Overview
The WitMotion WT301IOT-LTE-G is a rugged, battery-powered wireless tilt alarm and acceleration sensor for long-term structural and asset monitoring. It measures pitch/roll angle and 3-axis acceleration, pushes alarms via the cloud within ~5 s, and supports remote data access/control over 2G/3G/4G. An IP67 aluminum enclosure and ultra-low-power design (3.6 V 19 000 mAh pack) enable multi-year field deployment for smart-city and industrial IoT.
Key Features
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Sensing & Outputs: Time stamp, acceleration, angle (pitch/roll), alarm flag, and device voltage.
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Measurement Range: Acceleration ±2 g; angle ±90°.
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Accuracy: X & Y angle accuracy 0.2°.
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Fast Cloud Alarms: Push notifications with ~5-second response to tilt events.
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4G Networking: Remote control and data viewing from virtually anywhere with Internet access.
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Long Life Power: 19 000 mAh battery; designed for multi-year operation (e.g., twice-daily reporting up to ~5 years).
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Industrial Housing: IP67 waterproof/dustproof, anti-rust aluminum casing; easy screw-mount alignment.
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Simple Deployment: Three-step onboarding in WitMotion Cloud (enter cloud → power on → bind device).
Technical Specifications
| Item | Spec |
|---|---|
| Model | WT301IOT-LTE-G |
| Battery | 3.6 V 19 000 mAh |
| Current | Working < 50 mA; Sleep mode < 20 µA (avg) |
| Outputs | Time, Acceleration, Angle, Alarm, Voltage |
| Acceleration Range | ±2 g |
| Angle Range | ±90° (pitch/roll) |
| Angle Accuracy | X & Y 0.2° |
| Communication | 2G/3G/4G cellular |
| Protection | IP67 |
| Weight | 268 g |
Dimensions & Mounting
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Overall size: approx. 93 × 93 × 50–51 mm (per mechanical drawing).
Note: the spec table lists “900×900×51 mm,” which clearly appears to be a typographical error; the annotated drawing shows ~93 mm square. -
Mounting pattern: four corner holes; center-to-center spacing ~82.1 mm each side.
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Through-holes: drawing shows Ø~7.0 mm counterbore with inner Ø~3.2 mm (typ.); side view indicates structural bosses for secure fastening.
Cloud, Alerts & Control
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Real-time dashboards, historical records, device upgrade/info, map view, and alarm settings in WitMotion Cloud.
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Rapid push notifications for threshold exceedance; configure upload interval and alarm rules remotely over 4G.
Typical Applications
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Geological/Disaster Prevention: landslide or slope movement warning along roads/rail.
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Power Infrastructure: transmission-tower tilt and vibration detection.
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Machinery/Construction: crane and heavy-equipment attitude alarms.
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Smart City Assets: street-light poles, billboards, and other structures.
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General IoT: intelligent warehousing and remote facility monitoring.
What’s Included
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WT301IOT-LTE-G wireless tilt alarm sensor (IP67)
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Pre-installed high-capacity battery
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Mounting hardware (as supplied)
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Quick start to bind with WitMotion Cloud
Details

Affordable 4G IoT solution. Wireless Tilt Alarm Sensor with 4G LTE, remote control, and cloud data. Features acceleration, angle, alarm, and time functions. Cost-effective IoT sensor for industrial use. Model: WT301IOT-LTE-G.

Ideal IoT sensor for disaster prevention, real-time monitoring, 24/7 intelligent surveillance, reduces inspection costs.

Three-step setup for WitMotion IoT sensor: access cloud, power on device, bind via interface. Simplified deployment without professional technicians. Device labeled WT6600000105(6484) with QR code and SN:20230907.

WitMotion WT301 IoT Sensor offers real-time data monitoring, alert notifications, 4G networking, and remote control. It supports cloud-based access, tilt alarms, and global remote management via a user-friendly interface.

Long-term measurement, ultra-low power, 19000mAh battery, 5-year life, large capacity.

IP67 waterproof and dustproof sensor with aluminum casing, anti-rust, easy mounting. WT301IOT-LTE-G model for harsh environments.

WitMotion WT301 IoT Sensor has 3.6V 19000mAh battery, low power consumption, IP67 rating, 2G/3G/4G support, and measures acceleration, angle, alarm, voltage, and time.

IoT sensor for security, industry, warehousing, cities, geological monitoring, power, machinery, street lights, billboards, and IoT networks.
