RCYAGO THE01888S-RS485

RCYAGO THE01888S-RS485 8-in-1 Soil Comprehensive Sensor Instruction Manual

Model: THE01888S-RS485 | Marca: RCYAGO

1. Introducció

The RCYAGO THE01888S-RS485 is an advanced 8-in-1 soil comprehensive sensor designed for precise and real-time monitoring of various soil parameters. This device is ideal for applications in smart farming, agriculture, gardening, and environmental monitoring, providing crucial data for optimizing plant growth and soil health. It integrates measurements for soil temperature, pH, electrical conductivity (EC), salinity, nitrogen (N), phosphorus (P), potassium (K), and moisture content.

This manual provides detailed instructions for the setup, operation, maintenance, and troubleshooting of your soil sensor to ensure optimal performance and longevity.

2. Característiques clau

  • All-in-One Soil Monitoring: Accurately measures temperature, pH, EC, salinity, nitrogen, phosphorus, potassium, and moisture in real time.
  • High Accuracy with RS485 Interface: Supports RS485 Modbus RTU protocol for seamless data collection with PLCs, microcontrollers, or computers via a USB converter.
  • Ampli rang de detecció: Measures moisture (0–100%), salinity (0–20000μS/cm), and NPK (0–1999mg/kg) with high resolution and low error margin.
  • Disseny durador i impermeable: Constructed with 316L stainless steel probes and IP68 waterproof epoxy sealing, ensuring resistance to rust, corrosion, and harsh weather for long-term buried or inserted installation.
  • Remote & Cloud Monitoring: Capable of connecting to PC or mobile devices via cloud-based software or a USB interface, allowing real-time data tracking from multiple sensors simultaneously.
RCYAGO 8-in-1 Soil Sensor showing its measurement capabilities
Figura 2.1: Mésview of the 8-in-1 measurement capabilities of the soil sensor.
RCYAGO 8-in-1 Soil Sensor with icons representing each measured parameter
Figure 2.2: Visual representation of the eight parameters measured by the soil detector.

3. Especificacions

ParàmetreValor/Interval
Unitat de mesura% (m3/m3); µS/cm; pH; mg/kg (mg/L)
Interval de temperatura-40 ~ 80 °C (can be customized to 0~50 °C or any other range)
Gamma d’humitat0-100% (can choose 30%, 50% and other ranges or customize any range)
Salinity/Conductivity Range0-2000 µS/cm, 0-10000 µS/cm, 0-20000 µS/cm
Rang de pH3-10 pH
Nitrogen/Phosphorus/Potassium Range0-1999 mg/kg (mg/L)
Precisió de la mesura± 0.2 °C; 0 ~ 50% (m3/m3)
Accuracy (within range)± 2% (m3/m3); ± 2%; ± 1; ± 3% (mg/kg); ± 2%
Resolució0.1 °C; 0.1%; 1 µS/cm; 0.01; 1mg/kg (mg/L); 1 µS/cm
Senyal de sortidaRS485 (standard Modbus RTU protocol, default device address: 01)
Alimentació Voltage12-24V DC
Interval de treball-30 °C a 70 °C
Temps estable3 seconds after power on
Temps de resposta<1 segons
Longitud de la sonda55 mm
Diàmetre de la sonda3 mm
Material de la sondaAcer inoxidable 316L
Material de segellatABS engineering plastic, epoxy resin
Classificació impermeableIP68
Especificacions del cableStandard configuration of 2 meters (other cable lengths can be customized, up to 1200 meters)
Detailed specifications table for the RCYAGO 8-in-1 Soil Sensor
Figure 3.1: Detailed technical specifications of the soil sensor.
Dimensions of the RCYAGO 8-in-1 Soil Sensor, including probe length and cable length
Figure 3.2: Physical dimensions of the soil sensor.

4. Configuració i instal·lació

4.1 System Framework and Connections

The sensor can be integrated into various systems for data acquisition and monitoring.

System Framework Diagram showing single and multiple sensor connections to PLC, microcontroller, and PC via RS485 to USB
Figure 4.1: System framework diagram for single and multiple sensor connections.
  • This product can be used with multiple sensors combined on an RS485 bus. Theoretically, one bus can accommodate up to 254 RS485 sensors.
  • Connect the sensor to a PLC with an RS485 interface, or to a microcontroller through an RS485 interface chip.
  • For PC connection, use an RS485 to USB converter.
  • Use the sensor configuration tool provided by the manufacturer for configuration and testing. Note: Only one device can be connected when using this configuration software.

4.2 Mètodes de mesura

Diagram illustrating rapid measurement and buried surveying methods for the soil sensor
Figure 4.2: Illustration of rapid measurement and buried surveying methods.

4.2.1 Rapid Measurement Method

  1. Select a suitable measurement location, avoiding rocks and similar hard objects.
  2. Excavate the surface soil to the required measurement depth.
  3. Maintain the original looseness of the soil below.
  4. Grip the sensor tightly and insert it vertically into the soil. Do not shake it left or right during insertion.
  5. It is recommended to calculate the average of multiple readings within a small range for one measurement point to ensure accuracy.

4.2.2 Buried Surveying Method (Long-Term Monitoring)

  1. Dig a pit with a diameter greater than 20cm vertically.
  2. Insert the sensor steel needles into the pit according to the measurement needs.
  3. Fill and compact the pit to ensure the steel needles are in close contact with the soil.
  4. Allow the sensor to stabilize for a period of time before continuous long-term measurement and recording can be carried out.

5. Funcionament

5.1 Data Transmission and Real-time Monitoring

The sensor supports various methods for data transmission and real-time monitoring:

Diagram showing real-time monitoring via 485 to USB conversion to a computer
Figure 5.1: Real-time monitoring setup using an RS485 to USB converter and a computer.
  • Local Monitoring via PC: The device can be uploaded to your own upper computer software through an RS485 to USB converter for real-time monitoring.
Diagram showing data transmission to a cloud platform via a network collector for mobile/PC monitoring (8 elements)
Figure 5.2: Remote monitoring via cloud platform using a network collector (8 elements).
  • Remote Monitoring via Cloud Platform (8 Elements): The device can be uploaded to a free cloud platform through a network collector (which can monitor 8 elements) to achieve remote real-time monitoring on mobile phones, computers, and tablets.
Diagram showing data transmission to a cloud platform via an environmental monitoring host for mobile/PC monitoring (32 elements), and connection to microcontroller/PLC
Figure 5.3: Remote monitoring via cloud platform using an environmental monitoring host (32 elements) and direct connection to microcontroller/PLC.
  • Remote Monitoring via Cloud Platform (32 Elements): The device can also be uploaded to a free cloud platform through an environmental monitoring host (which can monitor 32 elements) for remote real-time monitoring on mobile phones, computers, and tablets.
  • Direct Integration with Microcontroller/PLC: The equipment can view data directly through your own microcontroller or PLC using the Standard Modbus RTU protocol.

6. Manteniment i precaucions

Precautions for using the RCYAGO 8-in-1 Soil Sensor, including proper insertion, avoiding sunlight, ensuring soil moisture, IP68 rating, stabilization time, and cleaning
Figure 6.1: Visual guide to precautions for sensor usage.
  1. Inserció correcta: The steel needles must be fully inserted into the soil during measurement to ensure accurate readings.
  2. Eviteu la llum solar directa: Prevent direct exposure of strong sunlight to the transmitter, as this may cause excessive temperature and affect performance. Pay attention to lightning protection when using outdoors.
  3. Soil Moisture for NPK/pH/EC: When measuring parameters such as pH, conductivity, nitrogen, phosphorus, and potassium, it is necessary to keep the soil moist (at least 20%) for reliable results.
  4. Classificació impermeable: The transmitter has an IP68 protection level and can be completely submerged in water.
  5. Temps d'estabilització: After inserting the sensor into the soil, it cannot immediately provide a stable value. The value can only be read after it stabilizes. The waiting time varies for different soil types, but data typically stabilizes after being inserted for about 3-5 minutes.
  6. Neteja de la sonda: Among the four probes, one has a dark color, which is made of a special alloy and is prone to wear and tear. After each use, the probes should be cleaned thoroughly to maintain accuracy and longevity.

7. Solució De Problemes

Q: Can this soil sensor work directly with a computer?
A: Yes, but you will need an RS485 to USB converter and compatible upper computer software (not included) to establish the connection and interpret data.
Q: Is this sensor suitable for long-term underground use?
A: Yes, it has an IP68 waterproof rating and epoxy resin sealing, making it safe for permanent burial in soil for continuous monitoring.
Q: How many sensors can I connect simultaneously?
A: You can connect up to 254 sensors on one RS485 bus for centralized data collection, depending on your system's capabilities.
Q: Does the sensor support cloud data monitoring?
A: Yes, when paired with a compatible data acquisition module and network, you can remotely monitor data via mobile devices or PCs through a cloud platform.
Q: What is the cable length and can it be customized?
A: The default cable length is 2 meters. Yes, it can be customized up to 1200 meters to suit specific installation requirements.

8. Consells d'usuari

  • For optimal accuracy, ensure the soil is adequately moist (at least 20%) when measuring pH, EC, and NPK. Dry soil can lead to inaccurate readings for these parameters.
  • When performing rapid measurements, take several readings within a small area and average them to get a more representative value for that location.
  • Regularly clean the sensor probes after each use, especially the dark-colored alloy probe, to prevent residue buildup and ensure consistent performance.
  • If integrating with a custom system, verify that your microcontroller or PLC supports the Modbus RTU protocol for seamless communication with the sensor.
  • Consider the cable length requirements carefully during planning, as custom lengths are available up to 1200 meters for larger installations.

9. Garantia i Suport

For warranty information, technical support, or service inquiries, please refer to the product packaging or contact your retailer. Keep your purchase receipt as proof of purchase for any warranty claims.

Documents relacionats - THE01888S-RS485

Preview Manual d'instruccions de l'analitzador intel·ligent d'oxigen dissolt tipus bolígraf DO-9100
Aquest document proporciona instruccions per a l'analitzador intel·ligent d'oxigen dissolt tipus bolígraf DO-9100, que cobreix les seves característiques, paràmetres tècnics, funcionament, manteniment i resolució de problemes.
Preview Manual d'usuari del temporitzador d'aigua dual RCYAGO SGW07
Manual d'usuari complet per al temporitzador de reg dual RCYAGO SGW07. Més informació sobre el producte aview, especificacions, instal·lació, programes de reg automàtic, reg manual, retard per pluja, resolució de problemes i estat de la bateria del sistema de reg del vostre jardí.
Preview YIERYI Soil Multi-Parameter Sensor THE01888-RS485: Technical Specifications and Usage Guide
Comprehensive technical specifications, features, and usage instructions for the YIERYI Soil Multi-Parameter Sensor (Model THE01888-RS485). This sensor measures soil temperature, humidity, electrical conductivity (EC), salinity, NPK content, and pH, utilizing RS485 Modbus-RTU communication.
Preview Manual d'usuari del sensor NPK de sòl JXBS-3001-NPK-RS | JXCT
Manual d'usuari complet per al sensor de sòl NPK JXCT JXBS-3001-NPK-RS. Cobreix tot el producte.view, paràmetres tècnics, instal·lació, configuració del programari i comunicació RS485 Modbus per a aplicacions agrícoles i de recerca.
Preview IQSS-NPK Soil NPK Sensor Product Manual
Product manual for the IQSS-NPK Soil NPK Sensor, detailing its features, technical specifications, installation, and Modbus-RTU communication protocol for soil nutrient testing. Includes sensor overview, technical indicators, wiring, and communication settings.
Preview Five-pin Soil Four-Parameter Sensor User Manual
User manual for the Five-pin Soil Four-Parameter Sensor, detailing its features, technical specifications, applications, wiring, data conversion, and precautions for use in soil monitoring and analysis.