• High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing

High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing

No.BE-INS2-DT23V
Adopting advanced precision measurement technology and a built-in thermal chamber, this Gyro Calibration Fixture brings you unmatched testing accuracy and long-term operational stability for all your inertial sensor and gyro calibration needs. With an angular position measurement resolution better than 0.036”, temperature control accuracy of ≤0.1℃, and a high load capacity of up to 80kg, it outperforms standard equipment in harsh industrial environments. This High Precision Two-Axis Gyro Fixture integrates seamlessly into inertial navigation test systems, delivering consistent results and reducing maintenance costs over time. Trust the DT23V to be your go-to tool for high-stakes testing—explore its technical specifications to see how it fits your workflow.
Load weight:
80kg
working desk:
600mm
Table surface flatness:
0.008mm
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing
  • High Precision Two-Axis with Thermal Chamber – Superior Stability & Accuracy for Inertial Sensor Testing,Blueequator-ai.com,High Precision Two-Axis Gyro calibration fixtures with Thermal Chamber for Gyro calibration & inertial sensor testing

Description




No. Indicator Item Technical Parameters
1 Load weight 80kg
2 Working desk 600mm
3 Table surface flatness 0.008mm
4 Table runout 0.01mm
5 Verticality (table and spindle) No more than ±1.8"
6 Perpendicularity between two axes No more than ±1.8"
7 Box size Not less than 650mm × 650mm × 650mm
8 Temperature range ≥ -55°C ~ 85°C
9 Temperature control accuracy ≤ 0.1°C
10 Temperature uniformity in the chamber ≤ 1°C
11 Temperature control box heating and cooling rate range The temperature control box temperature change rate covers 0.3°C/min ~ 5°C/min and can be set arbitrarily. It is linearly adjustable from 0.3°C/min to 2°C/min within the temperature range of -55°C ~ 85°C.
12 Corner range Both frames are continuous and infinite
13 Angular position measurement resolution Both frames are better than 0.036"
14 Angular position positioning accuracy Inner frame: better than ±1"
Outer frame: better than ±2"
15 Angular position zero return accuracy Inner frame: better than ±1"
Outer frame: better than ±2"
16 Angular position repeatability Both frames are better than 0.5"
17 Rate range Inner frame: ±0.0005°/s ~ ±1000°/s (20kg load)
Inner frame: ±0.0005°/s ~ ±400°/s (40kg load)
Inner frame: ±0.0005°/s ~ ±200°/s (80kg load)
Outer frame: ±0.0005°/s ~ ±200°/s
18 Angular acceleration range Inner frame: ≥ 300°/s²
Outer frame: ≥ 110°/s²
19 Speed resolution Better than 1×10⁻⁶
20 Rate accuracy and stability ±0.0001°/S ~ ±1°/S, Better than 2×10³ (1° average)
±1°/S ~ ±10°/S, Better than 1×10⁴ (10° average)
greater or equal to 10°/S, Better than 1×10⁵ (360° average)

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