Analog Inclinometer Sensor, ±10°~±90°, 4-20mA

SKU: SUCH-INS-518528

$638.46

● Measuring Range: ±10° / ±30° / ±60° / ±90° ● Output Signal: 4-20mA ● Absolute Accuracy (@25℃): 0.005° / 0.01° / 0.02° / 0.05° ● Protection Rating: IP67

Measuring Axis *
Measuring Range *
Installation *

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🕒 Delivery date: 6-12 days

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Overview
Specs
Application
FAQ
Reviews

Overview

The analog tilt sensor is available in single-axis and dual-axis configurations, with selectable measurement ranges of ±10°, ±30°, ±60°, or ±90°. It offers high precision with a maximum absolute accuracy of 0.005° and outputs a 4-20mA industrial standard signal. Powered by DC 9-36V, this SUCH sensor ensures stable, reliable performance and is ideal for applications requiring high accuracy and stability in harsh industrial environments.

Feature

The single/dual-axis inclinometer sensor uses dynamic zero-point calibration for quick startup, high resolution, stable data, and strong shock and vibration resistance.
The inclinometer sensor has built-in radio frequency protection and an anti-electromagnetic interference circuit.
To improve signal resistance, the tilt sensor combines technologies like a high-performance MCU, three-proof PCB, shielded cables, and a durable metal casing, ensuring reliable operation in harsh environments.

Dimension (Unit:mm)

Analog inclinometer sensor dimension

Wiring Definition

Single Axis Line Color Function

Analog inclinometer sensor single axis wiring

RED	WHITE	GREEN	BLACK	GRAY
DC 11.5-36V Power supply positive	Out X X axis output current	NC Spare line	GND Power supply negative	Signal ground

Dual Axis Line Color Function

Analog inclinometer sensor dual axis wiring

RED	WHITE	GREEN	BLACK	GRAY
DC 11.5-36V Power supply positive	Out X X axis output current	NC Spare line	GND Power supply negative	Signal ground

Installation Diagram

The installation should ensure that the bottom of the inclinometer sensor is parallel to the measured surface and minimize the impact of dynamic forces and acceleration on the sensor. This inclinometer sensor can be installed either horizontally or vertically. For installation, please refer to the following guidelines.

Analog inclinometer sensor installation

Specs

Measuring Axis	X/XY (single/dual)
Measuring Range*	±10°	±30°	±60°	±90°
Zero Output (0° output)	12mA
Resolution	0.001°
Absolute Accuracy (@25℃)	0.005°	0.01°	0.02°	0.05°
Long Term Stability	0.01°	0.02°	0.05°	0.08°
Zero Temperature Coefficient (-40~85℃)	±0.002°/℃
Sensitivity Temperature Coefficient (-40~85℃)	≤50 ppm/℃
Power On Time	0.5s
Response Time	0.02s
Response Frequency	1~20Hz
Output Signal	4-20mA
Electromagnetic Compatibility	According to EN61000 and GBT17626
MTBF	≥50000 hours/times
Insulation Resistance	≥100MΩ
Shockproof	100g@11ms, 3 times/axis (half sinusoid)
Anti-Vibration	10grms, 10～1000Hz
Protection Rating	IP67
High Seismic Performance	＞2000g
Cables	Standard 2m length, wearproof, grease proofing, wide temperature, shielded cables 4*0.4mm², aviation connector
Dimension	Shell size: L90W59H34mm Installation size: L79W29H6mm Outing screws: 3M4 screws
Weight	190g (without cable)
*Note: This Technical data only list ±10°, ±30°, ±60°, ±90° series for reference, other measuring range please refer to the adjacent specifications.

Electrical Specification

Item	Min.	Standard	Max.	Condition
Power Supply	9V	12V, 24V	36V	Standard
Working Current	/	40mA	/	No-load
Output Load	/	400kΩ	1000kΩ	Resistive
Working Temperature	-40℃	/	+85℃	/
Store Temperature	-55℃	/	+100℃	/

PDF computing Analog Inclinometer Sensor, ±10°~±90°, 4-20mA User Manual

Application

Oil Drilling

Construction Vehicle

Geological Monitoring

FAQ

Q1: What output signal does this inclinometer sensor provide? ❯

This sensor features a 4-20mA analog output signal. The 4-20mA current loop is widely used in industrial applications, providing a reliable and easy-to-read signal for integration into monitoring and control systems.

Q2: What are the main differences between analog and digital inclinometer sensors? ❯

Analog sensors, like this one, output a continuous current (4-20mA) that corresponds to the measured angle, offering a simpler integration method with legacy systems. Digital sensors, on the other hand, output discrete signals (e.g., CANopen, Modbus), providing higher resolution and more flexibility for modern, data-intensive systems.

Q3: How do I integrate this inclinometer sensor into my system? ❯

Integration is simple thanks to the direct lead interface. The sensor is designed for easy connection to your existing system, ensuring a smooth and efficient setup process without the need for complex wiring or additional components.

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Analog Inclinometer Sensor, ±10°~±90°, 4-20mA

Feature

Dimension (Unit:mm)

Wiring Definition

Installation Diagram

Oil Drilling

Construction Vehicle

Geological Monitoring

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