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- Water Quality Monitor: The Core Instrument for Assessing and Safeguarding Water Resources
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- The Importance of Soil Moisture Monitoring and the Superiority of Soil Moisture Testing Equipment
Shandong Fengtu IOT Technology Co., Ltd
Sales Manager:Ms. Emily Wang
Tel, Whatsapp:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China
Soil Erosion Monitoring System
Model:FT-LS1
Brand:fengtu
Related products
Product details
1.Soil Erosion Monitoring System Product Overview
Soil Erosion Monitoring System is a special instrument for real-time monitoring and prediction of soil erosion, which can detect soil erosion in real time.In our water conservation experiments, whether measuring the runoff field or the soil erosion data of small watersheds, there will be a lot of manual work, which causes a lot of inconvenience in the work. After the successful development of our company's FT-LS1 automatic soil erosion monitoring instrument, a lot of manual work has been replaced. After years of experiments and use, the error of flow is within 3%. The error of sediment content is within 5%. The performance and appearance of the product have been updated for a long time and have made great progress.
The automatic monitoring system for soil erosion is mainly composed of a data acquisition and storage host computer, a sediment content measurement sensor, a surface flow sensor assembly, and a rainfall sensor. The rainfall sensor measures the rainfall intensity and its changes over time, as well as the total rainfall and rainfall duration. The surface flow sensor assembly automatically measures the surface flow, calculates the surface runoff flow that changes over time through the central control computer software and parameter settings, and obtains the real-time change process of the runoff flow. In the system design, the sediment content measurement sensor measures the runoff sediment content in real time at the sediment measurement port vertically distributed in the runoff according to the rainfall/runoff change characteristics.
The work management/data storage software and the main control computer are used to control and manage the process data of sediment content, runoff and rainfall measured by each sensor, store the data, and remotely transmit the measurement data to the management and monitoring center.
2. Soil Erosion Monitoring System Product Features
1. Unattended around the clock, automatic measurement and storage: runoff, runoff sand content, and sand transport volume
2. Power supply: Real-time data is automatically collected and stored, and can work for 7 days without power supply
3. The main control computer for data collection and storage of automatic soil and water loss monitoring station can store a large amount of data locally, and can download data on site through the RS232 interface; or transmit data to the management center wirelessly when there is a remote request.
4. Solar power supply, the normal state is power saving sleep state when there is no rainfall or runoff
5. It has the function of online real-time monitoring on computer software, displaying the dynamic process and curve of each measurement parameter, and downloading historical data
6. The sampling frequency and clock can be freely set on the data management host computer on site
7. The central control computer software can draw runoff, sediment content, rainfall, number of events, runoff, infiltration, soil erosion, etc. based on the collected data.
3. Soil Erosion Monitoring System Sensor Working Description
1. Sediment content sensor working process
Surface water enters the pipeline from A1, flows out through A2 and pushes the flow sensor, and part of the water is discharged from A3. Processor C calculates the real-time flow rate based on the flow rate obtained by the flow sensor. B1 collects the surface water and sends it to the weighing sensor. Sensor D sends the collected data to processor C for processing to obtain the sediment content. After obtaining the data, sensor D discharges the internal sample from B2 to prepare for the next sampling. Processor C outputs external devices through 485 or serial port.
Icon Description:
1. Surface runoff pipe
2. Sampling tube
3. Flow sensor
4. Sampling tube solenoid valve
5. Sample slot
6. Liquid level retainer
7. Liquid level sensor
8. Sample slot bracket
9. Drain solenoid valve
10. Drain pipe
3D structure diagram of sediment content collector Schematic diagram of sediment content working
2. Sediment content sensor function
(1) It can realize real-time continuous measurement, data transmission and data analysis and processing of sediment content and flow of multi-path flows at the same time;
(2) Unmanned operation around the clock, automatic measurement and data storage;
(3) Work management data collection and storage The host computer can store a large amount of data locally, and the data can be downloaded on site through the R232 interface;
(4) It has the function of online real-time monitoring on the host computer, displaying the dynamic process and curve of each measurement parameter, and downloading historical data;
(5) The sampling frequency and clock can be freely set on the data management host computer on site;
(6) Good stability. The sensor is independently developed with high precision, strong stability and strong resistance to environmental interference.
4. Soil Erosion Monitoring System Technical Specifications
name | Technical specifications |
Flow measurement | |
Surface flow | Measuring range: 0.1L/s~99999.99m/h |
Measurement error <5% | |
Cumulative data 4290000000.00m3 | |
Runoff flow | Measuring range: 3~2400mL/s |
Relative error <3% | |
Sediment content measurement | |
Measuring principle | Weighing method |
Sampling interval | 1~99 minutes, adjustable |
Measurement accuracy | Measuring range: 0.5~100kg/m3, measuring error: <5% |
Measuring range: 0.8~200kg/m3, measuring error: <8% | |
Sensitivity | 0.2 kg/m3 |
Rainfall measurement | |
Measuring range | 0~280mm/h |
Measurement accuracy | ±2% (indoor static test, rainfall intensity is 2mm/min) |
General indicators | |
Communication | RS485 |
Sampling interval | 1 to 10 minutes |
Working power supply | AC220V DC12V |
Equipment power | <5W |
Operating temperature | 0 (no freezing)~60℃ |
Working life | >8 years |
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