VACQ xFlat
Measure temperature in various points, for the monitoring of thermal treatments in pharmacy, food, metallurgy, ceramics, tiles industries...
The VACQ xFlat is a flat data logger equipped with 4, 8, 16 or 32 thermocouple connectors.
It must be protected by a thermal shield when the temperature exceeds +140°C.
Most models are available with an interchangeable power supply. The use of the logger with power adapter frees the user from battery lifetime concerns. When required by the application, it is possible switch to battery mode so the logger is fully autonomous and offers a greater operating range in temperature (except for Stainless Steel models).
The VACQ xFlat is also available in radio or FullRadio versions.
- 4, 8, 16 or 32 thermocouple connectors type K, T or universal for thermocouple type T, J, K, N, B, R, S, E,
- Interchangeable power supply.
The radio version allows real time visualization and/or recording of data.
| For more information, download the data sheet!
VACQ xFlat radio
- 32 universal, miniature thermocouple connectors for type T thermocouples,
- 6 reference channels,
- Interchangeable power supply.
The radio option allows real time visualization and/or recording of data.
| For more information, download the data sheet!
VACQ xFlat 4.8 radio
- 4, 8, or 16 thermocouple connectors, type K, T or universal for thermocouples of type T, J, K, N, B, R, S, E
Or 32 thermocouple connectors for type T thermocouples,
- Interchangeable power supply.
Choose the FullRadio option, for wireless and real time set up and reading of data. It is then possible to start and stop the data logger while it stays inside the industrial process.
| For more information, download the data sheet!
VACQ xFlat FullRadio
TMI-Orion solutions include:
- One or more embedded autonomous data loggers,
- Qlever Software, which allows the acquisition, visualization and analysis of measured data,
- A wired, radio or FullRadio communication interface,
- A thermal shield for processes in which the temperature exceeds the temperature to which the data logger can be exposed,