Industrial Heating Accessories

Much longer lifetime than electro-mechanical contactors with only a small increase in cost.

Stranded nickel-clad copper wire with ceramic fiber, fiberglass, and teflon insulation. Rated at 481°F and 600 VAC. The fiberglass and ceramic fiber remain on the wire at substantially higher temperatures; it is the teflon portion that begins to "gas-off" at the rated temperature.

Designed for industrial applications requiring temperatures up to 1000°F. Features a flexible stranded 27% nickel-coated copper conductor, mica/glass insulation, and closely woven glass braid jacket.

High-temperature tape with a temperature range of -100°F to 365°F. If the adhesive should burn out, it leaves a non-conductive ash. 1" wide, 36 yards per roll.

Adapter for converting metric threads to English. Convert metric threads to 1/8" NPT. Adds 1" to bayonet adapter length.

Used in fabricating thermocouple and RTD assemblies and is useful in conjunction with thermocouple or other wires and accessories for making extension cables. It is of "square-locked" construction which provides a good means for retarding the ability of the hose to unwrap, while remaining very flexible. Inside Diameter of 3/16". Sold in 100 foot rolls.

Highest quality electrical ceramic with water absorption less than .005. Rated at 300V and 2000°F.

For use with mica band heaters and strip heaters with post terminals. Protects terminals with single or double wire connections. Top cap has an internal thread size of 10-24 and will fit either the round or rectangular base.
Caps and bases are sold separately.

For crimp connections. Rated at 900°F. Ring will accept a 1/4" stud. Sold in packs of 100 only. For use with ceramic band heaters.

For crimp connections. Rated at 1200°F. Ring will accept a No. 10 stud. Sold in packs of 100.

Nickel-plated. Rated at 900°F. Sold in packs of 100.

For use with cartridge heaters. Improves cartridge heater performance in holes and eases removal. Sold as a 4 oz. bottle in dauber in cap.

Provides a safe, economical, and efficient way to indicate the presence (or absence) of an electrical current. A current carrying wire is passed through the opening in the center of the device. When the current in the wire is above two amps, the light emitting diode begins to illuminate. The device is supported by double the current carrying wire, and if necessary, may be secured in place with a nylon tie.
Optional mounting bracket is available.

Closely woven 100% fiberglass construction for applications where temperatures run up to 1200°F. Provides abrasion resistance with high flexibility. The materials are treated to remove all organic matter and to render the glass braid fray resistant. The sleeving will meet the temperature requirements for Class C (1200°F) insulation, but colors in sleeving may fade or bake out at 400°F. The sleeving is "double wall" for additional space factor dielectric strength. The dielectric strength of this sleeving is only that of the air space created by the presence of the sleeving. The material is rated FR-1 for flame resistant properties and recognized under the component program of Underwriters Laboratories, Inc.

Provides quick coupling and is made to the standard industrial size, thus allowing mating with other regular size plugs and jacks. Made of rugged, thermosettling plastic which has a high impact strength. Extremely tough and shatterproof, these connectors exhibit a low moisture absorption rate, good dielectric constant, and are impervious to fungus attack. Finger grips allow easy handling. The bodies are color-coded to ISA color codes. Symbols for + and - are molded onto the connector body to simplify wiring.

Useful with fine thermocouple wire and small diameter probes. Accepts wires from .001" diameter to 20 gauge. Polarized pins make it impossible to mismate. Case is molded from glass-filled thermoset plastics (useful to 400°F). Simple two-piece construction includes removable cap with semi-captive screws and elastomer bushing for wire strain relief.

To be used with standard connectors for thermocouples and RTDs.

For individual mounting into a 1^1/8" diameter hole (standard ^3/4" conduit knockout). Installed entirely from the front of the panel. Cases are made of nylon (rated at 400°F). Thermocouple wire attachment is by screws.

Available with six circuits. Thermocouple type and circuit number are clearly marked on the front. All wiring and installation can be done from the front of the panel. Panel cutout is 4^5/16" x 1^1/4".

Mating parts for any of the bayonet probes. Adapter for configurations 206-215, 250, and 806-815. Click here to view the Selection Table for "A" Dimension of Fixed Length Bayonet Type Thermocouples.

Adjustable adapter used for installing thermocouples, RTDs, or other sensors with metal tubular sheaths in pipes or tanks. When the cap is tightened on the body, the ferrule is squeezed tightly and permanently around the probe's metal sheath. The compression fitting and probe assembly are then threaded into place at the temperature measuring site. This provides a torque-free, leak-proof seal.

Much longer lifetime than electro-mechanical contactors with only a small increase in cost.

Stranded nickel-clad copper wire with ceramic fiber, fiberglass, and teflon insulation. Rated at 481°F and 600 VAC. The fiberglass and ceramic fiber remain on the wire at substantially higher temperatures; it is the teflon portion that begins to "gas-off" at the rated temperature.

Designed for industrial applications requiring temperatures up to 1000°F. Features a flexible stranded 27% nickel-coated copper conductor, mica/glass insulation, and closely woven glass braid jacket.

High-temperature tape with a temperature range of -100°F to 365°F. If the adhesive should burn out, it leaves a non-conductive ash. 1" wide, 36 yards per roll.

Adapter for converting metric threads to English. Convert metric threads to 1/8" NPT. Adds 1" to bayonet adapter length.

Used in fabricating thermocouple and RTD assemblies and is useful in conjunction with thermocouple or other wires and accessories for making extension cables. It is of "square-locked" construction which provides a good means for retarding the ability of the hose to unwrap, while remaining very flexible. Inside Diameter of 3/16". Sold in 100 foot rolls.

Highest quality electrical ceramic with water absorption less than .005. Rated at 300V and 2000°F.

For use with mica band heaters and strip heaters with post terminals. Protects terminals with single or double wire connections. Top cap has an internal thread size of 10-24 and will fit either the round or rectangular base.
Caps and bases are sold separately.

For crimp connections. Rated at 900°F. Ring will accept a 1/4" stud. Sold in packs of 100 only. For use with ceramic band heaters.

For crimp connections. Rated at 1200°F. Ring will accept a No. 10 stud. Sold in packs of 100.

Nickel-plated. Rated at 900°F. Sold in packs of 100.

For use with cartridge heaters. Improves cartridge heater performance in holes and eases removal. Sold as a 4 oz. bottle in dauber in cap.

Provides a safe, economical, and efficient way to indicate the presence (or absence) of an electrical current. A current carrying wire is passed through the opening in the center of the device. When the current in the wire is above two amps, the light emitting diode begins to illuminate. The device is supported by double the current carrying wire, and if necessary, may be secured in place with a nylon tie.
Optional mounting bracket is available.

Closely woven 100% fiberglass construction for applications where temperatures run up to 1200°F. Provides abrasion resistance with high flexibility. The materials are treated to remove all organic matter and to render the glass braid fray resistant. The sleeving will meet the temperature requirements for Class C (1200°F) insulation, but colors in sleeving may fade or bake out at 400°F. The sleeving is "double wall" for additional space factor dielectric strength. The dielectric strength of this sleeving is only that of the air space created by the presence of the sleeving. The material is rated FR-1 for flame resistant properties and recognized under the component program of Underwriters Laboratories, Inc.

Provides quick coupling and is made to the standard industrial size, thus allowing mating with other regular size plugs and jacks. Made of rugged, thermosettling plastic which has a high impact strength. Extremely tough and shatterproof, these connectors exhibit a low moisture absorption rate, good dielectric constant, and are impervious to fungus attack. Finger grips allow easy handling. The bodies are color-coded to ISA color codes. Symbols for + and - are molded onto the connector body to simplify wiring.

Useful with fine thermocouple wire and small diameter probes. Accepts wires from .001" diameter to 20 gauge. Polarized pins make it impossible to mismate. Case is molded from glass-filled thermoset plastics (useful to 400°F). Simple two-piece construction includes removable cap with semi-captive screws and elastomer bushing for wire strain relief.

To be used with standard connectors for thermocouples and RTDs.

For individual mounting into a 1^1/8" diameter hole (standard ^3/4" conduit knockout). Installed entirely from the front of the panel. Cases are made of nylon (rated at 400°F). Thermocouple wire attachment is by screws.

Standard Size
Available with six circuits. Thermocouple type and circuit number are clearly marked on the front. All wiring and installation can be done from the front of the panel. Panel cutout is 4^5/16" x 1^1/4".

Adjustable adapter used for installing thermocouples, RTDs, or other sensors with metal tubular sheaths in pipes or tanks. When the cap is tightened on the body, the ferrule is squeezed tightly and permanently around the probe's metal sheath. The compression fitting and probe assembly are then threaded into place at the temperature measuring site. This provides a torque-free, leak-proof seal.

Standard Grade
Standard Grade meets or exceeds ISA specifications for accuracy. Both legs of the thermocouple wire pair are included in the footage quoted. A variety of insulation is offered to meet the requirements of diverse applications. If the wire is to be used to run more than 20 or 30 feet, it is usually preferable to use the larger, more heavily insulated extension grade wire for the distance run. Temperature limits are located below.

Extension Grade
Extension Grade is used mostly for connecting probes or "hot junctions" to instrumentation. It is generally larger wire and more heavily insulated than the standard grade in order to retard electrical losses along its length. The extension wire types JX and KX (corresponding to thermocouple types J and K) meet the same specifications for accuracy as standard grade up to a temperature of 400°F.