22D-E9P9H204

The Allen-Bradley 22D-E9P9H204 drive is based on the popular Allen-Bradley PowerFlex 40 AC drive platform and it features an integral reset button and display that allow the users to change the display. It is available in power ratings from 0.4 to 11 kW (0.5 to 15 HP). It is available in voltage classes of 240, 480, or 600V AC. Apart from the four-digit display with other additional LED indicators provide an intuitive guide to the machine’s applications, it also features integral RS-485 communications that can be used for programming the drive from a PC. The 22D-E9P9H204 has parameters that reset the drive when a fault occurs.

It has a NEMA Type 4X remote and a NEMA Type 1 hand-held LCD keypad that provide control flexibility and programming. They both feature the popular copycat function. The 22D-E9P9H204 drive has the autotune feature, which lets the drive adapt itself to motor characteristics. It can work in a multi-drop network configuration. It gives closed-loop control with an option for Type 3 safe torque in a compact design. When it comes to application control like packaging machines, fiber spinning machines, and smart conveyors, the 22D-E9P9H204 is the ideal drive. It can also use remote human interface or PC interface for data programming.  Its unmatched design makes it possible for it to meet cost-effectiveness, ease of use, space saving, and flexibility requirements.

Since the 22D-E9P9H204’s maximum regulation of speed and exact torque levels can be maintained across its whole speed range, it offers regulation improvement of speed when the loading is increased. It also automatically gives slip compensation and auto boost. When this drive is used on underground distribution systems, it provides an operation that is free from noise and other problems. The 22D-E9P9H204 has dynamic braking capability, which is made possible by the simple low-cost brake resistors in this device. Through its sensorless vector control, it provides exceptional regulation of speed range. The Allen-Bradley 22D-E9P9H204 meets global OEM and end-user demands.