Your search for the thermocouple probe returned the following results:
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 6in x 0.19in and INFO-CON connections for 1523 and 1524 models, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 6in x 0.19in and spade lug connections, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and INFO-CON connections for 914X models, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and bare wire connections, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and 5-pin DIN connections, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and gold pin connections, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and banana plug connections, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and mini spade lug connections, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and mini banana plug connections, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and INFO-CON connections for 1523 and 1524 models, this thermometer provides a highly flexible design.
Featuring a coil suspension element, this precision thermometer/RTD temperature probe delivers a design that尽 shock and vibration resistant. You can use your DIN/IEC RTD meter fully, since the unit conforms to standard 385 curves. With a mineral-insulated sheath that measures 9in x 0.19in and spade lug connections, this thermometer provides a highly flexible design.
Adaptable, versatile, and lightweight, the field metrology well is ideal for performing accurate transmitter loop calibrations, comparison calibrations, or simple checks of thermocouple sensors. With the type A insert, this unit offers a range of 91.4 to 662°F and accepts probe diameters of 1⁄8" 3⁄8",3⁄16", and two wells of 1⁄4".
Adaptable, versatile, and lightweight, the field metrology well is ideal for performing accurate transmitter loop calibrations, comparison calibrations, or simple checks of thermocouple sensors. With the type B insert, this unit offers a range of 91.4 to 662°F and accepts probe diameters of 1⁄8" 3⁄8", two wells of 3⁄16", and two wells of 1⁄4".
Adaptable, versatile, and lightweight, the field metrology well is ideal for performing accurate transmitter loop calibrations, comparison calibrations, or simple checks of thermocouple sensors. With the type C insert, this unit offers a range of 91.4 to 662°F and accepts four wells with 1⁄4" probe diameters.
Adaptable, versatile, and lightweight, the field metrology well is ideal for performing accurate transmitter loop calibrations, comparison calibrations, or simple checks of thermocouple sensors. With the type D insert, this unit offers a range of 91.4 to 662°F and accepts two wells of each, 3 mm, 4 mm, 6 mm probe diameters.
Adaptable, versatile, and lightweight, the field metrology well is ideal for performing accurate transmitter loop calibrations, comparison calibrations, or simple checks of thermocouple sensors. With the type E insert, this unit offers a range of 91.4 to 662°F and accepts 1⁄4", 4 mm, 6 mm, 8 mm and 10 mm probe diameters.
Adaptable, versatile, and lightweight, the field metrology well is ideal for performing accurate transmitter loop calibrations, comparison calibrations, or simple checks of thermocouple sensors. With the type F insert, this unit offers a range of 91.4 to 662°F and accepts two wells of 3 mm, two wells of 4 mm, 6 mm, and 1⁄4" probe diameters.
Equipped with a microprocessor-based controller, this thermocouple furnace delivers excellent set-point accuracy, plus it comes with a removable 3150-3 well insert for added flexibility. The RS-232 port makes it easy to connect the furnace to a compatible computer.
Equipped with a microprocessor-based controller, this thermocouple furnace delivers excellent set-point accuracy, plus it comes with a removable 3150-4 well insert for added flexibility. The RS-232 port makes it easy to connect the furnace to a compatible computer.
Equipped with a microprocessor-based controller, this thermocouple furnace delivers excellent set-point accuracy, plus it comes with a removable 3150-6 well insert for added flexibility. The RS-232 port makes it easy to connect the furnace to a compatible computer.
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