DTS CANOpen Dynamic High Shock-Resistant Tilt Sensor

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Dynamic High-Shock-Resistant Tilt Sensor

DTS CANOpen Output

Dynamic Tilt Sensor

Dual-axis measurement range ±90°
Resolution 0.01°
Dynamic accuracy ±0.1°
Static accuracy ±0.05°

Product Introduction

DTS CANOpen is a high-performance digital MEMS dual-axis dynamic tilt sensor independently developed by RUICOM Technology, specifically designed for real-time attitude monitoring of moving vehicles. It is optimized for tilt measurement under vibration or motion conditions. This product integrates a triaxial accelerometer and gyroscope sensing unit, achieving multi-source data fusion through an adaptive Kalman filter algorithm. It can accurately calculate and output the spatial attitude parameters of the vehicle under motion. Employing the standardized CANOPEN communication protocol, it ensures seamless integration with industrial control systems, meeting the protocol compatibility and application reliability requirements of demanding industrial scenarios.

Based on non-contact MEMS sensing principles, this product supports real-time tilt data output, eliminating the need for planar relative calibration during installation. The sensor incorporates a 24-bit high-precision ADC module and a six-axis inertial measurement unit (IMU). Embedded algorithms compensate for nonlinear errors, axial crosstalk, temperature drift effects, and rotational centrifugal acceleration interference in real time, effectively suppressing measurement deviations caused by motion acceleration and significantly improving measurement accuracy in dynamic environments. This technical characteristic enables it to maintain long-term measurement stability under extreme motion conditions and harsh operating conditions.

As a professional-grade sensor for dynamic/static dual-mode measurement, the DTS CANOpen boasts high immunity to disturbances and can withstand high mechanical shocks and wide-frequency vibration environments. Its industrial-grade protection design (IP67/IP68) and wide operating temperature range of -40℃ to +85℃ make it the preferred solution for attitude control in industrial automation, engineering machinery, and heavy equipment.

Performance parameters

DTS CANOpen		Unit	Parameter
Measurement Range		°	X-tilt ±180°, Y-tilt ±90°
Measurement Axis		axis	X & Y dual-axis
Roll and Pitch Resolution1）		°	0.01
Roll and Pitch Static Accuracy @25℃		°	±0.05
Roll and Pitch Dynamic Accuracy (rms) @25℃		°	±0.1
Gyroscope	Gyroscope Range	°/s	±300
	Zero-bias Stability (10s mean)	°/h	8.5
	Zero-bias Instability (allan)	°/h	4.5
	Angle Random Walk Coefficient (allan)	°/sqrt(h)	0.25
Acceleration	Acceleration Range	g	±4 /±16（Optional）
	Bias Stability (10s mean)	mg	0.02
	Bias Instability (allan)	mg	0.005
	Velocity Random Walk Coefficient (allan)	m/s/sqrt(h)	0.005
Zero-point Temperature Coefficient3）@-40～85℃		°/℃	±0.01
Sensitivity Temperature Coefficient4）@-40～85℃		ppm/℃	≤100
Power-on Time		S	≤3.5
Response Time		S	0.01
Communication Protocol		-	CAN Open
Electromagnetic Compatibility		-	According to EN61000 and GBT17626
Mean Time Between Failures (MTBF)		Hours/Time	≥98000
Insulation Resistance		Megaohm	≥100
Shock Resistance		-	100g@11ms, Triaxial (half-sine wave)
Vibration Resistance		-	10grms、10～1000Hz
Protection Class		-	IP67/ IP68（optional）
Weight		g	Single Connector ≤165g (excluding cable) / Dual Connector ≤180g (excluding cable)
1) Resolution: The smallest angular change that the sensor can detect within its effective range, reflecting its ability to monitor minute tilt fluctuations. 2) Accuracy: Calculated by performing multiple repeated measurements (sample size ≥ 16) at a fixed angle under standard ambient temperature (25±5℃), representing the root mean square (RMS) error between the measured and true values, characterizing the sensor's overall measurement deviation. 3) Zero-point temperature coefficient: The ratio of the sensor's output value to temperature change under zero-input conditions, defined as the ratio of the zero-point offset within the rated operating temperature range to the room temperature reference value. 4) Sensitivity temperature coefficient: The stability index of the sensor's full-scale output value with temperature changes, characterizing the drift rate of sensitivity relative to the room temperature reference value within the rated temperature range.

Product Dimensions