Examples of using Sample temperature in English and their translations into Croatian
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Colloquial
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Ecclesiastic
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Computer
Sample temperature display(optional).
System temperature, sample temperature may vary.
Sample temperature monitoring with Pt100 sensor.
Two thermocouples for controlling and measuring the sample temperature.
Exact sample temperature and variable sample environment.
Air-counter-cooled Peltier system for accurate sample temperature control +15°C to+ 80°C.
Control sample temperature with a thermostatic bath ambient to +100 °C.
Peltier temperature control with air counter-cooling for accurate sample temperature control(+15 °C to +80 °C).
W, depending on sample temperature setting and ambient temperature. .
Surrounding heating elements combined with water cooling provide precise and homogeneous sample temperature control up to 1000 °C.
Virtually gradient-free sample temperature with patented Peltier hood.
Laboratory benchtop meters with their own thermostats andmeters which cannot control sample temperature- such as portable meters.
Virtually gradient-free sample temperature control due to the electrically heated hood.
Peltier temperature control with air counter-cooling for accurate sample temperature control +15°Cto +80°C.
Sensor PT100 sensor for sample temperature measurement inside the cell or quartz control plate; wireless transfer to the instrument.
T-Ready™: Peltier temperature device automatically signals sample temperature equilibration for reduced waiting time.
Monitoring the sample temperature: All Hielscher digital ultrasonic processors are equipped with an intelligent software and a pluggable temperature sensor.
Reduced waiting time with Peltier temperature device as the T-Ready™ feature automatically signals sample temperature equilibration.
Contact-free optoelectronic sensor for measuring the sample temperature within the moving measuring system without any influence on the torque sensitivity.
The parallel-plate system can be completed with a patented Peltier hood to ensure virtually gradient-free sample temperature over the entire temperature range.
Monitoring the sample temperature: All Hielscher digital ultrasonic processors are equipped with an intelligent software and a pluggable temperature sensor.
Furthermore, the robust laboratory furnace with its air- andwater-cooled system allows best-in-class temperature stability and accuracy of the sample temperature.
Monitoring the sample temperature: The ultrasonic processor UP200St, which drives the VialTweeter, is equipped with an intelligent software and a pluggable temperature sensor.
The unique air-counter-cooled Peltier temperature device for DIN spindles saves an enormous amount of space andtime by providing highly accurate sample temperature control.
The wireless Toolmaster™ function provides a transfer of all cell-relevant parameters(path length, sample temperature, material type, serial number, last service date) into the instrument software to enable maximum traceability and easy handling.
The Furnace Rheometer Systems each combine a highly accurate air-bearing rheometer head anda lab furnace for viscosity measurements of melts at furnace temperatures up to 1800°C 1700°C sample temperature.
The ultrasonicator will automatically stop when the max temperature is reached and pause until the sample temperature is down to the lower value of the set temperature∆.
The ultrasonicator will automatically stop when the max temperature is reached and pause until the sample temperature is down to the lower value of the set temperature∆.