Q-Flex QA-2000 Single Axis Quartz Accelerometer
Overview
Honeywell’s Q-Flex QA-2000 Single Axis Quartz Accelerometer is the predominant sensor used in today’s commercial and military aircraft strap-down inertial navigation systems. The long-term repeatability and superior reliability characteristics of the QA-2000 make it the best value inertial navigation-grade accelerometer available on the market today.
As with the entire Q-Flex family of accelerometers, the QA-2000 features a patented Q-Flex etched-quartz-flexure seismic system and its amorphous quartz proof-mass structure provides excellent bias, scale factor and axis alignment stability.
The integral electronics develops an acceleration-proportional output current, providing both static and dynamic acceleration measurement. By use of customer supplied output load resistor, appropriately scaled for the acceleration range of the application, the output current can be converted into voltage.
The QA-2000 has three performance grades to best meet customers’ performance requirements.
Key Honeywell Advantages
As with the entire Q-Flex family of accelerometers, the QA-2000 features a patented Q-Flex etched-quartz-flexure seismic system and its amorphous quartz proof-mass structure provides excellent bias, scale factor and axis alignment stability.
The integral electronics develops an acceleration-proportional output current, providing both static and dynamic acceleration measurement. By use of customer supplied output load resistor, appropriately scaled for the acceleration range of the application, the output current can be converted into voltage.
The QA-2000 has three performance grades to best meet customers’ performance requirements.
Key Honeywell Advantages
- Excellent turn-on repeatability performance
- Environmentally rugged
- Analog output
- Field-adjustable range
- Three fastener precision mounting flange
- Internal temperature sensor for thermal compensation
- Dual built-in self-test
Compatible Aircraft
Commercial Aircraft
Military Aircraft
Specifications
Key Differentiators
- Certifications
- ISO-9001
- Value Proposition
- Temperature-compensating algorithms dramatically improve bias, scale factor, and axis misalignment performance
Dimensions
- Weight
- 71 ±4 grams
- Dimensions
- .585 in. Max Height (bottom to mounting surface)
- Ø1.005 in. Max Diameter (below mounting surface)
Performance Data
- Applications
- Commercial aircraft strap-down inertial navigation systems
- Military aircraft strap-down inertial navigation systems
- Vibration Peak Sine
- 15 g @ 20-2000 Hz
- Vibration
- 25 g @ 30-500 Hz
- Thermal Modeling
- Yes
- Temperature Sensitivity
- <180 ppm/°C
- <30 μg/°C
- Shock
- 250 g (QA2000-010)
- 250 g (QA2000-020)
- 250 g (QA2000-030)
- Scale Factor - One-year Composite Repeatability
- <310 ppm (QA2000-030)
- <500 ppm (QA2000-020)
- <600 ppm (QA2000-010)
- Scale Factor
- 1.20 to 1.46 mA/g
- Resolution/Threshold
- <1 µg
- Quiescent Power
- <480 mW @ ±15 VDC (QA2000-010)
- <480 mW @ ±15 VDC (QA2000-020)
- <480 mW @ ±15 VDC (QA2000-030)
- Quiescent Current per Supply
- <16 mA
- Output
- Analog
- Operating temperature
- -55°C to +95°C
- Models
- QA2000-010
- QA2000-020
- QA2000-030
- Intrinsic Noise
- <7 µg-rms (0-10 Hz)
- <70 µg-rms (10-500 Hz)
- Input Voltage
- ±13 to ±18 VDC voltage alternating current
- Input Range
- ±60 g
- Electrical Interface
- +10 VDC Output
- -10 VDC Output
- Current Self Test
- Power / Signal Ground
- Temp Sensor
- Voltage Self Test
- Case Material
- 300 Series Stainless Steel
- Bias -One-year Composite Repeatability
- <160 µg (QA2000-030)
- <220 µg (QA2000-020)
- <550 µg (QA2000-010)
- Bias
- <4 mg (All models)
- Bandwidth
- <2300 Hz
- Axis Misalignment - One-year Composite Repeatability
- <100 µrad
- Axis Misalignment
- <2000 µrad
Product Number
