Core Positioning: A full range of wireless temperature acquisition and receiving devices, covering temperature measurement needs in diverse scenarios of the power, industrial and IoT sectors. Supporting multi-band, multi-power-supply and multi-networking modes, our products are adapted to different application environments such as high-voltage equipment, industrial production lines and building power distribution, providing a one-stop temperature measurement solution.

Classification Structure: Classified into two series – the Wireless Temperature Acquisition Module Series (for front-end data collection) and the Host Receiver Device Series (for back-end data reception/transmission). Each product is precisely tailored to the transmission distance, anti-interference, power supply and networking requirements of specific application scenarios.

Core Features: Adopts the 2.4G universal free frequency band with fast transmission speed and low latency, supporting point-to-point/simple networking. Compact in size for easy integration and moderate power consumption, it is suitable for short-distance, small-scale temperature measurement scenarios. Equipped with a built-in high-precision temperature measurement chip, it enables accurate data collection and features good anti-electromagnetic interference performance. Application Scenarios: Short-distance and dense temperature measurement scenarios such as indoor distribution cabinets, small industrial production lines and building weak current boxes, supporting lightweight networking with multiple nodes.

Core Features: Operates on the 433MHz low frequency band with strong wall-penetrating and obstacle-surmounting capability, realizing medium and long-distance transmission (100-meter-level in unobstructed environments) and high signal stability. Specifically designed for complex industrial/power environments, it features low-power consumption, supports battery supply and is adapted to outdoor/semi-outdoor non-line-of-sight temperature measurement scenarios. Application Scenarios: Medium and long-distance temperature measurement of outdoor distribution cabinets, factory equipment and power lines, as well as temperature monitoring of equipment inside complex building structures.

Core Features: Based on the TI CC1310 SUB-1GHz RF chip with an ultra-low power consumption core design, it delivers a battery life of over 5 years and supports dual power supply options of CT power harvesting and battery power. The 433MHz frequency band is adapted to power scenarios, with accurate collection, strong anti-interference performance, and a mini compact size for easy SMT assembly. Application Scenarios: Core temperature measurement of power equipment (switchgear, circuit breakers, busbars), outdoor/overhead power equipment without external power supply, and scenarios with stringent requirements for power consumption and battery life (a core best-selling product, suitable for smart electricity meters and power IoT supporting applications).

Core Features: Custom-made for power equipment, it integrates the dual power supply mode of CT inductive power harvesting and lithium battery backup, realizing wireless installation and self-power supply with no reliance on external power. CT power harvesting is adapted to the load of power lines, while the battery backup ensures normal operation at low load. The core can be selected from 433MHz or CC1310 solutions. Application Scenarios: Temperature measurement of high-voltage power equipment such as high-voltage switchgear, ring main units and transformers, as well as core power equipment scenarios where wiring and power supply are inconvenient.

Core Features: Adopts LoRa spread spectrum communication technology for ultra-long-distance transmission (kilometer-level in unobstructed environments), with extremely strong anti-interference performance and ultra-low power consumption. It supports star networking, is adapted to wide-area and decentralized temperature measurement scenarios, can penetrate complex outdoor environments and features a large networking capacity. Application Scenarios: Wide-area and decentralized equipment temperature measurement in large industrial parks, photovoltaic power stations, wind farms and outdoor power lines, as well as long-distance multi-node networking scenarios.

Core Features: Complies with the ZigBee ad-hoc networking protocol, supporting multi-node Mesh networking with flexible networking and strong scalability. It features short-distance transmission and low power consumption, enabling inter-node data relaying and accurate data collection, and is adapted to temperature measurement networking in dense-node and indoor closed scenarios. Application Scenarios: Temperature measurement networking in multi-node and indoor closed environments such as large data centers, building power distribution systems and dense industrial production lines.

Core Features: Integrates the synchronous collection of dual parameters of temperature and humidity, equipped with a high-precision temperature and humidity sensor with high measurement accuracy and fast response. It supports optional 2.4G/433MHz dual frequency bands, features moderate power consumption and compact size, and is adapted to scenarios requiring coordinated temperature and humidity monitoring. Application Scenarios: Interconnected temperature and humidity monitoring of distribution cabinets in warehousing environments, laboratories and building fresh air systems, as well as dual-parameter temperature and humidity monitoring in industrial environments.

Core Features: Adopts fluorescent optical fiber sensing technology with photoelectric isolation and strong anti-electromagnetic interference performance, as well as high temperature and high voltage resistance. It can realize direct temperature measurement of high-voltage conductors with high measurement accuracy and strong stability, serving as an exclusive temperature measurement solution for high-voltage equipment. Application Scenarios: Temperature measurement of high-voltage/ultra-high-voltage power equipment such as power transformers, high-voltage busbars, circuit breaker contacts and converter valves, as well as temperature measurement in harsh environments with strong electromagnetic interference and high temperature.

Core Features: Multi-protocol compatible, supporting data reception from the full range of 2.4G/433MHz/LoRa/ZigBee acquisition modules. Integrated with 4G/Ethernet/WiFi networking capabilities, it can remotely upload collected temperature data to cloud platforms/monitoring centers, and supports data parsing, protocol conversion and abnormal alarm. With an industrial-grade design, it features high stability. Application Scenarios: Temperature measurement systems requiring remote monitoring and cloud data management, centralized remote temperature measurement and monitoring in large industrial parks and power distribution networks, as well as intelligent scenarios connected to IoT cloud platforms.

Core Features: Realizes multi-band universal reception, adapted to all types of wireless temperature acquisition modules in this series. It receives and parses temperature data in real time, outputs standard serial/network port signals, and can be directly embedded into self-developed/customized host equipment. Compact in size for easy integration, it supports local data storage and local abnormal alarm. Application Scenarios: Local temperature measurement and monitoring systems, temperature measurement solutions supporting customized host equipment and local monitoring terminals, as well as local temperature data collection in small-scale power distribution systems and workshops.

All products support customized development (band, power supply, interface, package) and can be matched with customers' PCB assembly requirements, providing one-stop services from module supply to full-board customization. With industrial-grade quality, all products are suitable for harsh high and low temperature environments. The entire product range has passed EMC/anti-interference tests and meets the compliance requirements of the power and industrial industries.