PT Multi Makmur Teknikatama

Thermocouple And RTD Sensor

TYPES

I. THERMOCOUPLE

Type	Material		Temperature Range		Application
Type	Leg +	Leg -	Continuous	Short Term	Application
K	Nickel - Chromium	Nickel - Alumunium	0 to +1100	-180 to +1350	Suitable in oxidizing atmosphere, most commonly used of thermocouple
T	Copper	Copper - Nickel	-185 to +300	-250 to +400	Suitable for low temperature applications
J	Iron	Copper - Nickel	+20 to 700	-180 to +750	Usually used in plastic molding industry
N	Nickel - Chromium - Silicon	Nicel - Silicon - Magnesium	0 to +1100	-270 to +1300	Has a stable output on high temperature as high as 1300?C and good oxidation resistance
E	Nickel - Chromium	Copper - Nickel	0 to +800	-40 to +900	Suitable for application in vacuum or oxidizing atmosphere
R	Platinum - 13% Rhodium	Platinum	0 to +1600	-50 to +1700	For very high temperature usage, has a high resistance to oxidation and corrosion
S	Platinum - 10% Rhodium	Platinum	0 to +1550	-50 to +1750	For very high temperature usage, has a high resistance to oxidation and corrosion
N	Platinum - 30% Rhodium	Platinum - 6% Rhodium	+100 to +1600	+100 to +1820	For very high temperature usage, has a high resistance to oxidation and corrosion, usually used in glass industry

II. RESISTANCE BULB (RTD)

RTDs offer several advantages, such as high accuracy, repeatability, and long-term stability. They also have a relatively wide temperature range, typically from -200 deg C to 650 deg C (-328 deg F to 1202 deg F), making them suitable for various applications. RTDs are commonly used in industrial processes, laboratories, HVAC systems, and scientific research where precise and reliable temperature measurements are required.

Thermocouple And RTD Sensor