The 1-6200-005 signal conditioner controls one dual axis or two single axis Fredericks electrolytic tilt sensors. This signal conditioner provides digital SPI communications. When combined with a Fredericks tilt sensor this signal conditioner becomes a complete inclinometer unit.

 

The Fredericks SPI Tilt Sensor Signal Conditioner 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 IP67 environmental protection. The SPI interface makes this signal conditioner optimal for a variety of applications in many sectors. Its features include, but are not limited to, the ability to:
 

1.  Control either one dual axis sensor or two single axis sensors

2.  Output X and Y position through SPI

3.  Output temperature through SPI
 

Features:
 

SPI interface

Controls any Fredericks electrolytic tilt sensor

Measures +/-0.25 degrees to +/-85 degrees

Ability to control one dual axis or two single axis sensors 
 

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 Commands:
 

'1' High byte of X axis output

'2' Low byte of X axis output

'3' High byte of Y axis output

'4' Low byte of Y axis output

'5' High byte of temperature

'6' Low byte of temperature
 

Notes:
 

X and Y resolution is 16 bits (0 to 65535)

Temperature resolution is 10 bits (0 to 1024)