SETIER#
Welcome to the SETIER Datalogger documentation (FR)#
Introduction
Release
Assembly guide
- Flowmeter
- Technical Data
- Required equipment and tools
- Step 1: Electronic section assembly
- Electronic schematic
- Step 2: Mechanical assembly
- 1. Preparation of the basket‑base support
- 2. Placement and fixation of Arduino and Grove boards
- 3. Wiring power to Arduino boards
- 4. Wiring the :term`Module Grove Voltage Divider`.
- 5. Wiring and fixing the push button.
- 6. Power supply for the :term`Centrale Setier` flow‑meter central unit.
- 7. Wiring the SEN0358 sensor.
- 8. Ground (GND) wiring of all elements to a :term`Borne de connexion WAGO`.
- 9. Wiring the 12 V supply of all components to a :term`Borne de connexion WAGO`.
- 11. Closing the Enclosure and powering the :term`Boitier`.
- Physicochemical
- Technical Data
- Equipment and tools required
- Step 1: Assemble the electronic part
- Electrical diagram
- 1. Assembly of Arduino MKR boards
- 2. Connecting the pH sensor acquisition board
- 3. Connecting the Redox (ORP) sensor acquisition board
- 4. Connecting the Grove Voltage Divider Module
- 5. Connecting the Grove RS485 Module
- 6. Connecting the Grove Relay Module
- 7. Connecting the first Grove Screw Terminal Module
- 8. Connecting the second Grove Screw Terminal Module
- 9. Connecting the Gravity RTC Module
- Step 2: Assembling the mechanical components
- 1. Preparation of the PVC or wood support
- 2. Positioning and securing the Arduino, sensor and Grove boards
- 3. Connecting the Grove Voltage Divider Module
- 4. Power‑connection of the Arduino boards
- 5. Wiring and mounting the push‑button
- 6. Connecting the Grove RS485 Module
- 7. Power supply to the Setier Central Physico-Chemical**
- 8. Wiring the temperature sensor
- 8. Wiring the Redox sensor
- 9. Connecting the pH sensor
- 10. Installation of the conductivity and dissolved‑oxygen sensors
- 11. Connecting cable A from the various RS485 components to a WAGO terminal block
- 12. Connecting cable B from the various RS485 components to a WAGO terminal block
- 13. Connecting the GND ground of the various components to a WAGO terminal block
- 14. Connecting the 12 V power supply for the various components to a WAGO terminal block
- 15. Connection of the µSD card
- 16. Shutdown and connection of the Physical-Chemical Control Centre
- Energy
- Technical Data
- Matériel nécessaire
- Tools required
- Electrical Diagram
- Step 1: Preparing the backplane
- Step 2: Assembling and installing the circuit boards
- 1. Assembling and setting up Arduino MKR boards
- 2. Assembly and installation of sensor measurement modules
- 3. Assembling and installing the Grove Voltage Divider Module
- 4. Assembling and installing the Grove Screw Terminal Module
- 5. Assembling and installing the :term:` Grove I2C Multiplexer Module`
- 6. Assembly and installation of the Gravity RTC Module
- 7. Assembling and installing the Grove 4-Relay Module
- Step 3: Wiring the various circuit boards
- Step 4: Connecting the external power supply
- Step 5: Connecting the various power cables
- Step 6: Finishing the assembly
- Pressure
- Technical Data
- Equipment and tools required
- Step 1: Assemble the electronic part
- Electronic diagram
- 1. Assembly of the Arduino MKR boards
- 2. Connecting the Gravity RTC Module
- 3. Connecting the two:term:Grove Screw Terminal Module
- 4. Connecting the Grove Voltage Divider Module
- 5. Connecting the Grove Relay Module
- 6. Connecting the Current‑to‑Voltage module
- 7. Wiring the various elements to the Arduino Carrier board
- Step 2: Assembling the mechanical components
- 2. Placement and fastening of the Arduino and Grove boards
- 3. Connecting the Grove Voltage Divider Module and the result.
- 4. Positioning and securing the final Grove modules
- 5. Wiring and mounting the push‑button
- 6. Power connection for the Arduino boards
- 7. Power supply for the Pressure central unit
- 8. Installation of the Pressure sensor
- 9. Connecting the 12 V power supply for the various components to a WAGO terminal block
- 10. Connecting the GND ground terminals of the various components to a WAGO terminal block
- 11. Closing the Enclosure
- 12. Powering the central unit
Software usage guide
Retour d'expérience
Anciennes Versions
- Débitmètre 2023
- Physico-chimique 2023
- Energie 2023
- Software 2023
- Utilisation d’Arduino
- Téléchargement et Paramètres du code Arduino
- Etalonnage des capteurs (pour le datalogger Physico-chimique seulement)
- Utilisation du Wifi
- Utilisation application VisuSetier
- Exemple de mise en place du datalogger_débit sur site
- Exemple de mise en place du datalogger_Physico-chimique sur site
- Exemple de mise en place du datalogger_Energie sur site