GC2400-TX035 is a 2.4G wireless temperature measurement transmitting module featuring an active design. When paired with an NTC sensor and a compatible receiving module, such as the GC2400-RX033, it facilitates remote temperature measurement. This module stands out for its low power consumption, industrial-grade stability, selectable multi-channel and multi-power options, and compact size, making it well-suited for a wide range of complex temperature measurement scenarios. Below are its specific application areas:
As a primary application area, this module is crucial for real-time temperature monitoring of high-voltage equipment, helping to avert safety hazards caused by overheating. It is applicable for temperature measurement of high-voltage busbars, within high-voltage cabinets, and at static and dynamic contacts. Additionally, it is suitable for monitoring key components of various high-voltage live equipment in substations and distribution rooms. The module enables wireless data transmission, ensuring the stable operation of the power system while reducing maintenance efforts.
Designed to withstand industrial environments ranging from -40°C to 85°C, the module is versatile for temperature measurement across various equipment and processes on industrial production lines. For instance, it can monitor the operating temperatures of motors, bearings, and pumps, facilitating predictive maintenance and preventing production downtime due to overheating. In the chemical industry, it can monitor the temperatures of closed storage tanks and pipelines, tracking chemical reaction temperatures in real-time to prevent safety incidents caused by temperature deviations, all without compromising container integrity and suitable for complex industrial settings.
The module is ideal for precise temperature monitoring in data center rooms and communication base stations, focusing on critical components such as circuit breaker contacts in distribution cabinets (including ATS and row cabinets), busbar plug-in boxes, PDU interfaces in server racks, power cabinets in base stations, and battery connection strips. It provides timely feedback on temperature anomalies, ensuring uninterrupted data services and reducing on-site maintenance costs, while meeting the module's low-power and compact installation requirements.
In smart building power distribution systems, hospitals, airports, stadiums, and other crowded venues, the module monitors temperatures at distribution rooms, circuit switches, and power output terminals, enabling intelligent monitoring. This ensures the safety of power supply in public facilities and prevents fires caused by electrical equipment overheating, being adaptable to the complex installation environments within buildings.
For cold chain storage, the module monitors the temperature of electrical control boxes in cold storage to prevent condensation and short circuits in low-temperature conditions. In agricultural greenhouses and livestock farms, it monitors the temperatures of electrical circuits for electric heaters, ventilation motors, and lighting controls, preventing electrical fires and ensuring agricultural production safety. It can also assist in monitoring ambient temperatures during agricultural product storage to minimize losses.
Leveraging its compact size, ease of assembly, and mass-producibility, the module is flexible for various general temperature measurement needs, such as in smart home devices, small storage environments, as a component in portable temperature measurement equipment, and for internal temperature monitoring of electronic devices. Transmission intervals, power levels, and channels can be customized to meet the temperature measurement accuracy and transmission distance requirements of different scenarios.
