An integrated navigation-equipment test system for high-accuracy rotational motion and centrifugal acceleration simulation, intended for development, testing, and production of high-precision navigation systems and advanced sensor technologies.
0.5G to 450G standard dynamic range; catalog notes up to 600G capability upon request.
Continuous inner-axis roll with ±5,500°/s dynamic range.
≤ ±1 P-P arcsec accuracy, 1.5 arcsec repeatability, and ≤ ±2 arcsec wobble.
RS232/RS422 plus Ethernet UDP; page 1 specifies UDP/LAN up to 1 kHz.
The FDA-115-CFG is presented as a navigation equipment test system designed to provide high accuracy and versatility in rotational-motion simulation for development, testing, and production of high-precision navigation systems and advanced sensor technologies.
The core is a robust direct-drive system with a brushless motor, a high-resolution optical encoder, precision components, a dedicated controller, and an integrated slip ring.
The system supports two operating roles described by the catalog: a single-axis positioning and rate-simulation system at the center, and a centrifugal acceleration platform on the boom radius.
Its enclosure is specifically described as a high-strength safety structure for high-acceleration testing, helping protect both the equipment and operator.
The system combines a centrifuge boom, a center-mounted rate table, direct-drive brushless motion, optical feedback, a safety enclosure, controller, and slip-ring interface.
The centrifuge boom uses steel construction and a 450 mm effective radius.
The center-mounted rate table provides continuous inner-axis roll for high-speed rate and position simulation.
The catalog specifies a high-resolution optical encoder and precision components for highly accurate positioning and repeatable test results.
A built-in slip ring supports data transmission and power delivery to the UUT during testing.
Performance values below are taken directly from the supplied catalog.
Catalog notes acceleration capability may be extended to 600G upon request.
Continuous inner-axis roll
P-P · Parameter sheet
≤0.0001% over 360°
The catalog describes a dedicated sophisticated controller for high-dynamic motion profiles, with a user-friendly GUI and serial/network communications.
The source positions the system for development, testing, and production of high-precision navigation systems and advanced sensor technologies.
High-accuracy motion simulation for development of high-precision navigation systems.
Catalog-supported compatibility with both MEMS and FOG sensor classes.
Centrifugal acceleration simulation up to 450G, extendable to 600G on request.
High-precision positioning and rate control for alignment and sensor calibration.
Designed for development, testing, and production workflows.
High rotational speed and advanced motion control for realistic dynamic environments.
Values below preserve the terminology and units used in the supplied catalog.
Open the original two-page catalog for the system overview, capabilities, centrifuge and rate-table specifications, communications, and physical parameters.
The source highlights several capabilities and integrations beyond the core rate-table specification.
High-G acceleration up to 450G standard; up to 600G upon request
Direct-drive brushless motor architecture
High-resolution optical encoder
High-strength safety enclosure for high-acceleration testing
Built-in slip ring for UUT data and power
GUI, RS422, and UDP/LAN communication
Answers below are limited to information stated in the supplied catalog.
Use the official catalog parameters to define the centrifugal-load, rate, UUT, communications, and integration requirements for your test program.
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