Reply To: Yosemite library cant be found!

• /***************************************************************************** GetValues.ino This prints basic meta-data about a sensor to the first serial port and then begins taking measurements from the sensor. The sensor model and address can easily be modified to use this sketch with any Yosemitech modbus sensor. *****************************************************************************/ // --------------------------------------------------------------------------- // Include the base required libraries // --------------------------------------------------------------------------- #include <Arduino.h> #include <SoftwareSerial.h> #include <Wire.h> // For the I2C for the OLED display #include <AMAdafruit_GFX.h> // For the OLED display #include <SDL_Arduino_SSD1306.h> // For the OLED display #include <YosemitechModbus.h> // --------------------------------------------------------------------------- // Set up the sensor specific information // ie, pin locations, addresses, calibrations and related settings // --------------------------------------------------------------------------- // Define the sensor type yosemitechModel model = Y502; // The sensor model number // Define the sensor's modbus address byte modbusAddress = 0x01; // The sensor's modbus address, or SlaveID // Yosemitech ships sensors with a default ID of 0x01. // Define pin number variables const int PwrPin = D6; // The pin sending power to the sensor *AND* RS485 adapter const int DEREPin = -1; // The pin controlling Recieve Enable and Driver Enable // on the RS485 adapter, if applicable (else, -1) // Setting HIGH enables the driver (arduino) to send text // Setting LOW enables the receiver (sensor) to send text const int SSRxPin = D6 ; // Recieve pin for software serial (Rx on RS485 adapter) const int SSTxPin = D5; // Send pin for software serial (Tx on RS485 adapter) // Construct software serial object for Modbus SoftwareSerial modbusSerial(SSRxPin, SSTxPin); // Construct the Yosemitech modbus instance yosemitech sensor; bool success; // Set up the OLED display SDL_Arduino_SSD1306 display(-1); // using I2C and not bothering with a reset pin // --------------------------------------------------------------------------- // Main setup function // --------------------------------------------------------------------------- void setup() { pinMode(PwrPin, OUTPUT); digitalWrite(PwrPin, HIGH); if (DEREPin > 0) pinMode(DEREPin, OUTPUT); Serial.begin(57600); // Main serial port for debugging via USB Serial Monitor modbusSerial.begin(9600); // The modbus serial stream - Baud rate MUST be 9600. delay(2000); // Start up the sensor sensor.begin(model, modbusAddress, &modbusSerial, DEREPin); // Start the OLED display.begin(SSD1306_SWITCHCAPVCC, 0x3C, false); display.clearDisplay(); display.setTextSize(1); display.setTextColor(WHITE); display.setCursor(0,0); // Turn on debugging sensor.setDebugStream(&Serial); // Start up note display.println("Yosemitech "); display.println(sensor.getModel()); display.display(); display.println(sensor.getParameter()); display.println("Sensor"); display.display(); delay(3000); // Get the sensor's hardware and software version display.clearDisplay(); display.setCursor(0,0); float hardwareV, softwareV; sensor.getVersion(hardwareV, softwareV); display.println("Hardware Version:"); display.println(hardwareV); display.println("Software Version:"); display.println(softwareV); // Get the sensor serial number String SN = sensor.getSerialNumber(); display.println("Serial Number:"); display.print(SN); display.display(); delay(3000); // Get the sensor calibration status (pH only) if (model == Y532) { display.clearDisplay(); display.setCursor(0,0); byte status = sensor.pHCalibrationStatus(); display.println("Calibration Status:"); display.print("0x0"); display.println(status, HEX); display.display(); delay(3000); } // Get the sensor's current calibration values if (model != Y532) { display.clearDisplay(); display.setCursor(0,0); float Kval = 0; float Bval = 0; sensor.getCalibration(Kval, Bval); display.println("Current Calibration Equation:"); display.print(Kval); display.print("*raw + "); display.println(Bval); display.display(); delay(3000); } if (model == Y511 || model == Y513 || model == Y514) { display.clearDisplay(); display.setCursor(0,0); // Check the wiper timing uint16_t interval = sensor.getBrushInterval(); display.println("Sensor auto-cleaning interval: "); display.print(interval); display.println(" minutes"); display.display(); delay(3000); } // Tell the sensor to start taking measurements display.clearDisplay(); display.setCursor(0,0); display.println("Starting sensor measurements"); display.println(); success = sensor.startMeasurement(); if (success) display.println(" Measurements started."); else display.println(" Failed to start measuring!"); display.display(); // The modbus manuals recommend the following warm-up times between starting // measurements and requesting values : // 2 s for whipered chlorophyll // 20 s for turbidity // 10 s for conductivity // On wipered (self-cleaning) models, the brush immediately activates after // getting power and takes approximately 10-11 seconds to finish. No // readings should be taken during this time. // pH returns values after ~4.5 seconds // Conductivity returns values after about 2.4 seconds, but is not stable // until ~10 seconds. // DO does not return values until ~8 seconds // Turbidity takes ~22 seconds to get stable values. display.clearDisplay(); display.setCursor(0,0); display.println("Allowing sensor to stabilize.."); display.display(); for (int i = 10; i > 0; i--) { display.print(i); display.display(); delay (250); display.print("."); display.display(); delay (250); display.print("."); display.display(); delay (250); display.print("."); display.display(); delay (250); } display.display(); if (model == Y511 || model == Y513 || model == Y514) { display.clearDisplay(); display.setCursor(0,0); // We'll run the brush once in the middle of this display.println("Activating brush."); display.display(); success = sensor.activateBrush(); if (success) display.println(" Brush activated."); else display.println(" Failed to activate brush!"); display.display(); } if (model == Y511 || model == Y513 || model == Y514 || model == Y510) { display.clearDisplay(); display.setCursor(0,0); display.println("Continuing to stabilize.."); display.display(); for (int i = 12; i > 0; i--) { display.print(i); display.display(); delay (250); display.print("."); display.display(); delay (250); display.print("."); display.display(); delay (250); display.print("."); display.display(); delay (250); } display.println("\n"); display.display(); } } // --------------------------------------------------------------------------- // Main loop function // --------------------------------------------------------------------------- void loop() { display.clearDisplay(); display.setCursor(0,0); display.setTextSize(2); // send the command to get the values float parmValue, tempValue, thirdValue = -9999; sensor.getValues(parmValue, tempValue, thirdValue); display.println("Temp (C):"); display.print(" "); display.println(tempValue); display.print(sensor.getParameter()); display.print("("); display.print(sensor.getUnits()); display.print("): "); display.print(" "); display.println(parmValue); if (model == Y532 || model == Y504) { display.println("thirdValue:"); display.print(" "); display.println(thirdValue); } display.display(); // Delay between readings // Modbus manuals recommend the following re-measure times: // 2 s for chlorophyll // 2 s for turbidity // 3 s for conductivity // 1 s for DO // The turbidity and DO sensors appear return new readings about every 1.6 seconds. // The pH sensor returns new readings about every 1.8 seconds. // The conductivity sensor only returns new readings about every 2.7 seconds. // The teperature sensors can take readings much more quickly. The same results // can be read many times from the registers between the new sensor readings. delay(1700); }

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  /***************************************************************************** GetValues.ino   This prints basic meta-data about a sensor to the first serial port and then begins taking measurements from the sensor.   The sensor model and address can easily be modified to use this sketch with any Yosemitech modbus sensor. *****************************************************************************/   // --------------------------------------------------------------------------- // Include the base required libraries // --------------------------------------------------------------------------- #include <Arduino.h> #include <SoftwareSerial.h> #include <Wire.h>  // For the I2C for the OLED display #include <AMAdafruit_GFX.h>  // For the OLED display #include <SDL_Arduino_SSD1306.h>  // For the OLED display #include <YosemitechModbus.h>   // --------------------------------------------------------------------------- // Set up the sensor specific information //   ie, pin locations, addresses, calibrations and related settings // ---------------------------------------------------------------------------   // Define the sensor type yosemitechModel model = Y502;  // The sensor model number   // Define the sensor's modbus address byte modbusAddress = 0x01;  // The sensor's modbus address, or SlaveID // Yosemitech ships sensors with a default ID of 0x01.   // Define pin number variables const int PwrPin = D6;  // The pin sending power to the sensor *AND* RS485 adapter const int DEREPin = -1;   // The pin controlling Recieve Enable and Driver Enable                           // on the RS485 adapter, if applicable (else, -1)                           // Setting HIGH enables the driver (arduino) to send text                           // Setting LOW enables the receiver (sensor) to send text const int SSRxPin = D6 ;  // Recieve pin for software serial (Rx on RS485 adapter) const int SSTxPin = D5;  // Send pin for software serial (Tx on RS485 adapter)   // Construct software serial object for Modbus SoftwareSerial modbusSerial(SSRxPin, SSTxPin);   // Construct the Yosemitech modbus instance yosemitech sensor; bool success;   // Set up the OLED display SDL_Arduino_SSD1306 display(-1);  // using I2C and not bothering with a reset pin   // --------------------------------------------------------------------------- // Main setup function // --------------------------------------------------------------------------- void setup() {       pinMode(PwrPin, OUTPUT);     digitalWrite(PwrPin, HIGH);       if (DEREPin > 0) pinMode(DEREPin, OUTPUT);       Serial.begin(57600);  // Main serial port for debugging via USB Serial Monitor     modbusSerial.begin(9600);  // The modbus serial stream - Baud rate MUST be 9600.     delay(2000);     // Start up the sensor     sensor.begin(model, modbusAddress, &modbusSerial, DEREPin);       // Start the OLED     display.begin(SSD1306_SWITCHCAPVCC, 0x3C, false);     display.clearDisplay();     display.setTextSize(1);     display.setTextColor(WHITE);     display.setCursor(0,0);       // Turn on debugging     sensor.setDebugStream(&Serial);       // Start up note     display.println("Yosemitech ");     display.println(sensor.getModel());     display.display();     display.println(sensor.getParameter());     display.println("Sensor");     display.display();     delay(3000);       // Get the sensor's hardware and software version     display.clearDisplay();     display.setCursor(0,0);     float hardwareV, softwareV;     sensor.getVersion(hardwareV, softwareV);     display.println("Hardware Version:");     display.println(hardwareV);     display.println("Software Version:");     display.println(softwareV);     // Get the sensor serial number     String SN = sensor.getSerialNumber();     display.println("Serial Number:");     display.print(SN);     display.display();     delay(3000);       // Get the sensor calibration status (pH only)     if (model == Y532)     {         display.clearDisplay();         display.setCursor(0,0);         byte status = sensor.pHCalibrationStatus();         display.println("Calibration Status:");         display.print("0x0");         display.println(status, HEX);         display.display();         delay(3000);     }       // Get the sensor's current calibration values     if (model != Y532)     {         display.clearDisplay();         display.setCursor(0,0);         float Kval = 0;         float Bval = 0;         sensor.getCalibration(Kval, Bval);         display.println("Current Calibration Equation:");         display.print(Kval);         display.print("*raw + ");         display.println(Bval);         display.display();         delay(3000);     }       if (model == Y511 || model == Y513 || model == Y514)     {         display.clearDisplay();         display.setCursor(0,0);         // Check the wiper timing         uint16_t interval = sensor.getBrushInterval();         display.println("Sensor auto-cleaning interval: ");         display.print(interval);         display.println(" minutes");         display.display();         delay(3000);     }       // Tell the sensor to start taking measurements     display.clearDisplay();     display.setCursor(0,0);     display.println("Starting sensor measurements");     display.println();     success = sensor.startMeasurement();     if (success) display.println("    Measurements started.");     else display.println("    Failed to start measuring!");     display.display();       // The modbus manuals recommend the following warm-up times between starting     // measurements and requesting values :     //    2 s for whipered chlorophyll     //    20 s for turbidity     //    10 s for conductivity       // On wipered (self-cleaning) models, the brush immediately activates after     // getting power and takes approximately 10-11 seconds to finish.  No     // readings should be taken during this time.       // pH returns values after ~4.5 seconds     // Conductivity returns values after about 2.4 seconds, but is not stable     // until ~10 seconds.     // DO does not return values until ~8 seconds     // Turbidity takes ~22 seconds to get stable values.     display.clearDisplay();     display.setCursor(0,0);     display.println("Allowing sensor to stabilize..");     display.display();     for (int i = 10; i > 0; i--)     {         display.print(i);         display.display();         delay (250);         display.print(".");         display.display();         delay (250);         display.print(".");         display.display();         delay (250);         display.print(".");         display.display();         delay (250);     }     display.display();       if (model == Y511 || model == Y513 || model == Y514)     {         display.clearDisplay();         display.setCursor(0,0);         // We'll run the brush once in the middle of this         display.println("Activating brush.");         display.display();         success = sensor.activateBrush();         if (success) display.println("    Brush activated.");         else display.println("    Failed to activate brush!");         display.display();     }     if (model == Y511 || model == Y513 || model == Y514 || model == Y510)     {         display.clearDisplay();         display.setCursor(0,0);         display.println("Continuing to stabilize..");         display.display();         for (int i = 12; i > 0; i--)         {             display.print(i);             display.display();             delay (250);             display.print(".");             display.display();             delay (250);             display.print(".");             display.display();             delay (250);             display.print(".");             display.display();             delay (250);         }         display.println("\n");         display.display();     } }   // --------------------------------------------------------------------------- // Main loop function // --------------------------------------------------------------------------- void loop() {     display.clearDisplay();     display.setCursor(0,0);     display.setTextSize(2);       // send the command to get the values     float parmValue, tempValue, thirdValue = -9999;     sensor.getValues(parmValue, tempValue, thirdValue);     display.println("Temp (C):");     display.print("    ");     display.println(tempValue);     display.print(sensor.getParameter());     display.print("(");     display.print(sensor.getUnits());     display.print("): ");     display.print("    ");     display.println(parmValue);     if (model == Y532 || model == Y504)     {         display.println("thirdValue:");         display.print("    ");         display.println(thirdValue);     }     display.display();               // Delay between readings     // Modbus manuals recommend the following re-measure times:     //     2 s for chlorophyll     //     2 s for turbidity     //     3 s for conductivity     //     1 s for DO       // The turbidity and DO sensors appear return new readings about every 1.6 seconds.     // The pH sensor returns new readings about every 1.8 seconds.     // The conductivity sensor only returns new readings about every 2.7 seconds.       // The teperature sensors can take readings much more quickly.  The same results     // can be read many times from the registers between the new sensor readings.     delay(1700); }

   

  Are you using breadboards or have you made a custom circuit of some kind? Post a picture.

Yes i put it in.

• By what is the Yosemitch sensor powered and at what voltage?

Connected in a levelshifter from a arduino mini pro.

• Exactly what RS485 to TTL adapter do you have connected between the A and B (green and white) of your Y500B and your NodeMCU (brand, chipset, etc)
  • What powers the RS485 adapter and at what voltage?
  • Does the adapter require the use of a pin to change the direction of communication or does it have automatic flow control?

https://www.aliexpress.com/item/32647766464.html I dont think it got flowcontrol. Its powered by the vcc(3.3v) from the nodemcu.

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• Are there any LED’s on your adapter?
  • If so, do you see the power, Tx, and Rx LED’s light up appropriately?

Yes it glows bright red.

• What level shifters are you using (brand, etc)?
  • Are your level shifters between the Tx and Rx of your adapter and the pins of your NodeMCU?
  • If not, where are they in the chain?
  • What voltages are you shifting to and from?
  • I have not succeeded in using external level shifters on a breadboard with an RS485 adapter so I am quite skeptical of a set-up that requires them.

Its chinese and honestly i dont know as i said before i just continued someones old project and couldnt find the shifter on the internet.

• Are you sure you have Tx and Rx coming out of the adapter connected appropriately the pins you are assigning as Rx and Tx in SoftwareSerial?
  • Have you tried reversing the Tx and Rx?

Everything correctly wired because it worked before i used it.