• High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration

High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration

No.BE-INS3-26A09
Engineered for the rigorous demands of downhole instrument validation this advanced temperature controlled turntable system provides a precision platform for comprehensive sensor calibration The system integrates high accuracy axis positioning with a thermal chamber to replicate the extreme conditions encountered in deep well drilling It is the essential solution for characterizing the performance of electronic inclinometers and gyroscopes used in directional drilling ensuring measurement reliability under actual operating temperatures This equipment is vital for quality assurance and error compensation modeling for inertial components
规格
修改选择
accelerometer temperature c:
选择规格和数量
accelerometer temperature c:
起订量为 0。请再添加 0 件以继续。
小计
-
下载
查看所有下载
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • High Temperature Three Axis Rate Table for Inertial Sensor Testing and Downhole Inertial Sensor Calibration
  • Description

  • 切换卡名称修改了








































































































CategoryParameterInner FrameMiddle FrameOuter Frame
GeneralRated Load Capacity150 kg--
Temperature Range (Incubator)Room temperature to 200 °C--
Carrier Volume (for platform)Length: 700 mm × Diameter: φ240 mm--
Magnetic Field Environment≤ 3 Gs--
PositioningPosition Repeatability±20″±20″±20″
Position Accuracy20″20″20″
Position Resolution7.2″7.2″7.2″
RateRate Range±0.1 to ±50 °/s±0.1 to ±50 °/s±0.1 to ±20 °/s*
Rate Resolution0.02 °/s0.02 °/s0.02 °/s
Rate Accuracy & Stability
(ω ≤ 50 °/s)
≤ ±0.1%≤ ±0.1%≤ ±0.1%
Rate Accuracy & Stability
(ω ≤ 10 °/s)
≤ ±0.5%≤ ±0.5%≤ ±0.5%
Rate Accuracy & Stability
(ω ≤ 1 °/s)
≤ ±1%≤ ±1%≤ ±1%
DynamicsAngular Acceleration50 °/s250 °/s250 °/s2
GeometryVerticality (Inner vs. Outer)--±5 arcsec
内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容内容