HG9900 Inertial Measurement Unit
Overview
The HG9900 is a high performance navigation-grade Inertial Measurement Unit (IMU) designed to meet the needs of a broad range of navigation, guidance and control applications. The HG9900 has been successfully deployed on a wide range of weaponry, UAVs, stabilized platforms and commercial applications.
The HG9900's three Ring Laser Gyroscopes (RLGs), three Quartz Accelerometers (QAs) and associated electronics are all environmentally sealed in rugged aluminum housing. In addition, it employs an internal environmental isolator system to filter unwanted sensor inputs commonly encountered in real world applications. Honeywell designs, develops and manufactures all of the inertial sensors utilized in the HG9900 IMU. All of this culminates in the HG9900 providing industry leading inertial sensor performance while maintaining minimal SWAP parameters.
The HG9900 is designed and built at a Honeywell facility in the USA. It typically has an ECCN of 7A003.d but can vary depending on model selected. It generally requires an export license
The HG9900's three Ring Laser Gyroscopes (RLGs), three Quartz Accelerometers (QAs) and associated electronics are all environmentally sealed in rugged aluminum housing. In addition, it employs an internal environmental isolator system to filter unwanted sensor inputs commonly encountered in real world applications. Honeywell designs, develops and manufactures all of the inertial sensors utilized in the HG9900 IMU. All of this culminates in the HG9900 providing industry leading inertial sensor performance while maintaining minimal SWAP parameters.
The HG9900 is designed and built at a Honeywell facility in the USA. It typically has an ECCN of 7A003.d but can vary depending on model selected. It generally requires an export license
Specifications
Accelerometer Sensor Technology
- Quartz
Accel Bias Repeatability (mg 1σ)
- 0.0025
Accel Bias In-Run Stability (mg 1σ)
- 0.025
Gyro sensor technology
- Ring Laser
Gyro Operating Range
- -40°/s to +71°/s
Gyro ARW
- 0.0021
Gyro Bias In-Run Stability
- 0.0021 °∕hr 1σ
Gyro Bias Repeatability
- 0.0021 °∕hr 1σ
Power Consumption (Typical)
- < 10 watts
Supply Voltage
- 5, ±15 Vdc
Communication Protocols
- RS-422
Data Rate
- 300
Operating Temperature
- Thermal Operating Range -40°C to +71°C
Dimensions
- 140 x 163 x 136
