Servo Drive | 22B-D2P3N104 | Allen Bradley

Brand:  Allen Bradley

Model:  22B-D2P3N104

Type:    Servo Drive

Introduction:

ALLEN BRADLEY 22B-D2P3N104 , With sensor less vector control, reliable overload protection, relay pre-charge, replaceable MOV, adjustable PWM frequency for quiet operation, and source control for flexible wiring, it offers features that improve performance. An integral PID loop controls proportional, integral, and differential functions in the 22B-D2P3N104 Power Flex 40 Drive. Process feedbacks like tension, flow, and pressure can be set by the user. The PID loop will then create error values using these reference points, increasing application flexibility. Basic trim control and exclusive control are both possible with this drive.

22B-D2P3N104 is CE – marked and has received certifications and approvals from UL, CUL, KCC, and EAC. It can operate with unground systems thanks to a detachable MOV. Its ground fault prevention assures dependable performance during the motor’s starting and running phases. It is protected against Class 10 motor overloads for 60 and 3 seconds at 150% and 200%, respectively. Additionally, it protects against overcurrent with a 200% hardware limit and a 300% instantaneous fault. The 22B-D2P3N104 VFDs can accomplish precise Speed and Torque Regulation with high beginning Torque capability through Sensor Less Vector Control.

The input voltage supply powers the 22B-D2P3N104, providing 342-528VAC, 3-Phase and an input frequency of 48-63 Hz, with a current of 3.2 Amperes. The output voltage of the drive is 0-460VAC, 3-Phase, frequency of 0-400Hz and continuous current of 2.3 Amperes. Applicable motor rating is 0.75 kW or 1.0 Horsepower. This drive also features Two (2) unipolar and One (1) bipolar analog inputs, one (1) analog output channel, three (3) fixed, Four (4) fully programmable discrete inputs, One (1) N.O. / N.C. and Two (2) Digital / Optocoupler outputs

The 22B-D2P3N104 supports the embedded RS485 communication port or optional communication modules for full integration to control systems, specifically Logix Programmable Automation Controller (PAC) platforms. When fully integrated, the controller memory directly links drive parameters, allowing modification according to user logic and assignment with different triggers to dynamically modify the drive configuration.