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The Allen-Bradley 20BR125A3ANNANC0 is an industrial equipment catalog number whose exact product series and configuration should be confirmed against the original nameplate before assigning definitive electrical specifications.
Correct product identification is essential when preparing a quotation, selecting a replacement unit, or planning an industrial installation. Catalog numbers can contain configuration-specific information, and even a small difference in the suffix may distinguish between hardware options or product variants.
For industrial motor-control equipment, the principal selection criteria typically include input voltage, rated output current, power capacity, control functions, communication options, enclosure, mounting dimensions, and net weight. These values determine whether the unit is suitable for the intended machine and installation environment.
| Parameter | Description |
|---|---|
| Model | 20BR125A3ANNANC0 |
| Brand | Allen-Bradley |
| Product category | Industrial automation equipment; exact type requires confirmation |
| Product family | Not verified |
| Product series | Not verified |
| Main function | To be confirmed from the product identification label |
| Input voltage | Not verified |
| Rated output current | Not verified |
| Rated power | Not verified |
| Control configuration | Not verified |
| Communication options | Not verified |
| Installation type | Depends on the confirmed product configuration |
| Dimensions (H × W × D) | Not verified |
| Weight (kg) | Not verified |
The product’s exact series should be established from the full catalog number and identification label. Until then, it would be misleading to present a specific PowerFlex series, power rating, or application as confirmed information.
The table below lists the principal specifications needed for product evaluation. Unknown values are clearly marked rather than estimated.
| Parameter | Specification |
|---|---|
| Model | 20BR125A3ANNANC0 |
| Brand | Allen-Bradley |
| Product series | Not verified |
| Equipment type | Not verified |
| Input voltage | Not verified |
| Input phase | Not verified |
| Input frequency | Not verified |
| Rated output voltage | Not verified |
| Rated output current | Not verified |
| Rated output power | Not verified |
| Output frequency range | Not verified |
| Compatible motor type | Depends on confirmed equipment type and ratings |
| Control modes | Not verified |
| Overload capability | Not verified |
| Communication interfaces | Not verified |
| Digital and analog I/O | Not verified |
| Protective functions | Not verified |
| Cooling method | Not verified |
| Enclosure rating | Not verified |
| Mounting arrangement | Not verified |
| Operating temperature | Not verified |
| Storage temperature | Not verified |
| Dimensions (H × W × D) | Not verified |
| Weight (kg) | Not verified |
The exact dimensions and weight of 20BR125A3ANNANC0 cannot be reliably determined from the catalog number alone.
For installation, transport, and replacement planning, confirm the following details for the exact unit:
Overall height, width, and depth, preferably in millimeters.
Mounting-hole positions and required clearances.
Ventilation space and cooling requirements.
Net equipment weight in kilograms.
Additional space and weight associated with accessories.
These details should be taken from the verified technical specification or the physical unit’s identification label. Measurements from a similar model should not be substituted without confirmation.
Industrial automation equipment supports the control, operation, and monitoring of machinery in manufacturing and process environments. Its precise function depends on the product family, electrical design, hardware configuration, and installed options.
If 20BR125A3ANNANC0 is confirmed to be an AC drive, its general purpose would be to control the electrical output supplied to a compatible AC motor. Depending on the drive’s capabilities, this may allow adjustable motor speed, controlled acceleration and deceleration, and integration with a wider machine-control system.
In a typical industrial installation, motor-control equipment is selected according to the motor’s electrical ratings, mechanical load, operating cycle, and required control behavior. A unit that is suitable for one motor or machine may not be suitable for another, even if the products have similar catalog numbers.
For this reason, the exact product type and configuration must be established before making claims about its rated power, supported control modes, communication protocols, or protective functions.
The following applications are relevant to industrial motor-control equipment. They should be considered possible applications for this model only after its exact product type has been confirmed.
Motor-control equipment may be used in conveyor systems that move packages, components, and bulk materials through production facilities.
Where variable-speed control is supported, it can help coordinate conveyor operation with upstream and downstream machinery. Selection should account for motor current, starting torque, load inertia, operating duty, and braking requirements.
Industrial pumping systems often operate under changing flow and pressure requirements. If the product is a compatible variable-frequency drive, it may be used to adjust pump motor speed to meet process demand.
The suitability of this arrangement depends on the pump type, motor rating, fluid characteristics, and required operating range.
Fans and blowers may require different airflow rates as ventilation or process demands change. Compatible variable-speed equipment can help adjust fan operation and may reduce energy consumption in suitable applications.
Actual results depend on the motor, system design, required airflow, and operating schedule.
Manufacturing equipment may use motor-control products for feeding, mixing, processing, conveying, or other mechanical operations.
The correct selection depends on the required speed range, mechanical load, motor rating, control interface, and operating cycle.
Industrial control equipment can form part of a larger automation system involving controllers, sensors, operator interfaces, and motor-driven machinery.
Before integration, verify the product’s actual input and output functions, supported communication interfaces, and compatibility with the existing control architecture.
The following are potential advantages of suitable industrial motor-control equipment. Their applicability to 20BR125A3ANNANC0 depends on confirming its exact product type and functions.
Where adjustable-speed operation is supported, motor speed can be changed to suit production requirements. This can be useful when material flow, throughput, or process conditions vary.
A suitable AC drive can provide gradual acceleration and deceleration. This may reduce sudden mechanical loading on belts, shafts, couplings, gearboxes, and other connected equipment.
Motor-control equipment can help coordinate machine operation and adjust operating behavior as production requirements change.
Variable-speed control can reduce energy consumption in certain applications, particularly suitable pump and fan systems. Actual savings depend on the load characteristics, operating hours, and control strategy.
Where compatible interfaces are available, equipment can exchange commands and status information with a controller or other industrial automation devices.
Depending on the product’s capabilities, operating status and fault information may help maintenance personnel identify problems and reduce troubleshooting time.
The target model’s exact series has not been established. The following examples are therefore provided as possible comparison candidates from industrial drive product ranges, not as verified same-series products or direct replacements.
| Model | Product Series | Product Type | Key Parameters to Compare | Dimensions (H × W × D) | Weight (kg) |
|---|---|---|---|---|---|
| 20BP105A0ANNANC1 | PowerFlex 700 family designation | Industrial drive; verify exact configuration | Voltage, output current, power rating, options | Not verified | Not verified |
| 20BP140A0ANNANC0 | PowerFlex 700 family designation | Industrial drive; verify exact configuration | Electrical ratings, enclosure, control configuration | Not verified | Not verified |
| 20BP170A0ANNANC0 | PowerFlex 700 family designation | Industrial drive; verify exact configuration | Current rating, voltage class, frame size | Not verified | Not verified |
| 20BP205A0ANNANC0 | PowerFlex 700 family designation | Industrial drive; verify exact configuration | Motor rating, output current, hardware options | Not verified | Not verified |
| 20BP260A0ANNANC0 | PowerFlex 700 family designation | Industrial drive; verify exact configuration | Electrical ratings, mounting requirements, configuration | Not verified | Not verified |
These examples are not confirmed equivalents for 20BR125A3ANNANC0. The product family, voltage class, current rating, control functions, and physical dimensions must be compared before considering any model as a replacement.
The following models represent other industrial drive families and can be used as starting points for broader product comparisons.
| Model | Product Series | Product Category | Typical Application | Key Parameters to Compare | Dimensions | Weight (kg) |
|---|---|---|---|---|---|---|
| 20G11ND077AA0NNNNN | PowerFlex 755 | Industrial AC drive | General industrial motor control | Voltage, current, power rating, options | Not verified | Not verified |
| 20F11NC060JA0NNNNN | PowerFlex 700S | Industrial AC drive | Applications requiring compatible 700S functions | Electrical ratings, control configuration, hardware options | Not verified | Not verified |
| 25B-D017N104 | PowerFlex 525 | Compact AC drive | Compact machinery and variable-speed applications | Supply voltage, output current, motor power | Not verified | Not verified |
| 22B-D012N104 | PowerFlex 40 | Compact AC drive | General-purpose motor control | Voltage class, current rating, enclosure | Not verified | Not verified |
| 22F-D013N104 | PowerFlex 4M | Compact AC drive | Basic adjustable-speed applications | Electrical ratings, mounting dimensions, accessories | Not verified | Not verified |
These models may differ substantially in power capacity, control functions, communications, mounting requirements, and accessories. They should not be considered direct substitutes without a full technical comparison.
| Selection Factor | What to Confirm |
|---|---|
| Full catalog number | Exact model and suffix |
| Product family | Confirmed from the identification label or equipment record |
| Input supply | Voltage, phase, and frequency |
| Motor requirements | Voltage, rated current, power, and duty |
| Load characteristics | Starting torque, inertia, overload, and operating cycle |
| Control functions | Required operating modes and command sources |
| Communications | Compatibility with the existing automation system |
| Protection | Required electrical and application-level protection |
| Physical dimensions | Height, width, depth, mounting, and clearances |
| Weight | Verified net weight in kilograms |
| Cooling | Ventilation and environmental requirements |
| Accessories | Required option modules and other hardware |
| Hardware revision | Compatibility with the existing installation |
| Commissioning | Parameter configuration and functional testing |
A replacement should not be selected based on model-number similarity alone. Electrical compatibility, mechanical fit, control functions, and environmental requirements all need to be satisfied.
Before purchasing 20BR125A3ANNANC0, confirm the full catalog number and obtain a clear record of the product identification label. This is the first step toward establishing the correct product series and technical specifications.
For replacement projects, compare the proposed unit’s electrical ratings, control configuration, physical dimensions, and accessories with those of the existing equipment.
If the product is being installed in a cabinet, confirm the required mounting space, ventilation clearance, enclosure conditions, and net weight in kilograms before completing the installation plan.
The Allen-Bradley 20BR125A3ANNANC0 requires further identification before its exact series, electrical ratings, and supported functions can be stated confidently.
This overview outlines the main information needed for product evaluation, including dimensions and weight in kilograms. Since those values have not been verified for this exact catalog number, they are marked accordingly rather than replaced with potentially misleading estimates.
The related and alternative models are comparison candidates only. Their series relationship and compatibility with the target unit have not been established.
The most important next step is to confirm the product’s exact identity, then obtain its matching electrical specifications, physical dimensions, and net weight (kg). This will allow an accurate product description and a meaningful comparison with related models.