The 0729-1751-99 inclinometer measures tilt angle and inclination in one or two axes with high accuracy and resolution. This inclinometer utilizes a Fredericks, dual axis, electrolytic tilt sensor and tilt sensor signal conditioner.
The Fredericks SPI Tilt Sensor Inclinometer is designed and manufactured in the United States of America at our facility in Huntingdon Valley, Pennsylvania. It functions with any Fredericks electrolytic tilt sensor which provides a highly stable and repeatable output at a competitive price. It has the option of being mounted in a robust plastic or metal housing with epoxy potting to provide IP66 environmental protection. The SPI interface makes this tilt sensor inclinometer optimal for a variety of applications in many sectors. Its features include, but are not limited to, the ability to:
1. Output X and Y position through SPI
2. Output temperature through SPI
Features:
SPI interface
±60° angle range
Example Applications:
1. Aerial lift platform level monitor or control
2. Blade angle measurement of road graders and pavers
3. Robotic controls
4. Satellite dish alignment
5. Navigation instrumentation and compensation
6. Wheel alignment systems
Benefits:
1. Competitively priced
2. Extremely long life
3. Very low power consumption
4. Excellent resolution, repeatability, and long term stability
5. Excellent customer support
6. On time deliveries
7. Manufactured in The United States of America
Operating Specifications:
Supply Voltage: +3 to +5 V dc
Power Protection: None
Output: SPI Digital 16-bit
Operating Temperature: -40° to +85° C
Storage Temperature: -50° to +100° C
Dimensions: 1.25" x 1.25" (L x W)
Mounting Holes: 0.089" diameter, 1.05" center to center
SPI Communication Specifications:
Data Bits: 8
Clock Polarity: High
Clock in Data: High to Low
Data Rate: 500 KHz to 20 MHz
SPI Commands:
Decimal 49 (ascii '1'): Output X axis high byte of 16-bit value
Decimal 50 (ascii '2'): Output X axis low byte of 16-bit value
Decimal 51 (ascii '3'): Output Y axis high byte of 16-bit value
Decimal 52 (ascii '4'): Output Y axis low byte of 16-bit value
Decimal 53 (ascii '5'): Output temperature high byte of 10-bit value
Decimal 54 (ascii '6'): Output temperature low byte of 10-bit value
Note:
Other angle ranges available upon request.