25BD2P3N104 Allen Bradley PLC

25BD2P3N104 Allen Bradley PLC Specification

Interface
Keypad, RS-485

Response Time
Rapid, Industry Standard

Features
Overload Protection, Fault Diagnostics, Easy Installation

Resolution
Standard

Operating Temperature
-10C to +50C

Display Type
Digital

Output
3-Phase, 0-480V AC

Processor Speed
High-speed Microcontroller

IP Rating
IP20

Power Supply
Single Phase/Three Phase

Sensors Specification
Standard monitoring inputs

Power Source
External AC Power

Thermal Conductivity
Optimized for Ambient Cooling

Input
3-Phase, 380-480V AC, 50/60Hz

Components
Power Module, Control Board, Terminal Blocks

Usage
Industrial Automation

Product Type
Variable Frequency Drive (VFD) Module

Application
Motor Control, Speed Regulation

Rated Voltage
240V AC

Supply Voltage
380-480V AC

Size
Compact

Dimension (L*W*H)
130 x 100 x 152 mm

Function
Variable Frequency Drive Control

Color
Gray

Weight
1.4 kg

Current Rating
3.0A

Thickness
Standard

Capacity
1.5 kW (2 HP)

Frequency
50/60 Hz

Programming
Parameterized via Keypad or Software

Model Number
25BD2P3N104

Ambient Humidity
5% to 95% Non-Condensing

Communication Protocols
EtherNet/IP, DeviceNet (optional)

Input Terminals
Removable Screw Terminals

Cooling Method
Forced Air

Series
PowerFlex 520

Start/Stop Logic
2-wire / 3-wire Digital Inputs

EMC Compliance
EN61800-3

Phase Loss Protection
Yes

Enclosure Material
Impact-resistant Polycarbonate

Control Method
V/Hz, Sensorless Vector Control

Display Language
Multi-language Support

Mounting Type
Panel Mount

Brake Type
Internal Dynamic Brake Transistor

Altitude
Up to 1000 m without Derating

About 25BD2P3N104 Allen Bradley PLC

PowerFlex 525 0.75kW (1Hp) AC Drive

The Allen-Bradley 25B-D2P3N104 is a PowerFlex 525 Variable Frequency Drive (VFD). This VFD is powered with an input voltage range of 323-528VAC, 3-phase with applicable motor output 2.3 A and Power of 0.75 kW (1.0 HP) for normal duty and Heavy duty operation.

Advanced Motor Control Options

The PowerFlex 520 series offers flexible control methods, including V/Hz and sensorless vector control, allowing seamless adaptation to varied motor loads. Integrated phase loss protection and fault diagnostics provide reliable and safe operations for industrial systems, making it an optimal choice for precise motor speed regulation.

Efficient Operation in Harsh Conditions

Built with a robust polycarbonate enclosure and forced-air cooling, the 25BD2P3N104 withstands ambient temperatures from -10C to +50C and humidity levels between 5% and 95% non-condensing. Suitable for installations up to 1000 meters altitude without performance derating, it is ideal for factories and export sites across the United States.

Simplified Integration and Communication

Designed for plug-and-play installation, this VFD includes removable screw terminals, 2-wire/3-wire digital inputs, and supports EtherNet/IP and optional DeviceNet protocols. Its digital display and keypad/RS-485 interfaces facilitate easy parameterization and seamless connectivity to industrial networks.

FAQ's of 25BD2P3N104 Allen Bradley PLC:

Q: How can I program the Allen Bradley 25BD2P3N104 VFD for motor control?

A: You can program the device using its onboard keypad or compatible software via RS-485 or EtherNet/IP communication. The parameterization process is user-friendly and supports multi-language display for ease of configuration.

Q: What are the recommended environmental conditions for installing this drive?

A: The 25BD2P3N104 operates reliably at ambient temperatures from -10C to +50C and humidity levels between 5% and 95% (non-condensing). It can be installed at altitudes up to 1000 meters without derating its performance.

Q: Where can I use the PowerFlex 520 Series VFD in industrial settings?

A: This VFD is ideal for motor control and speed regulation across industrial automation, manufacturing, and process plants. It suits panel-mounted applications and conforms to EMC standards needed in US export scenarios.

Q: What communication protocols are supported by this model for integration?

A: The drive supports EtherNet/IP natively and can be optionally equipped with DeviceNet for flexible integration into various automation networks.

Q: How does the internal dynamic brake transistor benefit motor operations?

A: The internal dynamic brake transistor allows for better deceleration of motor loads, enhancing safety and protecting equipment during rapid stop events or overload conditions.

Q: What is the process for wiring and connecting input terminals?

A: Wiring is straightforward thanks to removable screw terminals designed for secure connections. The unit accommodates 2-wire or 3-wire digital input logic for start/stop commands.

Q: What are the features that ensure safety and reliability for operators and equipment?

A: Safety is reinforced by phase loss and overload protection, fault diagnostics, and compliance with EN61800-3 EMC standards. The impact-resistant polycarbonate enclosure and optimized cooling system further safeguard device operation in harsh environments.

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