PT100 RTD 2-Wire Temperature Sensor Breakout Board with MAX31865 Amplifier -7Semi - Buy Online in India

PT100 RTD 2-Wire Temperature Sensor Breakout Board with MAX31865 Amplifier -7Semi

The 7Semi PT100 RTD 2-Wire Temperature Sensor Breakout Board is a precision temperature sensing solution powered by the MAX31865 RTD-to-digital converter.

Designed to work seamlessly with PT100 sensors, it supports 2-wire, 3-wire, and 4-wire configurations, providing compensation for lead resistance to deliver accurate readings.

With a digital SPI interface, it easily integrates with most microcontrollers, while its dual voltage compatibility (3.3V or 5V) ensures broad applicability. Engineered for reliability and precision, this breakout board is ideal for temperature monitoring in industrial systems and laboratory setups.

Features:

• Industrial-Grade Precision: The PT100 RTD, a key component of industrial temperature monitoring, outperforms thermocouples in challenging situations.
• MAX31865 RTD Amplifier: This specialised amplifier is intended to read the low resistance of PT100 RTDs, resulting in optimal signal processing and error minimization.
• 2-Wire Compatibility: The breakout board offers 2-wire RTD connection combinations to meet your individual setup needs.
• Excellent Accuracy Temperature Sensor: Temperature measurement with little drift and excellent resolution, ideal for applications requiring accuracy.
• MAX31865 SPI Interface: The breakout board integrates seamlessly with popular microcontrollers such as Arduino and Raspberry Pi, allowing for easy data collecting and control.
• Calibration for the PT1000 RTD Amplifier: The MAX31865 RTD amplifier can be calibrated to ensure consistent and accurate readings throughout time.
• MAX31865 Fault Detection: Built-in fault detection procedures aid in the identification of issues such as sensor disconnections or over-temperature conditions, hence improving system reliability.
• Versatile Applications: Suitable for thermal cycling, industrial process control, laboratory investigations, and any situation requiring precise temperature measurement.