• Precision dual axis thermal rate table for INS and gyroscope calibration on research bench
  • Motion simulator with 580mm stainless platform and thermal chamber for aerospace testing
  • Close up of dual axis drive system for ±2 arcsec repeatability and high precision control
  • Thermal rate table performing +120 degree hot test for satellite navigation component validation
  • Test equipment dimensions with thermal chamber on aerospace research workbench
  • Remote control interface executing INS calibration and data acquisition sequence
  • Precision dual axis thermal rate table for INS and gyroscope calibration on research bench
  • Motion simulator with 580mm stainless platform and thermal chamber for aerospace testing
  • Close up of dual axis drive system for ±2 arcsec repeatability and high precision control
  • Thermal rate table performing +120 degree hot test for satellite navigation component validation
  • Test equipment dimensions with thermal chamber on aerospace research workbench
  • Remote control interface executing INS calibration and data acquisition sequence

Precision Dual Axis Thermal Rate Table for INS and Gyroscope Calibration

No.BE-INS2-26A15
High-precision dual-axis thermal rate table acts as motion simulator & gyro calibrator for inertial sensors. 50kg 580mm stainless steel table delivers ±3″ positioning, ±2″ repeatability and 0.0001° resolution. Built-in -55℃~120℃ thermal chamber with 3℃/min ramp; speed range 0.001°/s–1000°/s. Suitable for satellite navigation, UAV guidance and precision R&D tests.
Variations
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Maximum Load Weight: 50kg
50kg
Dual-axis Intersection Accuracy: Φ0.25mm ball inside
Φ0.25mm ball inside
Axis perpendicularity: ±5"
±5"
Rotation Range: 360° continuous rotation
360° continuous rotation
Maximum angular acceleration: 300°/s²
300°/s²
Select variations and quantity
Maximum Load Weight: 50kg
50kg
Dual-axis Intersection Accuracy: Φ0.25mm ball inside
Φ0.25mm ball inside
Axis perpendicularity: ±5"
±5"
Rotation Range: 360° continuous rotation
360° continuous rotation
Maximum angular acceleration: 300°/s²
The min. inquiry quantity is 0. Add 0 more to continue.
300°/s²
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  • Precision dual axis thermal rate table for INS and gyroscope calibration on research bench
  • Motion simulator with 580mm stainless platform and thermal chamber for aerospace testing
  • Close up of dual axis drive system for ±2 arcsec repeatability and high precision control
  • Thermal rate table performing +120 degree hot test for satellite navigation component validation
  • Test equipment dimensions with thermal chamber on aerospace research workbench
  • Remote control interface executing INS calibration and data acquisition sequence

Description

Technical Specifications
Indicator Name Indicator Parameters
Mechanical & Core Structural Parameters
Maximum Load Weight 50kg
Table Size Φ580mm
Tabletop Material Stainless steel
Tabletop Flatness 0.02mm
Tabletop End Runout 0.03mm
Tabletop Magnetic Leakage 0.2mT
Dual-axis Perpendicularity ±5"
Dual-axis Intersection Accuracy Φ0.25mm ball inside
Conductive Slip Ring 60~120 rings (rated current ≥3A)
Communication Interface RS232/RS422
Rotation Range 360° continuous rotation
Motion Performance Parameters
Rate Resolution 0.001°/s
Angular Rate Accuracy & Smoothness ω<1°/s: 3×10^-3 (1° average)
1°/s≤ω<10°/s: 3×10^-4 (10° average)
ω≥10°/s: 3×10^-5 (360° average)
Inner Frame (Inner Gimbal) Motion Performance
Shaft System Rotation Accuracy ±2"
Angular Position Measurement Resolution 0.36"
Angular Position Positioning Accuracy ±5"
Angular Positioning Repeatability ±3"
Speed Range ±0.001°/s ~ ±500°/s
Maximum Angular Acceleration 300°/s² (rated load)
Outer Frame (Outer Gimbal) Motion Performance
Shaft System Rotation Accuracy ±5"
Angular Position Measurement Resolution 0.36"
Angular Position Positioning Accuracy ±5"
Angular Positioning Repeatability ±3"
Speed Range ±0.001°/s ~ ±200°/s
Maximum Angular Acceleration 100°/s² (rated load)
Temperature Control Chamber System Parameters (Customizable on Demand)
Product Name High and low temperature test chamber
Nominal Volume (Optional) 125L~275L
Test Chamber Inner Size (W×D×H, Optional) 500×500×~650×650×650mm
Test Chamber Outer Dimension (W×D×H, Optional) Approx. 740×950×950mm ~ 880×1100×1100mm
Temperature Range -55℃ ~ +120℃
Temperature Control Range -55℃ ~ +120℃
Temperature Fluctuation (Optional) <±0.5℃ ~ ±1℃
Temperature Uniformity <1.0℃
Temperature Deviation <±2.0℃
Cooling Rate >2°C/min
Heating Rate >3°C/min
Total Installed Power Approx. 13KW
Whole Machine Weight (Chamber + Unit) Approx. 210kg ~ 260kg (subject to final size confirmation)
Cooling Method Air cooling
Refrigeration Method Mechanical cooling by cascade system
Refrigerant Environmentally friendly high-efficiency refrigerants (R404a and R23)
Liner Material SUS304
Refrigeration Compressor Two advanced compressors
Heating System Nichrome electric heater with PID adjustment
Regulation Mode PID Balance
Temperature & Humidity Control Mode BTHC
Control System Programmable controller + touch screen
Remote Control Function RS485 interface for computer communication and remote monitoring; with USB interface
Test Port One Φ25mm test hole
Ambient Requirements Ambient temperature: 0℃~+30℃; Relative humidity: ≤85%RH; No strong vibration, electromagnetic radiation shielding, no dust and corrosive substances around
Power Supply System 380±10% VAC, 50Hz+N+G; Ground resistance: <4Ω
Safety Protection Measures Independent ultra-high/ultra-low temperature alarm; Airduct overheating alarm; Refrigeration compressor overpressure/overload alarm; Power supply phase loss/phase sequence alarm; Leakage and short circuit protection