Model: 2094-XNINV-1
Category: Drive
Description: Alan Bradley 2094 Series, drive connector for Kinetix®6000 year,6200 year,6500 year drive,50,460 V AC
Connector setup
Shaft module
22 kW
460 v AC
Resistance braking
Motor power
The 2094-XNINV-1 driver is an electronic device used to control and manage the operation of a motor or other actuator. It is one of the core components of the motor system, which is responsible for receiving the command signal and converting it into the appropriate current or voltage signal to drive the motor for rotation or other movements.
The 2094-XNINV-1 drive is usually a tight fit with the motor, and different types of motors require different types of drives to ensure optimal operating results and performance. For example, stepper motor drivers often have a subdivision function that can subdivide step angles and currents for more precise control and lower noise vibrations. The servo motor driver is used to drive and control the servo motor, by receiving and amplifying the command signal from the control system, to achieve high-precision drive system positioning.
Driver role
Transfer energy: The 2094-XNINV-1 drive can convert energy from one form to another, such as an electric motor converting electrical energy into mechanical energy and a hydraulic pump converting liquid pressure energy into mechanical energy.
Control motion: The driver can control the speed, direction and acceleration of the movement of the mechanical equipment to meet the needs of production and work. For example, a servo motor driver can precisely control the trajectory and speed of a robotic arm.
To achieve specific functions: according to different needs, the driver can achieve specific functions, such as positioning, synchronization, speed regulation and so on. The stepper motor driver can achieve precise positioning control.
Protection equipment: The driver also has overload protection, short circuit protection and other functions, which can automatically cut off the power supply when the equipment is subjected to excessive load or short circuit to prevent equipment damage.
Improve efficiency: Some drivers (such as variable frequency drivers) can automatically adjust the operating frequency of the motor according to load changes, so as to achieve energy saving and consumption reduction, and improve the operating efficiency of mechanical equipment.
