SWJK-A2T-60 Dual-Axis Temperature-Controlled Turntable

SWJK-A2T-60 Dual-Axis Temperature-Controlled Turntable

The SWJK-A2T-60 is a high-precision dual-axis U-T structure test platform combining motion simulation with high/low temperature testing. It is designed for demanding validation tasks in inertial system development, calibration, and performance testing.

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Description

The SWJK-A2T-60 Dual-Axis Temperature-Controlled Turntable is a multifunctional simulation test system featuring a two-axis U-T structure. It integrates position, rate, sway, and high/low temperature testing functions into one platform.

Controlled by an industrial computer, the system delivers high-precision positioning, stable rate control, and low waveform distortion. It is suitable for functional testing and validation of inertial systems, inertial components, gyroscopes, accelerometers, and related precision devices.

Key Features

  • Dual-Axis U-T Structure
    Provides precise two-axis motion simulation for inertial system testing and calibration.
  • High / Low Temperature Testing
    Supports controlled temperature testing from -55°C to +125°C for environmental performance validation.
  • High Positioning Accuracy
    Delivers accurate positioning performance with excellent repeatability and stability.
  • Stable Rate Control
    Ensures smooth and stable rate operation for dynamic testing applications.
  • Low Waveform Distortion
    Provides reliable motion output for accurate test data and system evaluation.
  • Industrial Computer-Based Control
    Equipped with an industrial control computer for precise motion control and user-friendly operation.

Applications

 

  • IMU performance validation
  • Gyroscope and accelerometer dynamic testing
  • Inertial component qualification
  • Aerospace and defense equipment testing
  • Motion simulation under variable temperature conditions
  • Research and development of precision navigation systems
  • Inertial Navigation System testing and calibration

FAQ

What is the SWJK-A2T-60 used for?
It is used for motion simulation, calibration, and high/low temperature testing of inertial systems, IMUs, gyroscopes, accelerometers, and related inertial components.

Can the system be customized?
Yes. Payload capacity, table size, control interface, temperature range, and other specifications can be customized upon request.

What operating modes does it support?
The system supports position, rate, and sway modes.

Is it suitable for aerospace and defense testing?
Yes. It is designed for demanding validation tasks in aerospace, defense, research, and precision engineering applications.

 

Specifications

 

Parameter Specification
Load Capacity 60 kg
Table Diameter Φ700 mm
Table Runout 0.015 mm
Tilt Angle Rotation Error ±2″
Axis Perpendicularity ±3″
Rotation Range Continuous unlimited
Operating Modes Position, Rate, Sway
Slip Ring User-defined ( customizable)
Operating Ambient Temperature 20°C ± 5°C
Angular Position Accuracy ±0.5″
Angular Position Resolution 0.36″
Angular Position Repeatability ±0.3″
Rate Range

Inner Axis: ±0.001°/s ~ 3000°/s

Outer Axis: ±0.001°/s ~ 2000°/s
Rate Resolution 0.0001°/s
Rate Accuracy & Stability

1×10⁻⁴ (1° average)

1×10⁻⁵(10° average)

1×10⁻⁶ (360° average)
Maximum Acceleration

Inner Axis: 2000°/s²

Outer Axis: 1000°/s² 

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