20DD014A0NYNACNNN

The Allen-Bradley 20DD014A0NYNACNNN is an authentic adjustable frequency AC drive that offers high-performance features. It is housed in an IP20 (NEMA Type 1) enclosure and it has a voltage rating of 480 Volts AC. This AC drive’s input current is rated at 14 Amps at 480 Volts AC. Its pull-apart control terminal blocks provide for quick wiring and easy disconnecting. Also, the 20DD014A0NYNACNNN offers advanced integration for critical applications such as stand-alone, drive system and coordinated drive control applications. The HMI comes with a blank cover while the DriveLogix feature offers optimal functionality and improved performance. The drive is uniquely designed to provide excellent control for 3-phase induction motors and comes with multiple control options like Permanent Magnet Control, V/Hz (Volts per Hertz) Control, as well as Vector Control with FORCE technology. The optional DriveLogix feature supports easy application programmability and advanced control of auxiliary functions. While at full load, the 20DD014A0NYNACNN possesses a 15 milliseconds Power Ride-Through time and when it is not running its Logic Control Ride-Through time is 0.25 seconds.

The best thing about this AC drive is that it comes with an adjustable Bus under-voltage trip. Its heatsink is continuously monitored by a microprocessor over-temperature trip. There is also an HMI provided in this module that features a blank cover.  The 20DD014A0NYNACNN is outfitted with an IGBT brake system and it offers powerful, flexible control. The zero stacking feature preserves space and minimizes the installation costs. The pull-apart terminal blocks make it easier for users to perform wiring connections. The drive’s optimized voltage settings provide for quick setup and simple installation. The Control Logix platform reduces development time and simplifies the parameter programming. However, users should always be keen to observe the manufacturer's installation guidelines to prevent accidents and system faults during installation and operation.