Curtiss-Wright fiber optic gyroscopes are designed for high performance and demanding environmental requirements.
| Power supply | 18 to 32VDC |
| Max. measurement range | up to +/- 8.7 rad/sec |
| Resolution | up to 2 µrad/sec |
| Signal interface | Digital synchronous data transfer/RS-485 |
| EMI/EMC qualification | MIL-STD-461 ground army |
| Environmental qualification | MIL-STD-810 ground mobile |
| Weight | single-axis: 0.88 kg 1.94 lb dual-axis: 1.54 kg 3.39 lb |
| Dimensions (l x w x h) | Single-axis: 122 x 90 x 56 mm 4.8 x 3.54 x 2.2" Dual-axis: 135 x 115 x 86 mm 5.31 x 4.53 x 3.39" |
Taking the guesswork out of motion control system design, our pre-engineered Electrical Rotary Gear (ERG) Drives are designed for operation in the most demanding applications and under the harshest conditions.
Curtiss-Wright's linear gear drives are purpose-built for operation in the harshest locations and the most severe conditions. Responsible for linear motion, our linear gear drives are designed to provide the highest degree of precision in complex aiming and stabilization systems.
Curtiss-Wright's motor controllers have been developed for use on weapons stations or main battle tanks & are designed for the most demanding applications.
Curtiss-Wright ruggedized, field-proven hand controllers offer high reliability and optimal user comfort and are designed for a wide variety of applications.
Curtiss-Wright aiming and stabilization software enables commissioning, error handling, parameter handling, analysis, and maintenance operation.
Gyroscopes
Single and dual-axis Fiber Optic Gyroscopes (FOG) have been developed for high-performance military applications and are of the highest quality. The FOGs provide compensated yaw rates to the synchronous Integrated Bus for Intelligent Sensors (IBIS) or the asynchronous RS-422 interface.
Developed for use in particularly harsh environments, the gyroscopes can withstand extreme shock and vibration in accordance with MIL-STD-810 ground mobile use, are fully digitized, include online BIT, and have no moving parts.