It is possible to read with the Tyness Configurator software the values of the RMS current readings by the Tyness. To do so, position the mouse on the image of the board, and the readings will display. PayLoad Descriptions/strong> A Tyness transmits its data

Référence : TYNESS-OPT-PT100 TYNESS-OPT-PT1000 TYNESS-OPT-PT100 and TYNESS-OPT-PT1000 boards are additional boards comprising 4 temperature measurement inputs using 3-wire probes. The board is intended to be set up on our TYNESS sensors (ENERGY and MODULAR). It comprises 4 terminal blocks of type AVX series 9276, 3

The board is configured with the Tyness Configurator software. Always use the latest version of the Tyness Configurator and check that your Tyness has the latest version of the firmware. If necessary, carry out an update. Configuration steps 1 – Click on “Config” of

A Tyness fitted with a temperature measurement board transmits its data in a raw format on the different LoRaWAN networks. The section below shows you how to decode the frames (Payload) sent by the Tyness.

REFERENCE: TYNESS-OPT-ANA The TYNESS-OPT-ANA board is an additional board comprising 4 analog inputs configurable in 0-10V and 4-20 mA with common mass. It enables to read the information coming from any sensor with an analog 0-10V and/or 4-20 mA output. For example: an

Dimensions: 1 additional standard location for Tyness Connectors: ● 1 connector ● 8 terminals type AVX series 9276 (2/10° to 8/10° - 24 to 18 AWG) ● Rigid and flexible multi-strands Number of inputs: 4 individually configurable inputs in 0-10V or 4-20mA with common mass in all of

The board is configured with the Tyness Configurator software. Always use the latest version of the Tyness Configurator and check that your Tyness has the latest version of the firmware. If necessary, carry out an update. Configuration steps 1 – Click on “Config” of

Certain sensors are powered by the data loop. In this case, a power supply must be integrated into the loop according to the following diagram where the receptor corresponds to the TYNESS- OPT-ANA board and the Transmitter corresponds to the sensor read. The 0V

A Tyness fitted with an ANA board transmits its data in a raw format on the different LoRaWAN networks. The section below shows you how to decode the frames (Payload) sent by the Tyness.

A Tyness fitted with an M-BUS board transmits its data in raw format on the different LoRaWAN networks. The section below shows you how to decode the frames (Payload) sent by the Tyness. The following table describes the encoding of the data in