Allen Bradley 1336E-BRF50-AA-EN-HA2

The 1336E-BRF50-AA-EN-HA2 is a highly efficient motor controller manufactured by Allen Bradley. This device is part of the 1336 IMPACT range of motor controllers and is powered by a microprocessor, making it more powerful than the majority of other motor controllers on the market. Additional features such as a variable power control setting and extra protection options offer greater flexibility, and additional Interface options provide the easy programming of features in order to enable precise automated control over connected devices, without the need for constant operator input. The Allen Bradley 1336 IMPACT Frequency Drive 1336E-BRF50-AA-EN-HA2 has an adjustable input frequency requirement that can be configured to be between 380 and 480 Volts AC. This device is compatible with a variety of motors that require a power output of 5 Horsepower. This device also features a wattage output range of 3.7 Watts; these settings can be easily configured to ensure optimal power delivery to any of the device connected to the Frequency Drive, while also delivering optimal protective features to keep the facility safeguarded at all times.

A NEMA 1 IP20-certified enclosure can be paired with the 1336E-BRF50-AA-EN-HA2, meaning that the device has an adequate level of protection against solid objects up to 12 millimeters in width. It should be noted, however, that this Frequency Drive does not feature any type of water protection, meaning that it should not be installed in outside settings or in environments in which water may be present. The Human Interface Option of the Allen Bradley 1336 IMPACT Frequency Drive 1336E-BRF50-AA-EN-HA2 features a Controller with Digital Pot. A built-in LCD display unit delivers efficient feedback on settings and performance, as well as operational errors, to ensure that full control is always available even with automation settings in place. Configurations can be performed through the use of an integrated input keypad, which provides an easy method to set the device up and provide appropriate automation settings to ensure that the connected motors are controlled in such a way that they continuously operate at the right speeds, as well as to ensure that protection measures have been set into place to stop operations should faults be detected.