Platinum RTD Elements
Copper stands out as an important material in temperature sensors for several reasons: high thermal conductivity, excellent stability and reliability, versatility in different types of sensors, and attractive cost-effectiveness.
10Ω copper temperature sensor at 25°C
These sensors are manufactured with a ceramic core where the sensing element, which is a copper wire, is wound. This assembly is then coated with insulating resin for high temperatures.
Copper temperature sensors are designed to have a nominal resistance of 10Ω at 25°C and comply with a temperature coefficient α = 0.00427 Ohms/Ohms/°C.
The most commonly used tolerance class for copper sensors is ±0.2% at 25°C.
Applications from -40 to 260°C
Due to their various advantages, such as high thermal conductivity, stability, precision, and cost-effectiveness, copper temperature sensors find applications in a wide range of industries and areas, including:
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Industry:
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Industrial process control.
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Equipment manufacturing.
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Refrigeration and air conditioning.
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Automotive sector:
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Automotive engines.
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Exhaust systems.
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Cooling systems.
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Household appliances:
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Refrigerators and freezers.
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Ovens and stoves.
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Dishwashers.
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Medical and health:
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Medical equipment.
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Sterilization of equipment.
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Biomedical research.
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Other applications:
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Residential and commercial air conditioning.
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Heaters and heating systems.
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Agriculture: Monitoring soil temperature, greenhouses, and warehouses.
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It’s worth noting that copper temperature sensors also have applications in other areas, such as aerospace, electronics, scientific research, and even smart homes. Their versatility, precision, and reliability make them essential tools for a wide range of applications that require accurate temperature measurement.