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
PRODUCT CENTER
-
Meteorological station
-
Hydrological Monitor
-
Water Quality
-
Agricultural Weather Stations
-
Road Weather Station
-
PV Weather Station
-
Environmental monitoring
-
Virus Detection
-
Operating condition monitoring
Recommended articles
- Stainless Steel Tipping Bucket Rain Gauge Digital Rainfall Output via Modbus 485
- Radar Water Level Gauges: Non-Contact Measurement of Water Levels Using K-Band Planar Radar Technology
- Optical Rain Gauge Utilizes Pure Sinusoidal Infrared Source for Precise Rainfall Measurement
- Single Rain Gauge Monitoring Station Enabling Wireless Remote Rainfall Data Acquisition via IoT
- 3D Ultrasonic Anemometer All-Metal, No-Moving-Parts Design for Simultaneous Measurement of Horizontal and Vertical Wind
- Anemometer Sensors Primarily Classified into Mechanical and Ultrasonic Types
Contact us
Blue Green Algae Test
Model：FT-SS02
Brand：tianyi
Blue Green Algae Test uses fluorescence detection to tell you whether the green material you see in the water is likely to be blue-green algae.
Get a Free Quote- Product details
- Related products
- Related articles
1.Product introduction of Blue Green Algae Test
Blue Green Algae Test uses fluorescence detection to tell you whether the green material you see in the water is likely to be blue-green algae.Blue Green Algae Test is an electrode-based water quality analysis instrument that uses all-digital electrode detection to detect two parameters of water quality chlorophyll and blue-green algae.The instrument is equipped with a self-developed FTIOT operating system, which has simple operation, stable performance, accurate measurement, wide detection range, and has a built-in high-capacity rechargeable lithium battery, which is convenient for users to conduct water quality inspection at any time in the field and in the laboratory.
2.Blue Green Algae Test host parameters
| Charging input voltage | 4.5V-5.5V |
| Charging current | ＜2A |
| Screen size | 3.5 inches |
| Screen resolution | 480*800☆ |
| Screen interface | MIPI DSI☆ |
| USB port | 2 (Support external expansion of mouse, keyboard, 4G, etc.)☆ |
| Type-C | 1 (Support external expansion of mouse, keyboard, 4G, etc.)☆ |
| RS485 | 2 (Support Modbus, json, asc input, etc.) |
| External sensor power supply voltage | 12V |
| External sensor power supply current | 1A |
| operating system | ftiot (based on Linux-5.4)☆ |
| CPU | 2*Cotex-A7, 650Mhz☆ |
| RAM | 512M DDR3☆ |
| Flash | 8G-64G |
| OpenGL | ES 2.0☆ |
| Wifi | support |
| 4G | Selection |
| button | support |
| Capacitive touch screen | support |
| Software Architecture | B/S☆ |
| Web access | Support ☆ |
| MTP mode | Support ☆ |
| Multi-terminal login | Support ☆ |
| IPV6 | Support ☆ |
| Sensor communication method | RS485, TCP, UDP, Http☆ |
| Data forwarding method | RS485, TCP, UDP, Http☆ |
| Remote SSH | Support ☆ |
| Remote debugging | Support ☆ |
3.Blue Green Algae Test sensor parameters and configuration
| Serial number | name | Measurement range | principle | Measurement accuracy | Resolution | Configuration | Remark |
| 1 | temperature | 0~50℃ | High-precision digital sensor | ±0.3℃ | 0.01℃ | ||
| 2 | pH | 0~14 (ph) | Electrochemistry (salt bridge) | ±0.1PH | 0.01 | ||
| 3 | ORP | -1500mv~1500mv | Electrochemistry (salt bridge) | ±6mv | 1mV | ||
| 4 | Conductivity | 0~5000uS/cm, 0~10000uS/cm | Contact electrode method | ±1.5% | 1uS/cm | ||
| 5 | TDS | 0-10000ppm 0-200ppt | Contact electrode method | ±1.5%; ±0.1°C | 1ppm 0.01ppt | ||
| 6 | salinity | 0-10000ppm 0-200ppt | Contact electrode method | ±1.5%; ±0.1°C | 1ppm 0.01ppt | ||
| 7 | Sludge concentration | 0～20.000g/L | Scattering light method | ±5% (depending on sludge homogeneity) | 0.001g/L | ||
| 8 | Turbidity | 0~40NTU (low turbidity) | Scattering light method | ±1% | 0.1NTU | Optional | |
| 0~1000NTU (medium turbidity) | Scattering light method | ±1% | |||||
| 0~3000NTU (high turbidity) | Scattering light method | ±1% | |||||
| 9 | Dissolved oxygen | 0~20mg/L | Fluorescence life method | ±2% | 0.01mg/L | ||
| 10 | Ammonia nitrogen | 0-1000.00mg/L (default) 0-100.00mg/l/ (customizable) | Ion Selection Electrode Method | 10% of reading, ±0.5℃ | 0.01mg | ||
| 11 | Suspension | 0~2000mg/L | Scattering light method | ±5% (depending on sludge homogeneity) | 0.1mg/L | ||
| 12 | Residual chlorine | 0~5.00mg/L | Ion Selection Electrode Method | ±5% of reading | 0.01mg/L | The best accuracy is when the flow rate is 0.42m/s-0.85m/s | |
| 13 | Chloride ions | 0-3500.0mg/L | Ion Selection Electrode Method | ±5% | 0.1mg/L | ||
| 14 | Total hardness | 0～1000.0mg/L | Ion Selection Electrode Method | ±10% of reading | 0.1mg/L | ||
| 15 | cod | 0~500mg/L | UV254 absorption method | ±5% | 0.1mg/L | COD, chlorophyll, and blue-green algae are equipped with automatic cleaners, which can prevent biological adhesion and avoid light window pollution, so as to ensure that long-term monitoring is still stable; automatic cleaning time and cleaning times can be set, and the power consumption is 0.7W | |
| 16 | Chlorophyll | 0~400ug/L | Fluorescence method | R2>0.999 | 0.01ug/L | ✔ | |
| 17 | Blue-green algae | 0～200.0Kcells/mL | Fluorescence method | R2>0.999 | 0.1Kcells/mL | ✔ |
Address:https://tianyisensor.com/Portable-Water-Quality-Monitor/Blue-Green-Algae-Test.html
Previous Article ：Oil In Water Sensor
Next Article：Aquaculture Water Quality Monitor
-
09-112025
Water Level Monitoring System: Enhancing Environmental Adaptability for Precise Hydrological Monitoring
As the impacts of climate change continue to intensify, the frequency and destructive scale of flood disasters are on the rise, posing severe threats to public safety and socio-economic development. Summer is inherently a high-risk period for disasters such as floods and droughts. To further enhance...
-
03-232026
Weather Phenomenon Sensor Measuring Visibility and Identifying Precipitation Types Using the Forward-Scatter Method
Weather Phenomenon Sensor employs the forward-scatter method to measure the total atmospheric extinction coefficient, thereby calculating current visibility. It is capable of identifying various weather phenomena—including fog, rain, snow, mixed precipitation, and clear conditions—and provid...
-
06-182025
Water Level Monitoring System Based on Radar
Measuring river water levels is necessary for flood control and disaster reduction. Through real-time monitoring of river water levels, we can timely grasp the changes in water levels, issue warnings before floods arrive, strive for time for personnel evacuation and property transfer, and minimize t...
-
07-282025
FT-WQX6 Micro Weather Sensor: Enhancing Traffic Safety Through Real-Time Meteorological Monitoring
In transportation, high-speed railways and road transport are significantly affected by meteorological conditions. In severe weather such as heavy rain, snowstorms, heavy fog, or strong winds, road surfaces become slippery, visibility drops sharply, and high-speed railway tracks may even freeze. All...
Hello, my friend！
What kind of support do you need? Our products is sure to satisfy you.
What kind of support do you need? Our products is sure to satisfy you.
Skype
whatsapp
mail