• White background Rotary Test Stands designed for inertial navigation system and gyroscope calibration.
  • Rotary Test Stands integrated into industrial R&D laboratory with measurement instruments.
  • Close-up of Rotary Test Stands high-rigidity shaft and bearing assembly for minimal vibration.
  • Rotary Test Stands performing MEMS sensor evaluation in controlled temperature chamber.
  • Rotary Test Stands size comparison showing space-saving design at 750mm depth.
  • White background Rotary Test Stands designed for inertial navigation system and gyroscope calibration.
  • Rotary Test Stands integrated into industrial R&D laboratory with measurement instruments.
  • Close-up of Rotary Test Stands high-rigidity shaft and bearing assembly for minimal vibration.
  • Rotary Test Stands performing MEMS sensor evaluation in controlled temperature chamber.
  • Rotary Test Stands size comparison showing space-saving design at 750mm depth.

Rotary Test Stands for inertial navigation system calibration and gyroscope performance evaluation in industrial R&D.

No.BE-INS3-23C31
The Rotary Test Stands provide ±0.002° positioning accuracy, support up to 35kg payload, and feature programmable multi-axis profiles. Suitable for inertial navigation system calibration, fiber optic gyroscope assessment, and MEMS sensor verification, they ensure stable rotation, accurate angular control, and compatibility with diverse industrial and environmental testing requirements.
Specifications
Rated load weight:
20kg
Countertop flatness:
≤0.02mm
Countertop end runout:
≤0.03 mm
3 axis position positioning accuracy:
≤±5"
Temperature range::
-55℃~+80℃
Download
View all downloads
  • White background Rotary Test Stands designed for inertial navigation system and gyroscope calibration.
  • Rotary Test Stands integrated into industrial R&D laboratory with measurement instruments.
  • Close-up of Rotary Test Stands high-rigidity shaft and bearing assembly for minimal vibration.
  • Rotary Test Stands performing MEMS sensor evaluation in controlled temperature chamber.
  • Rotary Test Stands size comparison showing space-saving design at 750mm depth.

Description

 ——Technical parameter—— 

Index name

Indicator parameters

Rated load weight

20kg

Maximum load size

Ф300mm×300mm

Countertop flatness

≤0.02mm

Countertop end runout   

≤0.03 mm

3 axis position positioning accuracy

≤±5"

Triaxial rotation axis perpendicularity 

≤10"

Three axis corner range 

360°continuous rotation

 

Rate range   

Inner box: ±0.001°/s~400°/s; Middle frame: ±0.001°/s~300/s; Outer frame: ±0.001°/s~200°/s; Three-axis linkage: ±100°/s

Maximum angular acceleration  

Inner frame: 300°/S²; Middle box: 200/S²; Outer box: 100°/S²

3 axis rate accuracy and smoothness  

5e-005 (360° average); 5e-004 (10° average); 5e-003 (1° average)

Conductive slip ring 

≥30 rings, power ring 8 rings /3A, signal ring 22 rings /2A

Data transmission frequency 

≥100Hz

Temperature control box system technical requirements:

Dimensions inside the test chamber:

customized as needed;

Temperature range:

-55℃~+80℃

Temperature fluctuation:

≤0.5℃

Temperature uniformity:

≤2.0℃

Temperature deviation:

≤±2.0℃

Cooling rate:

3℃/min throughout the process (20kg aluminum ingot + 20kg stainless steel disc)