PowerFlex 523 adjustable frequency AC drive for 380–480V three-phase applications, rated at 2.3 A and 0.75 kW / 1 Hp.
380–480V AC
2.3 A
0.75 kW / 1 Hp
PRODUCT DISPLAY
Frame A · IP20 · No Filter
INPUT CLASS
380–480V
3-PHASE AC
OUTPUT
2.3 A
RATED CURRENT
MOTOR CAPACITY
0.75 kW
1 Hp
CONSTRUCTION
FRAME A
IP20 / OPEN TYPE
01
Built for Practical Drive Replacement
DRIVE CAPABILITY
The PowerFlex 523 is designed as a compact adjustable frequency AC drive with a parameter structure that allows common motor-control functions to be configured directly from the drive interface.
V/Hz
CONTROL MODE
SVC
SENSORLESS VECTOR
USB
CONFIGURATION
PARAMETER ARCHITECTURE
Configuration Without Unnecessary Complexity
A
Basic Program Group
Common startup parameters include motor nameplate values, autotune, acceleration, deceleration, minimum and maximum frequency, stop mode, start source and speed reference.
B
AppView Groups
Application-oriented parameter groups are available for conveyors, mixers, compressors, centrifugal pumps, blowers/fans and extruders, providing a faster configuration path for common machine types.
C
CustomView
Frequently used parameters can be grouped into a customized view, allowing commissioning or maintenance personnel to reach the settings relevant to their application more directly.
CONTROL CONNECTION
Flexible I/O
The PowerFlex 523 control interface supports digital inputs, analog speed references and relay functions. Terminal-based control can be configured for two-wire or three-wire starting methods.
DIGITAL
START / STOP / DIRECTION
ANALOG
0–10V / 4–20mA
SERIAL COMMUNICATION
RS-485 / DSI
The PowerFlex 520-series supports RS-485 through its Drive Serial Interface. Modbus RTU communication can be used for multidrop networking.
NETWORK CONTROL
Logic commands, frequency references and drive status can be exchanged through the serial interface when configured for serial control.
APPLICATION FIT
Small Drive. Serious Role.
The PowerFlex 523 application groups include conveyor, mixer, compressor, centrifugal pump, blower/fan and extruder applications.
01
Motor stops unexpectedly
A drive fault can interrupt motor operation and stop the associated machine process.
02
Drive replacement required
The complete part number helps match the voltage, current, power, frame and enclosure configuration.
03
Production interruption
When the drive controls a production motor, failure can prevent the related machine section from operating.
04
Maintenance search
The exact identifier is particularly useful when maintenance teams need a direct replacement for an established drive.
STARTUP PATH
A Clear Route from Installation to Operation
01
VERIFY
Confirm drive rating and motor nameplate values.
02
CONFIGURE
Set basic motor, acceleration, deceleration and command parameters.
03
TEST
Check direction, reference and operating response.
04
RUN
Monitor operating conditions and fault status.
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Purchase Questions
Focused on replacement decisions, equipment continuity and selecting the exact drive configuration.
Why should I search for 25A-D2P3N104 by the complete part number?
Because the complete identifier represents a specific PowerFlex 523 configuration. Matching the complete number is more dependable than choosing a visually similar drive when restoring an existing installation.
When does this exact model make more sense than simply selecting another 1 Hp drive?
When the existing application was designed around the PowerFlex 523 family and requires the same 380–480V three-phase class, 2.3 A output rating, Frame A construction and IP20/Open Type configuration.
Why is an exact replacement valuable when a machine is already out of production?
A direct rating match can reduce unnecessary changes to the established motor-drive arrangement. This is especially useful when the priority is returning an existing machine to operation rather than redesigning its drive section.
What should maintenance teams check before ordering a replacement?
The complete drive part number should be checked together with the motor rating, supply voltage, machine application and existing control arrangement. This helps avoid replacing a drive with an electrically different variant.
Why can obtaining the replacement before a failure become important?
A drive failure can stop the motor controlled by it and consequently interrupt the associated machine process. Keeping the correct replacement path ready can shorten the period between failure diagnosis and restoration.
01
OUR TEAM
02
WAREHOUSE
03
CUSTOMER
MOORE AUTOMATION LIMITED
A More Connected Way to Supply Automation Parts
We bring together multilingual communication, practical order coordination and customer-focused tracking to make the purchasing process more efficient. Our goal is to connect customers with automation components wherever they operate.
Please contact us within 7 days after receiving the item if an issue occurs. Returned items should remain in their original condition and include a specific reason for the return. After the returned item is received, a return or replacement can be arranged. Shipping expenses arising from the return are the buyer's responsibility.