Accelerex RBA500 Accelerometer
Overview
For a frequency output sensor, Honeywell produces the Accelerex RBA500 Accelerometer. It is primarily used to supplement GPS navigation systems. It is a good choice where frequency output, high-g, small size, low power, and light weight are necessary.
The acceleration is measured as the frequency difference between two vibrating quartz beams. The output of the RBA500 is also thermally compensated using an internal temperature sensor and Honeywell-supplied coefficients; when integrated over time, delta Velocity is directly provided to the user’s system.
Key Honeywell Advantages
The acceleration is measured as the frequency difference between two vibrating quartz beams. The output of the RBA500 is also thermally compensated using an internal temperature sensor and Honeywell-supplied coefficients; when integrated over time, delta Velocity is directly provided to the user’s system.
Key Honeywell Advantages
- Frequency output for direct interface to digital electronics
- Affordability without compromising reliability
- High-g capability
- Very compact design
- Integral 2 fastener mounting flange
- Low power consumption
- Hermetically sealed case
- Internal temperature sensor for thermal compensation
- Robust design and quality assurance provides superior reliability
Specifications
Key Differentiators
Certifications
- ISO-9001
Features & Benefits
- Frequency output for direct interface to digital electronics
- Hermetically sealed case
- High-g capability
- Robust design and quality assurance provides superior reliability.
- Very compact design
Key Savings
- Low power consumption
- Low price
Dimensions
Weight
- 12 grams
Dimensions
- 0.600in (1.5 cm) Max Height (bottom to mounting surface)
- 0.80in Diameter (2 cm) x 0.42in (1.1 cm) High
Performance Data
Applications
- GPS navigation systems
Vibration Peak Sine
- 20g, peak, DC-2000 Hz
Sustainability
- Low power consumption
Shock
- 250 g
Scale Factor - One-year Composite Repeatability
- <450 ppm
Scale Factor
- 80 Hz/g
Resolution/Threshold
- <1 µg
Power
- <75 mW @ +15 VDC Watt
Operating Temperature
- -55 to +105 ºC
Input Voltage
- +14 to +16 VDC voltage alternating current
Input Range
- ±70 g
Current
- <5 mA
Case Material
- Stainless Steel
Bias -One-year Composite Repeatability
- <4g
Bandwidth
- > 400 Hz
Axis Misalignment - One-year Composite Repeatability
- <400 µrad
Axis Misalignment
- <12 mrad
Compatible Platform
- ALL
