Standard polarized plug and jack termination for use with all calibration types. Plug and jack assemblies are made from molded glass filled thermoset compounds and are designed to operate in temperatures to 300° F (150° C). Polarity identification marks are molded in the bodies for installation assistance.
An adjustable support tube offers flexibility for immersion adjustment while protecting the sheath from potential damage during installation. The rigid, thick wall offers additional support when penetrating the vessel/furnace wall.
Standard polarized plug and jack termination for use with all calibration types. Plug and jack assemblies are made from molded glass filled thermoset compounds and are designed to operate in temperatures to 300° F (150° C). Polarity identification marks are molded in the bodies for installation assistance.
This exclusive Conax Technologies design provides a practically unbreakable connection between the leadwire and probe lead. The T3 epoxy-filled transition is supplied with Teflon-insulated extension wire as standard; silicone-impregnated fiberglass insulation is also available. Standard extension end leads are 24" long (longer leads available on request). When the progressive descript-xion specifies 24 gauge probe wire, 20 gauge extension wire is standard. When the progressive descript-xion specifies 30 gauge probe wire, 24 gauge extension wire is standard. T4 termination provides a stainless steel overbraid for maximum flexibility and abrasion resistance. Available in all sheath materials and wire types. Both termination types function to 300° F (150° C) continuous temperature.
Thermocouple Assemblies with T3/T4 Leadwire Termination and Support Tube
Temperature Sensors > High Temperature Thermocouple Assemblies -
Operating Temperatures up to 4200°F (2315°C)
Example: R24-AL18-AL-U-T3-S1AVC4-18.00"
An adjustable support tube offers flexibility for immersion adjustment while protecting the sheath from potential damage during installation. The rigid, thick wall offers additional support when penetrating the vessel/furnace wall.
This exclusive Conax Technologies design provides a practically unbreakable connection between the leadwire and probe lead. The T3 epoxy-filled transition is supplied with Teflon-insulated extension wire as standard; silicone-impregnated fiberglass insulation is also available. Standard extension end leads are 24" long (longer leads available on request). When the progressive descript-xion specifies 24 gauge probe wire, 20 gauge extension wire is standard. When the progressive descript-xion specifies 30 gauge probe wire, 24 gauge extension wire is standard. T4 termination provides a stainless steel overbraid for maximum flexibility and abrasion resistance. Available in all sheath materials and wire types. Both termination types function to 300° F (150° C) continuous temperature.
Thermocouple Assemblies with Terminal Heads
Temperature Sensors > High Temperature Thermocouple Assemblies -
Operating Temperatures up to 4200°F (2315°C)
Example: S24-AL37-AL-U-T5CI(PG4AL)-12.00"
Conax Technologies provides high temperature assemblies with T5, T8 and T11 termination heads in aluminum, stainless steel or cast iron to meet application needs. T5 termination heads meet NEMA 4 requirements providing protection against windblown dust and rain, splashing water, hose-directed water and external ice formation. (See page 11 for details on termination heads.)
The sheath is affixed to the terminal head using a Conax Technologies packing gland Type PG4 with lava sealant. Terminal heads with terminal blocks and gasket seal are rated to 275° F (135° C).
Thermocouple Assemblies with Terminal Head & Direct Mount
Temperature Sensors > High Temperature Thermocouple Assemblies -
Operating Temperatures up to 4200°F (2315°C)
Example: S24-AL37-AL-U-T5CI(PG4BL)-12.00"
Conax Technologies provides high temperature assemblies with T5, T8 and T11 termination heads in aluminum, stainless steel or cast iron to meet application needs. T5 termination heads meet NEMA 4 requirements providing protection against windblown dust and rain, splashing water, hose-directed water and external ice formation. (See page 11 for details on termination heads.)
The sheath is affixed to the terminal head using a Conax Technologies packing gland Type PG4 with lava sealant. Terminal heads with terminal blocks and gasket seal are rated to 275° F (135° C).
The direct mount style features a B Cap with .50 NPT mounting.
Thermocouple Assemblies with Terminal Head and Support Tube
Temperature Sensors > High Temperature Thermocouple Assemblies -
Operating Temperatures up to 4200°F (2315°C)
Example: S24-AL37-AL-U-T5CI(S4BVC4)-12.00"
Conax Technologies provides high temperature assemblies with T5, T8 and T11 termination heads in aluminum, stainless steel or cast iron to meet application needs. T5 termination heads meet NEMA 4 requirements providing protection against windblown dust and rain, splashing water, hose-directed water and external ice formation. (See page 11 for details on termination heads.)
The sheath is affixed to the terminal head using a Conax Technologies packing gland Type PG4 with lava sealant. Terminal heads with terminal blocks and gasket seal are rated to 275° F (135° C).
The support tube supports the sheath from cantilever deflection and offers protection during penetration of the vessel/furnace wall. The rigid, thick wall provides additional sheath protection from potential damage during mounting/compression fitting installation.
Tungsten-Coated Molybdenum for Graphite-Lined Furnaces
Temperature Sensors > High Temperature Thermocouple Assemblies -
Operating Temperatures up to 4200°F (2315°C)
Example: S24-MO18(W6")-AL-U-PJ-15.75"
At temperatures above 20106° F (1100° C), graphite dust from graphite liners/shields or heating elements can attack and carburize molybdenum sheaths. This causes the sheath to crystallize and become porous, losing its protective properties. The thermal elements in turn crystallize and open. Coating the heat-affected length of the molybdenum sheath with a thick layer of tungsten reduces this carburization action and extends probe life. The tungsten coating also provides increased abrasion resistance.
