A precision inertial test turntable typically includes:
Mechanical platform: This includes the shaft system (single, dual, or three axes), precision bearings, and a tabletop. A three-axis turntable can simulate rotation in all directions.
Drive motor: This typically uses a high-performance servo motor, torque motor, or direct drive motor to provide smooth, precise, and fast rotation.
Angle sensor: Typically a high-precision optical encoder, it accurately measures the turntable's actual angular position in real time and serves as the "true value" reference.
Control system: It receives user commands and drives the motor, while maintaining closed-loop control based on encoder feedback to ensure precise motion.
Control software: The user configures the test process, motion mode, data logging, and other functions through the software interface.
A precision inertial test turntable typically includes:
Mechanical platform: This includes the shaft system (single, dual, or three axes), precision bearings, and a tabletop. A three-axis turntable can simulate rotation in all directions.
Drive motor: This typically uses a high-performance servo motor, torque motor, or direct drive motor to provide smooth, precise, and fast rotation.
Angle sensor: Typically a high-precision optical encoder, it accurately measures the turntable's actual angular position in real time and serves as the "true value" reference.
Control system: It receives user commands and drives the motor, while maintaining closed-loop control based on encoder feedback to ensure precise motion.
Control software: The user configures the test process, motion mode, data logging, and other functions through the software interface.
