- Home
- Allen Bradley
- 25A-D043N114 | Allen-Bradley AC Drive adjustable frequency drive
25A-D043N114 | Allen-Bradley AC Drive adjustable frequency drive
Categories: Allen Bradley
SKU: 25A-D043N114-18697617
Tags: Interface Panel New Panelview
We offer free delivery on all ordersworldwide!
Not satisfied with your purchase? Receive a refund!
Our customer service experts are. here for you!
Payments are completed security
The Allen-Bradley 25A-D043N114 is a PowerFlex 523 AC drive designed for efficient motor control in industrial applications.
The Allen-Bradley 25A-D043N114 AC-powered drive is an adjustable frequency drive from the Allen-Bradley/Rockwell Automation PowerFlex 523 series. It supports a 3-phase input voltage rating of 380 to 480 Volts AC and a 3-phase output voltage rating of 0 to 460 Volts AC. The 25A-D043N114 adjustable frequency drive has a standard HMI and an EMC filter. Its frame is a Size E frame.
| Condition | New/Never Used Surplus |
| Brand | Allen-Bradley |
| Category |
Drives
|
| Part Number | 25A-D043N114 |
| Subcategory | AC Drives |
| Amperage | 43 Amp |
| Enclosure Rating | IP20 |
| Output | 43 A |
| Power Rating | 22 kW |
| Standard | C-TICK.CE.CUL.KC.UL |
| Voltage | 480 Volt |
| Enclosure Type | Frame E. IP20. NEMA Open |
| Number of Phases | 3 |
| Output Current | 43 A |
| Size | E |
| Type | Open Type |
| Wattage | 22 kW |
| Weight | 34.32 lbs |
The Allen-Bradley 25A-D043N114 is a PowerFlex 523 AC drive. designed for efficient and reliable motor control in industrial applications. It operates on a three-phase 380-480V AC input and delivers an output current of 43 A. making it suitable for both normal and heavy-duty operations. The integral EMC filter ensures compliance with electromagnetic standards. and the compact. modular design provides flexibility for various mounting configurations.
This PowerFlex 523 AC drive is an ideal solution for cost-effective motor control. offering energy efficiency. advanced motor performance. and simplified installation.
Reviews
There are no reviews yet.