2002P Series Two Axis Position and Rate Table System

2002P SERIES TWO AXIS POSITION AND RATE TABLE SYSTEM

The 2002P Series is Ideal Aerosmith’s highest accuracy two-axis table system. 2002P Series Table Systems are used to test high-precision multi-axis inertial guidance systems for commercial or military applications.

The 2002P Series utilizes a servo-controlled system consisting of direct-drive DC brushless motors, precision optical encoders, 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. This test table system is designed for ease of operation and is programmed with the Ideal Aerosmith Table Language (ATL) for remote operation.

The Two Axis Product Selection Matrix allows you to easily compare the primary specifications for each of the two-axis table systems. Almost every system that Ideal Aerosmith manufactures can be customized to meet a customer’s specific requirements.

  • 2002P
  • 2002P
  • 2002P
Options available for

2002P

  • Integral Thermal Chamber (LN2, CO2 or mechanically cooled)
  • Various tabletop sizes
  • Higher torque motors
  • Unlimited rotation axes with various slip ring packages
  • RF Rotary Joint
  • Fiber Optic Rotary Joint
  • High-Speed Reflective Memory

Downloads

PDF files will open in browser upon download.
PDF 2002P Series Two Axis Position and Rate Table 124.8 kB - pdf DOWNLOAD

Standard Performance Specification & Features:

Payload Capacity: 150 lbs (68 Kg)
Position Accuracy: ±1 arcsec absolute
Rate Accuracy: ±0.001%
Maximum Rate:
  • Inner Axis: up to 1800 deg/sec
  • Outer Axis: 600 deg/sec
Direct-drive, DC brushless servo system
24 inch (610 mm) diameter tabletop
Limited rotation for both axes
AERO 4000™ Controller
5 kHz servo update rate
Front panel display of status and data
Local and remote operation
User-friendly Ideal Aerosmith Table Language (ATL)
Trapezoidal and Sinusoidal profiles capabilities
Position Profile, Velocity Profile, and Flight Profile Modes for simulating complex motion profiles
Analog position and velocity input and output