7Semi PT1000 RTD 2-Wire Temperature Sensor Breakout Board with Amplifier MAX31865 - Buy Online in India

7Semi PT1000 RTD 2-Wire Temperature Sensor Breakout Board with Amplifier MAX31865

The 7Semi PT1000 RTD 2-Wire Temperature Sensor Breakout Board with MAX31865 amplifier is designed to deliver precise and reliable temperature measurements in demanding environments. Built around the advanced MAX31865 RTD-to-digital converter, this module ensures accurate signal conversion from a PT1000 RTD temperature sensor, while supporting 2-wire, 3-wire, and 4-wire configurations to minimize errors caused by lead resistance.

Its SPI communication interface allows seamless integration with popular microcontrollers such as Arduino and Raspberry Pi, and the dual voltage support (3.3V and 5V) makes it highly versatile for various embedded systems.

Whether used in industrial automation, laboratory testing, or high-precision temperature monitoring applications, this RTD amplifier breakout board offers a robust and efficient solution for converting resistance-based temperature readings into accurate digital data.

Features:

• Industrial-Grade Precision: In harsh conditions, the PT1000 RTD, a mainstay of industrial temperature monitoring, outperforms thermocouples in accuracy and repeatability.
• MAX31865 RTD Amplifier: This specialized amplifier ensures optimal signal processing and minimizes errors by reading the low resistance of PT1000 RTDs.
• 2-wire Compatibility: To meet your unique setup needs, the breakout board is compatible with 2-wire RTD connection setups.
• great Accuracy Temperature Sensor: For applications where accuracy is crucial, experience temperature measurement with low drift and great resolution.
• MAX31865 SPI Interface: For easy data collecting and control, the breakout board may be seamlessly integrated with well-known microcontrollers like Arduino and Raspberry Pi.
• RTD Amplifier Calibration: The MAX31865 RTD amplifier has calibration features that guarantee steady and precise readings throughout time.
  
• Fault Detection: By identifying problems like sensor disconnections or overheated situations, built-in fault detection techniques improve system dependability.
• Versatile Applications: Perfect for laboratory studies, industrial process control, thermal cycling, and any situation requiring precise temperature measurement.