| MOQ: | 1 set |
| Payment Method: | T/T |
This advanced three-axis rate table integrates a precision thermal chamber (−50°C to +70°C) for rigorous inertial sensor testing. It provides ±3″ positioning accuracy with ultra-fine 0.36″ resolution, making it ideal for aerospace, UAV, marine, and satellite INS calibration.
The UOT structure supports payloads up to 60 kg and delivers excellent dynamic performance. Combined with precise mechanical design and adaptive temperature control, it enables complex trajectory emulation and extreme thermal testing, ensuring reliable calibration of gyroscopes, inertial navigation modules, optical devices, and satellite antennas.
Precision triple-axis control
±3″ positioning accuracy, 0.36″ ultra-fine resolution
Supports complex motion simulation in 3 axes
High load capacity
Payload up to 60 kg with stable dynamic performance
Stable swing functionality
Smooth motion for trajectory emulation
Integrated precision temperature control
Thermal chamber: −50°C to +70°C
Enables extreme environment testing for sensor reliability
Reliable INS calibration
Suitable for gyroscopes, inertial navigation modules, optical prisms, and satellite communication antennas
| Category | Parameter | Specification |
| Structural Form | Three-axis system with UOT structure | |
| Temperature chamber located in middle frame | ||
| Load mounting plate connected to inner ring shaft through chamber wall | ||
| Mechanical Accuracy | Rotation accuracy | ±3″ (three-axis system) |
| Mutual perpendicularity | ±3″ (three axes) | |
| Axis intersection | 0.3mm radius sphere | |
| Inner frame flatness | 0.03mm | |
| Prism installation | Right-angle prism ≤10″ | |
| Base leveling | Leveling accuracy 2″ | |
| Position Requirements | Resolution | 0.36″ |
| Position range | Continuous and unlimited | |
| Measurement/control accuracy | <±3″ | |
| Repeatability | <2″ | |
| Position lock | Central ring 0°, four evenly distributed outer ring positions | |
| Rate Requirements | Rate range | Inner axis: ±0.001~500°/s |
| Middle axis: ±0.001~200°/s | ||
| Outer axis: ±0.001~100°/s | ||
| Three-axis max: ±60°/s | ||
| Resolution | 0.0001°/s | |
| Accuracy | ω≤1°/s: ≤1×10-3 | |
| 1°/s≤ω<10°/s: ≤1×10-4 | ||
| ω≥10°/s: ≤1×10-5 | ||
| Max angular acceleration | Outer axis: 100°/s2 | |
| Middle axis: 150°/s2 | ||
| Inner axis: 500°/s2 | ||
| Swing Requirements | Inner axis | Amplitude ±45°, max frequency 0.2°/10Hz, phase adjustable |
| Middle axis | Amplitude ±45°, max frequency 0.2°/3Hz, phase adjustable | |
| Outer axis | Amplitude ±45°, max frequency 0.2°/3Hz, phase adjustable | |
| Load Requirements | Max weight | 60kg |
| Inner frame space | ≥600mm×600mm×600mm | |
| Max load size | Φ550mm×500mm | |
| Operating Environment | Rated power | ≤40kW |
| Power supply | AC380±10%V (65A), 50±1Hz, three-phase | |
| Working temperature | 20±10℃ | |
| Storage temperature | -10℃~40℃ | |
| Working humidity | ≤70% | |
| Storage humidity | ≤80% | |
| Ventilation | Required for control cabinets and consoles | |
| EMI requirements | No strong electromagnetic interference or sudden load changes | |
| Table Leakage | ≤1 Gauss (10mm from table) | |
| Slip Ring | Power signal | 220V/10A, 6 channels |
| Digital/analog signals | >80 signals simultaneously | |
| Performance | Static contact resistance: ≤0.005Ω | |
| Dynamic contact resistance: ≤0.01Ω | ||
| Insulation resistance: ≥500MΩ | ||
| Temperature Chamber | Temperature range | -50℃~+70℃ |
| Temperature fluctuation | ≤±1℃ | |
| Uniformity/accuracy | ≤±1℃ | |
| Change rate | ≥2℃/min | |
| Refrigeration | Mechanical compressor | |
| Refrigerant | Non-flammable | |
| Weight | ≤3000kg (including temperature chamber) | |
| MOQ: | 1 set |
| Payment Method: | T/T |
This advanced three-axis rate table integrates a precision thermal chamber (−50°C to +70°C) for rigorous inertial sensor testing. It provides ±3″ positioning accuracy with ultra-fine 0.36″ resolution, making it ideal for aerospace, UAV, marine, and satellite INS calibration.
The UOT structure supports payloads up to 60 kg and delivers excellent dynamic performance. Combined with precise mechanical design and adaptive temperature control, it enables complex trajectory emulation and extreme thermal testing, ensuring reliable calibration of gyroscopes, inertial navigation modules, optical devices, and satellite antennas.
Precision triple-axis control
±3″ positioning accuracy, 0.36″ ultra-fine resolution
Supports complex motion simulation in 3 axes
High load capacity
Payload up to 60 kg with stable dynamic performance
Stable swing functionality
Smooth motion for trajectory emulation
Integrated precision temperature control
Thermal chamber: −50°C to +70°C
Enables extreme environment testing for sensor reliability
Reliable INS calibration
Suitable for gyroscopes, inertial navigation modules, optical prisms, and satellite communication antennas
| Category | Parameter | Specification |
| Structural Form | Three-axis system with UOT structure | |
| Temperature chamber located in middle frame | ||
| Load mounting plate connected to inner ring shaft through chamber wall | ||
| Mechanical Accuracy | Rotation accuracy | ±3″ (three-axis system) |
| Mutual perpendicularity | ±3″ (three axes) | |
| Axis intersection | 0.3mm radius sphere | |
| Inner frame flatness | 0.03mm | |
| Prism installation | Right-angle prism ≤10″ | |
| Base leveling | Leveling accuracy 2″ | |
| Position Requirements | Resolution | 0.36″ |
| Position range | Continuous and unlimited | |
| Measurement/control accuracy | <±3″ | |
| Repeatability | <2″ | |
| Position lock | Central ring 0°, four evenly distributed outer ring positions | |
| Rate Requirements | Rate range | Inner axis: ±0.001~500°/s |
| Middle axis: ±0.001~200°/s | ||
| Outer axis: ±0.001~100°/s | ||
| Three-axis max: ±60°/s | ||
| Resolution | 0.0001°/s | |
| Accuracy | ω≤1°/s: ≤1×10-3 | |
| 1°/s≤ω<10°/s: ≤1×10-4 | ||
| ω≥10°/s: ≤1×10-5 | ||
| Max angular acceleration | Outer axis: 100°/s2 | |
| Middle axis: 150°/s2 | ||
| Inner axis: 500°/s2 | ||
| Swing Requirements | Inner axis | Amplitude ±45°, max frequency 0.2°/10Hz, phase adjustable |
| Middle axis | Amplitude ±45°, max frequency 0.2°/3Hz, phase adjustable | |
| Outer axis | Amplitude ±45°, max frequency 0.2°/3Hz, phase adjustable | |
| Load Requirements | Max weight | 60kg |
| Inner frame space | ≥600mm×600mm×600mm | |
| Max load size | Φ550mm×500mm | |
| Operating Environment | Rated power | ≤40kW |
| Power supply | AC380±10%V (65A), 50±1Hz, three-phase | |
| Working temperature | 20±10℃ | |
| Storage temperature | -10℃~40℃ | |
| Working humidity | ≤70% | |
| Storage humidity | ≤80% | |
| Ventilation | Required for control cabinets and consoles | |
| EMI requirements | No strong electromagnetic interference or sudden load changes | |
| Table Leakage | ≤1 Gauss (10mm from table) | |
| Slip Ring | Power signal | 220V/10A, 6 channels |
| Digital/analog signals | >80 signals simultaneously | |
| Performance | Static contact resistance: ≤0.005Ω | |
| Dynamic contact resistance: ≤0.01Ω | ||
| Insulation resistance: ≥500MΩ | ||
| Temperature Chamber | Temperature range | -50℃~+70℃ |
| Temperature fluctuation | ≤±1℃ | |
| Uniformity/accuracy | ≤±1℃ | |
| Change rate | ≥2℃/min | |
| Refrigeration | Mechanical compressor | |
| Refrigerant | Non-flammable | |
| Weight | ≤3000kg (including temperature chamber) | |