High Precision Tilt Sensor, ±5°~30°, RS232/ RS485

SKU: SUCH-TTS-AVT

$1,323.88

● Measuring Range: ±5° / ±10° / ±15° / ±30° ● Measuring Axis: X, Y Axis ● Output Signal: RS232 / RS485 / RS422 / TTL / Modbus Protocol (Optional) ● Protection Rating: IP67

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🕒 Delivery date: 6-12 days

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Overview
Specs
Application
FAQ
Reviews

Overview

The tilt sensor is a high-precision device designed for accurate dual-axis tilt measurement in industrial settings. It offers a selectable range from ±5° to ±30°, with an impressive accuracy of 0.001° and a resolution of 0.0005°. With a quick response time of just 0.01 seconds, it ensures reliable performance. The sensor maintains excellent stability with an error of less than 0.002° and is shock-resistant up to 20000g, providing solid protection in demanding environments.

Feature

High Accuracy: This tilt sensor offers exceptional accuracy from 0.001° to 0.005°, ensuring precise and reliable measurements.
Multiple Output Signals: It supports RS232, RS485, RS422, TTL, and optional Modbus protocol, providing flexible integration with various systems.
IP67 Protection Rating: This SUCH sensor provides excellent protection against dust and water, ensuring worry-free operation in harsh environments.

Dimension (Unit:mm)

High precision tilt sensor dimension

Wiring Diagram

High precision tilt sensor wiring diagram

RS232/RS485/TTL Line Color Function

Electrical Connection	1	2	3	4	5
Electrical Connection	Red	White	Black	Green	Yellow
RS232	VCC	NC	GND	RXD	TXD
RS485	VCC	NC	GND	(B, D-)	(A, D+)
TTL	VCC	NC	GND	RXD	TXD

RS422 Line Color Function

RS422	1	2	3	4	5	6
	Red	Black	Green	Yellow	White	Brown
	VCC	GND	RXD- (B-)	RXD+ (A+)	TXD- (A+)	TXD- (B-)

Installation

High precision tilt sensor installation

Measurement of Axial Direction

High precision tilt sensor measuring axial direction

Specs

Measuring Range	±5°	±10°	±15°	±30°
Accuracy	0.001°	0.002°	0.003°	0.005°
Long-term Stability	<0.002°	<0.003°	<0.004°	<0.006°
Output Signal	RS232/ RS485/ RS422/ TTL/ Modbus Protocol (optional)
Measuring Axis	X, Y Axis
Resolution	0.0005°
Frequency Response	DC response 100Hz
Zero Temperature Drift	±0.0005°/°C
Sensitivity Temperature Coefficient	≤50ppm/°C
Power-up Time	0.2s
Response Time	0.01s
Rate	5Hz output, 15Hz, 35Hz, 50Hz settable
Average Operating Time	≥45000 hours/times
Shock Resistance	20000g, 0.5ms, 3 times/axis
Vibration Resistance	10g/ms, 10 ~ 1000Hz
Insulation Resistance	≥100MΩ
Supply Voltage	11~36V
Working Current	No load 40mA
Operating Temperature	-40°C~+85°C
Storage Temperature	-55°C~+125°C
Housing Material	Aluminum alloy with matte oxidation
Mounting	Three M4 screws
Waterproof Grade	IP67
Cable	Standard 1.5 meter length, abrasion resistant, oil resistant, wide temperature, shielded cable 5*0.2mm2
Weight	250g (without box)

PDF computing High Precision Tilt Sensor, ±5°~30°, RS232/ RS485 User Manual

Application

Oil Drilling

Construction Vehicle

Geological Monitoring

FAQ

Q1: What are some typical applications for a high-precision tilt sensor? ❯

High-precision tilt sensors are used in applications like robotics, automation systems, and aerospace, where accurate angle measurements are crucial. They are also common in construction monitoring, CNC machining, and structural stability checks, providing reliable data for maintaining equipment performance and safety.

Q2: What is the difference between high-precision and low-precision tilt sensors? ❯

High-precision tilt sensors provide minimal errors, usually within 0.001° to 0.005°, while low-precision sensors may have errors above 0.1°. High-precision sensors are used for applications requiring exact measurements, while low-precision ones are suitable for simpler tasks with less stringent accuracy needs.

Q3: Can the high-precision tilt sensor be used in mobile devices? ❯

Yes, the high-precision tilt sensor is ideal for mobile devices, including drones and robots. Its fast response and accuracy make it suitable for dynamic environments, ensuring reliable tilt data for navigation and control in real-time.

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High Precision Tilt Sensor, ±5°~30°, RS232/ RS485

Feature

Dimension (Unit:mm)

Wiring Diagram

Installation

Measurement of Axial Direction

Oil Drilling

Construction Vehicle

Geological Monitoring

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