Others industries


Industrial thermal treatments

TMI-Orion is offering a large line of temperature, pressure, humidity and air flow data loggers.  They help monitoring the manufacturing in a number of industries: chemistry, materials (wood, glass, varnish, composites...) and more. Customized thermal shields fitting the thermal profiles are engineered for temperature above 140°C.   




INDUSTRIAL PROCESSES 


Usine

Our solutions include:

· A large range of autonomous data loggers for the measurement of temperature, pressure, relative humidity, anemometry...

· Thermal shields adapted to thermal cycles and dimensional constraints,

· A software for the acquisition, visualization and analysis  of measured data.



Examples of applications : 


usine carte selectroniques


  • Wood pellets drying
  • Paper filters drying
  • Solar thermal glass coating
  • Printed circuit board soldering
  • Can lids coating polymerization
  • Composite polymerization
  • Molding
  • Rubber drying and vulcanization
  • Temperature tests
  • ...

TMI-ORION ORTFOLIO FOR INDUSTRIAL PROCESSES  


TMI-Orion data loggers offer numerous solutions for temperature measurement in industrial environments. Thanks to their rugged and, for most of them, watertight structures, they can operate inside high pressure processes.

Please find below a choice of data loggers for industrial processes: temperature, pressure, humidity, anemometry.

Our range of temperature data loggers allows to measure without thermal protection temperatures from -90°C to +140°C. Beyond these limits, a thermal shield is necessary. 

Temperature sensors are Pt100, Pt1000 or thermocouples for high temperatues. The probes have various forms and dimensions. Sensors can be internal to the logger, placed at the end of a rigid probe 10 to 100 mm long, or at the end of a flexible or semi-rigid probe, up to 1 meter long. Depending on the models, 1 to 32 measurement channels are available.

Air flow measurement and temperature is available with the NanoVACQ Anemometer.

PicoVACQ and NanoVACQ  are available in Ex version for explosive risk environments.

VACQ and NanoVACQ are available with Radio or FullRadio communication.



Data loggers

The VACQ xFlat is a flat temperature data logger equipped with 4 to 16 thermocouple channels.

Designed for flat access kilns (20 mm high).


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VACQ xFlat

TMI-Orion thermocouple temperature data logger-VACQ xFlat



TMI-Orion thermocouple temperature data logger-VACQ uFlat

VACQ uFlat


Ultra flat datalogger to measure temperature in 3 points in processes where clearance dimensions are an issue. Thanks to its very small size (height 7.5 mm), it can be used to measure temperature in small clearance ovens.

 

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Cylindrical thermocouple data logger (16 or 17 mm in diameter), equipped with a Type K or universal micro-connector.


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PicoVACQ Thermocouple

TMI-Orion thermocouple temperature data logger-PicoVACQ Th type K


NanoVACQ Thermocouple

Cylindrical thermocouple data logger (31 mm in diameter), equipped with 1 to 3 thermocouple connectors. 



The NanoVACQ Pressure and temperature is equipped with one pressure sensor and one or two temperature sensors. 

The standard models vary depending on the length and shape of the probes.


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Enregistreur pression et température TMI-Orion - NanoVACQ PT-Tc

NanoVACQ Pressure and Temperature



PicoVACQ Pressure and Temperature

The PicoVACQ PT is a pressure and temperature data logger, from 0°C to +140°C and up to 15 bar.

Up to 256 acquisitions per second.



Enregistreur température et humidité TMI-Orion - NanoVACQ HT

NanoVACQ Humidity and temperature

The NanoVACQ Humidity and temperature is equipped with one relative humidity sensor and one or two temperature sensors.

The standard models vary depending on the length and shape of the probes.



Moisture in materials measurement with ACO Automation Components

ACO moisture sensors are mainly used for the continuous moisture measurement to determine the residual water content in real-time. The surface of the sensor is directly in contact with the measured material. Compared to other methods of moisture measuring this way has a big advantage: it is less affected by contamination, discoloration, particle size and temperature of the material.



The various NanoVACQ Anemometer models allow the measurement of anemometry or anemometry and temperature.

 

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NanoVACQ Anemometer



Example of thermal shield for  NanoVACQ Thermocouple.

 

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Thermal shield



Example of thermal shield for VACQ xFlat. 

 

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Thermal shield

TMI-Orion thermal shield-TMI-Orion