be lower than with a lower-voltage system.

This can influence:

• Power cable selection
• Motor selection
• Electrical distribution
• Protective-device sizing
• Cabinet wiring
• Drive selection
• Motor starter architecture

The motor connected to the drive must have an appropriate voltage rating for the intended electrical system.

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6. 34 A Output Rating

The drive provides a nominal output current of 34 A.

This places it in the medium-to-high power section of the 690 VAC PowerFlex 753 range.

The 34 A rating is especially useful when a smaller 23 A or 30 A drive is insufficient, while a larger 46 A drive would provide more capacity than necessary.

When selecting the drive for a particular motor, the motor’s actual rated current should receive primary attention.

Motor power in kW is useful for preliminary selection, but the motor nameplate current, duty cycle, torque requirement and overload conditions should all be considered.

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7. 30 kW Normal Duty Rating

The Normal Duty rating of this model is 30 kW.

This rating makes the drive particularly suitable for variable-torque applications.

Typical examples include:

• Centrifugal pumps
• Industrial fans
• Large blowers
• Ventilation equipment
• Cooling systems
• Air-handling equipment
• Water circulation
• Fluid-transfer systems

Variable-torque equipment generally does not require the same overload characteristics as heavy constant-torque machinery.

For this reason, the 30 kW Normal Duty rating can provide a strong fit for many pump and fan applications.

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8. 22 kW Heavy Duty Rating

The Heavy Duty rating is 22 kW.

This is the more relevant rating when the drive is used with a demanding constant-torque load.

Typical examples include:

• Conveyors
• Mixers
• Feeders
• Material-handling equipment
• Processing machinery
• Mechanical production equipment

Heavy Duty applications can place greater current and thermal demands on the drive.

Therefore, a motor should not automatically be considered compatible simply because its nameplate power is below 30 kW.

The applicable Heavy Duty current and overload requirements must also be considered.

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9. Normal Duty and Heavy Duty Comparison

The Normal Duty and Heavy Duty ratings should always be treated as separate selection criteria.

A 30 kW Normal Duty application is not equivalent to a 30 kW Heavy Duty application.

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10. Internal Dynamic-Braking Transistor

A major advantage of the 20F1ANF034JA0NNNNN is the presence of an internal dynamic-braking transistor.

This feature is particularly important in applications where the motor must decelerate relatively quickly.

When a motor slows down, it can temporarily act as a generator.

The mechanical energy stored in the rotating system can be transferred back into the drive’s DC bus.

This regenerative energy can cause the DC-bus voltage to rise.

Dynamic braking provides a way to manage this energy.

The internal braking transistor controls the braking circuit so that excess energy can be directed to an appropriate braking resistor.

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11. Why Dynamic Braking Is Important

Dynamic braking is particularly useful for machines with:

• High rotational inertia
• Frequent stopping
• Rapid acceleration and deceleration
• Heavy moving loads
• Short stopping times
• Repeated production cycles

Examples include:

• Conveyors
• Hoists
• Material-handling machinery
• Centrifuges
• Mixers
• Large rotating equipment
• Production machinery
• High-inertia fans

Without adequate braking management, the drive may require a longer deceleration time or may experience DC-bus overvoltage during aggressive stopping.

The internal braking transistor gives the system greater flexibility in designing the braking circuit.

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12. Dynamic Braking Compared With a Non-Braking Configuration

The dynamic-braking transistor is therefore one of the most important differences between otherwise similar catalog configurations.

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13. EMC Filter

The drive includes an EMC filter.

Electromagnetic compatibility is important in modern industrial systems because high-frequency switching from power electronics can produce electrical noise.

This can potentially affect nearby:

• Sensors
• PLC equipment
• Communication devices
• Analog instruments
• Measurement equipment
• Control wiring
• Other electronic equipment

The EMC-filtered configuration is therefore useful when the drive is installed in an electrically complex industrial control cabinet.

The filter should be considered together with grounding, motor-cable selection and overall cabinet wiring.

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14. CM Jumper Installed

The catalog configuration specifies that the CM jumper is installed.

The common-mode jumper affects the drive’s common-mode capacitive connection to ground.

This configuration can influence common-mode current and the overall EMC behavior of the installation.

It is therefore important to maintain the intended configuration when replacing the drive.

A replacement with the same voltage and current rating but a different CM-jumper configuration should not automatically be considered electrically identical.

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15. AC Input With Precharge

The drive uses:

AC Input with Precharge, No DC Terminals

The precharge function manages the initial charging of the internal DC-bus capacitors.

This reduces the uncontrolled inrush current that would otherwise occur when the drive is energized.

The configuration does not provide external DC terminals.

This is important when considering special common-DC-bus arrangements or multi-drive DC-bus architectures.

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16. Embedded I/O

The PowerFlex 753 platform includes embedded I/O.

This allows the drive to interact directly with the machine control system.

Depending on the application and configuration, common control functions can include:

• Start
• Stop
• Enable
• Direction
• Speed reference
• Fault reset
• Status signals
• Digital interlocks
• Analog references
• Process feedback

Embedded I/O can reduce the amount of additional interface equipment required in a machine.

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17. PID Control

PID control is another important feature.

PID stands for proportional-integral-derivative control.

In practical industrial applications, PID allows the drive to adjust motor speed based on a process variable.

For example, a pump can be used to maintain a desired pressure.

The control process can be summarized as:

Pressure sensor → feedback signal → PID calculation → drive speed adjustment → pump output → pressure correction

This can be useful for:

• Water-pressure systems
• Flow control
• Cooling systems
• Air-pressure systems
• Ventilation
• Fluid circulation
• Process-control systems

PID functionality can therefore reduce the need for separate process-control hardware in suitable applications.

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18. Blank / No HIM

The drive is supplied as a Blank / No HIM configuration.

HIM means Human Interface Module.

A no-HIM configuration is useful when the drive is installed as part of a larger automated control system.

The operator may interact with the machine through:

• A centralized HMI
• PLC controls
• Supervisory controls
• Remote control stations
• Industrial communication networks
• External pushbuttons and selectors

This configuration can also help maintain a clean cabinet design when local manual operation is not required.

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19. Frame 6 Construction

The drive uses a Frame 6 mechanical configuration.

Frame size affects:

• Physical dimensions
• Mounting arrangement
• Cooling system
• Terminal arrangement
• Power-component layout
• Cabinet requirements
• Cable access
• Service access

The Frame 6 construction is suitable for the relatively substantial power level of this 34 A, 690 VAC drive.

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20. Dimensions and Weight

The approximately 48 kg weight is important when designing the mounting structure.

The cabinet mounting system must be capable of safely supporting the drive and any associated equipment.

Additional cabinet space should also be reserved for:

• Power cables
• Motor cables
• Control wiring
• Grounding
• Airflow
• Maintenance access
• Cable bending radius
• Adjacent components

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21. Operating Temperature

The specified operating temperature range is approximately:

-20 to 60 °C

Temperature is an important factor in drive reliability.

A drive operating continuously at elevated temperature experiences greater thermal stress than one operating in a moderate environment.

Cabinet designers should therefore consider:

• Ambient temperature
• Internal cabinet temperature
• Drive loading
• Cooling airflow
• Fan performance
• Cabinet ventilation
• Heat generated by adjacent equipment

The actual installation conditions should be evaluated carefully when operating close to the upper end of the temperature range.

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22. Storage Temperature

The approximate storage temperature range is:

-40 to 70 °C

Storage conditions are different from operating conditions.

A drive stored for an extended period should be protected from:

• Condensation
• Excessive humidity
• Dust
• Chemical contamination
• Mechanical damage
• Extreme environmental conditions

Proper storage can help preserve the drive before installation.

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23. Open-Type Enclosure

The drive uses an IP20/IP00 Open Type construction.

It is therefore intended to be installed inside a suitable electrical enclosure.

The enclosure should provide appropriate protection against:

• Dust
• Water
• Oil
• Metal particles
• Mechanical contamination
• Accidental contact
• Environmental contaminants

The cabinet also needs sufficient ventilation to remove the heat generated by the drive.

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24. Forced-Air Cooling

The drive uses forced-air cooling.

During operation, power semiconductors and other electronic components generate heat.

The cooling system transfers heat away from these components.

The effectiveness of the cooling system depends on:

• Airflow
• Ambient temperature
• Load current
• Switching conditions
• Cabinet ventilation
• Fan condition
• Heat-sink cleanliness
• Installation altitude

Dust accumulation can reduce cooling effectiveness.

For industrial installations, periodic inspection of the cooling path is therefore recommended.

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25. Pump Applications

The drive is highly suitable for pump applications when the motor and system requirements fall within the appropriate rating.

Typical applications include:

• Industrial water pumps
• Cooling-water pumps
• Process pumps
• Circulation pumps
• Water-treatment systems
• Fluid-transfer systems
• Pressure-control systems
• Industrial pumping systems

The 30 kW Normal Duty rating is particularly relevant for variable-torque centrifugal pumps.

The drive can adjust pump speed according to process demand.

This allows the pump to operate at an appropriate speed instead of continuously running at maximum speed.

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26. Fan and Blower Applications

Fans and blowers are another major application category.

Examples include:

• Factory ventilation
• Exhaust systems
• Industrial cooling
• Air-handling systems
• Process-air systems
• Industrial blowers
• Dust-extraction systems

The drive can provide smooth acceleration and adjustable operating speed.

For applications where airflow demand changes throughout the day, variable-speed control can also provide better process regulation than fixed-speed operation.

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27. Conveyor Applications

Conveyors often benefit from variable-speed control.

The drive can provide:

• Smooth acceleration
• Smooth deceleration
• Adjustable speed
• Controlled stopping
• Reduced mechanical shock
• Production synchronization
• Better material handling

The dynamic-braking transistor is especially valuable in conveyor applications where rapid stopping is required.

However, the braking resistor and complete braking system must be selected according to the actual inertia, speed and stopping-cycle requirements.

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28. Mixer Applications

Mixers can have demanding torque characteristics.

The required motor torque can vary according to:

• Material density
• Material viscosity
• Batch size
• Mixing speed
• Material temperature
• Production stage

The 22 kW Heavy Duty rating can make the drive suitable for many medium-sized mixer applications.

The motor’s actual current and torque requirements should be checked before final selection.

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29. Feeder Applications

Industrial feeders often require accurate speed control.

Applications can include:

• Material feeders
• Dosing systems
• Production feeders
• Bulk-material systems
• Process feeders
• Automated feeding equipment

The drive can adjust the feeder speed according to production requirements.

This can help synchronize material flow with other machines.

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30. Material-Handling Applications

The drive can also be used for material-handling equipment.

Potential applications include:

• Belt conveyors
• Roller conveyors
• Transfer systems
• Production-line handling
• Bulk-material handling
• Industrial transportation systems

The dynamic-braking capability can be useful where the moving mass is significant.

This is one reason the JA configuration can be attractive compared with otherwise similar configurations without an internal dynamic-braking transistor.

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31. Process Machinery

The drive can be used in a wide range of industrial process equipment.

Potential examples include:

• Process pumps
• Industrial fans
• Blowers
• Mixers
• Feeders
• Material-handling machinery
• Cooling systems
• Mechanical processing systems
• Production equipment

The PowerFlex 753 architecture allows the drive to be integrated into larger machine-control systems.

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32. Main Product Advantages

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33. Main Advantage — Internal Dynamic Braking

The internal dynamic-braking transistor is arguably the most distinctive advantage of this exact catalog configuration.

When a machine needs to stop quickly, the motor can regenerate energy.

The internal transistor provides the drive with a dedicated means of controlling the braking circuit.

This is particularly useful for applications involving:

• Large rotating masses
• Frequent stopping
• Fast deceleration
• Heavy conveyor loads
• Material-handling systems
• High-inertia machinery

The braking resistor must still be correctly selected for the application’s energy and duty-cycle requirements.

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34. Main Advantage — 30 kW Normal Duty

The 30 kW Normal Duty rating provides considerable capacity for variable-torque machinery.

This makes the drive attractive for:

• Large pumps
• Industrial fans
• Blowers
• Cooling systems
• Air-handling equipment
• Fluid-transfer systems

It provides a useful balance between power capability and physical size within the 690 VAC drive range.

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35. Main Advantage — 22 kW Heavy Duty

The 22 kW Heavy Duty rating gives the drive a useful constant-torque capability.

This makes it suitable for many:

• Conveyors
• Mixers
• Feeders
• Material-handling systems
• Processing machines

The Heavy Duty rating should always be compared against the motor’s actual current and overload requirements.

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36. Main Advantage — EMC Filtering

The EMC filter provides a useful electrical feature for industrial installations.

Modern industrial cabinets can contain many electronic devices.

A single cabinet may include:

• PLCs
• HMIs
• Drives
• Communication modules
• Sensors
• Analog instruments
• Safety devices
• Industrial computers

Electrical noise management therefore becomes increasingly important.

The EMC-filtered configuration helps support the electrical compatibility requirements of such systems when installed correctly.

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37. Main Advantage — Embedded I/O

Embedded I/O can reduce system complexity.

Instead of using separate interface equipment for every basic drive command, the drive can directly exchange control and status signals with the machine system.

This can help reduce:

• Wiring
• Panel space
• Component count
• Installation time
• Troubleshooting complexity

For machine builders, this can be a significant practical advantage.

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38. Main Advantage — PID Process Control

PID control makes the drive useful in process applications.

For example, a pressure-control system can use a pressure sensor to provide feedback.

The drive can then automatically increase or decrease motor speed according to the difference between the actual pressure and the desired pressure.

This can improve:

• Pressure stability
• Flow control
• Process consistency
• Energy management
• Automatic operation

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39. Five Recommended Same-Series or Related Models

The following five models are useful alternatives around the same PowerFlex 753 690 VAC range.

For replacement or new-system selection, the complete catalog number should be compared rather than only comparing voltage, current and kW.

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40. Recommended Model 1 — 20F1ANF023JA0NNNNN

This model provides a lower current and power rating while retaining the general 690 VAC PowerFlex 753 architecture.

This is a good candidate when the motor current is comfortably below the 34 A requirement.

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41. Recommended Model 2 — 20F1ANF030JA0NNNNN

The 30 A version is another close alternative.

This model is appropriate when the application requires slightly less current than the subject 34 A drive.

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42. Recommended Model 3 — 20F1ANF034JN0NNNNN

This is one of the closest alternatives because it has the same 690 VAC, 34 A and 30 kW Normal Duty ratings.

The major difference is the absence of the internal dynamic-braking transistor.

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43. Recommended Model 4 — 20F1ANF034AA0NNNNN

This model has the same basic 34 A and 30 kW/22 kW ratings but uses a different catalog configuration.

This is useful when comparing older or alternative configuration arrangements with the current JA configuration.

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44. Recommended Model 5 — 20F1ANF046JA0NNNNN

The 46 A model provides additional capacity.

This model is useful when the 34 A drive does not provide sufficient motor-current capacity.

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45. Five Representative Same-Brand Models

The following models provide a broader comparison across the same brand’s PowerFlex product range.

They are not all direct replacements.

Their voltage classes, power ranges, frame sizes and intended applications can be different.

These models cover several different application ranges.

The PowerFlex 753 models are the closest choices for users who want to stay within the same general high-voltage industrial drive platform.

The PowerFlex 755 is more appropriate for larger and more sophisticated motor-control systems.

The PowerFlex 525 is more appropriate for compact and medium-power machinery where a smaller drive platform is preferred.

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46. Same-Series Power Progression

The 34 A model occupies an important position in this progression.

It provides a significant increase over the 30 A configuration without moving all the way to the 46 A version.

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47. Application Suitability

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48. Why This Model Is Attractive for Conveyors

The combination of 34 A output capability and an internal dynamic-braking transistor makes this model particularly interesting for conveyor applications.

Conveyors often require controlled acceleration.

An abrupt motor start can produce mechanical shock.

It can also cause products to move unexpectedly.

With an AC drive, acceleration can be controlled through a programmed ramp.

During stopping, the dynamic-braking capability can help manage regenerative energy.

This can be particularly valuable for conveyors with:

• Long belts
• Heavy loads
• High operating speeds
• Frequent stops
• Short stopping requirements

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49. Why This Model Is Attractive for Pumps

The 30 kW Normal Duty rating makes this drive suitable for many larger pump systems.

A variable-speed pump can adjust its output according to actual demand.

For example, instead of running continuously at maximum speed, the drive can reduce speed when the required flow or pressure decreases.

The result can be a more flexible process.

The integrated PID capability can also support automatic pressure or flow regulation.

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50. Why This Model Is Attractive for Fans

Fans frequently operate under changing airflow requirements.

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

This can be useful in:

• Factory ventilation
• Cooling systems
• Air-handling units
• Process exhaust
• Industrial ventilation
• Dust extraction

The combination of variable-speed operation and PID functionality can provide a flexible control method.

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51. Cabinet Installation

The drive should be installed in a properly designed cabinet.

The cabinet should provide adequate:

• Physical support
• Electrical protection
• Airflow
• Heat dissipation
• Grounding
• Cable routing
• Service clearance

The 665.5 mm height and 346.4 mm depth should be considered when laying out the cabinet.

The cabinet should not be designed with only the exact external dimensions of the drive in mind.

Additional space is required for wiring and maintenance.

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52. Thermal Management

Thermal management is particularly important for a 30 kW industrial drive.

The cabinet should prevent heat from accumulating around the drive.

Important design factors include:

• Ambient temperature
• Cabinet size
• Ventilation
• Cooling fan capacity
• Heat generated by other equipment
• Drive loading
• Motor loading
• Installation altitude
• Airflow direction

If several heat-generating devices are installed in the same enclosure, their combined heat load should be considered.

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53. Motor Cable Considerations

The motor cable is part of the complete variable-frequency drive system.

The installation should consider:

• Cable length
• Cable insulation
• Grounding
• Shielding
• Cable routing
• Separation from control wiring
• Separation from communication cables
• Motor terminal connections

Long motor cables can increase electrical stress and common-mode effects.

The EMC filter and CM-jumper configuration should therefore be considered together with the motor-cable installation.

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54. Grounding

A proper grounding system is essential for reliable operation.

The installation should include appropriate grounding for:

• Drive
• Motor
• Cabinet
• Motor cable
• Control system
• Other connected equipment

The CM jumper configuration is also part of the overall common-mode and grounding strategy.

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55. Maintenance Recommendations

The dynamic-braking system adds another maintenance consideration.

If an external braking resistor is used, the resistor and its associated wiring should also be inspected.

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56. Braking System Considerations

Although the drive includes an internal dynamic-braking transistor, the complete braking system is not simply the transistor alone.

The actual system can include:

• Internal braking transistor
• External braking resistor
• Resistor wiring
• Thermal protection
• Control parameters
• Mechanical load

The resistor must be suitable for the energy generated by the motor during deceleration.

A resistor that is too small may overheat.

A resistor that is incorrectly selected can result in poor braking performance or unnecessary stress on the system.

Therefore, braking should be engineered according to the actual machine.

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57. Product Selection Checklist

Before selecting the 20F1ANF034JA0NNNNN, the following points should be checked.

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58. Catalog Number Configuration

The complete catalog number is:

20F1ANF034JA0NNNNN

The important configuration characteristics can be understood at a high level as follows:

This illustrates why the complete catalog number is important.

Two drives may have the same 690 VAC rating and 34 A output but still have different braking or common-mode configurations.

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59. Comparison With 20F1ANF034JN0NNNNN

If the machine needs frequent or rapid deceleration, the JA configuration is generally the more relevant option because it includes the internal dynamic-braking transistor.

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60. Comparison With 20F1ANF034AN0NNNNN

This comparison shows why the JA model is not simply another 34 A drive.

It has two important configuration characteristics: CM jumper installed and internal dynamic braking.

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61. Advantages for Machine Builders

For machine builders, the 20F1ANF034JA0NNNNN offers a strong combination of power and control capability.

The 34 A output rating covers a substantial range of industrial motors.

The 30 kW Normal Duty rating provides good capacity for variable-torque machinery.

The 22 kW Heavy Duty rating provides additional flexibility for constant-torque machinery.

The internal dynamic-braking transistor is especially valuable when the machine needs controlled stopping.

Embedded I/O can simplify the machine’s electrical design.

The blank/no-HIM configuration can also fit machines that use a centralized operator interface.

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62. Advantages for System Integrators

For system integrators, the PowerFlex 753 platform provides a flexible base for building industrial motor-control systems.

The drive can be integrated with:

• PLC systems
• HMI systems
• Industrial communication networks
• Sensors
• Analog instruments
• Safety systems
• Process-control systems
• Machine-control architectures

PID capability also provides an advantage in process applications.

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63. Advantages for Maintenance

The use of a common industrial drive family can simplify maintenance operations.

Maintenance teams can benefit from:

• Familiar drive architecture
• Standardized parameter management
• Consistent troubleshooting methods
• Easier spare-drive planning
• Simplified technician training
• More consistent cabinet designs
• Easier comparison between similar machines

The internal braking function can also reduce the need for a separate braking-control architecture in applications that require dynamic braking.

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64. Recommended Model Selection by Application

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65. Complete Technical Summary

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66. Overall Product Evaluation

The Allen-Bradley 20F1ANF034JA0NNNNN is a high-capacity industrial AC drive designed around a 690 VAC, three-phase, 34 A electrical configuration.

Its 30 kW Normal Duty rating makes it well suited to variable-torque equipment such as pumps, fans, blowers, ventilation systems and fluid-handling machinery.

Its 22 kW Heavy Duty rating provides useful capability for constant-torque equipment such as conveyors, mixers, feeders and material-handling machinery.

The feature that most clearly distinguishes this configuration is the internal dynamic-braking transistor.

This makes the drive particularly attractive for machines where controlled deceleration and regeneration management are important.

The EMC filter and CM jumper installed configuration also make the exact catalog number significant when replacing another drive.

The drive’s Frame 6, approximately 665.5 × 308 × 346.4 mm dimensions and approximately 48 kg weight should be taken into account when designing the electrical cabinet.

The open-type construction means that it should be installed in an appropriate protective enclosure.

The cabinet should provide adequate airflow, thermal management, grounding, cable space and service access.

The embedded I/O and PID capability provide additional flexibility for machine and process control.

The blank/no-HIM configuration is particularly appropriate for automated equipment controlled from a PLC, HMI or centralized control system.

From a practical selection perspective, the 20F1ANF034JA0NNNNN is especially attractive when an industrial system requires the combination of:

690 VAC + 34 A + 30 kW Normal Duty + 22 kW Heavy Duty + EMC filtering + CM jumper installed + internal dynamic braking + embedded I/O + Frame 6 construction.

For a new machine, the most important selection factors remain the motor nameplate current, motor voltage, duty classification, load torque, acceleration requirements, deceleration requirements, braking energy, ambient temperature, cabinet cooling and the required EMC/common-mode configuration.

For replacement work, the complete catalog number should be matched carefully rather than selecting a drive based only on the 34 A or 30 kW rating.

Overall, the 20F1ANF034JA0NNNNN is a strong choice for medium-to-large industrial motor-control applications where high-voltage operation, substantial output capacity, flexible automation control and integrated dynamic-braking capability are important.