The 1336F-A020-AA-EN-HAS is an adjustable frequency drive that offers a range of different configurable settings in order to ensure that it can deliver a wide range of compatibility settings with external motors. This drive has a number of different settings that can be adjusted based on the facility’s particular requirements, thus resulting in a device that is more appropriate for facilities with a variety of motors that require adequate automation features to be implemented to ensure the internal production rate can be maintained at an appropriate level.

The 1336F-A020-AA-EN-HAS can be configured through a variety of input methods. An external programming device can be used in settings where a more advanced setup is required, but the onboard settings may be more appropriate for smaller facilities where basic configuration may be appropriate for the delivery of automation and control over the attached motors. The onboard configuration features include both a keypad input module and an additional LCD display unit. This LCD unit is used to navigate through the different settings that are supported by the device, while the keypad input module is used to configure these settings and to ensure the device can deliver appropriate output functions toward any of the motors that are attached to the adjustable frequency drive. The adjustable frequency settings featured by the 1336F-A020-AA-EN-HAS ensures that facility can configure a variety of input and output power features to ensure adequate power can be delivered to the output motor that will be controlled with this device. Input voltage can be adjusted to ensure the device can produce adequate output power to provide appropriate functionality toward the motor and overall hardware setting where the device is installed. Several output options that can be configured with the built-in programming interface ensures the facility can adjust features such as the output current and horsepower settings to deliver an accurate measurement of power to the output devices. This, in turn, will ensure the output devices performs as expected without concerns for power surges and other potentially hazardous complications.