GFL2D13300SN

GFL2D13300SN is an intelligent AC servo used in industrial applications. It is commonly used in a variety of industries including robotics, machine tools, and automation systems. This drive has a built-in PID controller, which factors in acceleration, deceleration, and torque when controlling the motion of the servo motor. The built-in PLC can be used to control multiple motors simultaneously, making the GFL2D13300SN an ideal choice for multi-axis applications.

The GFL2D13300SN’s dual channel converter can effectively synchronize with different motor types, such as asynchronous and synchronous motors. The power of the GFL2D13300SN drive is adjustable, allowing the user to have greater control over the motor’s performance. It also supports many communication protocols such as RS232, CANbus, and Ethernet.

The GFL2D13300SN can be used in a variety of industrial applications such as machine tools, robotics, automation systems, and material handling systems. It is especially ideal for multi-axis control applications due to its built-in PLC and dual-channel converter.

The GFL2D13300SN servo drive has a built-in PID controller and operates with a direct torque control algorithm. This algorithm monitors the motor’s current and voltage, as well as the torque. It makes adjustments to the motor’s torque in order to accurately control the motion. The servo drive can detect a range of parameters such as speed, acceleration, position, and torque. This allows the user to set specific parameters that the servo drive must adhere to in order to accurately control the motion.

The GFL2D13300SN also supports multiple communication protocols, allowing it to be integrated into larger industrial systems such as automation and robotics. The servo drive features an RS232, a CANbus, and an Ethernet communication port. This makes it easy to connect the drive to a host system or an automation system.

The GFL2D13300SN servo drive is an ideal choice for industrial applications because of its robust construction, multiple communication protocols, and dual-channel converter. It can easily integrate with other systems and provide reliable control of multiple motors. The built-in PID controller and direct torque control algorithm make it easy to set parameters and maintain accuracy in motion.