TWTG Documentation
Service Desk
Starting Guide
Starting Guide
  • Introduction
  • LoRa & LoRaWAN
    • LoRa
      • LoRa vs WirelessHART
      • LoRa vs BLE
    • LoRaWAN
      • Infrastructure
  • Installation & Provisioning
    • Box Content
    • Installation
      • Pressure Gauge (PG)
      • Pressure Sensor (PS)
      • Temperature Sensor (TS)
      • Temperature Transmitter (TT)
      • Vibration Sensor (VB)
      • Contact Sensor (VS-CS)
      • Valve Sensor - Multiturn (VS-MT)
      • Valve Sensor - Quarter Turn (VS-QT)
    • Provisioning
      • 📄Step 1: Product manual
      • 🔑Step 2: Identify the keys
      • 💻Step 3: Add the device to the LNS
      • ⚙️Step 4: Encoder & Decoder in the LNS
      • 🟩Step 5: Activating the device
  • Data & Communication
    • Communication Protocol
    • Measurements & Messages
    • Schedules
    • Data Visualization
  • Configuration
    • Online Configurator
    • Configure a Device
  • How-to
    • General
      • How to troubleshoot a NEON device not connecting to the network
      • How to fix a bad connection
      • How to replace a battery
    • Pressure Gauge (PG)
      • How to configure event triggers
    • Pressure Sensor (PS)
      • How to configure event triggers
    • Temperature Sensor (TS)
      • How to configure event triggers
      • How to change the configuration of the device from using FSB1 to FSB2 in US915
      • How to configure the frequency of measurements and messages
    • Temperature Transmitter (TT)
      • How to configure event triggers
      • How to use a temperature element different from type K
      • How to use a PT100/RTD
      • How to configure the frequency of measurements and messages
    • Vibration Sensor (VB)
      • Communication Protocol v2 & v3
        • How to obtain the FFT data
        • How to have an FFT for threshold values without periodic messages
        • How to configure event triggers
      • Communication Protocol v4
        • How to Get Started with the New Features of the NEON Vibration Sensor v4
      • How to configure the frequency of measurements and messages
      • How to replace the sensor or probe
      • How to debug a not connected sensor
      • How to debug a not paired sensor
      • How to enable Hanning Window
  • General Information
    • Available Regions
    • LoRaWAN Region
    • Hazardous Locations
    • Device Maintenance
    • Support & Troubleshooting
    • FAQs
Powered by GitBook
On this page
  • Connecting the PT100/RTD
  • 3-wire PT100/RTD
  • 2-wire PT100/RTD
  • Configuring the device
  • Protocol v3
  • Protocol v4
  1. How-to
  2. Temperature Transmitter (TT)

How to use a PT100/RTD

PreviousHow to use a temperature element different from type KNextHow to configure the frequency of measurements and messages

Last updated 10 months ago

Only applicable for NEON Temperature Transmitters using protocol v3 and v4

Connecting the PT100/RTD

3-wire PT100/RTD

The RTD wire must be connected to the temperature interface as illustrated in the following image:

The pinout of the interface when using an RTD is the following one:

Pin
Connection

Pin 1

RTD sense (red)

Pin 2

RTD + (red)

Pin 3

RTD - (white)

Pin 4

Not used

2-wire PT100/RTD

The RTD wire must be connected to the temperature interface as illustrated in the following image:

The pinout of the interface when using an RTD is the following one:

Pin
Connection

Pin 1

RTD + (red)

Pin 2

Not used

Pin 3

RTD - (white)

Pin 4

Not used

Configuring the device

Protocol v3

In the Application Configuration tab, in the field Sensor Type change the selection to the desired temperature element.

Click Encode and send the downlink to the device through fPort 15. The device will reboot once the downlink is received changing its configuration.

Protocol v4

In the Sensor tab, in the field Sensor Type change the selection to the desired temperature element.

Click Encode and send the downlink to the device through fPort 7. The device will reboot once the downlink is received changing its configuration.

The NEON Temperature Transmitter is configured by default to use a type K thermocouple. Using a PT100 is possible by changing the configuration of the transmitter once provisioned. The configuration can be changed by generating a downlink using the and sending the downlink using the LoRa Network Server (LNS).

NEON configurator
Example of Sensor Type being changed
Example of Sensor Type being changed