Aerospace Energy Measurement Railway Sensorex® Twin axis servo-inclinometer- mounted on a plate SX41170 ATEX Utilization range • Electrical: 19 VDC to 30 VDC power supply with a 350 Q max. load • Protection index: This twin axis servo-inclinometer has an IP 68 protection index • Temperature : Operating temperature: -40°C/+85°C Storage temperature: -55°C/ +85°C Applications This twin axis submersible servo-inclinometer is made of two SX41170 intrinsically safe inclinometers mounted perpendicularly on a plate. It needs a continuous power supply, and delivers a 4-20mA analog current output proportional to the sine of inclination. This twin axis servo-inclinometer is particularly appropriate for hard environment applications. Its floated sensitive elements allows it to withstand against high vibration and shock levels. Its mechanical design allows it to resist to 100 bar external pressure. Besides, electronic circuits are designed to be insensitive to electro-magnetic perturbations. This servo-inclinometer can be used : - In surface industries - In permanent presence of gaseous explosive atmosphere - With the gas listed in subdivisions IIA, IIB, IIC • LNG ship pitch and roll measurements • Offshore platform stabilization • Gas turbine positioning Meggitt Sensing Systems Our measurement product competencies: LVDTs | Inertial systems | Inclinometers | Accelerometers | IMU | MEMS sensors | Servo-inclinometer | Conditioners MEGGiTT smart engineering for extreme environments

Aerospace Energy Measurement Railway General specifications at +25°C Power supply Range (*) Consumption Output signal Non linearity Zero null voltage Non repeatability et hysteresis Noise Output impedance Cross axis sensitivity Housing sensitive axis alignment Zero thermal drift 19V to 30V (350 Q max. load on the current output) X : ±45° and Y : ±45° <30mA (except current output) 4-20mA ±0.08mA < ±0.05% of FS < 0.15% of FS < 0.001% of FS < 2mVrms < 240 ohms < 0.005g/g ±0.5° < 0.01% of FS/°C Sensitivity thermal drift Bandwidth (±2Hz) Pressure < 0.01% of measure/°C 8.5Hz 100 bar max. Note: this...