Dynamic Inclinometer Sensor, 3 Aixs, Output CAN 2.0/ RS485

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$417.94

Favorable price of dynamic inclinometer sensor, which provides CAN 2.0/RS485 output and is designed for high precision dynamic measurements. Its measurement range includes ±180° of roll, ±90° of pitch and ±180° of azimuth in 3 axis, and boasts a static accuracy of ±0.05° and a dynamic accuracy of ±0.1°.

Output Signal *

Accessories

5 pin M12 Aerial Plug 2m Cable [+$20.00]
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SKU: ATO-IMS-HDA

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Delivery date: 6-12 days

Overview

Affordable dynamic inclinometer sensor for sale, provides RS485, RS232, TTL, CAN2.0A, CAN2.0B output single options. 3-axis measurement (X/Y/Z-axis), high accuracy, static measurement accuracy ±0.05°, dynamic accuracy ±0.1°. Built-in gyroscope and acceleration sensor: Gyroscope zero-bias stability of 8.5°/h, acceleration zero-bias stability up to ±0.02mg. With excellent shock and vibration resistance, it is durable, reliable and suitable for harsh industrial environments.

Specifications

Model	ATO-HDA436T-485	ATO-HDA436T-232	ATO-HDA436T-TTL	ATO-HDA436T-C2	ATO-HDA436T-C3
Output Signal	RS485	RS232	TTL	CAN2.0A	CAN2.0B
Accessory Cable	Standard without cable. (5 pin M12 aerial plug 2m cable can be optional)
Measuring Range	Roll ±180°, pitch ±90°, azimuth ±180° (tilt power initial value is 0°)
Measuring Axis	X-axis/Y-axis/Z-axis
Resolution	0.01°
Static Accuracy	±0.05°@25℃
Dynamic Accuracy	±0.1°@25℃
Gyro Range	±250°/s
Gyro Zero Bias Stability	8.5°/h (10s average)
Gyro zero-bias Instability	4.5°/h (allan)
Angular Random Walk Coefficient	0.25°/sqrt (h) (allan)
Acceleration Range	±8g
Acceleration Zero Bias Stability	±0.02mg (10s rms)
Acceleration Zero Bias Instability	±0.005mg (allan)
Acceleration Random Walk Coefficient	±0.005m/s/sqrt (h) (allan)
Zero Temperature Coefficient	±0.01°/°C (-40~85°C)
Sensitivity Temperature Coefficient	≤100ppm/°C (-40~85°C)
Power-on Start-up Time	1S
Response time	0.01S
Electromagnetic Compatibility	In accordance with EN61000 and GBT17626
Mean Time Between Failure (MTBF)	≥98000 hours/time
Insulation Resistance	≥100 megohm
Shock Resistance	100g@11ms, triaxial (half sine wave)
Vibration	10grms, 10~1000Hz
Supply Voltage	9~36V
Working Current	No load 40mA (12V)
Operating Temperature	-40°C~+85°C
Storage Temperature	-40℃~+85℃
Waterproof Grade	Standard IP67
Weight	≤165g (without cable)			Single connector ≤165g (without cable)

Dimension (unit: mm)

Installation Method

Measurement of Axial Direction

Wiring Diagram

1 PIN (Brown)	2 PIN (White)	3 PIN (Blue)	4 PIN (Black)	5 PIN (Gray)
9~36v (power positive)	RS232 (RXD)/ TTL (RXD)	RS232 (TXD)/ TTL (TXD)	GND (power negative)	PE (reserve)

1 PIN (Brown)	2 PIN (White)	3 PIN (Blue)	4 PIN (Black)	5 PIN (Gray)
9~36v (power positive)	485 D+	485 D-	GND (power negative)	PE (reserve)

Application

Tips: Dynamic inclinometer sensor features

This tilt sensor adopts non-contact measurement of the original quantity, can output the current attitude tilt in real time, simple to use, without the need to retrieve the relative change of the two sides of the installation.
Internal integration of high-precision AD and gyro unit, real-time compensation for nonlinearity, orthogonal coupling, temperature drift and centrifugal acceleration.

It can greatly eliminate the centrifugal error generated by the interference of motion acceleration, improve the dynamic measurement accuracy of the product, and can be adapted to work in complex motion scenes and harsh environments for a long time.

The sensor belongs to the static and dynamic dual-mode measurement sensors, anti-electromagnetic interference ability, applicable to various types of large-scale high-intensity shock vibration industrial environment, is the ideal choice for industrial automation control measurement of attitude.

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