Tianyi Sensor IOT Technology Co., Ltd
Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China

Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China

Model:FT-BY3
Brand:tianyi
1.Termite Monitoring System Product Uses
Termite Monitoring System is used to monitor and treat subterranean termites around structures, typically in residential areas, and can help attract termites to control termite populations.Termite Monitoring System provides real-time monitoring of termite activity, enabling early warning and precise monitoring. It also records and analyzes data, supports remote monitoring, allowing managers to stay informed at any time. Furthermore, it can be used to evaluate the effectiveness of termite control efforts, providing strong support for scientific termite control. It is widely used in water conservancy dams, building construction, ancient building preservation, and landscaping.
    
2.Termite Monitoring System Features
     
This system integrates loop technology, autonomous network communication technology, and internet technology, making it a highly sensitive termite monitoring and early warning system.
It changes the traditional monitoring device, which requires purely manual opening of the compartment for inspection. The system now enables automatic termite detection without opening the compartment and uploads the results daily at set times, with the results immediately displayed on the back-end management platform.
The monitoring accuracy rate reaches over 95%.
Each component adopts a modular design, ensuring independent operation while maintaining interoperability, facilitating partial replacement during operation.
The outer shell and internal frame of the monitoring device are made of resin-nylon composite material, and the inductive electronic module is encapsulated to an IP68 rating, exhibiting good corrosion resistance. It is not easily corroded in various soil environments, including humid and acidic conditions, ensuring long-term normal operation of the monitoring device in harsh soil environments.
    
3.Termite Monitoring System Technical Principles
The system consists of several parts, including a monitoring device housing module, an induction triggering module, a signal acquisition module, an information processing and transmission module, a database, PC-based management software, and a WeChat mini-program.
(1) Housing Module
     
(2)Information collection module
     
| Serial number | Name | Action | 
| 1 | Information box | IP68 grade encapsulated circuit board | 
| 2 | Information bar | Termite information gathering wood made of pine material. | 
| 3 | Carbon conductive wire | Waterproof carbon material applied to the information stick, which is corroded by termites when they are chewing on the wood, triggering an alarm. | 
    
4.Termite Monitoring System Technical parameters
| Equipment type | Ground type | Case bending strength | ≥100MPa | 
| Communication methods | Support 4G/NB/LoRa communication | Case impact strength | ≥15KJ/㎡ | 
| Battery life | Low power consumption mode lasts for more than 5 years; battery is detachable and can be charged and reused in a cycle. | shell thickness | 2mm | 
| Anti-theft alarm | Mobile Device Wakeup Platform Alert | Working voltage | DC4.2V | 
| Protection level | IP68 grade | Temperature accuracy | ±1℃ | 
| Location | GPS/IP/A-GPS/base station | Case material | Environmental PA | 
| Working temperature | -20℃~80℃ | Case tensile strength | ≥80MPa | 
| Power supply mode | Lithium battery powered | Anti-aging | Case anti-aging up to level 4 or above | 
    
5.Termite Monitoring System System Architecture
The system employs a combination of loop technology, autonomous network communication technology, and internet technology. It involves embedding a fully automated termite monitoring and early warning device in a suitable location. Built-in precision sensors report real-time status data of the monitoring points, such as no termites, termites present, termite extermination in progress, termite extermination completed, termite relocation, offline status, and termite damage. This data is then transmitted and displayed on terminal operating platforms such as WeChat mini-programs and computer clients.
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