Watlow is a world class supplier of temperature measurement products, with more than 90 years of manufacturing, research and design expertise. Companies engaged in critical process control of food and metals rely on Watlow thermocouples. Watlow designs and manufactures sensors to meet customers industrial and commercial equipment needs. Watlow has developed an extensive line of thermocouples to meet a broad range of sensing needs. Performance Capabilities Fiberglass insulated thermocouples can reach temperatures up to 900 F (80 C) for continuous operation. Features and Benefits Custom-tailored standard products including: 2 standard sheath lengths lengths from six to 0 inches Stainless steel braid or hose protection J, K, T and E calibrations Grounded, ungrounded and exposed junctions Flat and drill point Epoxy sealed cold ends Adjustable depths Flexible extensions Washers, nozzles and clamp bands Custom diameters PFA coated and stainless steel sheaths Straight, bend or 90 bend Locking bayonet caps in standard, 12 mm and 1 mm Typical Applications Food processing equipment De-icing Plating baths Industrial processing Medical equipment Pipe tracing control Industrial heat treating Packaging equipment Liquid temperature measurement Refrigerator temperature control Oven temperature control Construction and Tolerances Thermocouples feature flexible SERV-RITE wire insulated with woven fiberglass or high temperature engineered resins. For added protection against abrasion, products can be provided with stainless steel wire braid and flexible armor. ASTM E20 color-coding identifies standard catalog thermocouple types. The addition of a metal sheath over the thermocouple provides rigidity for accurate placement and added protection of the sensing junction. Mounting options include springs, ring terminals, specialized bolts, pipe style clamps and shims. 2
Bends in. Standard Bend Radius in. Minimum A Dimension in. Minimum H Dimension in. 0.12 /8 0.188 /8 A H 10-90 Radius 0.20 1 /2 2 2 0. / 2 Terminations Termination Code Split s A 2 1 /2 # Spade Lugs B 2 1 /2 C 2 1 /2 erm J or H # Spade Lugs and BX Connector D Standard Male Plug E Standard Female Jack F Miniature Male Plug G Miniature Female Jack 1 inch Push-on Connectors H 2 1 /2
Adjustable Spring Styles 10 and Spring Adjustable spring style thermocouples bend to any angle to fit a wide range of hole depths, eliminating the need to stock numerous styles. 0.12 in. (.9 mm) Spring O.D. 0.20 in. (. mm) Style D Protection B 10 = /1 in. I.D. single slot (standard cap) - in. spring = /1 in. I.D. single slot (standard cap) - 12 in. spring D = /1 in. (in.) 1 SS Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) P = Fiberglass (20 gauge stranded) B = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) V = PFA (20 gauge stranded) W = PFA with stainless steel overbraid (20 gauge stranded) B = 1 in. (2 mm) (in.) (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ Firmware, Overlays, Parameter Settings B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector F = Grounded, flat tip G = Grounded, round tip D = Grounded, drill point R = Ungrounded, flat tip U = Ungrounded, round tip P = Ungrounded, drill point
Adjustable Armor Style 12 0.2 in. (. mm) O.D. Adjustable armor thermocouples bend to any angle to fit a wide range of hole depths, eliminating the need to stock numerous styles. A stainless steel hose offers additional lead protection in demanding applications. 0.12 in. (.9 mm) Style Protection 12 D B 12 = Adjustable armor thermocouple, /1 in. I.D. single slot (standard cap) D = /1 in. (in.) 1 SS Protection H = Fiberglass with stainless steel flex hose (2 gauge stranded) K = PFA with stainless steel hose (2 gauge stranded) F = Grounded, flat tip G = Grounded, round tip D = Grounded, drill point U = Ungrounded, round tip P = Ungrounded, drill point R = Ungrounded, flat tip B = 1 in. (in.) (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ Firmware, Overlays, Parameter Settings B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector
Rigid Styles 20, 21 and 22 1 8 and 1 inch The rigid sheath provides protection and accurate placement through bulkheads or platens. Use with a compression fitting for water tight immersion application. 1. in. (.9 mm) 0. in. R (9. mm) 1.12 in. (28. mm) The bent rigid tube offers protection and accurate lead placement around machinery. A A 0. in. R (9. mm) Style Protection 20 = Plain sheath, straight 21 = Plain sheath, bend 22 = Plain sheath, 90 bend C = D = T = (in.) 1 SS 1 /8 in. /1 in. /1 in. epoxy sealed 00 F (19 C) Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) H = Fiberglass with stainless steel hose (2 gauge stranded) P* = Fiberglass (20 gauge stranded) B* = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) K = PFA with stainless steel hose (2 gauge stranded) V* = PFA (20 gauge stranded) W* = PFA with stainless steel overbraid (20 gauge stranded) * Not available with 1 8 in. diameter sheath. F = Grounded, flat tip G = Grounded, round tip D = Grounded, drill point R = Ungrounded, flat tip U = Ungrounded, round tip P = Ungrounded, drill point E = Exposed (in.) A* = 1 /2 in. J = 1 /2 in. S = 8 1 /2 in. B* = 1 in. K = in. T = 9 in. C = 1 1 /2 in. L = 1 /2 in. U = 9 1 /2 in. D = 2 in. M = in. W = 10 in. E = 2 1 /2 in. N = 1 /2 in. Y = in. F = in. P = in. Z = 12 in. G = 1 /2 in. Q = 1 /2 in. H = in. R = 8 in. * Not available in construction style 21 and 22. (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ A = Standard, 2 1 2 in. split leads B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector
Rigid with Threaded Fitting Styles 2 and 2 1 8 and 1 inch Silver Braze Rigid sheath with threaded fitting provides accurate placement in process applications. 2 in. (1 mm) Style Protection 2 = Straight sheath with 1 8 in. National Pipe Thread (NPT) SS fitting 2 = Straight sheath with 1 2 in. NPT SS fitting C = D = T = (in.) 1 SS 1 /8 in. /1 in. /1 in. epoxy sealed 00 F (19 C) Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) H = Fiberglass with stainless steel hose (2 gauge stranded) P* = Fiberglass (20 gauge stranded) B* = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) K = PFA with stainless steel hose (2 gauge stranded) V* = PFA (20 gauge stranded) W* = PFA with stainless steel overbraid (20 gauge stranded) * Not available with 1 /8 in. diameter sheath. F = Grounded, flat tip G = Grounded, round tip D = Grounded, drill point R = Ungrounded, flat tip U = Ungrounded, round tip P = Ungrounded, drill point E = Exposed (in.) A = 1 /2 in. J = 1 /2 in. S = 8 1 /2 in. B = 1 in. K = in. T = 9 in. C = 1 1 /2 in. L = 1 /2 in. U = 9 1 /2 in. D = 2 in. M = in. W = 10 in. E = 2 1 /2 in. N = 1 /2 in. Y = in. F = in. P = in. Z = 12 in. G = 1 /2 in. Q = 1 /2 in. H = in. R = 8 in. (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector
Flange Style 2 D C C = 0. in. (19 mm) D = 1 in. (2 mm) 1 in. (2 mm) The flanged thermocouple allows rapid assembly and low profile when going through bulkheads. H = 0.1 in. (. mm) Style Protection 2 2 = Thermocouple with flange C = D = T = (in.) 1 SS 1 /8 in. /1 in. /1 in. epoxy sealed 00 F (19 C) Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) H = Fiberglass with stainless steel hose (2 gauge stranded) P* = Fiberglass (20 gauge stranded) B* = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) K = PFA with stainless steel hose (2 gauge stranded) V* = PFA (20 gauge stranded) W* = PFA with stainless steel overbraid (20 gauge stranded) * Not available with 1 /8 in. diameter sheath. F = Grounded, flat tip G = Grounded, round tip D = Grounded, drill point R = Ungrounded, flat tip U = Ungrounded, round tip P = Ungrounded, drill point E = Exposed * Not available with 1 8 in. diameter sheath. (in.) D = 2 in. L = 1 /2 in. T = 9 in. E = 2 1 /2 in. M = in. U = 9 1 /2 in. F = in. N = 1 /2 in. W = 10 in. G = 1 /2 in. P = in. Y = in. H = in. Q = 1 /2 in. Z = 12 in. J = 1 /2 in. R = 8 in. K = in. S = 8 1 /2 in. (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector 8
Rigid Styles 0, 1 and 2 B 0. in. (19 mm) 1. in. (.9 mm) 0. in. R (9. mm) 1 in. (2 mm) 1.2 in. (1. mm) 1.2 in. (1. mm) 0. in. (19 mm) 0. in. R (9. mm) 1.2 in. (1. mm) Bayonet fittings allow rapid attachment. Spring pressure on the junction tip assures fast response time. B 1.2 in. (1. mm) This style of bayonet fitting connects quickly and allows leads to exit with a protective sheath. Style Protection 0 = /1 in. I.D. single slot (standard cap) straight 1 = /1 in. I.D. single slot (standard cap) with spring, bend 2 = /1 in. I.D. single slot (standard cap) with spring, 90 bend C = D = T = (in.) 1 SS 1 /8 in. /1 in. /1 in. epoxy sealed 00 F (19 C) Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) H = Fiberglass with stainless steel hose (2 gauge stranded) P* = Fiberglass (20 gauge stranded) B* = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) K = PFA with stainless steel hose (2 gauge stranded) V* = PFA (20 gauge stranded) W* = PFA with stainless steel overbraid (20 gauge stranded) * Not available with 1 /8 in. diameter sheath. F = Grounded, flat tip G = Grounded, round tip D = Grounded, drill point R = Ungrounded, flat tip U = Ungrounded, round tip P = Ungrounded, drill point E = Exposed (in.) D = 2 in. L = 1 /2 in. T = 9 in. E = 2 1 /2 in. M = in. U = 9 1 /2 in. F = in. N = 1 /2 in. W = 10 in. G = 1 /2 in. P = in. Y = in. H = in. Q = 1 /2 in. Z = 12 in. J = 1 /2 in. R = 8 in. K = in. S = 8 1 /2 in. (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector 9
Large Rigid Styles 0, 1 and 2 H A R The bent rigid tube offers protection and accurate lead placement around machinery. The rigid sheath provides protection and accurate placement through bulkheads or platens. Use with a compression fitting for water tight immersion application. H A R 0.2 in. (. mm) Dia. R = 0. in. (12. mm) H = 1.2 in. (1. mm) Style Protection 0 = Plain sheath, straight, large, diameter 1 = Plain ( ) large diameter 2 = Plain (90 ) large diameter E = U = (in.) 1 SS 1 / in. 1 / in. epoxy sealed 00 F (19 C) Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) H = Fiberglass with stainless steel hose (2 gauge stranded) P = Fiberglass (20 gauge stranded) B = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) K = PFA with stainless steel hose (2 gauge stranded) V = PFA (20 gauge stranded) W = PFA with stainless steel overbraid (20 gauge stranded) F = Grounded, flat tip G = Grounded, round tip R = Ungrounded, flat tip U = Ungrounded, round tip E = Exposed (in.) A = 1 in. J = 9 in. S = 1 in. B = 2 in. K = 10 in. T = 18 in. C = in. L = in. U = 19 in. D = in. M = 12 in. W = 20 in. E = in. N = 1 in. Y = 22 in. F = in. P = 1 in. Z = 2 in. G = in. Q = 1 in. H = 8 in. R = 1 in. (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector 0
Flexible Extensions Style 0 Termination A Termination B Flexible extensions allow thermocouples to be disconnected from a system without disturbing the remaining wiring. Style Protection 0 X X Term. A / Term. B/ 0 = Flexible extension X = Not applicable Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) H = Fiberglass with stainless steel hose (2 gauge stranded) P = Fiberglass (20 gauge stranded) B = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) K = PFA with stainless steel hose (2 gauge stranded) V = PFA (20 gauge stranded) W = PFA with stainless steel overbraid (20 gauge stranded) X = Not applicable Termination A / B = 2 1 /2 in. split leads with spade lugs C = 2 1 /2 in. split leads with spade lugs and BX connector F* = Miniature male plug, quick disconnect G* = Miniature female jack, quick disconnect *Not available with SS hose. (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination B / B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector 1
Insulated Wire Styles 1 and 2 Constructed with SERV-RITE insulated thermocouple wire, Styles 1 and 2, are economical and versatile and can be ordered with an exposed or protected measuring junction. Style 1 is fitted with an exposed junction and is suitable for most general purpose applications, such as measuring air, gas and surface temperatures. Style 2 is fitted with an encapsulated measuring junction that is ideal for corrosive fluids and gases, such as sulfuric acid, hydrofluoric acid, strong mineral acids and oils. Style 1 Style 2 Teflon Encapsulated Thermocouple Style Protection Termination A X E X 1 = SERIES 1 2* = SERIES 2 *Only available with wire (lead protection) options J or T (th digit). X = Not applicable Protection P = Fiberglass (20 gauge solid) B = Fiberglass with stainless steel overbraid (20 gauge solid) F = Fiberglass (2 gauge solid) S = Fiberglass with stainless steel overbraid (2 gauge solid) T = Extruded PFA (2 gauge solid) J = Extruded PFA (20 gauge solid) E = Exposed (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector 2
Perfluoroalkoxy (PFA) Encapsulated Style The rigid sheath is covered with a 0.010 in. (0.2 mm) wall of PFA for corrosion resistance in acid environments. An epoxy seal improves moisture resistance of the sensor and provides a barrier for migrating fumes in corrosive applications. Style Under Covering Protection = PFA coated sheath D = E = (in.) Under Covering /1 in. epoxy sealed 00 F (19 C) 1 / in. epoxy sealed 00 F (19 C) Protection T = PFA (2 gauge stranded) V = PFA (20 gauge stranded) U = Ungrounded, round tip G = Grounded, round tip (in.) B = 1 in. J = 1 /2 in. R = 8 in. C = 1 1 /2 in. K = in. S = 8 1 /2 in. D = 2 in. L = 1 /2 in. T = 9 in. E = 2 1 /2 in. M = in. U = 9 1 /2 in. F = in. N = 1 /2 in. W = 10 in. G = 1 /2 in. P = in. Y = in. H = in. Q = 1 /2 in. Z = 12 in. (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector
Ring Terminal Style 0 The nickel terminal can be placed beneath existing screws or bolts to permit surface temperature measurement. Stud Size Note: Grounded junction shown. Style Protection 0 X Stud Size Hole 0 = Ring terminal thermocouple X = Not applicable Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) P = Fiberglass (20 gauge stranded) B = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) V = PFA (20 gauge stranded) W = PFA with stainless steel overbraid (20 gauge stranded) G = Grounded U* = Ungrounded *Only available with 2 gauge wire. Stud Size - Hole (in.) A* = No. B* = No. 8 C* = No. 10 D = 1 / E = /8 *Only available with 2 gauge wire. (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector
Nozzle Style 1 Grounded The nozzle thermocouple has a short installation depth and a low profile to allow control of thin platen sections. 0. in. (9. mm) Style Protection 0 SS Bolt Size 1 X G 1 = Nozzle thermocouple X = Not applicable Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) P* = Fiberglass (20 gauge stranded) B* = Fiberglass with stainless steel overbraid (20 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) V* = PFA (20 gauge stranded) W* = PFA with stainless steel overbraid (20 gauge stranded) *Not available with ungrounded junction. G = Grounded U = Ungrounded 0 SS, Bolt Size A = 1 / in. x 28 UNF, /8 in. thread depth B = 8-2 thread C = 10-2 thread M = M x 1 (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector
Pipe Clamp Style 2 0. in. (12. mm) The stainless steel clamp allows temperature measurement without drilling or tapping which is ideal for measuring pipe temperatures. Style Protection 2 X G Clamp Band Dia. Range 2 = Pipe clamp thermocouple X = Not applicable Protection S = Fiberglass with stainless steel overbraid (2 gauge stranded) B = Fiberglass with stainless steel overbraid (20 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) W = PFA with stainless steel overbraid (20 gauge stranded) G = Grounded Clamp Band Range (in.) A = /1 to 1 1 / B = 1 1 / to 2 1 / C = 2 1 / to 1 / D = 1 / to 1 / E = 1 / to F = to G = to (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector
Grommet Style The extremely low profile of the stainless steel grommet provides fast response time. 0. in. (9. mm) O.D. 0.19 in. ( mm) I.D. ± 0.00 in. (0.1 mm) Style Protection Grommet Size X G A = Grommet thermocouple X = Not applicable Protection F = Fiberglass (2 gauge solid) T = PFA (2 gauge solid) G = Grounded Grommet Size (in.) A = 0.19 in. I.D. x 0. in. O.D. x 0.0 in. thick (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector
Brass Shim Style 0.2 in. (. mm) 0.12 in. (.2 mm) The shim stock thermocouple has a low profile and can be placed between components for surface temperature measurement. 0. in. (12. mm) 0.01 in. (0. mm) Brass Shim 0.2 in. (1.9 mm) Style Protection Shim Size X G A = Shim stock thermocouple X = Not applicable Protection F = Fiberglass (2 gauge solid) T = PFA (2 gauge solid) G = Grounded Shim Size (in.) A = 1 /2 x /8 x 0.01 in. brass (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector 8
Stainless Steel Shim Style 0. in. (19 mm) (12. mm) 0.2 in. (. mm) 0.010 in. (0. mm) Stainless Steel Shim Stock The shim stock thermocouple has a low profile and can be placed between components for surface temperature measurement. 0. in. (19 mm) Style Protection Shim Size X G A = Stainless steel shim stock thermocouple X = Not applicable Protection F = Fiberglass (2 gauge stranded) S = Fiberglass with stainless steel overbraid (2 gauge stranded) T = PFA (2 gauge stranded) U = PFA with stainless steel overbraid (2 gauge stranded) G = Grounded Shim Size (in.) A = / x / x 0.010 in., 0 SS (in.) Available lengths: 00 to 0 in., over 0 in. contact factory Termination/ B = 2 1 /2 in. split leads with # spade lugs C = 2 1 /2 in. split leads with # spade lugs and BX connector 9
Polyimide Bracket Style The Polyimide thermocouple, when used with the aluminum bracket, is designed primarily to measure roller temperature. Light pressure on the roller enables the Polyimide thermocouple to measure roller surface temperature without using slip rings. This type of set-up greatly reduces lag time and eliminates slip rings cost and maintenance. It can also be used to measure conveyor belt temperatures and any other moving part by riding gently on the part surface. 1 in. (2 mm) Aluminum Bracket Polyimide /8 in. (22 mm) Continuous use at 00 F (200 C), 00 F (20 C) for limited periods Low mass Fast response Totally insulated construction Available in Type J or K 0.01 in. = 0.1 mm 1 / in. = mm 1 /8 in. = mm 1 /2 in. = 1 mm 0.01 in. 1 / in. C.L. for 1 /8 in. R 0 Polyimide Thermocouple with Bracket in. (cm) Part No. Rivet 1 /2 in. 8 (122) OKJ0BA J 9 (2) OKJ0BB 8 (122) OKK0B2A K 9 (2) OKK0B2B Sensors with 0 gauge solid thermocouple wire, with fiberglass insulation and split lead termination. Low Profile Polyimide Peel and Stick Style 1 in. = 2 mm 1 1 / in. = 2 mm Low Profile Polyimide Thermocouple (without Bracket) When used without the bracket it can be placed between heated parts for accurate temperature measurement. At the thermocouple junction, the overall thickness is only 0.01 in. (0. mm), so that it does not interfere with fit or thermo conductivity. 0 Polyimide 1 1 / in. in. (cm) Part No. J 8 (122) OKJ0B2A 9 (2) OKJ0B2B K 8 (122) OKK0B1A 9 (2) OKK0B1B Sensors with 0 gauge solid thermocouple wire, with fiberglass insulation and split lead termination. 1 in. Polyimide Peel and Stick This sensor requires no bracket or special mounting. Simply peel away the backing and this self-adhesive film will bond to almost any surface. Temperature ratings for continuous use is 00 F (200 C). in. (cm) Part No. J 8 (122) OKJ0BA 9 (2) OKJ0BB K 8 (122) OKK0B10A 9 (2) OKK0B10B T 8 (122) OKT0B12A 9 (2) OKT0B12B Sensors with 0 gauge solid thermocouple wire, with fiberglass insulation and split lead termination.
Melt Bolt Immersion A 0.12 in. (.9 mm) Fixed Immersion Style M1 E 1 /2-20 UNF- Thread 0. in. (12. mm) 0.2 in. (. mm) 2.18 in. (. mm) 0.10 in. (.9 mm) 0. in. (12. mm) 0.0 in. / (.8 mm) 0.19 in. 0.1 in. (10. mm) /(10. mm) Immersion A 0.12 in. (.9 mm) E Flexible SS Armor 0.12 in. (.9 mm) A Dim. Standard Dimensions for Melt Bolts Fixed Immersion Style M M Style O.D. 8 Wire Melt Bolt A Cold End Term. Probe A 0 9 Imm. I (in.) 10 Imm. I (fract. in.) 12 1 1 Extension E 1 0 2 Style 1 = Fixed immersion = Fixed immersion with flex armor G = 0.12 1 = 2 = A = B = C = T = U = W = O.D. (in.) Wire Construction 0 = No flex armor (M1) R = SS flex armor (M only) Melt Bolt A (in.) Cold End Terminations Standard male plug Standard female jack Standard plug with mating connector Zero standard 1 1 /2 in. split leads (Style M only) 1 1 /2 in. split leads with spade lugs (Style M only) 1 1 /2 in. split leads with BX connector and spade lugs (Style M only) A = 9 1 = 1 10 1 = 1 /8 0 = Flush U = G = Probe Construction Mineral insulated with 0 SS sheath Ungrounded Grounded 12 J = Standard limits K = Standard limits = Special limits = Special limits 1 1 Whole inches: 02 to 99 Immersion I (in.) Immersion I ( fractional in.) Extension E 1