2525 Brunswick Ave, Suite 205
Linden,  NJ  07036,  USA
Tel:   908-474-9595
Fax: 908-474-9090
sales@aositilt.com

Compasses, Solid State Inclinometers, Directional Probes, Electrolytic Tilt Sensors

DX-008 / DX-045 Dual Axis Tilt Sensors

mini_dx.jpgDX-045 and DX-008 dual axis POLYMER based electrolytic tilt sensors provide economical and reliable two axis tilt solutions for applications where very good linearity, high resolution and superior symmetry are required.

Rugged construction and wide temperature range make these sensors suitable for numerous automotive, industrial, construction, wheel alignment, laser, medical, virtual reality and robotics applications.

Low profile and standard pin spacing facilitate simple PCB utilization.

For extended temperature applications XXT model is available.

A special version  DX-045-90 can provide a continuous monotonous tilt range of +-90 arcdeg.

 

 

Specification DX-008D DX-045D Comments/Units
Range -20 to +20 -70 to +70 arcdeg monotonous max
Range -8 to +8 -60 to 60 arcdeg linear
Resolution <3 <22 arcsec typical
Repeatability <0.03 <0.05 arcdeg typical
Linearity <1% @ 8° <7% @ 60° CCW & CW
Symmetry <2% @ 4° <2% @ 35° CCW & CW
Response time <20 msec <20 msec * #
Time constant <100 msec <100 msec msec ** #
Tot. settling time <300 msec <300 msec *** #
Temperature -40 to +60 -40 to +60 deg C operational
Temperature -40 to +60 -40 to +60 deg C storage
XXT Temp. -55 to +90 -55 to +90 deg C on XXT models
Construction shatter proof shatter proof Hi Temp Advanced Polymer
Size 0.75″diam x 0.450high 0.5″ diam x 0.520 high nominal

* Elapsed time until the sensor reacts to a tilt disturbance.
** Elapsed time from the end of disturbance until the sensor is within 90% of its final output.
*** Elapsed time from the end of disturbance until the sensor is at STEADY STATE output.
# Based on standard non-modified electrolyte.
# Viscosity of the electrolyte may be modified to filter out vibration.

ALL DATA OBTAINED WITH EZ-TILT-3000 ANGLE CONVERSION MODULE

 

Specifications and color of sensors may change without notice.