
SF LSP01 LoRaWAN PIR Sensor
Sense, Detect and Secure

The SF LSP01 LoRaWAN® PIR Sensor is a passive infrared motion sensor that can detect infrared radiation emitted by humans and objects, and thus monitor any status changes such as intrusion or movement with high precision. Utilizing advanced LoRaWAN® connectivity, the sensor ensures reliable signal transmission over long distances, making it well-suited for diverse scenarios like office buildings, shopping malls, industrial parks, warehouses, and factories. It offers flexible use due to the maximum 10m detecting distance and 90° detecting angle. Supported by low-power LoRaWAN® technology and a powerful 4000 mAh battery, the SF LSP01 PIR sensor provides uninterrupted operation for up to 2 years with minimized maintenance.
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LoRaWAN® standard protocol
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Occupancy or movement detection
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Real-time remote alarm
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Over 2km (1.24 miles) transmission range
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Max. 10m detecting range
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4000 mAh battery
Accurate Presence and Movement Detection
The SF LSP01 LoRaWAN® PIR Sensor can accurately sense the infrared light from the human body or any other objects, and convert it into a voltage signal to trigger detection and alarm. It will send an instant alert to the remote monitoring platform once any intrusion is detected, ensuring security management in office buildings, real estate, markets, warehouses, and more.


Detect Farther Than Ever
With up to 10m detecting distance and a flexible 90° detecting angle, the SF LSP01 PIR motion sensor ensures reliable coverage and performs accurate detection no matter how it's deployed.

Battery Built to Last
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4000 mAh replaceable battery
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Multi-year service life
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"Battery Low" Alert

Security System
Integrated with a security system, the LSP01 PIR sensor monitors the status change of surroundings and sends real-time updates. It can instantly alert you once it has detected any intrusions or emergencies, ideal for office buildings, shopping malls, museums, and warehouses.

Smart Control System
The SF LSP01 PIR sensor can be used in a smart control system, working with temperature, humidity, or light sensors to automate the control of environmental conditions when people enter or leave the space.

