• Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing

Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing

No.HZ-INS3-TT23C
Three axis test turntable designed as a precision inertial navigation turntable helps engineers and test laboratories solve accuracy drift, thermal instability, and heavy-load testing challenges. This temperature controlled turntable supports loads over 30 kg, delivers high flatness and high accuracy angle measurement, and maintains stable performance across wide temperature ranges. By combining a three axis temperature controlled test turntable structure with advanced thermal management, it can reduce test recalibration time by up to 40% while improving repeatability. A reliable choice for sensor testing and precision measurement.
Click to discover the performance difference firsthand.
Load weight
≥30kg
Mounting surface diameter
①520mm
Mounting surface flatness
≤0.01mm
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing
  • Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing,Blueequator-ai.com,Advanced Three-Axis Temperature-Controlled Inertial Navigation Rotary test stands for Precision Testing

Description



Technical Parameter Specifications
Indicator Item Technical Parameters
Load & Mounting Specifications
Load weight ≥30kg
Mounting surface diameter ∅520mm
Mounting surface flatness ≤0.01mm
Angle Measurement Specifications
Angle measurement accuracy ≤±3″
Angle measurement repeatability ≤±2″
Rate Specifications
Rate range Inner axis: 0°/s ~ 1000°/s
Middle axis: 0°/s ~ 300°/s
Outer axis: 0°/s ~ 300°/s
Rate accuracy and rate stability When θ < 1°/s: ≤1×10⁻³
When 1°/s ≤ θ < 10°/s: ≤1×10⁻⁴
When θ ≥ 10°/s: ≤1×10⁻⁵
Axis Specifications
Axis rotation accuracy ≤±3″
Axis verticality ≤±3″
Axis intersection ≤0.5mm small ball
Maximum angular acceleration 300~²
Maximum swing condition 8°/1Hz
Temperature Specifications
Temperature range -70℃ ~ 120℃
Temperature deviation ≤±2℃
Temperature fluctuation ≤±0.5℃
Temperature uniformity ≤±2℃
Maximum heating and cooling rate ≥3℃/min
Physical Dimensions
Box size ≥600mm × 600mm × 600mm

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