The 1336F-CWF20-AN-EN-HASP-L4 is an Allen-Bradley adjustable frequency alternating current drive that belongs to the 1336 PLUS II Series. It has an operating voltage range of between 500 to 600 Volts AC or 775 Volts DC with a 10% increase or decrease as an acceptable input and output range. This drive’s Horsepower rating is 2 Horsepower and English is the industry-programmed language. The programmer-only human-machine interface feature available on this AC drive provides additional convenience as well as adaptability. In addition, the IP00 enclosure type provides optimal protection, making the drive fit for nearly all industrial settings or factory floors. The 1336F-CWF20-AN-EN-HASP-L4 also provides real-time diagnostics, which allow the users or operators to make quick and informed business decisions. Also, the drive is digitally programmable, a feature that allows the users to make accurate adjustments. This drive’s ability to deliver a pulse-width modulation (PWM) adjustable voltage as well as a frequency output enables it to provide excellent motor control.

Besides, the operator can easily program the output to achieve optimal performance for various load conditions. There are also powerful inbuilt protective features that diagnose under-voltage, over-temperature, load loss, over-voltage, external signal, ground faults, encoder loss, drive over-current, as well as drive output insufficiency. Moreover, it also safeguards against fault reset inputs, over-voltage stalling, and over-current stalling. When a fault occurs, the 1336F-CWF20-AN-EN-HASP-L4 conveys the diagnostic message that will help the users to quickly identify and fix the problem. This enables them to take instant action, hence saving time and boosting system performance. This AC drive is also equipped with a Sensorless Vector Motor Control feature (an algorithm), which enhances the motor’s efficiency and functionality. All these features enable the 1336F-CWF20-AN-EN-HASP-L4 Adjustable Frequency AC Drive to provide real-time preventive maintenance and customized fault and status reporting.