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The 20BD325N3ANNNDD0, part of the Allen Bradley PowerFlex 700 series, is an adjustable frequency AC drive designed for high-performance applications. Featuring a voltage class of 480 VAC and operating with 3-phase input, this drive is rated for up to 325 A and delivers a power output of 250 HP or 186 kW.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Adjustable Frequency AC Drive |
| Product Line | PowerFlex 700 |
| Part Number | 20BD325N3ANNNDD0 |
| Weight | 32.00 lbs (14.51 kg) |
| Voltage Class | 480 VAC |
| Phase Type | 3-phase |
| Input Network Frequency | 50/60 Hz |
| Current Rating ND | 325 A |
| Rated Power Output (kW) | 186 kW |
| Rated Power Output (HP) | 250 HP |
| Frame Type | 7 |
| Enclosure Rating | IP00, Open |
| HMI Option | Full Numeric LCD |
| Braking Type IGBT | No |
| Internal Resistor Braking | No |
| Communication Slot | DeviceNet |
| Control and I/O Class | Vector, 115 VAC |
| Feedback Method | None |
The Allen Bradley PowerFlex 700 model 20BD325N3ANNNDD0 serves as an adjustable frequency drive tailored for various industrial motor control tasks. It operates at a voltage class of 480 VAC and is configured for 3-phase systems. This drive features a substantial current rating of 325 A and can achieve power outputs of 186 kW or 250 HP, making it ideal for demanding applications.
With support for input network frequencies of 50 or 60 Hz, the drive adapts well to standard operational requirements. It is housed in an open-style enclosure with an IP00 rating, which means it is not rated for protection from external elements, primarily intended for use within controlled environments. The module size falls under Frame Type 7, indicating robustness to handle significant electrical loads.
For user interaction, the device includes a full numeric LCD for monitoring and adjustments. However, this unit does not have IGBT braking or internal resistor braking capabilities. Additionally, it utilizes DeviceNet for communication purposes, enhancing connectivity within automated systems. The control method applied in this drive is vector-based, operating at a standard I/O voltage of 115 VAC. It is important to note that there are no feedback mechanisms in this model, positioning it straightforwardly within performance setups.