Thermocouples

For devices and plants tested according to DIN EN 14597

Screw-in thermocouples are predominantly used for measuring temperature in liquids and gases. Protection tubes made of various materials protect the measuring insert against chemical influences and mechanical damage.

Single or double thermocouple	Use in plants according to DIN 4754	For the media water, oil, or air

With terminal head form B

Screw-in thermocouples are primarily used for measuring temperatures in liquids and gases. Their installation type enables the formation of reliable seals, both for vacuum and overpressure applications.

Single and double thermocouple	Available with transmitter	Various terminal heads

With terminal head form J

Screw-in thermocouples are primarily used for measuring temperatures in liquids and gases. Their installation type enables the formation of reliable seals, both for vacuum and overpressure applications.

Single or double thermocouple	According to DIN EN 60584/DIN 43710	Insulated or connected with protection tube

With compensating cable

Screw-in thermocouples are primarily used for measuring temperatures in liquids and gases. Depending on the version, the compensating cables are suitable for dry or humid rooms that have a temperature range from -20 to +350 °C.

Single and double thermocouple	Compensating cable made of silicon/metal braiding	Thermocouples type K and L

With sharp or flat probe tips

Screw-in melt thermocouples are predominantly used to acquire temperature measurements for melt temperatures in the plastics industry. Sharp or flat probe tips ensure optimum temperature acquisition depending on the requirements.

Various thermocouples available	Protection tube and probe tip made from stainless steel	Ceramic insulated probe tip

With form A terminal head

Push-in thermocouples are predominantly used for measuring temperatures in liquid and gaseous media. Thermowells made of various ceramic materials and heat-resistant steels protect the measuring insert against chemical influences and mechanical damage.

Single and double thermocouple	Installation location sealed up to 1 bar	Transmitter available

With terminal head form B

Push-in thermocouples are predominantly used for measuring temperatures in liquid and gaseous media. Thermowells made of various ceramic materials and heat-resistant steels protect the measuring insert against chemical influences and mechanical damage.

Single or double thermocouple	Installation location sealed up to 1 bar	Transmitter available

With compensating cable

Push-in thermocouples are predominantly used for temperature measurement in solid bodies (e.g. heating plates and sealing jaws). The compensation cable is relieved of strain at the transition to the protection tube. Bend protection is available as an option.

Thermocouples type J, K, and L	Optionally right-angle cable outlet	Compensating cable made of silicon/metal braiding

With bayonet fastener

Push-in thermocouples with a bayonet fastener are predominantly used for temperature measurement in solid bodies, friction bearings, and tools (e.g. in the plastics industry). The special shape of the probe tip makes these temperature probes suitable for use in flat and pointed drilled holes.

Single and double thermocouple	Installation and removal without tools	Adjustable spring pressure

According to DIN 43710 and DIN EN 60584 with bare connection wires

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

According to DIN 43710 and DIN EN 60584 with terminal head form B

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

According to DIN 43710 and DIN EN 60584 with terminal head form J

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

According to DIN 43710 and DIN EN 60584 with standard tab connector

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

According to DIN 43710 and DIN EN 60584 with compensating cable

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy. A compression fitting allows mineral-insulated thermocouples for hydrogen applications up to over 1000 bar.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

With terminal head form A

Push-in thermocouples for glass melting furnaces, withstand up to 2000 °C. Designed for extreme conditions, they ensure optimum thermal insulation and reduce thermal losses. They comply with ISO standards for high accuracy and quality in corrosive atmospheres.

Single, double or triple thermocouples	Available with transmitter	Platinum or platinum rhodium plating