• White background High Precision Three Axis Temperature Controlled Position and Rate Table for INS calibration.
  • High Precision Three Axis Temperature Controlled Position and Rate Table in aerospace electronics lab.
  • Close-up of High Precision Three Axis Temperature Controlled Position and Rate Table precision bearing.
  • High Precision Three Axis Temperature Controlled Position and Rate Table testing automotive IMU sensors.
  • High Precision Three Axis Temperature Controlled Position and Rate Table size comparison width 900mm.
  • High Precision Three Axis Temperature Controlled Position and Rate Table performing thermal motion tests.
  • White background High Precision Three Axis Temperature Controlled Position and Rate Table for INS calibration.
  • High Precision Three Axis Temperature Controlled Position and Rate Table in aerospace electronics lab.
  • Close-up of High Precision Three Axis Temperature Controlled Position and Rate Table precision bearing.
  • High Precision Three Axis Temperature Controlled Position and Rate Table testing automotive IMU sensors.
  • High Precision Three Axis Temperature Controlled Position and Rate Table size comparison width 900mm.
  • High Precision Three Axis Temperature Controlled Position and Rate Table performing thermal motion tests.

High Precision Three Axis Temperature Controlled Position and Rate Table for inertial navigation system calibration and gyroscope testing in aerospace, electronics, automotive, and precision instrument applications.

No.BE-INS3-24A32
The High Precision Three Axis Temperature Controlled Position and Rate Table delivers ±0.001° Angular rate range, supports up to 20kg payload, and operates from -55°C to +80°C. Designed for inertial navigation system calibration, fiber optic gyroscope testing, and MEMS sensor validation, it ensures stable thermal performance, precise motion control, and high repeatability for aerospace, automotive, electronics, and precision instrument testing.
Specifications
Maximum load weight:
20 kg
Three-axis angular position accuracy:
≤±5 ″ (arcseconds)
Angular Velocity Range:
±0.001°/s ~ 400°/s
Angular Acceleration:
Inner Frame 300 °/s² Middle Frame 200 °/s² Outer Frame 100 °/s²
Temperature range:
-55°C ~ +80°C
Download
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  • White background High Precision Three Axis Temperature Controlled Position and Rate Table for INS calibration.
  • High Precision Three Axis Temperature Controlled Position and Rate Table in aerospace electronics lab.
  • Close-up of High Precision Three Axis Temperature Controlled Position and Rate Table precision bearing.
  • High Precision Three Axis Temperature Controlled Position and Rate Table testing automotive IMU sensors.
  • High Precision Three Axis Temperature Controlled Position and Rate Table size comparison width 900mm.
  • High Precision Three Axis Temperature Controlled Position and Rate Table performing thermal motion tests.

Description

Three-Axis Turntable Technical Parameters
High-Precision Motion System with Temperature Control
  • Load Specifications
Parameter Value
Maximum load weight 20 kg
Maximum load size ϕ300 × 300 mm
Overall weight of turntable: 1.4 T
  • Positioning & Rotation Parameters
Parameter Value
Three-axis angular position positioning accuracy ≤±5  (arcseconds)
Three-axis angular range 360° continuous rotation
Three-axis rotation axis verticality ≤10  (arcseconds)
  • Angular Velocity Range
Frame Angular Velocity Range
Inner Frame ±0.001°/s ~ 400°/s
Middle Frame ±0.001°/s ~ 300°/s
Outer Frame ±0.001°/s ~ 200°/s
Three-Axis Linkage ±100°/s
  • Angular Acceleration
Frame Maximum Angular Acceleration
Inner Frame 300 °/s²
Middle Frame 200 °/s²
Outer Frame 100 °/s²
  • Rate Accuracy & Stability
Measurement Condition Rate Accuracy & Stability
360° average 5×10⁻⁸ - 5
10° average 5×10⁻⁴ - 4
1° average 5×10⁻³ - 3
Temperature Control Box System
Technical Requirements for Temperature Control Box System
Inner dimensions of the test box can be customized as needed
(inner space dimensions ≥ 400mm × 400mm × 400mm)
Temperature range: -55°C ~ +80°C
Temperature fluctuation: ≤0.5°C
Temperature uniformity: ≤2.0°C
Temperature deviation: ≤±2.0°C
Cooling rate: 3°C/min throughout the process (20kg aluminum ingot + 20kg stainless steel disc)