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The 20BD014A3AYNAEC0 part of the Allen Bradley PowerFlex 700 series is an adjustable frequency AC drive designed for precise motor control. It operates on a 480 VAC voltage class and is configured for 3-phase applications with a current rating of 14 A and a power output of 10 HP (7.5 kW).
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Adjustable Frequency AC Drive |
| Product Line | PowerFlex 700 |
| Part Number | 20BD014A3AYNAEC0 |
| UPC | 820919254901 |
| Weight | 10.00 lbs (4.54 kg) |
| Voltage Class | 480 VAC |
| Phase Type | 3-phase |
| Input Network Frequency | 50/60 Hz |
| Current Rating ND | 14 A |
| Rated Power Output (kW) | 7.5 kW |
| Rated Power Output (HP) | 10 HP |
| Frame Type | 1 |
| Enclosure Rating | IP20, NEMA 1 |
| HMI Option | Full Numeric LCD |
| Braking Type IGBT | Yes |
| Internal Resistor Braking | No |
| Comm. Slot | EtherNet/IP |
| Control and I/O Class | Vector, 24 VDC |
| Feedback Method | None |
The Allen Bradley 20BD014A3AYNAEC0 is a versatile adjustable frequency AC drive, tailored for effective motor management in various industrial settings. It operates at a voltage class of 480 VAC and is designed for three-phase systems. Rated for a current capacity of 14 A, the device delivers a maximum power output of 10 HP, translating to approximately 7.5 kW.
Crafted with a frame type designated as 1, this drive is enclosed under an IP20 rating, confirming it meets NEMA 1 standards for protection against dust and contact with foreign bodies. A full numeric LCD is included for enhanced user interface, allowing for straightforward interaction and programming of the device.
Communication capabilities are expanded through the inclusion of a standard EtherNet/IP communication slot, which supports integration with various network infrastructures. In terms of braking, the drive utilizes an IGBT braking technique; however, it does not feature an internal resistor for additional braking support. The drive operates on a vector control system powered by 24 VDC, but it is important to note the absence of any feedback mechanism within its architecture, simplifying its implementation and usage.