Suction-Type Insect Trap Lamp: Reliable Integrated Solution for Agricultural and Industrial Pest Control

NiuBoL suction-type insect trap lamp: reliable integrated solution for agricultural and industrial pest control

Under the current policy orientation of agricultural green transformation and low-carbon development, large-scale planting bases, forestry projects, and municipal sanitation projects have continuously increasing demand for efficient and environmentally friendly pest control equipment. NiuBoL suction-type insect trap lamp, as the core equipment of wind-suction physical control, features solar self-sufficient power supply, fan negative pressure collection, and multi-protocol IoT compatibility. It provides agricultural purchasers with a complete integrated solution for comprehensive pest management. The equipment has been verified in tea gardens, rice fields, orchards, and urban green space projects, which can significantly reduce dependence on chemical pesticides while ensuring stable operation of the equipment in remote areas without power grid.

Technical Principle and Engineering Advantages of Suction-Type Insect Trap Lamp

The core of suction-type insect trap lamp (also known as wind-suction insect trap lamp) adopts light-wave composite attraction and fan negative pressure collection technology. The insect-attracting light source uses 315-400nm ultraviolet band and specific visible light spectrum to achieve precise close-range lamp attraction and long-distance wavelength diffusion attraction. After the fan system is started, it generates directional airflow to quickly suck pests into the insect collection chamber, and realizes physical killing through continuous air-drying and dehydration, avoiding secondary damage to non-target insects caused by traditional high-voltage grid equipment.

The equipment consists of five major engineering modules:

• Insect-attracting light source module (high-brightness LED array, lifetime ≥50,000 hours);

• Insect-killing component module (industrial-grade centrifugal fan, adjustable wind pressure);

• Insect collection component module (stainless steel dehydration collector, capacity 15-30L);

• Protection component module (IP65 protective shell, lightning protection design);

• Support component module (hot-dip galvanized column or wall-mounted bracket, supporting 3-5 meter height adjustment).

The structure design is simple and can be assembled on site by one person within 30 minutes. Compared with traditional frequency-vibration or high-pressure mercury lamp equipment, the suction-type solution has the engineering advantages of wide coverage of insect species (Lepidoptera, Hemiptera, Coleoptera and more than 30 families) and escape rate lower than 5%. It is particularly suitable for continuous control of high-density outbreak pests such as leafhoppers, scarabs, and rice planthoppers.

NiuBoL Suction-Type Insect Trap Lamp Product Specifications and Parameter Comparison

NiuBoL provides three engineering models: standard type, IoT enhanced type, and high-capacity type. All adopt monocrystalline silicon solar modules + lithium iron phosphate battery packs to ensure normal operation for 7 consecutive rainy days. The following are the key parameters (subject to actual project survey):

Light control strategy can automatically adjust on/off time and fan speed according to insect condition monitoring data to achieve precise energy consumption management.

System Compatibility and Integrated Solution Design

NiuBoL suction-type insect trap lamp natively supports modular integration with the company's solar frequency-vibration insect trap lamps, solar insect condition forecasting lamps, and IoT insect trap lamps to form a complete system of “monitoring—warning—attraction—killing—data closed loop”.

Through MQTT protocol or gateway, it can seamlessly connect to third-party agricultural IoT platforms (IoT cloud platforms or local SCADA systems). The insect condition forecasting lamp collects insect population density, species, and environmental temperature and humidity data in real time, and automatically pushes them to the suction-type insect trap lamp controller to realize the “on-demand start” mode, reducing the energy consumption of a single lamp group by more than 40% compared with fixed operation.

Project-level integration examples:

• In large tea garden projects, 20 units of NBL-IoT-SRPMS and 10 insect condition forecasting lamps are networked to form zoned control; data is transmitted back to the cloud platform via 4G, supporting visual dashboard on mobile phones/computers.

• In livestock farm applications, it can be linked with environmental sensors to simultaneously control ventilation and insect killing to avoid ammonia environment corroding the equipment.

This compatible design greatly reduces the owner's secondary integration cost, and the single project deployment cycle is shortened to 2-3 weeks.

Installation, Deployment and Operation & Maintenance Guide for Insect Trap Lamps

Basic installation requirements for the equipment: flat ground or concrete foundation, solar panel facing south with an inclination of 30-45° (Northern Hemisphere). The support column is treated with hot-dip galvanizing, with an anti-corrosion life of ≥15 years.

Operation and maintenance aspects:

• The insect collector should be emptied 1-2 times per month, and the fan filter should be checked quarterly;

• The battery pack is designed for a life of 8-10 years, with a standard maintenance cycle of one capacity test per year;

• The cloud platform supports fault self-diagnosis and automatically pushes email alerts in case of abnormalities.

Frequently Asked Questions (FAQ)

1. What is the main difference between suction-type insect trap lamps and traditional frequency-vibration insect trap lamps?
Suction-type uses fan negative pressure active collection + air-drying dehydration killing, with low escape rate and less damage to non-target insects; frequency-vibration type relies on high-voltage grid, which is prone to secondary pollution and insect residue splashing. NiuBoL suction-type is more suitable for export bases with strict requirements on agricultural product quality.

2. How to achieve system integration with existing smart agriculture platforms?
The equipment natively supports MQTT/Modbus protocols and standard API docking with IoT cloud platforms or local PLC. No additional gateway is required to achieve insect condition data linkage and remote strategy issuance.

3. Is it applicable to remote farmland without power grid environment?
All models are equipped with solar + lithium iron phosphate battery packs as standard, which can still work normally for 7 consecutive rainy days. It has been verified in multiple powerless mountainous projects.

4. How is the coverage area of a single device calculated? Installation quantity recommendations?
Standard coverage is 3-15 mu (depending on pest density and crop height). It is recommended to deploy 1 unit every 5-8 mu, and make dynamic adjustments in combination with insect condition forecasting lamp data.

5. How to control maintenance cost and cycle?
Annual maintenance cost accounts for about 3-5% of the equipment purchase price, mainly for filter cleaning and battery inspection. Cloud platform remote diagnosis can reduce on-site manual intervention by 70%.

6. Is there quantitative data support for the insect killing effect?
Yes. Actual measurement data from cooperative projects show that the trapping rate for Lepidoptera pests is ≥90%, and the overall insect population density decreases by 60-75%. Third-party test reports can be provided.

7. What is the product warranty and after-sales service policy?
The whole machine has a 1-year warranty. After purchase, installation guidance, operation training, and free inspection service within 1 year are provided.

8. Does bulk procurement for large projects support customized integration?
Yes. NiuBoL can provide customized development of light source wavelength, fan parameters, communication protocols, and bracket forms according to project scale, with a delivery cycle of 6-8 weeks.

Summary: Choose NiuBoL Suction-Type Insect Trap Lamp to Build a Sustainable Pest Control System

NiuBoL suction-type insect trap lamp takes engineering reliability, system compatibility, and data-driven optimization as the core, providing users with a complete solution from single-point deployment to full-field smart linkage. In the context of the country vigorously promoting green agriculture and ecological sanitation, this equipment not only meets the current pest control needs, but also lays a solid foundation for the future construction of smart farms and low-carbon parks.

If you need project survey, scheme design, or bulk purchase quotation, please contact the NiuBoL professional technical team. We will provide tailor-made integrated prevention and control solutions according to your specific site conditions and insect condition data.

Solar insecticidal lamps：

Frequency vibration solar insecticidal lamp User Manual.pdf

Wind-suction Solar Insect Trap Light User Manual.pdf

Intelligent Remote Insect Monitoring and Reporting System(Insect Monitoring Device) Data Sheet

Intelligent Remote Insect Monitoring and Reporting System(Insect Monitoring Device) Data Sheet.pdf