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The high performance T24-PA transmitter module collects and processes pulse related measurements, such as speed of rotation, proximity, flow and count, forming part of the T24 modular telemetry system. The data transmitted by the T24-PA can be received by multiple T24 receivers that include displays, handheld readers, analogue outputs, relay modules and computer interfaces.

Wireless sensor pulse transmitter provides data in real time at variable speeds with a direct line of sight range of up to 800 meters which can be extended with the use of high gain antenna’s and repeaters, view our range of antennas here. Ensuring data integrity and security and avoiding local radio interference, the mini PCB module uses on license-free 2.4 Ghz.

T24 transmitters have been designed for battery operation and support an ultra low-power sleep mode whilst offering class leading wireless coverage and range. Configurable transmission rates from once per minute to 200 per second cope with a wide range of measurement and monitoring applications. A choice of enclosures enabling battery connection, field connectivity and environmental sealing up to IP67 ensure these modules provide a flexible solution to your wireless sensor requirements.

The T24-PA provides a range of excitations (3,5,12 volts). Inputs accept volt free contacts, open collector, 5 V logic and quadrature.

Selectable inputs include: frequency, count, quadrature, mark (space), digital state, rpm and interval.

Read our blog which discusses the recent upgrade of this transmitter module in more detail

The module is configured and calibrated (either by applying known inputs or by table entry) using our free T24 Toolkit software which runs on a PC connected to a T24 base station.

Click here to view and download the associated FREE software.

This module is available in the following IP rated enclosures - T24-ACM-PA, T24-ACMi-PA and T24-ACMm-PA

See the battery life of your wireless sensor system using the Battery Life Calculator.

The module transmits and receives giving:

1. Full error detection and correction
2. Ability to switch to low power modes
3. Calibration & configuration via radio telemetry
4. Ability to be switched from sleep to operating mode via radio
5. Calibration stored within the module
6. Remote battery check