Solar insecticidal lamp

1、 Product Overview

Principle:

NR-L/FX05 solar insecticidal lampBy utilizing the phototaxis, wave orientation, color orientation, and sexual information of adult pests, the wavelength and frequency of light are set within a specific range. Light is used at close range and waves are used at long range, and the sexual information released by the pests themselves is used to lure the adults to pounce on the lamp. The lamp is equipped with an impact screen for contact killing, causing the pests to fall into the insect receiving bag (or box) under the lamp, achieving the goal of killing pests.

Insecticidal lamps have the following characteristics: they can trap a wide variety and large number of pests, significantly reduce the amount of eggs laid in the field, lower the number of insect populations, save energy and electricity, have low costs, protect natural enemies, reduce the use of chemical pesticides, delay the occurrence of pest resistance, are harmless to humans and animals, reduce environmental pollution, maintain ecological balance, and provide a powerful comprehensive control method for crops with high incidence of pests and diseases and frequent use of pesticides in agriculture, forestry, and other fields. The pests captured by this lamp not only have no pollution from pesticides and chemical reagents, but also contain high protein and essential trace elements for animal growth and development, making it a high-quality natural feed.

2、 Application scope of insecticidal lamps

Insecticidal lamps are mainly used in the following areas:

This lamp is particularly suitable for organic, green, and pollution-free crop production bases, as well as other crop production bases with strict restrictions on pesticide residues. It is a physical control device that reduces or even eliminates the use of pesticides for some crops.

Due to the large variety and quantity of pests in this insecticidal lamp, it can be widely used not only in various agricultural and forestry fields, but also in pest control in places such as vegetable gardens, gardens, courtyards, warehouses, tobacco, wine brewing, and urban greening. It can also be placed in aquaculture facilities such as fish ponds, free range chicken farms, and frog breeding bases to provide high protein feed for these animals.

IIISolar insecticidal lampparameter

1. Safety signs: The obvious parts of the lamp body should have safety signs that comply with GB10396 regulations.

2. Appearance quality: The appearance should be neat and beautiful, with a smooth and even surface and uniform color; All components of the insecticidal lamp should be intact (without defects such as cracks, damages, adhesives, splicing, paint peeling, etc.).

3. Protection level: The shell protection level shall not be lower than IPX5.

4. High voltage power grid: Made of arc resistant and corrosion-resistant stainless steel wire material, with a wire diameter of ≥ 1.8mm. High voltage network cables must not have intermediate joints, and the wire should be uniformly arranged in a cylindrical vertical manner around the lamp tube (without gaps), with a wire spacing of ≤ 1.5cm.

5. Light control function: The insecticidal lamp can automatically turn on and off according to the lighting conditions.

6. Rain control function: The insecticidal lamp can automatically enter a protective state on rainy days and resume operation automatically after the rain stops.

7. Time control function: The insecticidal lamp has the function of starting or stopping work within a set time period.

8. Insect trapping light source: LED dedicated insect trapping lamp tube (single piece heat dissipating aluminum substrate thickness ≥ 1mm, single lamp tube ≥ 8 light-emitting surfaces, insect trapping lamp tube outer layer sealed with high transparency glass).

9. The insect attracting light source meets the GB/T20145-2006 standard, and the light has no harm to biological safety.

10. Insect attracting light sources pose photochemical UV hazards to the skin and eyes: When the exposure time is within 8 hours, the effective exposure limit is 30Jm - ².

11. Light source expansion function: The high-voltage power grid has three lamp tubes installed inside (matched according to the number of pests in different seasons), and the three lamp tube installation brackets are integrally injection molded (without adhesive, splicing, etc. that may cause unstable fixation).

12. Automatic cleaning function of the power grid: The insecticidal lamp can automatically clean the insect stains adhered to the power grid wire (the cleaning method is to move the ceramic bead cleaning brush up and down to clean the insects; the ceramic beads of the cleaning brush disk should not wrap around the power grid wire, and the ceramic beads of the brush disk should maintain a certain distance from the power grid wire to avoid movement and jamming due to bending of the power grid wire or accumulation of insect stains).

13. Optoelectronic conversion component: monocrystalline silicon solar panel, power ≥ 50W, fixed at the top of the lamp post tilted.

14. Electric energy storage components: Solar dedicated lithium batteries use electric vehicle power cells with a battery capacity of ≥ 15Ah, and the battery is embedded inside the lamp head.

15. Lamp pole: Vertical installation, made of stainless steel material with a diameter of ≥ 63mm, with a ground installation height of ≥ 2.6 meters for the entire lamp.

16. Insect collection component: Machine glass material rotating bayonet type insect collection box.

17. Pest Control Lamp Protection System:

① Geographic positioning: The intelligent management platform for insecticidal lamps can achieve coordinate positioning of insecticidal lamps, and customers can view the installation location of insecticidal lamps in satellite maps using mobile devices.

② Maintenance management: In the system, users can view the management personnel and situation of insecticidal lamps in the area. Users can scan the identification code on the insecticidal lamps with their mobile phones to submit fault information.