Ideal Aerosmith's 2001P is designed for the testing of navigation sensor systems.
2001P Data Sheet

The 2001P Series Automatic Positioning and Rate Table Systems are designed to provide precise position, rate and acceleration motion for the development and/or production testing of navigation sensor systems such as Fiber Optic Gyros (FOG), Ring Laser Gyros (RLG), Inertial Navigation Systems (INS) and accelerometers.

The 2001P test table is a servo-controlled system featuring a direct-drive DC brushless motor, precision optical encoder and a microprocessor that provides accurate and reliable motion control.

The table can be operated from the AERO 4000 Controller front panel for local control or through a computer interface for remote control.

Features of the 2001P

  • Position Accuracy: ±1 arc sec
  • Rate Accuracy: ±0.0001%
  • Maximum Rate:
    2001P-10: 1,000 deg/sec
    2001P-30: 3,000 deg/sec
  • Direct-drive, DC brushless servo system
  • Precision-ground anodized aluminum tabletop
  • 14 inch diameter tabletop
  • Fail-safe brake
  • Slipring lines for unlimited rotation
  • Electronics Console for AERO 4000 Controller and Servo Amplifiers

EASE OF INTEGRATION

  • LabVIEWTM Virtual Instrument (.vi) driver included
  • GPIB and 100base-T Ethernet interfaces standard
  • Available control languages: ATL (Aerosmith Table Language) and MPACS (Legacy Carco and Contraves Controllers)

Options of the 2001P

  • Integral Thermal Chamber with electric heating and LN2, CO2 or mechanical cooling
    Testing range: -65 to +150 deg C
  • Custom tabletop
  • Higher torque motor
  • Various slipring packages
  • RF Rotary Joint
  • Fiber Optic Rotary Joint
  • Wire-wrap option available for limited rotation applications
  • Vacuum Chamber System
  • Horizontal axis configuration
  • High Speed Reflective Memory Interface