Specialized temperature measurement modules/solutions for the 2.4G frequency band, all adopting an active design. Leveraging the advantages of fast transmission speed and low latency of the 2.4G universal free frequency band, they are suitable for short-distance temperature measurement scenarios such as power, industrial and building power distribution. The products support differentiated simple networking/professional ad-hoc networking modes to meet the collection requirements of different node scales. All are equipped with built-in high-precision temperature measurement chips, featuring easy integration and anti-interference performance adapted to indoor/semi-indoor environments.

Core Features: A classic entry-level active temperature measurement model for the 2.4G band, adopting point-to-point/simple networking mode with stable communication links and low-latency data transmission. The module has an ultra-compact size for easy SMT assembly, controllable power consumption under active power supply, and high-precision temperature collection. It is suitable for short-distance temperature measurement needs with few nodes or single-point detection, featuring easy deployment and moderate cost. Application Scenarios: Single-point temperature measurement for indoor small distribution cabinets, building weak current boxes and precision equipment, as well as lightweight networking temperature measurement with 3-5 nodes in small scenarios. Ideal for simple temperature measurement needs with cost-sensitive deployment requirements.

Core Features: Integrated with the ZigBee ad-hoc networking protocol on the 2.4G frequency band, supporting multi-node Mesh networking with flexible networking and strong scalability, and enabling inter-node data relaying. It features optimized anti-electromagnetic interference design for power scenarios and operates with low power consumption under active power supply. The temperature measurement data can be synchronously uploaded to power-specific monitoring terminals, compatible with the lightweight networking requirements of the power IoT. Application Scenarios: Dense node temperature measurement in building power distribution systems, indoor high-voltage switchgear clusters and indoor power distribution network nodes, as well as indoor power temperature measurement scenarios requiring multi-node linkage and data relaying.

Core Features: An upgraded 2.4G active temperature measurement solution of the GC2400 series, optimized for communication stability on the basis of the TX033 model. It supports simple networking with more nodes (within 10), has a slightly extended transmission distance, and the active power supply module features enhanced heat dissipation performance. Suitable for small and medium-scale short-distance networking temperature measurement, with faster data collection response speed and further improved anti-environmental interference performance. Application Scenarios: Small and medium-scale networking temperature measurement for small industrial production lines, indoor power distribution nodes in industrial parks and medium-sized distribution cabinet banks, as well as 2.4G band short-distance temperature measurement scenarios with certain requirements for transmission stability and node quantity.