Tilt Sensor, Relay Output, Single/Dual Axis, ±90°/±180°

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$255.63

Tilt sensor features relay, RS232, TTL, and RS485 outputs, single/dual-axis measurement, ±90°/±180° ranges, 0.1° accuracy, 0.01° resolution, 100 Hz frequency response, and IP67 protection for precise industrial angle monitoring.

Axis *
Relay Output *
Relay Output *
Relay Output *
Communication Output *

SKU: ATO-TS-RO

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Delivery date: 6-12 days

Overview

Note: Horizontal-up mounting is the default. Please contact us if you require a different mounting orientation.

The tilt sensor detects angular changes in machinery, platforms, construction equipment, and industrial automation systems. Its compact structure supports easy integration into equipment for position monitoring, leveling, alignment, and motion control.

Specification

Basic Specifications
Model		ATO-LVT532T	ATO-LVT533T	ATO-LVT542T
Measurement Range		±180°	±180°	±90°
Measurement Axis		X Axes	X Axes	X, Y Axes
Frequency Response		DC response, 100 Hz
Resolution		0.01° @ 5 Hz bandwidth
Accuracy		-40–85℃, 0.1°
Long-Term Stability		-40–85℃, 0.1°
Power-On Start-Up Time		0.5s
Output Signal		Relay/ RS232/ TTL/ RS485
MTBF		≥55000 hours (per cycle)
Shock Resistance		3500g, 0.5ms, 3 times per axis
Vibration Resistance		10grms, 10–1000Hz
Insulation Resistance		≥100MΩ
IP Rating		IP67
Cable		Standard 1.5 m wear-resistant, oil-resistant, wide-temperature-range shielded cable, 5 × 0.3 mm²
Weight		150g (excluding packaging)
Electrical Specifications
Supply Voltage	Standard	9–36 V
	Custom	5 V
Operating Current		20 mA
Maximum Surge Current		1000 mA
Operating Temperature		-40–85 °C
Storage Temperature		-55–100 °C
Switching Specifications (Electromagnetic Relay)
Switching Load		5 A, 30 VDC / 250 VAC
Maximum Switching Current		5 A
Maximum Switching Voltage		250 VAC / 30 VDC
Maximum Switching Power		1250 VA / 350 W
Operate Time		10 ms (max.)
Release Time		5 ms (max.)
Service Life		1 × 10⁶ cycles (no load); 1 × 10⁵ cycles (with load)
Note: The electromagnetic relay version is recommended for applications involving prolonged exposure to strong magnetic fields. Customized relay options are available.
Switching Specifications (Solid-State Relay)
Switching Load		AC 75–264 V
Maximum Switching Current		1 A
Minimum Switching Current		0.1 A
Maximum Switching Voltage		AC 75–264 V
Maximum Switching Power		250 VA
Operate Time		2 ms (max.)
Release Time		2 ms (max.)
Service Life		Unlimited
Note: The AC solid-state relay version supports AC signals only. Other signal types can be customized according to application requirements.

Feature

Single/Dual-Axis Configurations: The MEMS tilt sensor supports different axis configurations to suit diverse inclination monitoring requirements.
Compact Design: The small form factor simplifies installation and integration into industrial equipment.
Wide Temperature Operation: The operating temperature range of −40°C to 85°C supports use in demanding environments.
Shock Resistance: The industrial tilt sensor withstands mechanical shock up to 3,500 g for 0.5 ms, helping maintain performance under sudden impacts.
Vibration Resistance: Resistance to 10 grms vibration over 10–1,000 Hz supports use in machinery and mobile equipment.
Industrial Applications: The tilt sensor supports leveling, platform angle monitoring, equipment alignment, and position control.

Size (unit: mm)

Tilt sensor relay output size

Wiring

ATO-LVT532T

RED	BLACK	GREEN	YELLOW	Blue	Brown
1	2	3	4	5	6
VCC	GND	RS232RXD/ RS485 (B、D-)	RS232TXD/ RS485 (A、D+)	Relay1 Out	Relay1 IN

Tilt sensor relay output wiring

ATO-LVT533T ATO-LVT542T

RED	BLACK	GREEN	YELLOW	Blue	Brown	WHITE	GREY
1	2	3	4	5	6	7	8
VCC	GND	RS232RXD/ RS485 (B、D-)	RS232TXD/ RS485 (A、D+)	Relay1 Out	Relay1 IN	Relay2 IN	Relay2 Out

Tilt sensor relay output wiring

Tips: How Can I Improve Tilt Sensor Measurement Stability?

To improve measurement stability, I need to mount the tilt sensor on a rigid, level surface and secure all fixing points to prevent unwanted movement. I should minimize external vibration and mechanical impacts during measurement. For dynamic applications, I also need to consider the equipment's motion conditions and select a suitable response frequency to balance measurement stability and response speed.

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