Oakton Instruments

The Oakton Digi-Sense roller probe offering response time of 1.7 seconds or more, is used in the measurement of convex, round or uneven surfaces.

RTD Probe, Gen Purp. 10

The Oakton Digi-Sense type J thermocouple micro-probe helps to check food temperature. This bolt-on probe ensures temperature accuracy of up to ± 3.

The Oakton Digi-Sense type K thermocouple micro-probe helps to check food temperature. This bolt-on probe ensures temperature accuracy of up to ± 5.

The Oakton Digi-Sense type T thermocouple micro-probe helps to check food temperature. This bolt-on probe ensures temperature accuracy of up to ± 5.

The Oakton type-E roller probe offering response time of 1.7 seconds or more, is used in the measurement of convex, round or uneven surfaces.

Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,

Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,

Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,

Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,

Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,

Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,