Microprocessor based water and soil analysis kit. This is an eight parameter test analysis kit used to measure and study Ph, Conductivity, TDS, DO, Salinity, mV, Temp. & Turbidity. Studying these parameters of mosquito larval breeding sites has several important advantages; this helps to understand various parameters at which mosquito can breed. This better understanding mosquito preferences so that appropriate control measures can be taken to devise mosquito management strategies at larval stages
Customize
Product Details
Microprocessor based water and soil analysis kit. This is an eight parameter test analysis kit used to measure and study Ph, Conductivity, TDS, DO, Salinity, mV, Temp. & Turbidity. Studying these parameters of mosquito larval breeding sites has several important advantages; this helps to understand various parameters at which mosquito can breed. This better understanding mosquito preferences so that appropriate control measures can be taken to devise mosquito management strategies at larval stages. The kits comes with the list of protocols and small amounts of sample chemicals so that these sample amount could be used get hands on to the working principle of the instrument.
Below are the list of chemicals required to work with the instrument;
1. Potassium Chloride 500gm
2. Sodium Sulfite 500 gm
3. Hexamine 500gm
4. Hydrazine Sulphate 100Gm
Advantages of microprocessor based water analysis kit
A microprocessor-based water and soil analysis kit can offer several advantages when analyzing the larval environment of mosquitoes. Here are some potential benefits:
Portability: Microprocessor-based analysis kits are typically compact and lightweight, making them easy to carry and use in the field. This portability allows for on-site analysis, reducing the need for sample transportation and enabling real-time monitoring of mosquito larval habitats.
Rapid results: These kits are designed to provide quick and efficient analysis, allowing for timely decision-making. By obtaining rapid results, mosquito control efforts can be implemented promptly, reducing the chances of larval development and subsequent population growth.
Automation and accuracy: Microprocessors can automate various analysis processes, minimizing human errors and ensuring consistent and accurate results. The integration of sensors, data processing algorithms, and user-friendly interfaces enhances the reliability and precision of measurements, providing more reliable data for larval environment analysis.
Multi-parameter analysis: Microprocessor-based kits can often measure multiple parameters simultaneously, such as pH, temperature, dissolved oxygen, conductivity. This capability allows for a comprehensive assessment of the water and soil conditions that influence mosquito breeding habitats. Obtaining a broad range of data helps identify factors that contribute to larval development and enables targeted intervention strategies.
LABITEMS microprocessor-based water and soil analysis kits lie in their portability, speed, accuracy, multi-parameter analysis, data logging, cost-effectiveness, and potential for real-time monitoring and integration with data management systems. These features contribute to more efficient and informed analysis of the larval environment of mosquitoes, supporting targeted interventions for effective mosquito control
Ratings And Reviews
Items have been added to cart.
One or more items could not be added to cart due to certain restrictions.
