• Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive
  • Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive
  • Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive
  • Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive
23C-D208E103NNNANN — Detailed Product Information, Specifications, Applications and Related Models 1. Product Overview The 23C-D208E103NNNANN is a high-power variable-frequency AC drive from the PowerFl……
Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive
  • Allen Bradley
  • 23C-D208E103NNNANN
  • PowerFlex 400 Fan and Pump AC Drive
  • USA
  • 425 mm × 850 mm × 264 mm
  • 88kg
  • Xiamen, China
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Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive

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Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive

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Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive

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Allen Bradley 23C-D208E103NNNANN PowerFlex 400 Fan and Pump AC Drive

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23C-D208E103NNNANN — Detailed Product Information, Specifications, Applications and Related Models

1. Product Overview

The 23C-D208E103NNNANN is a high-power variable-frequency AC drive from the PowerFlex 400 series, intended primarily for fan, pump, ventilation, water circulation, HVAC, and other variable-torque motor applications.

It is a relatively large-capacity configuration, rated for 480 V AC three-phase power, with a nominal output current of approximately 180 A and a motor rating of approximately 150 HP (110 kW).

The particular catalog configuration combines the drive with a protected enclosure and an integrated bypass arrangement. This makes it different from a basic standalone inverter because the package is intended to provide both normal variable-frequency motor operation and a bypass operating mode.

The model is particularly suitable for installations where a large motor must be controlled according to changing process requirements rather than simply operated continuously at a fixed speed.

For large centrifugal fans and pumps, this type of variable-speed control can provide more flexible process control and can reduce unnecessary motor operation at full speed when the required airflow or fluid flow is lower.


2. Brand and Product Series

Item Description
Model 23C-D208E103NNNANN
Brand Allen-Bradley
Product Series PowerFlex 400
Product Family Fan and Pump AC Drives
Product Type Packaged Variable-Frequency AC Drive
Application Type Variable-Torque Motor Control
Main Applications Fans, pumps, HVAC, ventilation, water systems
Installation Industrial control panel / packaged enclosure
Motor Type Three-phase AC motor
Rated Voltage Class 480 V AC
Rated Current 180 A
Rated Motor Power 150 HP
Approximate Metric Motor Power 110 kW
Frame F
Enclosure Configuration Type 4
Keypad Fixed keypad
Communication RS485
Bypass Three-contactor full-feature bypass
Main Protection Circuit breaker

The PowerFlex 400 series is specifically associated with fan and pump applications. Compared with general-purpose drive families, its configuration and functions are oriented toward variable-torque equipment.


3. Main Technical Specifications

The following table summarizes the principal parameters associated with the 23C-D208E103NNNANN configuration.

Parameter Specification
Model 23C-D208E103NNNANN
Product Series PowerFlex 400
Drive Type AC Variable-Frequency Drive
Application Fan / Pump
Input Voltage 480 V AC
Input Phase 3 Phase
Nominal Frequency 50 / 60 Hz
Output Voltage Variable, according to motor control requirements
Rated Output Current Approx. 180 A
Motor Rating Approx. 150 HP
Motor Rating Approx. 110 kW
Frame Size Frame F
Enclosure Type 4
Keypad Fixed
Communication RS485
Bypass Type Three-contactor full-feature bypass
Bypass Protection Circuit breaker
Brake IGBT Not included in this configuration
Line Reactor Not included in this configuration
Space Heater Not included in this configuration
Main Application Variable-torque loads
Cooling Method Forced-air cooling
Mounting Panel / enclosure mounting
Approx. Width 425 mm
Approx. Height 850 mm
Approx. Depth 264 mm
Approx. Weight 88 kg
Approx. Weight Including Packaging Depends on final package
Motor Application Single large three-phase motor
Typical Motor Size 150 HP class

The dimensions and weight above should be regarded as reference values for the Frame F drive configuration. A complete packaged unit can have different overall dimensions and shipping weight depending on the enclosure, bypass hardware, circuit protection, wiring, and factory configuration.


4. Dimensions and Weight

Mechanical dimensions are particularly important for this model because it is a large industrial drive.

The reference Frame F dimensions are approximately:

425 mm W × 850 mm H × 264 mm D

The reference drive weight is approximately:

88 kg

For cabinet design, it is recommended to allow additional space around the drive for cable routing, cooling airflow, service access, terminal access, and maintenance.

Mechanical Parameter Value
Model 23C-D208E103NNNANN
Frame F
Width Approx. 425 mm
Height Approx. 850 mm
Depth Approx. 264 mm
Reference Mounting Width Approx. 381 mm
Mounting Hole Diameter Approx. 13 mm
Approx. Weight 88 kg
Approx. Weight in lb 194 lb
Cooling Forced air
Installation Orientation Vertical panel mounting
Maintenance Clearance Additional clearance required
Cabinet Space Greater than bare-drive dimensions

The actual packaged enclosure should always be measured from the specific equipment configuration when preparing a replacement cabinet or installation drawing.


5. Electrical Characteristics

The main electrical rating of the 23C-D208E103NNNANN is the 480 V, 180 A, 150 HP class.

The 480 V rating makes the unit suitable for common industrial three-phase motor systems in the corresponding voltage class.

The approximately 180 A output rating places this model toward the high-capacity end of the PowerFlex 400 family.

Electrical Parameter Specification
Model 23C-D208E103NNNANN
Input Voltage 480 V AC
Input Type Three-phase AC
Frequency 50 / 60 Hz
Output Variable-frequency three-phase AC
Output Current Approx. 180 A
Motor Power 150 HP
Motor Power Approx. 110 kW
Motor Application Variable torque
Control Method Variable-frequency motor control
Motor Speed Adjustable
Acceleration Programmable
Deceleration Programmable
Motor Protection Drive-based protection functions
Fault Monitoring Integrated
Local Operation Fixed keypad
Serial Communication RS485

6. Product Introduction

The purpose of a variable-frequency drive is to control the operating speed of an AC motor by regulating the electrical frequency and voltage supplied to the motor.

In a conventional fixed-speed installation, an AC motor normally operates at a speed determined primarily by the supply frequency and motor characteristics.

With a variable-frequency drive, the motor can operate at different speeds according to the process requirement.

This is especially useful for fans and centrifugal pumps.

For example, a ventilation fan may not need maximum airflow throughout the entire day. The drive can reduce motor speed when demand is lower and increase speed when additional airflow is required.

The same concept applies to pumps. If the required water flow changes, motor speed can be adjusted instead of keeping the pump continuously at maximum speed.

The 23C-D208E103NNNANN therefore functions as both a motor-control device and an important part of the overall process-control system.


7. Integrated Bypass Configuration

One of the distinguishing characteristics of this model is its packaged bypass arrangement.

The model incorporates a three-contactor full-feature bypass with circuit breaker.

In normal variable-frequency operation, the motor receives power through the drive.

In bypass operation, the motor can instead be connected through the bypass path according to the system’s configured operating procedure.

This arrangement can be useful in applications where operational continuity is important.

A bypass system may also provide additional flexibility during drive maintenance or troubleshooting.

The exact operating procedure depends on the control system and installation design, so the bypass should not be treated as a substitute for proper motor protection and system engineering.


8. Type 4 Enclosure

The specified configuration uses a Type 4 enclosure arrangement.

This provides a substantially more protected installation than a basic open or indoor drive configuration.

For industrial installations, enclosure selection is important because the drive may be installed in an environment where dust, moisture, splashing liquids, or other environmental conditions must be considered.

The enclosure rating should always be matched to the actual installation environment.

A Type 4 configuration does not mean that the drive can be installed without considering temperature, ventilation, condensation, corrosive substances, or other site-specific conditions.


9. RS485 Communication

The model includes an RS485 communication interface.

RS485 is commonly used for industrial serial communication because it can support communication over relatively long cable distances and is suitable for electrically noisy industrial environments when properly installed.

Possible uses include:

  • Drive monitoring
  • Operating-status monitoring
  • Fault monitoring
  • Parameter access
  • Start/stop commands
  • Speed reference
  • Basic supervisory control
  • Integration with compatible control systems

The exact communication protocol and network configuration depend on the overall control architecture.


10. Fixed Keypad

The fixed keypad provides a local interface for the drive.

A local keypad is useful during commissioning because technicians can inspect operating conditions without necessarily connecting an external programming device.

Typical local operations include:

  • Viewing operating frequency
  • Viewing motor status
  • Monitoring current
  • Checking faults
  • Adjusting parameters
  • Starting or stopping the drive where permitted
  • Reviewing configuration information

For maintenance personnel, the keypad can also provide useful information during fault diagnosis.


11. Main Applications

11.1 Large HVAC Fans

The model is suitable for large HVAC fan systems where a 150 HP-class motor is required.

Typical equipment includes:

  • Supply-air fans
  • Return-air fans
  • Exhaust fans
  • Large air-handling units
  • Industrial ventilation systems
  • Central ventilation systems
  • Building air circulation systems

The variable-speed function allows airflow to be adjusted according to actual demand.


11.2 Industrial Ventilation

Factories and industrial facilities often require large ventilation fans.

Airflow requirements may change according to:

  • Production levels
  • Temperature
  • Building pressure
  • Operating schedules
  • Process conditions
  • Environmental requirements

A variable-frequency drive allows fan speed to be adjusted instead of continuously operating at maximum speed.


11.3 Centrifugal Pumps

The drive can be applied to large centrifugal pumps.

Typical applications include:

  • Water circulation
  • Process water
  • Cooling water
  • HVAC water systems
  • Industrial water supply
  • Water treatment
  • Utility pumping
  • Large circulation systems

11.4 Cooling Systems

Large cooling systems often use variable-speed pumps and fans.

The drive can regulate the motor according to the cooling requirement.

This makes the product suitable for:

  • Cooling towers
  • Chilled-water systems
  • Condenser-water systems
  • Industrial cooling systems
  • Process cooling equipment

11.5 Water Supply Systems

Large water systems often experience changing demand.

A variable-speed motor can respond to these changes more flexibly than a motor operated continuously at one fixed speed.

The drive can therefore be used in systems where flow or pressure requirements change over time.


12. Typical Industrial Applications

Application Typical Equipment Reason for Using Variable Speed
HVAC Large supply fan Airflow adjustment
Ventilation Exhaust fan Variable ventilation demand
Water Supply Centrifugal pump Flow and pressure control
Cooling Tower Fan Cooling-load adjustment
Process Cooling Circulation pump Process-temperature control
Industrial Air Handling Large fan Airflow regulation
Water Treatment Pump Variable process flow
Utility Systems Large pump/fan Automatic process adjustment
Building Services HVAC equipment Demand-based operation
Industrial Process Fan or pump Speed-based process control

13. Product Advantages

13.1 High Power Capacity

The 150 HP rating makes this configuration suitable for large industrial motors.

A 150 HP motor is substantially larger than the motors normally associated with small machine-control drives.

The 180 A output-current class provides the capacity needed for large three-phase motor applications.


13.2 Fan and Pump Optimization

The PowerFlex 400 family is focused on fan and pump applications.

This makes the product particularly relevant to variable-torque equipment.

The control philosophy is therefore well suited to systems in which the motor load changes according to airflow or fluid-flow requirements.


13.3 Integrated Bypass

The three-contactor full-feature bypass provides additional operational flexibility.

This is particularly valuable in applications where the motor system must have a bypass operating mode.

It also means that the user does not necessarily need to design the complete bypass arrangement entirely as a separate external system.


13.4 Circuit-Breaker Protection

The particular configuration uses a circuit breaker.

This gives the packaged system a defined input protection arrangement and distinguishes the product from otherwise similar configurations using fused disconnects.


13.5 Type 4 Enclosure

The Type 4 enclosure configuration provides enhanced protection for the packaged drive.

This can simplify equipment selection where the installation environment requires a more enclosed configuration.


13.6 RS485 Communication

The RS485 interface provides a practical method for connecting the drive to compatible supervisory or control equipment.

This is useful for installations requiring basic communication, monitoring, and control.


13.7 Local Operator Interface

The fixed keypad allows local access to drive parameters and operating information.

This can make commissioning and troubleshooting more convenient.


14. Five Related Models in the Same Series

The following models are useful related configurations within the same general PowerFlex 400 / 23C family.

Because catalog suffixes can define enclosure, bypass, disconnect, and protection options, these models should be compared carefully before treating one as a direct replacement.

Model Series Voltage Output Current Motor Rating Enclosure / Configuration Bypass Approx. Dimensions Weight (kg)
23C-D208E103NNBANN PowerFlex 400 480 V AC 180 A 150 HP / 110 kW Type 4 Full bypass Approx. 425 × 850 × 264 mm Approx. 88
23C-D208E103NNMANN PowerFlex 400 480 V AC 180 A 150 HP / 110 kW Type 4 Main circuit-breaker configuration Approx. 425 × 850 × 264 mm Approx. 88
23C-D208E103NNAANN PowerFlex 400 480 V AC 180 A 150 HP / 110 kW Type 4 Fused configuration Approx. 425 × 850 × 264 mm Approx. 88
23C-D208H103NNNANN PowerFlex 400 480 V AC 180 A 150 HP / 110 kW Enclosed configuration Full bypass Approx. 425 × 850 × 264 mm* Approx. 88*
23C-D170E103NNNANN PowerFlex 400 480 V AC 156 A 125 HP / 90 kW Type 4 Full bypass Approx. 425 × 850 × 264 mm* Approx. 88*

*Frame-level reference values; final packaged dimensions and weight can differ.

23C-D208E103NNBANN

This model is closely related to the requested unit and maintains the same general 480 V, 180 A, 150 HP class.

Its main distinction is the protection/bypass configuration.

It can therefore be considered when the application requires the same basic drive capacity but a different input protection arrangement.

23C-D208E103NNMANN

This is another closely related 180 A / 150 HP configuration.

It is relevant when the installation calls for a different main circuit-breaker arrangement.

23C-D208E103NNAANN

This configuration provides another alternative in the same electrical class, particularly where a fused-disconnect arrangement is preferred.

23C-D208H103NNNANN

This model represents a different enclosure configuration while maintaining the same general high-power electrical class.

It is therefore useful when the environmental protection requirement changes.

23C-D170E103NNNANN

This model is a lower-capacity alternative.

At approximately 125 HP / 90 kW and 156 A, it can be considered for a smaller motor while remaining within the same general product family.


15. Five Related Models Comparison

Model Voltage Current Motor Power Frame Communication Enclosure Typical Application Approx. Dimensions Weight (kg)
23C-D208E103NNNANN 480 V 180 A 150 HP F RS485 Type 4 Large fan / pump 425 × 850 × 264 mm 88
23C-D208E103NNBANN 480 V 180 A 150 HP F RS485 Type 4 Large fan / pump 425 × 850 × 264 mm* 88*
23C-D208E103NNMANN 480 V 180 A 150 HP F RS485 Type 4 Large fan / pump 425 × 850 × 264 mm* 88*
23C-D208E103NNAANN 480 V 180 A 150 HP F RS485 Type 4 Large fan / pump 425 × 850 × 264 mm* 88*
23C-D170E103NNNANN 480 V 156 A 125 HP F RS485 Type 4 Medium/large fan / pump 425 × 850 × 264 mm* 88*

16. Five Popular Models from the Same Brand

The following are representative products from the same brand’s broader AC-drive portfolio. They are not all direct replacements for the 23C-D208E103NNNANN.

They cover different power levels and applications and can be useful when selecting a drive for a new system.

Model Product Family Voltage Class Phase Approx. Output Rating Typical Motor Rating Main Application Approx. Dimensions Weight (kg)
25B-D027N104 PowerFlex 525 480 V AC 3 Phase Approx. 27 A Approx. 15 HP General industrial motor control Frame dependent Approx. 6–10
25B-D017N104 PowerFlex 525 480 V AC 3 Phase Approx. 17 A Approx. 10 HP General-purpose machinery Frame dependent Approx. 4–7
25B-D6P0N104 PowerFlex 525 480 V AC 3 Phase Approx. 6 A Approx. 3 HP Small industrial equipment Frame dependent Approx. 2–4
20G11ND077AA0NNNNN PowerFlex 755 480 V AC 3 Phase High-power class Approx. 60 HP class Industrial automation / machinery Frame dependent Frame dependent
20F11ND077AA0NNNNN PowerFlex 753 480 V AC 3 Phase High-power class Approx. 60 HP class Industrial motor control Frame dependent Frame dependent

The five models above represent different portions of the broader product portfolio. Their physical dimensions and weight vary according to frame size and exact configuration, so they should not be interpreted as mechanically interchangeable with the 23C-D208E103NNNANN.


17. General Comparison with the 23C-D208E103NNNANN

Feature 23C-D208E103NNNANN 25B-D027N104 25B-D017N104 25B-D6P0N104 20G11ND077AA0NNNNN 20F11ND077AA0NNNNN
Product Type Fan/Pump Drive General AC Drive General AC Drive General AC Drive Industrial AC Drive Industrial AC Drive
Power Class 150 HP Approx. 15 HP Approx. 10 HP Approx. 3 HP Approx. 60 HP class Approx. 60 HP class
Main Application Fans / pumps General machinery General machinery Small machinery Industrial automation Industrial automation
480 V Class Yes Yes Yes Yes Yes Yes
RS485 Yes Configuration dependent Configuration dependent Configuration dependent Configuration dependent Configuration dependent
Bypass Integrated Normally external Normally external Normally external External/configuration dependent External/configuration dependent
Enclosure Type 4 packaged Frame dependent Frame dependent Frame dependent Frame dependent Frame dependent
Physical Size Large Small Small Very small Medium/large Medium/large
Weight Approx. 88 kg Frame dependent Frame dependent Frame dependent Frame dependent Frame dependent

18. Product Selection Considerations

When selecting a replacement for 23C-D208E103NNNANN, the first consideration should be the motor’s actual nameplate information.

The motor voltage must match the drive’s voltage class.

The motor full-load current must also remain within the applicable drive rating.

The motor horsepower rating should not be used as the only selection criterion. Motor nameplate current, overload requirements, operating duty, ambient temperature, installation altitude, and load characteristics are also important.

For fan and centrifugal-pump systems, the load is normally variable torque. This is one of the main reasons the PowerFlex 400 family is appropriate for these applications.


19. Important Difference Between Direct Replacement and Alternative Model

A related catalog number is not automatically a direct replacement.

For example, two models may both be:

  • 480 V
  • 180 A
  • 150 HP
  • Frame F

but one may have a Type 4 enclosure while another has a different enclosure.

Similarly, one model may include a bypass while another may not.

One model may use a circuit breaker while another uses a fused disconnect.

Therefore, when replacing an existing installation, the following items should be checked:

  1. Input voltage.
  2. Motor voltage.
  3. Motor full-load current.
  4. Motor horsepower.
  5. Drive output current.
  6. Enclosure type.
  7. Bypass arrangement.
  8. Circuit protection.
  9. Communication interface.
  10. Keypad arrangement.
  11. Physical dimensions.
  12. Cable-entry arrangement.
  13. Mounting-hole pattern.
  14. Cooling requirements.
  15. Available cabinet space.

20. Advantages in Large Pump Applications

For a large pump installation, the 23C-D208E103NNNANN can provide adjustable motor speed rather than requiring the pump motor to operate continuously at a fixed speed.

This is useful when water demand varies.

For example, a pumping station may require high flow during peak demand and lower flow during other operating periods.

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

This can also make automatic process control easier because a controller can use pressure, flow, level, or another process variable as part of the speed-control strategy.


21. Advantages in Large Fan Applications

Large fans often experience significant changes in required airflow.

Running a fan continuously at maximum speed is not always necessary.

A variable-frequency drive provides a method for changing fan speed.

Typical applications include:

  • Factory exhaust
  • Building ventilation
  • Air-handling systems
  • Large cooling fans
  • Dust-control systems
  • Process ventilation
  • Industrial air circulation

The 150 HP capacity makes this model particularly relevant to large installations.


22. Maintenance Considerations

Large AC drives should be inspected as part of a planned electrical-maintenance program.

Typical maintenance activities may include:

  • Inspection of cooling airflow
  • Inspection of cooling fans
  • Checking electrical connections
  • Checking for abnormal heat
  • Checking for accumulated contamination
  • Reviewing drive fault history
  • Checking motor connections
  • Inspecting bypass contactors
  • Inspecting circuit-breaker components
  • Reviewing operating parameters
  • Checking communication wiring
  • Verifying enclosure condition

The exact maintenance procedure should follow the requirements of the installed equipment and the applicable electrical safety procedures.


23. Overall Product Positioning

The 23C-D208E103NNNANN can be viewed as a large-capacity, packaged fan/pump variable-frequency drive.

Its defining characteristics are:

  • 480 V AC three-phase operation
  • Approximately 180 A output
  • Approximately 150 HP motor capacity
  • Frame F construction
  • Type 4 enclosure
  • Fixed keypad
  • RS485 communication
  • Integrated three-contactor full-feature bypass
  • Circuit-breaker configuration
  • Approximately 425 × 850 × 264 mm Frame F reference dimensions
  • Approximately 88 kg reference drive weight

These characteristics make the product particularly suitable for large variable-torque motor systems.


24. Quick Reference Specification Table

Parameter Value
Model 23C-D208E103NNNANN
Brand Allen-Bradley
Series PowerFlex 400
Product Type Packaged Fan/Pump AC Drive
Voltage 480 V AC
Phase 3 Phase
Current 180 A
Motor Rating 150 HP
Motor Rating Approx. 110 kW
Frame F
Enclosure Type 4
Keypad Fixed
Communication RS485
Bypass Three-contactor full-feature
Protection Circuit breaker
Brake IGBT No
Line Reactor No
Space Heater No
Width Approx. 425 mm
Height Approx. 850 mm
Depth Approx. 264 mm
Weight (kg) Approx. 88 kg
Main Loads Fans / centrifugal pumps
Typical Industries HVAC, water, utilities, industrial ventilation, cooling
Installation Industrial panel / packaged enclosure
Control Principle Variable-frequency AC motor control

25. Conclusion

The 23C-D208E103NNNANN is a high-power PowerFlex 400 series AC drive configuration intended mainly for large fan and pump systems.

With a 480 V three-phase input class, approximately 180 A output current, and 150 HP / 110 kW motor rating, it is designed for substantially larger variable-torque applications than small and medium-size motor drives.

Its packaged configuration adds practical functions beyond basic speed control, including a Type 4 enclosure, fixed keypad, RS485 communication, three-contactor full-feature bypass, and circuit-breaker protection.

The combination is particularly suitable for large HVAC systems, industrial ventilation, centrifugal pumps, cooling towers, water circulation, process cooling, and other applications where motor speed needs to follow changing process demand.

The reference Frame F mechanical size is approximately 425 mm × 850 mm × 264 mm, while the reference drive weight is approximately 88 kg.

For a replacement project, the most important point is not simply matching the horsepower. The voltage, output current, motor nameplate current, enclosure, bypass arrangement, protection method, communication configuration, mounting dimensions, cooling requirements, and overall package configuration should all be checked.

The five closest related configurations are 23C-D208E103NNBANN, 23C-D208E103NNMANN, 23C-D208E103NNAANN, 23C-D208H103NNNANN, and 23C-D170E103NNNANN.

For broader applications, the 25B, 20F, and 20G product families provide additional drive options covering smaller general-purpose motors through larger industrial motor-control applications.

Specification note: Catalog numbers in this product family can contain configuration-specific suffixes. Dimensions and weight can therefore change with the final enclosure, bypass, disconnect, and factory package. The dimensions and 88 kg weight stated above should be used as reference values for the Frame F drive rather than as guaranteed shipping dimensions for every packaged configuration.



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