Laboratory Benchtop Centrifuge Equipment

Dual Axis Tracking Turntable Test Machine

The dual axis tracking turntable is composed of a bearing frame, an inner diameter pitching shaft system, an outer ring azimuth shaft system, a platform base and a measurement and control system circuit.

The measurement and control circuit is installed in the base of the platform, with external DC power supply and external serial interface.

Connect inertial navigation, satellite navigation, image aiming and other equipment, send control commands through the serial port, control the rotation of pitch axis and azimuth axis, and track and lock flying moving targets such as UAVs.

Número de pieza, :
T2V150TM-2
Pedido (MOQ) :
1

Descripción del Producto

Product Series and Parameters

Parameters	T2V150TM-2
structural style	U-T
Bearing weight	0~150KG
Load size	φ150
Rotation range	Azimuth 0-360 °, pitch -40° ~ +40º
Maximum speed	0~150 º/s
Maximum acceleration	100 º/s2
Accuracy maintaining speed	≥ 6.5 °/s
Precision guaranteed acceleration	≥ 1 °/s2
Guided capture time	≤ 5s; (the external guidance accuracy is better than 0.3 °, and the maximum rotation is 180 °)
Tracking accuracy	± 5mrad
Control positioning error	≤± 0.002 °
Upload real-time angular position data cycle	10ms
Serial port baud-rate	115200bps
Working mode	Following
Turntable measurement and control power supply voltage	24V
Wind resistance	Precision operation within level 5 wind, no damage at level 8 wind
communication interface	RS422/RS232/Ethernet (optional)

Production process

Application Scenarios

Precision Centrifuge application

By using a high-speed rotating spindle to create a controllable acceleration field within the chamber, the actual acceleration environment experienced by inertial devices during operation can be simulated for testing, calibration, and engineering verification.

Inertial Measurement Unit

Inertial Navigation System

Attitude and Heading Reference System

FAQ

Q: What types of inertial sensors can the system calibrate?

A: Engineering-level: Integrates with IMU, FOG, AHRS, and INS via RS422/RS232/Ethernet for full-parameter calibration. Commercial-level: Enables precise calibration for navigation-grade sensors, critical for autonomous vehicles, military surveillance, and high-precision mapping systems.

Q: How does turntable precision affect IMU performance?

A: Engineering-level: The system’s ±0.002° control positioning error and ±5mrad tracking accuracy directly influence IMU’s zero bias and scale factor estimation. Commercial-level: This precision ensures IMUs maintain accuracy in dynamic environments, such as military drones and marine navigation systems, where reliability is mission-critical.

Q: Does the system support full-temperature automatic calibration?

A: Engineering-level: Yes, with -40°C to +85°C thermal compensation and real-time data feedback for consistent calibration across extreme climates. Commercial-level: Ideal for outdoor installations like wind farms, coastal radar, and arctic research, where temperature fluctuations impact sensor accuracy.

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