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Accessories for temperature sensors
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Thermocouple wire - max. 105 °C | SERV-RITE® wire
The Watlow SERV-RITE is known for being high performance and reliable wires since 1914. All of the the Watlow SERV-RITE wires are manufactured...
Thermocouple wire - max. 105 °C | SERV-RITE® wire
The Watlow SERV-RITE is known for being high performance and reliable wires since 1914. All of the the Watlow SERV-RITE wires are manufactured...
Thermocouple cable / PVC-sheathed / multi-pair - 105 °C
The corresponding pairs are shielded and twisted with with a tin finish copper drain wire...
Thermocouple cable / PVC-sheathed / multi-pair - 105 °C
The corresponding pairs are shielded and twisted with with a tin finish copper drain wire...
Thermocouple cable / FEP insulated / isolated
The RTD wire is made with 2, 3 and 4-wire copper construction that is either tin...
Thermocouple cable / FEP insulated / isolated
The RTD wire is made with 2, 3 and 4-wire copper construction that is either tin or nickel-plated in various gauge sizes. All of the wires are twisted to effectively reduce the electromagnetic interference to the minimum. Insulation types available are fiberglass, PVC or PEP. The insulations are color-coded based on ANSI.
Thermocouple cable - 0 °C ... 1 480 °C | XACTPAK®
Perfectly suited for resolving several problem applications, XACTPAK® is a cable that is mineral insulated and features an outer sheath that is crafted from malleable metal in a plethora of diameters. These consist...
Thermocouple cable - 0 °C ... 1 480 °C | XACTPAK®
Perfectly suited for resolving several problem applications, XACTPAK® is a cable that is mineral insulated and features an outer sheath that is crafted from malleable metal in a plethora of diameters. These consist...
Temperature sensor thermowell - TW10-F, TW10-P, TW10-R
Models TW10-F, TW10-P, TW10 R are thermowells with flange used in petrochemical industries. Model TW10-F is full penetration weld model while...
Temperature sensor thermowell - TW10-F, TW10-P, TW10-R
Models TW10-F, TW10-P, TW10 R are thermowells with flange used in petrochemical industries. Model TW10-F is full penetration weld model while Model TW10-R is designed with double filler weld that has 6 mm seam strength. Model TW10-P, on the other hand, has double fillet weld that has 3 mm seam strength. Model TW10-F, TW10-P and TW10-R all have a heavy-duty design and are perfect for coatings that have resistance against deterioration. Model TW10-F, TW10-P, TW10-R are available either with an open tip and are also suitable for high process loads.
Temperature sensor thermowell - 1/2 - 3/4" | TW45
Screw-in thermowell finds resourceful applications in chemical...
Temperature sensor thermowell - 1/2 - 3/4" | TW45
Screw-in thermowell finds resourceful applications in chemical industry, apparatus construction, process technology and various low/medium process loads. It's Version DIN 43772 complies with Model TW45-F: Form 5; and Model TW45-G: Form 8.
Thermocouple cable - max. 500 V, max. 90 °C
Frequently used as a temperature sensor, thermocouples are able to measure broad temperature range. These simple to operate devices can also measure the temperature between two set points. Two dissimilar metal wires...
Thermocouple cable - max. 500 V, max. 90 °C
Frequently used as a temperature sensor, thermocouples are able to measure broad temperature range. These simple to operate devices can also measure the temperature between two set points. Two dissimilar metal wires are welded together at the measuring point and insulated from each other in order to create thermocouples.
They usually feature a protective outer sheath. An electromotrice force or EMT is created when two conductors comprised of different materials are joined at one point and is dependent on the junction temperature. One of the junctions is set up as a "cold junction" kept at a known temperature in most applications. The other end is typically attached to a probe. In order for temperature at the probe tip to be calculated, another temperature sensor will measure the temperature at the aforementioned point.
They usually feature a protective outer sheath. An electromotrice force or EMT is created when two conductors comprised of different materials are joined at one point and is dependent on the junction temperature. One of the junctions is set up as a "cold junction" kept at a known temperature in most applications. The other end is typically attached to a probe. In order for temperature at the probe tip to be calculated, another temperature sensor will measure the temperature at the aforementioned point.