IP67 LoRaWAN Safety Badge: Industrial-Grade Personnel Safety Terminal for High-Risk Work Scenarios
In high-risk operation scenarios such as metallurgical plants, open-pit mines and smart construction sites, traditional employee badges usually only support basic access control and clock-in functions. They are extremely vulnerable to damage under harsh conditions like heavy rain, dust and high humidity, and cannot quickly transmit distress signals when personnel are in danger. The IP67 LoRaWAN Safety Badge launched by JinShengchang is an industrial-grade personnel safety terminal built specifically to address these pain points. It integrates long-range low-power communication, high-precision positioning and full-scenario protection capabilities, serving as the core carrier for on-site personnel safety management.
Full-Scenario IP67 Protection, Adaptable to Extreme Operation Environments
This badge adopts a fully sealed waterproof and dustproof structural design, fully complying with the IP67 industrial protection standard. It can be immersed in 1-meter-deep normal-temperature clean water for 30 minutes without water ingress, and can completely block metal dust and sand particles from the operation site from entering the device interior. Whether it is heavy rain wash on open construction sites, dust invasion in mining operations, or high-humidity and low-temperature environments in cold chain plants, it can maintain stable operation. It completely solves the industry pain points of ordinary badges, such as easy water ingress, dust accumulation and high failure rate in harsh scenarios, and significantly reduces the later equipment maintenance cost.
LoRaWAN Long-Range Low-Power Communication, Eliminating Signal Coverage Blind Zones
Leveraging the mature LoRaWAN wide-area low-power communication technology, this safety badge achieves a communication range of over 3 kilometers in open environments, and can still realize stable data transmission in complex scenarios with building obstructions in industrial parks. Compared with traditional Bluetooth badges and Wi-Fi badges, it does not require dense deployment of signal base stations. With only a small number of supporting outdoor LoRaWAN gateways, it can cover the entire large industrial park, greatly reducing the construction difficulty and hardware investment of network deployment. Meanwhile, the device adopts an ultra-low power consumption design. Equipped with a large-capacity battery, it supports an ultra-long standby time of up to 6 months, eliminating the need for frequent charging and fully adapting to the usage requirements of field personnel working outdoors for a long time.
Core Safety Features, Building a Solid On-Site Protection Line
A large-sized physical SOS one-touch alarm button is set on the front of the badge. When operation personnel encounter dangerous situations or sudden physical discomfort, they only need to long-press the button to send a distress signal with accurate location to the management platform. Back-end managers can receive the alarm information immediately and coordinate rescue scheduling. It also integrates a high-precision personnel positioning function, which can realize meter-level trajectory tracking within the operation area. Combined with the geofencing function of the platform, once personnel accidentally enter high-risk restricted areas, the badge will automatically trigger sound and light warnings, and push alarm information to the back-end at the same time, upgrading from passive distress to active safety prevention and control.
As a professional-grade safety terminal built for industrial scenarios, the JinShengchang IP67 LoRaWAN Safety Badge can not only quickly access the existing LoRaWAN network servers of enterprises, but also be used with the self-developed IoT management platform, easily realizing extended functions such as automatic personnel attendance statistics, operation trajectory backtracking and danger event traceability. It has been widely deployed in multiple scenarios including smart construction sites, open-pit mines and large industrial plants, building an all-weather, blind-zone-free safety protection network for on-site operation personnel.