Firmware Setting: Marlin2.0: Choose -4 In The Temperature Sensors Settings #Define Temp_Sensor_0 -4 And Make Change In Marlin Src Module Temperature.Cpp; For Mega2560 Such As Ramps1.4 5V 10Bit Adc //#Define Temp_Ad8495(Raw) ((Raw) * 6.6 * 100.0 / 1024.0 / (Oversamplenr) * (Temp_Sensor_Ad8495_Gain) + Temp_Sensor_Ad8495_Offset) #Define Temp_Ad8495(Raw) ((((Raw) * 5.0 / 1024.0 / (Oversamplenr)) / 0.005 / (Temp_Sensor_Ad8495_Gain)) + Temp_Sensor_Ad8495_Offset) //For 5V 10Bit Adc; For Lpc1768 Or Otehr 32Bit Mcu Which Analog Input Is 3.3V 12Bit Adc //#Define Temp_Ad8495(Raw) ((Raw) * 6.6 * 100.0 / 1024.0 / (Oversamplenr) * (Temp_Sensor_Ad8495_Gain) + Temp_Sensor_Ad8495_Offset) #Define Temp_Ad8495(Raw) ((((Raw) * 3.3 / 4096 / (Oversamplenr)) / 0.005 / (Temp_Sensor_Ad8495_Gain)) + Tem_Sensor_Ad8495_Gain)) + Temp_Sensor_Ad8495_Offset) //For 3.3V 12Bit Adc
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What are the dimensions of the thermocouple sensor?A: The thermocouple sensor has a cylindrical package measuring three millimeters by fifteen millimeters.
Q: What materials is the thermocouple made of?A: The thermocouple features a durable metal construction with a stainless steel braid over glass insulation.
Q: What is the maximum temperature this sensor can handle?A: This sensor is designed for high-temperature printing, capable of withstanding temperatures up to five hundred degrees Celsius.
Q: How do I install the thermocouple sensor?A: To install the sensor, connect the positive yellow wire and negative red wire to your heater block according to your firmware setup.
Q: Is this thermocouple sensor compatible with my printer?A: Yes, this sensor is compatible with all ID three millimeter cartridge-style heater blocks.
Q: Can I use this sensor for long printing hours?A: Yes, the sensor is guaranteed for long hours of operation at temperatures up to four hundred fifty degrees Celsius.
Q: How should I clean and maintain the thermocouple?A: To maintain the thermocouple, avoid using abrasive cleaners and ensure it is kept dry after use.
Q: Does the thermocouple require special handling?A: Yes, thermocouples are sensitive devices requiring careful handling to avoid damage.
Q: What should I do if the sensor is damaged during shipping?A: If your sensor arrives damaged, please contact customer support within thirty days for a return or replacement.
Q: Can I use this thermocouple with a different brand of printer?A: Yes, as long as your printer accommodates a three millimeter cartridge-style heater block, it should work.
Q: What type of amplifier is needed for this sensor?A: A good amplifier with cold-compensation reference is required for optimal performance of this thermocouple sensor.
Q: Is this sensor easy to install for beginners?A: Yes, the thermocouple sensor installation is straightforward and can be done by beginners with basic wiring knowledge.
Q: What is the warranty on the thermocouple sensor?A: The thermocouple sensor typically comes with a one-year warranty against manufacturing defects.
Q: How do I ensure accurate temperature readings?A: For accurate readings, ensure proper wiring and calibration according to the manufacturer's firmware guidelines.
Q: Where can I find an amplifier module if needed?A: You can search for the amplifier module using the ASIN ID 'B08C4Z9PZS' online for additional compatibility.
