fi% Fredericks ^ COMPANY TrueTilt™ Single Axis Mid-Range Electrolytic Tilt Sensor Part Number: 0703-1602-99 Axes of Measurement Linearity (±10°) Repeatability Resolution Null Offset Long Term Stability/Drift Null Temperature Coefficient Scale Temperature Coefficient Operating Temperature Storage Temperature Null Impedance Time Constant (63.2% of final output) Materials Maximum Current at Null 0.2 mA (continuous) Length Width Height Hole Center Hole Diameter Lead Spacing (center to center) Lead Diameter Lead Length Weight The 0703-1602-99 TrueTilt™ mid-range electrolytic tilt sensor has a robust, all metal construction providing durability while maintaining superior tolerances and sensor to sensor performance. It is an economical tilt sensor ideal for a versatile range of applications in many markets. This is a passive sensor that requires signal conditioning electronics to provide an output. For a list of compatible signal conditioners, see the Related Products section on page 2. • Laser leveling (rotary/rotating lasers, line lasers, point lasers) • Surveying equipment • Construction machinery and equipment • Railway monitoring • Mobile satellite positioning • Airport lighting View a full list of applications for our sensors on our website at www.frederickscompany.com. Linear Range Position (degrees) • Exceptionally high resolution and accuracy • Extremely long life • Minimal drift compared to MEMS devices • Superior performance in industrial applications • Excellent customer support • Manufactured in the United States of America Position (degrees) Certifications and Ratings Operating Range • RoHS Compliant

fi% Fredericks ^ COMPANY TrueTilt™ Single Axis Mid-Range Electrolytic Tilt Sensor Part Number: 0703-1602-99 Notes Dimensional Drawings When using an excitation circuit not designed by The Fredericks Company, ensure that no direct current passes through the sensor. Direct current will lead to sensor damage, output drift, and general instability. For a description of hardware and software design for this sensor, see application note AN1000. For more details on the temperature behavior of electrolytic tilt sensors and how to apply temperature compensation, see application note AN1001. The 0703-1602-99...