DTS CAN2.0A/B

Home Products Dynamic Tilt Sensor DTS CAN2.0A/B

Dynamic High-Shock-Resistant Tilt Sensor

DTS CAN2.0A/B

Measuring Range:R±180°, P±90°, Y±180°
Dynamic Accuracy: <±0.1°
Static Accuracy:±0.05°
CAN2.0A/B Optional

Product Introduction

The DTS CAN2.0 A/B is a high-precision digital dynamic tilt sensor developed by Ruiguan Technology based on advanced MEMS technology. It is specifically designed for real-time attitude monitoring of moving vehicles, accurately measuring roll, pitch, and azimuth angles, and is particularly suitable for attitude analysis in highly dynamic or strong vibration environments. This product adopts a dual CAN bus architecture (supporting CAN2.0A/CAN2.0B protocols), possessing excellent system compatibility and scalability.

Its core features include: 1) Multi-axis inertial measurement unit: Integrating a high-precision three-axis accelerometer and gyroscope, combined with an adaptive Kalman filter algorithm, to achieve real-time attitude calculation under motion conditions. 2) Dynamic compensation technology: Built-in high-resolution AD and six-axis IMU, real-time correction of nonlinear errors, axial coupling, temperature drift, and rotational centrifugal force interference, effectively suppressing the influence of motion acceleration on the measurement and ensuring dynamic accuracy. 3) Industrial-grade reliability: Supports wide operating temperature range of -40℃ to +85℃, with high shock resistance, high vibration resistance, and anti-interference capabilities, suitable for harsh industrial scenarios such as engineering machinery and special vehicles.

Its technical advantages include: 1)Non-contact measurement: No mechanical calibration required, easy installation, and direct output of digital attitude data. 2)Dual CAN redundancy design: Enhances system compatibility and supports multi-node networking requirements in industrial automation. 3)Dual-mode output (static and dynamic): Balances high static stability with high dynamic responsiveness, adapting to complex working conditions: high-precision industrial automation fields such as engineering machinery leveling, AGV navigation, ship attitude control, and aerospace attitude measurement.

Performance parameters

DTS CAN2.0 A/B		Unit	Parameter
Measurement Range (Initial value after power failure is 0°)		°	Roll ±180°, Pitch ±90°, Azimuth ±180°
Measurement Axis		axis	X-axis / Y-axis / Z-axis
Roll and Pitch Resolution1）		°	0.01
Roll and Pitch Static Accuracy @25°C		°	±0.05
Roll and Pitch Dynamic Accuracy (rms) @25°C		°	±0.1
gyroscope	Gyroscope Range	°/s	±300
	Oblique Stability (10s Mean)	°/h	8.5
	Oblique Instability (allan)	°/h	4.5
	Angle Random Walk Coefficient (allan)	°/sqrt(h)	0.25
acceleration	Acceleration Range	g	±4 /±16（optional）
	Oblique Stability (10s Mean)	mg	0.02
	Oblique 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		-	CAN2.0A/CAN2.0B
Electromagnetic compatibility		-	According to EN61000 and GBT17626
Mean time between failures (MTBF)		hour/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 Size