Neuron PT100 Surface Patch – Wireless Surface Temperature Sensor for Industrial Monitoring

The Neuron PT100 Surface Patch sensor is the ideal solution for accurate surface temperature monitoring of industrial components and systems. With wireless data transmission and an adhesive patch for easy installation, it ensures fast setup and reliable performance. The sensor includes a 2-meter cable between the main unit and the patch, offering flexibility in positioning.

General Description

The Neuron PT100 Surface Patch accurately detects surface temperature through its adhesive patch and converts the readings into digital data, which is then transmitted to the Neuron Cloud. Designed for industrial environments, the sensor uses advanced wireless technology for data communication.

Installation is quick and straightforward: simply apply the adhesive patch to the target surface and connect it to the sensor. No complex wiring is required, significantly reducing installation time and cost.

Principle of Operation

The Neuron PT100 sensor takes a measurement every 3 seconds and transmits data every 2 minutes. If a critical temperature change is detected between regular transmissions, it sends the data immediately.

Key Features

• Integrated long-life battery – up to 10 years of operation

• Continuous temperature monitoring and real-time alerts

• Adjustable sampling frequency upon request

• Customizable alarm thresholds in the Neuron app

• Receive alerts via push notifications, email, or SMS

• Easy system integration using the QR code on the sensor for instant registration in the app (smartphone, PC, or tablet)

• Wireless data transmission to a nearby Neuron Gateway, which communicates with the Neuron Cloud

  
  

Typical Applications

• Surface temperature monitoring on pipes

• Thermal control of motors and transformers

• Temperature tracking on industrial electronic components

Technical Specifications

• PT100 Measuring Range: -50°C to +150°C

• Measurement Frequency: Every 3 seconds

• Report Frequency: Every 2 minutes, or immediately after critical data trigger is reached

• Expected Operating Life*: Up to 10 years

*Depends on measurement frequency, number of critical data transmissions, and ambient conditions.