Приклади вживання Thermocouple Англійська мовою та їх переклад на Українською
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Thermocouple Vacuum Sensor.
Professional advice on the use of Thermocouple type TC10.
Thermocouple Vacuum Sensor.
All equipment is subject to a mandatory 72-hour run in the thermocouple.
Thermocouple Vacuum Controller.
III Thermoelectric converters for high temperature measuring(Thermocouple).
Thermocouple Vacuum Controller.
The specialists of KODA will perform maintenance Thermocouple type TC10 on a professional level.
Thermocouple Vacuum Sensor ZJ-51.
The best way to record temperature is to measure it with a thermocouple or resistance thermometer.
Thermocouple Vacuum Controller ZDO-53.
Each ready computer is tested in a thermocouple from 6 to 18 hours, which allows to identify most possible defects.
Thermocouple 2: thermal resistance 3: standard current.
It is often used in electrical wires, drills, thermocouple, metal products, electrodes, springs, electronic devices and other elements.
Thermocouple wire used to make the thermocouple.
Principles: Thermocouple resistance thermometers.
Thermocouple iron- Kopel, measures temperatures from 0 to 760°C;
Most often, thermocouple replacement is necessary.
Thermocouple- Copel- Chromel(TCA) measures temperatures from -200 to 800°C;
Portable Thermocouple Temperature Calibrator.
Thermocouple, which is used for monitoring the temperature of the flame in the flare set;
Tungsten- rhenium thermocouple, measuring the high temperature to 3000°C.
Thermocouple wire- made from alloys chromel grades T and TM, alumel, Constantan, Copel.
A copper- constantan thermocouple, measures the temperature of 250 to 300°C;
Thermocouple Chromel- alumel has a high thermal emf and is used to measure temperatures up to 1000° C.
Iron- constantan thermocouple, measures the lowest temperatures- up to -190°C;
A thermocouple is a thermoelectric device that can convert thermal energy directly into electrical energy, using the Seebeck effect.
Tungsten-rhenium thermocouple is a better gauge of high temperatures in corrosive environments.
This thermocouple moves along the furnace, and then quickly returns back(like a spinning rod) through the entire furnace or disconnects from the recording device.
How is it that the thermocouple welded to the exhaust pipe there, hotter after the big rod? Indeed;