Nanmac Product Catalog 2018 by Rhode Island Small Business Journal

New Products H3 Series - Digital Displays & Controllers (Page 105) The H3 series Digital Display and Controller is one of the most versatile digital panel meters on the market. This device can be field programmed to accept thermocouple types E, J, K & T and RTD’s; as well as, process voltage (0-5V, 1-5V, etc.) and current (4-20 mA) inputs.

H2 Series - Handheld Thermocouple Probes (Page 104) NANMAC’s H2-5D Roller Surface Probe utilizes Teflon rollers for moving or rotating surfaces with a fast response type K thermocouple ribbon element. Should you need a bit more rugged device, check out the H2-5C, it has stainless steel rollers.

H32 Series - Infrared Thermometers (Page 107) The H32 Infra-Red thermometers are available with either a fixed or adjustable emissivity to fit most any requirement. Available with laser sighting, allowing for more accurate measurements for hard to reach surfaces.

B9 Series - Spring-Loaded Ribbon Thermocouples (Page 59) Fast response ribbon thermocouple installed into this spring loaded, easy to install mounting device provide fast, accurate and economical measurement in tight areas. Available in most any thermocouple type.

A8H Series - Thermocouple Extension Assemblies (Page 18) Cable assemblies for all thermocouples types as well as RTDs in 2, 3 or 4 wire configurations. Numerous designs to choose from, or contact NANMAC with your unique requirements.

F7-LCD Series - Head Mount Digital Displays (Page 90) Head Mount display includes 4-20mAmp output, programmed for your sensor. All thermocouple types as well as RTDs. Available in standard industrial designs, or, Isolated, NEMA enclosed devices. Contact NANMAC with your requirement.

H34 Series - Temperature and Process Controllers (Page 108) NANMAC’s H34 series temperature and process controllers offer a wide variety of input devices, with numerous output and control methods. Whether you need one replacement unit for an existing requirement, or OEM volumes at competitive process, the H34 is the answer.

A17 Series - Thermowell Assemblies (Page 35) NANMAC can provide replacement sensors, thermowells with or without flanges, complete industrial assemblies of any number of industrial designs. If you need local displays, add an F7-LCD to your device, don’t need display but want 4-20 mAmp. Have NANMAC install a standard or isolated transmitter – all programming done at the factory to your specification.

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Contact Information

NOTES:

A world leader in thermocouple and RTD solutions since 1956 US Veteran Owned • MADE IN USA

Tel: Int’l: Fax: Email: Web: Address:

800.786.4669 001.508.872.4811 1.508.879.5450 info@nanmac.com www.nanmac.com 1657 Washington Street Holliston, MA 01746 USA

For the First Time, Temperature Calibration Accredited to ISO/IEC 17025:2005 to 1700°C Nanmac prides

itself with excellent customer satisfaction. Have a Live Chat with a member of our Nanmac Independent Calibration Lab Servicesissues and requests. team regarding

YOUR ONE-STOP SOLUTION FOR THERMOCOUPLE & RTD CALIBRATION SERVICES Temperature Calibration Services • Base Metal Thermocouples – E, J, K, N, and T • Noble Metal Thermocouples – R, S, B, C, and D* • RTD Sensor Probes • Calibra�on Range from 0°C – 1700°C • Verifica�on of Wire Lot Cer�fica�on or Original Wire Lot Cer�fica�on

Certifi Certifications & Standards www.nanmac.com/chat • Accredited to ISO 17025 by PJLA (ILAC) • Registered to ISO 9001:2008 by TUV Nord • Calibra�ons Performed in Accordance with ASTM E220 ○ Standard Test Method for Calibra�on of Thermocouples by Comparison Techniques • Thermocouple Tolerances per ASTM E230 / E230M – 12 ○ Standard Specifica�on and Temperature-Electromo�ve Force Standardized Thermocouples Go to our website and(emf) getTables yoursfortoday! Calib • Calibra�on Traceable to NIST Standards (while supplies last)

Free Gifts

Equipment www.nanmac.com/free • Furnaces - Atmosphere & Inert Gas Flow Furnace ○ Ver�cal Fluke 9009/9150 Thermocouple Furnaces 0°C to 1150°C • Nanmac Temperature Measurement Catalog ○ Harper GT11-30-HA-50 • Nanmac Thermocouple Handbook on CD-ROM ○ Ver�cal High Temperature Inert Gas Furnaces up to 6 TC’s to 1700°C (Min 8”) • Nanmac Calibrated Hot Sauce • Maximum OD ¼”: Larger OD’s Require Special Quote • Nanmac Thermometer / Compass Keychain • Minimum 200°C to 1400°C (Type S Reference) • Minimum 1000°C to 1700°C (Type B Reference) • Data Acquisi�on Systems - High Accuracy ○ Pico Technology ○ Measurement Compu�ng • NIST Directly Traceable Reference Thermocouple Calibration Reports • Repor�ng per ISO 17025 Requirements • Customer Speciﬁed Temperature Points • Correc�on Error Standard Report • emf Values - Special Quote • Comply with AMS 2750E Requirements (Paragraph 3.1.2.5.1/Also See Table 1)

Vist our website:

A world leader in thermocouple and RTD solutions since 1956 US Veteran Owned • MADE IN USA

Up to 6 thermocouples from 300°C to 1700°C in an inert atmosphere

0 to 1150°C in Atmosphere up to 5 thermocouples with NIST Secondary Reference standard

Environmentally Controlled Thermocouple Calibration Lab

Close-up of the Top Cover to Nanmac's New 1700°C Inert Atmosphere Calibration Furnace. Calibration 300°C to 1500°C, under vacuum, coming soon

Global Provider to Industry and Government Space/Rocket Applications • Plastics • Medical • Autoclave • Ceramics • Chemical • Composite • Aerospace • Petro Chemical • Emissions Monitoring • Nuclear • Furnace Proﬁles • Glass • Heat Treatment • Industrial Monitoring Laboratory • Metals • Oil/Gas • Power Plants • Diesel Engines • Quality Assurance • Utilities • Other Applications *ASTM E230 no longer supports this type of TC, but Nanmac can calibrate them. © 2017 Nanmac Corporation | PO Box 6640 | 1657 Washington St., Bldg. 3 | Holliston, MA 01746 | 1-800-786-4669 | www.Nanmac.com

Table of Contents Commonly used abbreviations & symbols EP = Explosion Proof Ext = Extension GP = General Purpose Hvy = Heavy Duty TC = Thermocouple T-well = Thermowell WP = Weatherproof MW = Mini-Weatherproof RTD = Resistance Temperature Detector

Description Spring-Loaded Bayonet TCs Adjustable Bayonet TCs Washer TCs with Flexible Leads Spring-Loaded Bayonet Ribbon TCs Sharp Tip TCs with Coil Cord Bolt-Down TCs with Flexible Leads TC Probes with One Inch of Bare Leads TC Assemblies with Standard Size Connector TC Assemblies with Flexible Fiberglass Leads GP TC Probes with Armor GP TC Probes with Extensions TC Assemblies with GP Heads TC Assemblies with Miniature Plugs Attached Teflon Tubing and Encapsulation TC Ext. Assemblies RTD Cable Assemblies TC Terminations Adjustable Compression Fittings Hi-Temp. TC Probes (Information) Hi-Temp. TC Probes (#30 gauge Standard Connector) Hi-Temp. TC Probes (#30 gauge Conduit Head) Hi-Temp. TC Probes (#30 gauge Flex Leads) Hvy. Duty Hi-Temp. TC Probes (#24 gauge Standard Connector) Hvy. Duty Hi-Temp. TC Probes (#24 gauge Conduit Head) Hvy. Duty Hi-Temp. TC Probes (#24 gauge Flex Leads) Hvy. Duty Hi-Temp. TC Probes (20,000 psi) Hi-Temp. TC (tungsten coated) Bare Wire TC Elements TC Insulators Industrial Base Metal TC with Connector Flexible TC and Ext. Wire Assemblies T-well Assemblies General Information General Use T-wells T-wells with Lag. Ext. T-wells (3/8”) T-wells (3/8” with Lag. Ext.) T-wells (Hvy. Duty Tapered) T-wells (Hvy. Duty with Lag. Ext.) Flanges for T-wells T-wells for Flanges T-wells (Limited Space) Mullite Protection Tubes Ceramic and Refractory Tubes Protection Tubes Hvy. Duty TC Assemblies with Protection Angle Type Ext. Assemblies TC with Ceramic Protection Tubes NC-11 Advanced TC Assemblies for Molten Advanced TC Assemblies for Molten Aluminum Ribbon TCs Exposed Ribbon & Weldable Tab TCs for Surface Temps. Rub & Contact TCs Ideal for Moving Surfaces Ribbon TCs with Retractable Shield Handheld TCs for Surface Contact Measurement

Series A5 A5A A6 A6A A6B A7 A8 A8A A8B A8C A8D A8E A8F A8G A8H A8H-RTD A9 A10 A11 A11A A11B A11C A12 A12A A12B A12C-EQ A12D A13 A14 A14A A14B A17 A21A A22A A23 A24A A25 A26A A27 A28 A29 A30 A31 A32 A33 A34 A35 A37 A38 B2 B4 B6 B7 B8

Page 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 (Continued next page)

Spring-Loaded Ribbon TCs Right-Angle Ribbon TCs (immersion temps.) Right Angle Ribbon TCs (hi-pressure apps.) Extruder TCs for Plastic Melt Temps. Right-Angle Ribbon TCs with Dust Deflector Right-Angle Ribbon TCs for Sanitary Apps. Extrude-O-Couple (Information) TC for In-Stream Plastic Melt Mixer Temp. Sensors for Sanitary Apps. Mixer TC Mounting Accessories Flow-Thru TCs & RTDs (Information) Flow-Thru TCs & RTDs (Flared Unions) Flow-Thru TCs & RTDs (Comp. Fit. Tube Unions) Flow-Thru TCs & RTDs (NPT Unions) Hose Clamp TCs Econ. Pipe-Line TCs & RTDs Surface and In-Wall TCs (Self-Renewing) Self-Renewing TC (Information) Self-Renewing TCs Multifunction Sensor (Information) Standard 2-Pole & 3-Pole Connectors Miniature Plugs & Jacks Circuit Boxes Conduit Heads Conduit Heads GP Conduit Heads Weatherproof (WP) Conduit Heads Flip Top Conduit Heads Miniature Weatherproof (MW) Terminal Blocks for Conduit Heads Conduit Heads Explosion Proof (EP & ATEX) Canister Heads Head Mount Digital Displays (4-20 mAmp) Hvy. Duty Head Mount Indicator (4-20 mAmp) Conduit Heads Explosion Proof (EP) Jack Panels TC Reference Junction Head Mount Transmitters (Standard) Rail Mount Transmitters Standard Head Mount Transmitters (Isolated) Rail Mount Transmitters Isolated TC Ext. Wire Multi-Pair TC Cable Coil Cord Cable for TCs and RTDs Mineral Insulated TC Cable Digital Thermometers and Data Loggers Handheld TC Probes for Moving Surfaces Digital Displays & Controllers TC Simulator / Calibrator Infrared Thermometers Temp. and Process Controllers RTD Probes with Various Termination Styles RTD Assemblies with GP Heads Electrical Feed-Thrus for TCs or Other Signals

B9 C1 C2 C2B C5 C6 C8 C8A C10 C11 D1 D3 D4 D4A D6 D7 E6 E11 Info E12 E13 Info F2 F3 F4 F6 info F7-1 F7-12 F7-23 F7-24 F7-4 F7-8/F7-9 F7-8380 F7-LCD F7-LCD-SP F7-NEMA-WINDOW F8 F11 F11-40 F11-40RM F11-50 F11-50RM G9 G10A G10B G11 H1 H2 H3 H14-KIT H32 H34 I6 I7 K6

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 80 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 110 111 112

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Tab Index A Series - Thermocouples, Thermowells & Flanges Bare Wire, Sheathed & Heavy Duty Thermocouples, Thermowells & Flanges Ceramic Insulators, Protection Tubes, Refractory & Ceramic (sheathed, unsheathed & multiple sheathed) B Series - Flexible Ribbon Thermocouples for surface, air, and liquid temperatures (fast response times) C Series - Ribbon sensors for air, liquids, plastics Thermocouples for gas, liquid, and surface measurements without conduction errors. Injection molding and extrusion applications (fast response times) D Series - Flow-Thru sensors for gases & liquids Thermocouples & RTDs for tube and pipeline usage (fast response times) E Series - Self-Renewing sensors for Eroding & Ablative surfaces Reusable Ribbon Thermocouples for surface temperatures. Ideal for heat transfer measurements. Material evaluation and surface temperatures of any wall or structure (fast response times) F Series - Connectors, 4-20 mAmp Transmitters, Panel Jacks

A B C D E

Thermocouples & RTDs (standard and miniature sizes), Conduit Heads, Terminal Blocks, Jack Panels, Jack Boxes, Terminal Strips, Terminal Lugs, and Reference Junctions

G Series - Thermocouple Wire

Insulated, bare, and multi-pair thermocouple cable H Series - Instrumentation Data Loggers, Handhelds, Indicators, Infrared Pyrometers, Recorders, and Temperature Controllers, 1/8, 1/4 DIN I Series - RTDs Sensors with leads, plugs, and conduit heads

K Series - Feed-Thrus Thermocouple and Instrumentation, Vacuum & High Pressure

ÂŠ2012 Nanmac Corp. | 1657 Washington St. | Holliston, MA 01746 USA

H I K

Spring-Loaded Bayonet Thermocouples A5 Series

NOTES: • Available thermocouple types: E, J, K, N & T • All standard units have a grounded junction. If ungrounded junction desired, add “U” to the Part No.

Model 00

• All standard units have 36 inches armored extension leads. • All bayonet thermocouples are supplied without adaptors and connectors. • Specify thermocouple calibration as follows. Example: A5-1-K, for type K

Model 45

Model 90

Specifications

Adaptor Part No. A5-1 A5-2 A5-3 A5-4 A5-5 A5-6 A5-7 A5-8 A5-9

Instructions for Hole Depth and Adaptors Depth “B” (in.) 1/2 to 1 1 to 1-1/2 1-1/2 to 2 2 to 2-1/2 2-1/2 to 3 3 to 3-1/2 3-1/2 to 4 4 to 4-1/2 4-1/2 to 5

Length “A” 7/8” long Adaptor

1-3/8” long Adaptor

2-1/2” long Adaptor

2 2-1/2 3 3-1/2 4 4-1/2 5 5-1/2 6

2-1/2 3 3-1/2 4 4-1/2 5 5-1/2 6 6-1/2

3-5/8 4-1/2 4-5/8 5-1/8 5-5/8 6-1/8 6-5/8 7-1/8 7-5/8

A5-10 A5-11 A5-12 A5-13 A5-14 A5-15 A5-16 A5-17 A5-18

Model

Length “A” (in.)

Part No.

2 2-1/2 3 3-1/2 4 4-1/2 5 5-1/2 6

A5-19 A5-20 A5-21 A5-22 A5-23 A5-24 A5-25 A5-26 A5-27

2 2-1/2 3 3-1/2 4 4-1/2 5 5-1/2 6

Mounting Adaptors A5-28 A5-29 A5-30

1/8 NPT

7/8 1-3/8 2-1/2

A5-31 A5-32 A5-33

3/8-24 NF

7/8 1-3/8 2-1/2

Model

Length “A” (in.)

2 2-1/2 3 3-1/2 4 4-1/2 5 5-1/2 6

Specify thermocouple calibration All standard units have 36” armored extension leads. All bayonet thermocouples are supplied without adaptors and connectors.

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Adjustable Bayonet Thermocouples A5A Series

The A5A Bayonet Thermocouple allows simple, rapid adjustment of the immersion length to each application. The thermocouple can be specified with a bayonet cap on either an eight inch spring to allow for up to seven inches of adjustable immersion; or on the flexible armor to allow for full “B” length adjustable immersion. NOTES: • Spring or armor adjustable provide wide versatility • Fiberglass insulation offers protection to the wire

• Longer lengths are available • When ordering, specify style & type Example: A5A-10-J, for type J

Spring Adjustable Style

Armor Adjustable Style

Specifications Part No.

Style

Lead Wire

Terminations

A5A-10 A5A-15 A5A-20

Bayonet cap on 8” spring Bayonet cap on 12” spring Bayonet cap on flexible armor

60” length 60” length 60” length

Stripped wires 3” long Stripped wires 3” long Male thermocouple connector

Washer Thermocouples with Flexible Leads A6 Series

Washer thermocouples are designed to measure true average temperature of the washer. Conduction errors are minimized by welding the thermocouple elements at 180 degrees. NOTES: • Similar units are available using split lock washers. • Termination styles: bare wire, standard size, or mini connectors are available.

• If lead lengths longer than 36 inches are required, specify your length requirement. • Standard insulation material is fiberglass (which is good to 900 degrees Fahrenheit operation).

Specifications

Part No.

Type

A6-1 A6-2 A6-3 A6-4 A6-5 A6-6 A6-7 A6-8 A6-9 A6-10

Washer

Part No.

Type

ID (in.)

OD (in.)

J J J J J

1/8 3/16 1/4 3/8 1/2

5/16 7/16 5/8 7/8 1-1/4

A6-11 A6-12 A6-13 A6-14 A6-15

T T T T T

1/8 3/16 1/4 3/8 1/2

5/16 7/16 5/8 7/8 1-1/4

A6-16 A6-17 A6-18 A6-19 A6-20

Washer ID (in.)

OD (in.)

K K K K K

1/8 3/16 1/4 3/8 1/2

5/16 7/16 5/8 7/8 1-1/4

E E E E E

1/8 3/16 1/4 3/8 1/2

5/16 7/16 5/8 7/8 1-1/4

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Spring-Loaded Bayonet Ribbon Thermocouples A6A Series

Our Spring-Loaded Bayonet Ribbon Thermocouples are designed to improve accuracy on in-wall temperature measurements. A conventional spring-loaded bayonet type thermocouples has large inherent errors, especially in shallow-depth applications. These errors are due to the conduction of heat, along the thermocouple sheath. These ribbon bayonet thermocouples eliminate errors by using an exposed ribbon thermal junction at the sensing tip which is always in intimate contact with the bottom of the blind hole. Because of this specially designed sensing tip, these thermocouples eliminate errors caused by gradient and conduction along the thermowell. Model 00

Model 45

Model 90

Ribbon Tip

Specifications Part No.

Model

Length “A” (in.)

Part No.

Model

Length “A” (in.)

A6A-1 A6A-2 A6A-3 A6A-4

00 00 00 00

2 2-1/2 3 3-1/2

A6A-19 A6A-20 A6A-21 A6A-22

90 90 90 90

2 2-1/2 3 3-1/2

A6A-5 A6A-6 A6A-7 A6A-8

00 00 00 00

4 4-1/2 5 5-1/2

A6A-23 A6A-24 A6A-25 A6A-26

90 90 90 90

2 2-1/2 3 3-1/2

A6A-9

A6A-27

A6A-10 A6A-11 A6A-12 A6A-13

45 45 45 45

2 2-1/2 3 3-1/2

A6A-14 A6A-15 A6A-16 A6A-17

45 45 45 45

4 4-1/2 5 5-1/2

A6A-18

Specify thermocouple calibration All standard units have 36” armored extension leads. All bayonet thermocouples are supplied without adaptors and connectors.

Depth “B” (in.)

Adaptor

Length “A” 7/8” long Adaptor

1-3/8” long Adaptor

2-1/2” long Adaptor

1/2 to 1 1 to 1-1/2 1-1/2 to 2 2 to 2-1/2 2-1/2 to 3

2 2-1/2 3 3-1/2 4

2-1/2 3 3-1/2 4 4-1/2

3-5/8 4-1/2 4-5/8 5-1/8 5-5/8

3 to 3-1/2 3-1/2 to 4 4 to 4-1/2 4-1/2 to 5

4-1/2 5 5-1/2 6

5 5-1/2 6 6-1/2

6-1/8 6-5/8 7-1/8 7-5/8

Sharp Tip Thermocouples with Coil Cord A6B Series

This tire probe is a grounded thermocouple located at the tip of a sharp-pointed stainless steel probe. The 0.040” diameter by 0.1” long probe is rigidly bonded to the plastic handle. Penetration is automatically limited to 1/8 inch maximum by the 1/4 inch diameter stainless steel shoulder. Response times of about one second are easily obtained by this probe. All probe assemblies come fully assembled with a plastic handle, stress relief spring, 12” of retractable extension lead and a miniature male 2-prong connector. Monitor the temperature of semisoft materials such as: tires, plastics, food, etc.

Specifications

Part No.

Type

A6B-30

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Bolt-Down Thermocouples with Flexible Leads A7 Series

The Bolt-Down Thermocouple contains #20 gauge (0.032”) solid conductors with fiberglass insulation over each leg and fiberglass insulation overall. The fiberglass insulation has a maximum service temperature of 900 degrees Fahrenheit. The ‘Bolt-Down’ thermocouple is ideal for bolting it to a wall. Four standard sizes are available (#6, #8, #10, and #1/4” eyelets). In addition to bolting the thermocouple to a wall, it can also be hooked to a traveling conveyor or hung from a ceiling or hook. NOTES: • Fiberglass insulation is standard. • Bolt-Down thermocouples available in four standard thermocouple types J, T, K, and E.

Bare Leads

• Standard lengths are 36 inches (longer lengths available upon request). • Choose from termination styles: bare leads, 2-pole connector, or spade plugs.

Spade Lugs

Standard Plugs

Mini Plug

Type

Insulation

Junction

Termination

Eyelet

1=J 2=K 3=T 4=E

1 = Fiberglass 2 = Teflon 3 = Nextel

Stainless Steel Overbraid 1 = None 2 = Yes

1 = Grounded 2 = Ungrounded

1 = Bare Leads 2 = Stand Plug 3 = Spade Lugs 4 = Mini Plug

A = #6 (.145”) B = #8 (.170”) C = #10 (.195”) D = 1/4 (.290”)

When ordering, specify Part No. and fill in the 4 letter blocks Example: A14A-2-20-K-24 (specifies a Style 2 duplex thermocouple with 20 gauge Type K elements and length of 24 inches.

Thermocouple Probes with One Inch of Bare Leads A8 Series

Probes can be supplied spring loaded or with fixed mounted fittings. All fittings are 304 stainless steel with 1/2 inch NPT for mounting into: walls, connector heads, or thermowells. The (SL - spring loaded) units allow up to 3/4 inch of travel. The (W - welded) units have the 1/2 inch NPT fitting brazed to the probe. All replacement units are supplied with one inch of bare leads. NOTES: • Duplex junctions units are available on all models except 1/16 inch diameter units. Contact factory for more information.

• Keep in mind that either Spring-Loaded (SL) or Welded (W) bushings utilize approximately two inches of the sheath length. Please account for this when specifying length. • PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

Grounded Junction

Exposed Junction

Ungrounded Junction

Thermocouple calibration type N is available in all sizes. 304 Stainless Steel Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J J

0.062 0.125 0.187 0.250

A8-1A A8-2A A8-3A A8-4A

A8-17 A8-18 A8-19 A8-20

A8-33 A8-34 A8-35 A8-36

J J J J

K K K K

0.062 0.125 0.187 0.250

A8-5A A8-6A A8-7A A8-8A

A8-21 A8-22 A8-23 A8-24

A8-37 A8-38 A8-39 A8-40

E E E E

0.062 0.125 0.187 0.250

A8-9A A8-10A A8-11A A8-12A

A8-25 A8-26 A8-27 A8-28

T T T T

0.062 0.125 0.187 0.250

A8-13A A8-14A A8-15A A8-16A

A8-29 A8-30 A8-31 A8-32

Type

Inconel 600 Sheath - Specifications Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

0.062 0.125 0.187 0.250

A8-49 A8-50 A8-51 A8-52

A8-65 A8-66 A8-67 A8-68

A8-81 A8-82 A8-83 A8-84

K K K K

0.062 0.125 0.187 0.250

A8-53 A8-54 A8-55 A8-56

A8-69 A8-70 A8-71 A8-72

A8-85 A8-86 A8-87 A8-88

A8-41 A8-42 A8-43 A8-44

E E E E

0.062 0.125 0.187 0.250

A8-57 A8-58 A8-59 A8-60

A8-73 A8-74 A8-75 A8-76

A8-89 A8-90 A8-91 A8-92

A8-45 A8-46 A8-47 A8-48

T T T T

0.062 0.125 0.187 0.250

A8-61 A8-62 A8-63 A8-64

A8-77 A8-78 A8-79 A8-80

A8-93 A8-94 A8-95 A8-96

Type

Sheath Diameter

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Thermocouple Assemblies

with Standard Size Connector Attached A8A Series

ets 50! e M 27 S AM

This thermocouple probe comes with the appropriate, color coded, male connector attached and the female connector (not shown) furnished with a cable clamp. Maximum service temperature of connectors is 450 degrees Fahrenheit. If other connectors are required, contact the factory. NOTES: • Duplex and multiple units also available, contact factory.

Exposed Junction

• High temperature (800 degrees Fahrenheit) standard connectors and miniature plugs & jacks also available • PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

Grounded Junction

Ungrounded Junction

Thermocouple calibration type N is available in all sizes. 304 Stainless Steel Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J J

0.062 0.125 0.187 0.250

A8A-1 A8A-2 A8A-3 A8A-4

A8A-5 A8A-6 A8A-7 A8A-8

A8A-9 A8A-10 A8A-11 A8A-12

K K K K

0.062 0.125 0.187 0.250

A8A-13 A8A-14 A8A-15 A8A-16

A8A-17 A8A-18 A8A-19 A8A-20

E E E E

0.062 0.125 0.187 0.250

A8A-25 A8A-26 A8A-27 A8A-28

T T T T

0.062 0.125 0.187 0.250

A8A-37 A8A-38 A8A-39 A8A-40

Type

Inconel 600 Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J J

0.062 0.125 0.187 0.250

A8A-49 A8A-50 A8A-51 A8A-52

A8A-53 A8A-54 A8A-55 A8A-56

A8A-57 A8A-58 A8A-59 A8A-60

A8A-21 A8A-22 A8A-23 A8A-24

K K K K

0.062 0.125 0.187 0.250

A8A-61 A8A-62 A8A-63 A8A-64

A8A-65 A8A-66 A8A-67 A8A-68

A8A-69 A8A-70 A8A-71 A8A-72

A8A-29 A8A-30 A8A-31 A8A-32

A8A-33 A8A-34 A8A-35 A8A-36

E E E E

0.062 0.125 0.187 0.250

A8A-73 A8A-74 A8A-75 A8A-76

A8A-77 A8A-78 A8A-79 A8A-80

A8A-81 A8A-82 A8A-83 A8A-84

A8A-41 A8A-42 A8A-43 A8A-44

A8A-45 A8A-46 A8A-47 A8A-48

T T T T

0.062 0.125 0.187 0.250

A8A-85 A8A-86 A8A-87 A8A-88

A8A-89 A8A-90 A8A-91 A8A-92

A8A-93 A8A-94 A8A-95 A8A-96

Type

Thermocouple Assemblies

with Flexible Fiberglass Insulated Leads A8B Series

These thermocouples are available with either stainless steel or inconel sheaths. Fitted with a transition from the sheath to 36 inches of fiberglass insulated (insulation code 828) flexible leads. Available in thermocouple types E, J, K, and T as a standard assembly. Other thermocouple calibrations as well as various lead wire insulation materials are available upon request. Maximum service temperature of the transition adaptor is 400 degrees Fahrenheit. Maximum use temperature of the thermocouple is determined by considering the sheath material being used and the thermocouple calibration. Standard units are 12 inches long, units can be made as short as 1-1/2 inches long without any special consideration. NOTES: • When ordering, specify Part No. and Length “L” Example: A8B-1-12 • PFA Teflon® encapsulation - good to 450°F, can be added to any probe. • Duplex and multiple units also available.

• For high temperature (800 degrees Fahrenheit) connectors and miniature plugs and jacks see our F2 and F3 Series. • All assemblies use magnesia (Mg0) internal insulation. Contact factory if other types of insulation are required.

Thermocouple calibration type N is available in all sizes. 304 Stainless Steel Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J J

0.062 0.125 0.187 0.250

A8B-1 A8B-2 A8B-3 A8B-4

A8B-5 A8B-6 A8B-7 A8B-8

A8B-9 A8B-10 A8B-11 A8B-12

K K K K

0.062 0.125 0.187 0.250

A8B-13 A8B-14 A8B-15 A8B-16

A8B-17 A8B-18 A8B-19 A8B-20

E E E E

0.062 0.125 0.187 0.250

A8B-25 A8B-26 A8B-27 A8B-28

T T T T

0.062 0.125 0.187 0.250

A8B-37 A8B-38 A8B-39 A8B-40

Type

Inconel 600 Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J J

0.062 0.125 0.187 0.250

A8B-49 A8B-50 A8B-51 A8B-52

A8B-53 A8B-54 A8B-55 A8B-56

A8B-57 A8B-58 A8B-59 A8B-60

A8B-21 A8B-22 A8B-23 A8B-24

K K K K

0.062 0.125 0.187 0.250

A8B-61 A8B-62 A8B-63 A8B-64

A8B-65 A8B-66 A8B-67 A8B-68

A8B-69 A8B-70 A8B-71 A8B-72

A8B-29 A8B-30 A8B-31 A8B-32

A8B-33 A8B-34 A8B-35 A8B-36

E E E E

0.062 0.125 0.187 0.250

A8B-73 A8B-74 A8B-75 A8B-76

A8B-77 A8B-78 A8B-79 A8B-80

A8B-81 A8B-82 A8B-83 A8B-84

A8B-41 A8B-42 A8B-43 A8B-44

A8B-45 A8B-46 A8B-47 A8B-48

T T T T

0.062 0.125 0.187 0.250

A8B-85 A8B-86 A8B-87 A8B-88

A8B-89 A8B-90 A8B-91 A8B-92

A8B-93 A8B-94 A8B-95 A8B-96

Type

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General Purpose Thermocouple Probes

with Armored Flexible Cable & Fiberglass Insulated Lead Wire A8C Series

These thermocouples are available with either stainless steel or inconel sheaths. Fitted with a transition from the sheath to 36 inches of fiberglass insulated flexible leads which are enclosed within stainless steel armor for use in rugged applications. These units are available in thermocouple types E, J, K, and T as a standard assembly. Other thermocouple calibrations as well as various lead wire insulation materials are available upon request. Maximum service temperature of the transition adaptor 400 degrees Fahrenheit. Maximum use temperature of the thermocouple is determined by considering the sheath material being used and the thermocouple calibration. Standard units are 12 inches long, units can be made as short as 1-1/2 inches long without any special consideration. NOTES: • Various adjustable compression fittings and mounting bushings are available for these units. • Both standard size and miniature plugs and jacks are also available.

• Duplex units are available on units larger than 0.062” contact factory with your particular requirement. • Lead lengths other than 36 inches, and lead wire insulations other than fiberglass are available. • PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

Thermocouple calibration type N is available in all sizes. 304 Stainless Steel Sheath - Specifications

Inconel 600 Sheath - Specifications

Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J J

0.062 0.125 0.187 0.250

A8C-1 A8C-2 A8C-3 A8C-4

A8C-5 A8C-6 A8C-7 A8C-8

A8C-9 A8C-10 A8C-11 A8C-12

J J J J

K K K K

0.062 0.125 0.187 0.250

A8C-13 A8C-14 A8C-15 A8C-16

A8C-17 A8C-18 A8C-19 A8C-20

A8C-21 A8C-22 A8C-23 A8C-24

E E E E

0.062 0.125 0.187 0.250

A8C-25 A8C-26 A8C-27 A8C-28

A8C-29 A8C-30 A8C-31 A8C-32

T T T T

0.062 0.125 0.187 0.250

A8C-37 A8C-38 A8C-39 A8C-40

A8C-41 A8C-42 A8C-43 A8C-44

Type

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

0.062 0.125 0.187 0.250

A8C-49 A8C-50 A8C-51 A8C-52

A8C-53 A8C-54 A8C-55 A8C-56

A8C-57 A8C-58 A8C-59 A8C-60

K K K K

0.062 0.125 0.187 0.250

A8C-61 A8C-62 A8C-63 A8C-64

A8C-65 A8C-66 A8C-67 A8C-68

A8C-69 A8C-70 A8C-71 A8C-72

A8C-33 A8C-34 A8C-35 A8C-36

E E E E

0.062 0.125 0.187 0.250

A8C-73 A8C-74 A8C-75 A8C-76

A8C-77 A8C-78 A8C-79 A8C-80

A8C-81 A8C-82 A8C-83 A8C-84

A8C-45 A8C-46 A8C-47 A8C-48

T T T T

0.062 0.125 0.187 0.250

A8C-85 A8C-86 A8C-87 A8C-88

A8C-89 A8C-90 A8C-91 A8C-92

A8C-93 A8C-94 A8C-95 A8C-96

Type

Sheath Diameter

General Purpose Thermocouple Probes with Flexible Extensions (One-Piece Construction) A8D Series

The construction of this thermocouple is a one piece design which does not utilize any transition fitting. Advantages of this construction are no splices from thermocouple to lead wire and no transition adaptors having a diameter greater than the thermocouple sheath. Units can therefore be mounted from the inside out of a chamber, pushed into a drilled hole, etc. NOTES: • Various adjustable compression fittings and mounting bushings are available for these units. • Both standard size and miniature plugs and jacks are also available.

• Duplex units are available on various units, contact factory with your particular requirement. • Lead lengths other than 36 inches, and lead wire insulations other than fiberglass are available. • PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

If you require that unit can be bent, contact factory for more information.

Thermocouple calibration type N is available in all sizes. 304 Stainless Steel Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J J

0.062 0.125 0.187 0.250

A8D-1 A8D-2 A8D-3 A8D-4

A8D-5 A8D-6 A8D-7 A8D-8

A8D-9 A8D-10 A8D-11 A8D-12

K K K K

0.062 0.125 0.187 0.250

A8D-13 A8D-14 A8D-15 A8D-16

A8D-17 A8D-18 A8D-19 A8D-20

E E E E

0.062 0.125 0.187 0.250

A8D-25 A8D-26 A8D-27 A8D-28

T T T T

0.062 0.125 0.187 0.250

A8D-37 A8D-38 A8D-39 A8D-40

Type

Inconel 600 Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J J

0.062 0.125 0.187 0.250

A8D-49 A8D-50 A8D-51 A8D-52

A8D-53 A8D-54 A8D-55 A8D-56

A8D-57 A8D-58 A8D-59 A8D-60

A8D-21 A8D-22 A8D-23 A8D-24

K K K K

0.062 0.125 0.187 0.250

A8D-61 A8D-62 A8D-63 A8D-64

A8D-65 A8D-66 A8D-67 A8D-68

A8D-69 A8D-70 A8D-71 A8D-72

A8D-29 A8D-30 A8D-31 A8D-32

A8D-33 A8D-34 A8D-35 A8D-36

E E E E

0.062 0.125 0.187 0.250

A8D-73 A8D-74 A8D-75 A8D-76

A8D-77 A8D-78 A8D-79 A8D-80

A8D-81 A8D-82 A8D-83 A8D-84

A8D-41 A8D-42 A8D-43 A8D-44

A8D-45 A8D-46 A8D-47 A8D-48

T T T T

0.062 0.125 0.187 0.250

A8D-85 A8D-86 A8D-87 A8D-88

A8D-89 A8D-90 A8D-91 A8D-92

A8D-93 A8D-94 A8D-95 A8D-96

Type

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Thermocouple Assemblies with General Purpose Heads A8E Series

The standard probe contains an ungrounded thermocouple assembly with a General Purpose aluminum head. A terminal block is mounted on the interior of the GP Head. The GP Head has 1/2” NPT mounting threads & conduit outlet. This assembly is available with a 4” long stainless steel support tube for use with adjustable mounting fittings. The support tube is 1/8” larger in diameter than the sheath diameter. • • • •

NOTES: Duplex units are available on units larger than 0.062” contact factory with your particular requirement. Various thermowells are available for use with these sensors. When ordering a unit with the optional stainless steel support tube, add suffix (ST) to part number. PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

Thermocouple calibration type N is available in all sizes.

Specifications Part No.

Sheath Diameter (in.)

Sheath Material

A8E-1 A8E-2 A8E-3 A8E-4

0.062 0.125 0.187 0.250

SS 304 SS 304 SS 304 SS 304

A8E-5 A8E-6 A8E-7 A8E-8

0.062 0.125 0.187 0.250

Inconel 600 Inconel 600 Inconel 600 Inconel 600

A8E-9 A8E-10 A8E-11

0.187 0.250 0.375

Quartz Quartz Quartz

A8E-12 A8E-13 A8E-14

0.187 0.250 0.375

Al2O3 - 99.5% Al2O3 - 99.5% Al2O3 - 99.5%

Thermocouple Assemblies with Miniature Plugs Attached A8F Series

This Miniature Thermocouple Probe-Assembly comes completely assembled with a miniature color-coded thermoset plastic plug with flat polarized prongs. A female jack is included with each unit. Both stainless steel and inconel sheaths are available. The standard sheath has a length of six inches, please specify your length if other than six inches. NOTES: • Various compression fittings and mounting bushings are available. • Duplex and multiple units are available.

Exposed Junction

• High temperature (800 degrees Fahrenheit) connectors and miniature plugs and jacks also available (contact factory for your requirement). • PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

Grounded Junction

Ungrounded Junction

Thermocouple calibration type N is available in all sizes. 304 Stainless Steel Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J

0.040 0.062 0.125

A8F-1 A8F-2 A8F-3

A8F-4 A8F-5 A8F-6

A8F-7 A8F-8 A8F-9

K K K

0.040 0.062 0.125

A8F-10 A8F-11 A8F-12

A8F-13 A8F-14 A8F-15

E E E

0.040 0.062 0.125

A8F-19 A8F-20 A8F-21

T T T

0.040 0.062 0.125

A8F-28 A8F-29 A8F-30

Type

Inconel 600 Sheath - Specifications Sheath Diameter (in.)

Exposed Junction

Grounded Junction

Ungrounded Junction

Part No.

J J J

0.040 0.062 0.125

A8F-37 A8F-38 A8F-39

A8F-40 A8F-41 A8F-42

A8F-43 A8F-44 A8F-45

A8F-16 A8F-17 A8F-18

K K K

0.040 0.062 0.125

A8F-46 A8F-47 A8F-48

A8F-49 A8F-50 A8F-51

A8F-52 A8F-53 A8F-54

A8F-22 A8F-23 A8F-24

A8F-25 A8F-26 A8F-27

E E E

0.040 0.062 0.125

A8F-55 A8F-56 A8F-57

A8F-58 A8F-59 A8F-60

A8F-61 A8F-62 A8F-63

A8F-31 A8F-32 A8F-33

A8F-34 A8F-35 A8F-36

T T T

0.040 0.062 0.125

A8F-64 A8F-65 A8F-66

A8F-67 A8F-68 A8F-69

A8F-70 A8F-71 A8F-72

Type

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Teflon Tubing

and Encapsulation A8G Series

We offer PFA Teflon® expanded tubing with one end closed for heat shrinking onto probes from 1/16 inch diameter to 1/4 inch diameter and lengths of 60 inches. This PFA tubing is rated at 260 degrees Celsius (450 degrees Fahrenheit) maximum continuous service temperature. These tubes can be shrunk onto the thermocouple or RTD probe with a hot air gun at 300 degrees Fahrenheit. The PFA Teflon® coated probes are ideal for use in caustic or corrosive chemical solutions. The temperature of sulfuric, hydrochloric, nitric, and chromic acids can be measured at temperatures up to 450 degrees Fahrenheit. Thermocouple and RTD probes can also be encapsulated with PFA Teflon® at time of manufacture at a small surcharge. NOTES: • When ordering closed end tubing, specify the Part No. and Quantity. • Probes are sold separately

• When ordering encapsulated probes, specify the Part No. of the probe and the Part No. of the encapsulation. • PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

Teflon PFA Sealed Tubing - Specifications 6”

12”

0.063”

A8G-1

0.125”

A8G-2

0.188” 0.250”

Diameter/Length

18”

24”

36”

48”

60”

A8G-5

A8G-9

A8G-13

A8G-17

A8G-21

A8G-25

A8G-6

A8G-10

A8G-14

A8G-18

A8G-22

A8G-26

A8G-3

A8G-7

A8G-11

A8G-15

A8G-19

A8G-23

A8G-27

A8G-4

A8G-8

A8G-12

A8G-16

A8G-20

A8G-24

A8G-28

Teflon PFA Encapsulation - Specifications Probe Diameter/Length

6”

12”

18”

24”

36”

48”

60”

0.063”

A8G-29

A8G-33

A8G-37

A8G-41

A8G-45

A8G-49

A8G-53

0.125”

A8G-30

A8G-34

A8G-38

A8G-42

A8G-46

A8G-50

A8G-54

0.188”

A8G-31

A8G-35

A8G-39

A8G-43

A8G-47

A8G-51

A8G-55

0.250”

A8G-32

A8G-36

A8G-40

A8G-44

A8G-48

A8G-52

A8G-56

Thermocouple Extension Assemblies A8H Series

Our Thermocouple Extension Assemblies feature #20 gage fiberglass insulated wire with flexible stainless steel armor. Solid #20 gage thermocouple grade wires are used for thermocouple types E, J, K, and T. Extension grade #20 gage solid wires are used for types Rx, Sx, Bx, and Cx thermocouples. Other insulation types are available, contact factory with your specify requirement (standard length “Y” is 36 inches ±1 inch). Specify Part No. and length (Example: A8H-1-36 specifies type J, and 36 inches long). Thermocouple calibration type N is available in all sizes. Dimension Drawings

Part No.

Type

A8H-1 A8H-2 A8H-3 A8H-4 A8H-5 A8H-6

J K E T R/S/B C

A8H-7 A8H-8 A8H-9 A8H-10 A8H-11 A8H-12

J K E T R/S/B C

Single

A8H-13 A8H-14 A8H-15 A8H-16 A8H-17 A8H-18

J K E T R/S/B C

Duplex

A8H-19 A8H-20 A8H-21 A8H-22 A8H-23 A8H-24

J K E T R/S/B C

A8H-25 A8H-26 A8H-27 A8H-28 A8H-29 A8H-30

J K E T R/S/B C

A8H-31 A8H-32 A8H-33 A8H-34 A8H-35 A8H-36

J K E T R/S/B C

Single

Duplex

Specifications

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RTD Cable Assemblies A8H-RTD Series

A Our RTD cable assemblies feature either fiberglass (FIB) insulation rated at 900 degrees Fahrenheit or teflon (TEF) insulation rated at 400 degrees Fahrenheit. Available in two, three, or four conductors. The standard plugs and jacks are rated to a continuous 400 degrees Fahrenheit. NOTES: • For (HT - high temperature) plugs and jacks rated to 800 degrees Fahrenheit, specify by adding the suffix HT. • Standard “Y” length is 36 inches ±1 inch; if your length requirement is different, please specify. The pigtails use teflon shrink tubing.

• Custom design units are available; contact the factory with your specific requirement. • When ordering, specify part number and length. Example: A8H-RTD-31-72 specifies a 3 wire fiberglass insulated assembly with standard plug and jack, 72 inches long.

Specifications Dimension Drawings

Part No.

Number of Wires

Type

A8H-RTD-10 A8H-RTD-11 A8H-RTD-12

2 3 4

FIB FIB FIB

A8H-RTD-13 A8H-RTD-14 A8H-RTD-15

2 3 4

TEF TEF TEF

A8H-RTD-20 A8H-RTD-21 A8H-RTD-22

2 3 4

FIB FIB FIB

A8H-RTD-23 A8H-RTD-24 A8H-RTD-25

2 3 4

TEF TEF TEF

A8H-RTD-30 A8H-RTD-31 A8H-RTD-32

2 3 4

FIB FIB FIB

A8H-RTD-33 A8H-RTD-34 A8H-RTD-35

2 3 4

TEF TEF TEF

Thermocouple Terminations A9 Series

Illustrations

Specifications Style 1

Plain End One Inch Bare Leads

Style 2

Flexible fiberglass insulated leads swaged into sheath. One-piece wire construction; no splices (three foot flexible leads are standard).

Style 4

Standard 2-prong connector attached to sheath or flex leads with appropriate adaptor.

Style 5

Heavy-walled support tube 1/8 inch larger than sheath, for use with mounting bushings. Standard size plug mounted on tube is included.

Style 6

General Purpose Head with 1/2 inch NPT conduit outlet. Includes terminal block on interior of GP connector. This can be combined with a Cold Leg Extension Assembly.

Style 7

Transition splice with spring relief. Three feet of fiberglass insulated leads attached.

Style 8

Miniature connector with two flat prongs, attached to sheath or flex leads with appropriate adaptor. Maximum probe diameter 3/16 inch.

Style 9

#10 spade lugs on end of three inch pigtail

Style 10

Transition splice with spring relief plus 12 inches of coiled PVC insulated extension cable, will stretch to 48 inches repeatedly.

Heavy Duty Cold Leg Extension In addition to straight assembly units; we offer a right angle type cold leg extension. Using a general purpose connector head to make the bend instead of a pipe elbow. Allowing for easier maintenance, servicing and replacement components; thus reducing your overall costs. Consisting of a carbon steel pipe of specified length with 1/2â&#x20AC;? NPT threaded ends.

Many other styles available - contact factory

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Adjustable Compression Fittings A10 Series

We offer two styles of adjustable compression fittings for use in mounting thermocouples into thick or thin walls. One style uses a standard NPT pipe thread while the other uses a straight thread with O-ring seal. Both are typically available from stock in 316 stainless steel (brass upon request). Pipe Thread Fitting Style - Specifications Part No.

Tube OD T

Male Pipe Size P

A10-1 A10-2 A10-3 A10-4 A10-4A A10-5 A10-6 A10-7 A10-8 A10-9 A10-10

1/16 1/16 1/8 3/16 3/16 1/4 1/4 1/4 1/4 5/16 5/16

1/16 1/8 1/8 1/8 1/4 1/8 1/4 3/8 1/2 1/8 1/4

15/16 1 1-3/16 1-15/64 1-5/16 1-5/16 1-1/2 1-17/32 1-3/4 1-23/64 1-35/64

3/8 3/8 3/8 3/8 9/16 3/8 9/16 9/16 3/4 3/8 9/16

7/16 7/16 5/8 21/32 23/32 23/32 23/32 23/32 23/32 3/4 3/4

A10-11 A10-12 A10-13 A10-14 A10-15

3/8 3/8 3/8 3/8 1/2

3/4 1/4 3/8 1/2 1/4

1-13/16 1-19/32 1-19/32 1-13/16 1-23/32

3/4 9/16 9/16 3/4 9/16

3/4 25/32 25/32 25/32 7/8

A10-16 A10-17 A10-18 A10-19 A10-20

1/2 1/2 1/2 5/8 5/8

3/8 1/2 3/4 3/8 1/4

1-23/32 1-29/32 1-15/16 1-3/4 1-15/16

9/16 3/4 3/4 9/16 3/4

7/8 7/8 7/8 7/8 7/8

A10-22 A10-23

3/4 7/8

3/4 3/4

2 2

3/4 3/4

7/8 7/8

A10-25

2-7/16

15/16

1-1/32

Both styles are available for probe diameters from 1/16” to 1.0” OD. (other sizes upon request). The O-ring style is also ideal for use in thin-wall applications, glass containers, jar lids, etc. Simply put a jam nut on other side of container lid. NOTES: • If a (BR - brass) adjustable compression fitting is desired, list the Part No. and BR. Example: A10-1-BR • If a (SS - stainless steel) adjustable compression fitting is desired, add the suffix SS to the Part No. Example: A10-1-SS

Minor length variations should be expected O-Ring Style - Specifications Part No.

Tube OD T

Thread Size S

A10-26 A10-27 A10-28 A10-29 A10-30

1/16 1/8 3/16 1/4 5/16

5/16-24 5/16-24 3/8-24 7/16-20 1/2-20

1-1/16 1-5/16 1-3/8 1-17/32 1-5/16

11/32 11/32 3/8 13/32 7/16

7/16 5/8 21/32 23/32 3/4

A10-31 A10-32 A10-33 A10-34 A10-35 A10-36

3/8 1/2 5/8 3/4 7/8 1

9/16-18 3/4-16 7/8-14 1-1/16-12 1-1/16-12 1-5/16-12

1-11/16 1-13/16 1-29/32 2-1/16 2-1/16 2-9/32

15/32 15/32 15/32 9/16 9/16 9/16

25/32 7/8 7/8 7/8 7/8 1-1/32

High Temperature Thermocouple Probes

for Vacuum, Carburizing, Annealing, Hardening, and Sintering Applications

A11 Information

Our line of High Temperature Thermocouples are specially designed for temperatures ranging from 1,000 degrees Fahrenheit to 4,235 degrees Fahrenheit. Sheath materials available from stock include tantalum, molybdenum, zirconia, alumina, and quartz. Chief characteristics of the sheath materials are summarized. TANTALUM (Ta): Melting point of 5,430 degrees Fahrenheit; the most corrosive resistant of the refractory metals. Corrosion resistant to most chemicals up to 3,000 degrees Fahrenheit. Good in reducing or neutral atmospheres at elevated temperatures. Poor in oxidizing atmospheres and excellent for thermal cycling applications. MOLYBDENUM (Mo): Excellent mechanical properties at elevated temperatures. Melting point at 4,750 degrees Fahrenheit; excellent in reducing or neutral atmospheres. Having low thermal-neutron capture cross-section and excellent thermal shock resistance. Poor in oxidizing atmospheres but excellent for thermal cycling applications. ALUMINA (Al2O3): This high purity sintered aluminum oxide (99.5% AI2O3, dense) has a melting point of 3,686 degrees Fahrenheit (2,030 degrees Celsius) and an upper working service temperature of 3,482 degrees Fahrenheit (1,900 degrees Celsius). It can be used in oxidizing, reducing, or high vacuum applications. Not recommended for use in high vacuum environments in the presence of graphite at temperatures exceeding 2,372 degrees Fahrenheit (1,300 degrees Celsius). Alumina (AI2O3) has high thermal conductivity and therefore fairly good resistance to thermal shock. Having excellent resistance to chemical attack but poor for thermal cycling applications. ZIRCONIA (ZRO2): Zirconium oxide is fully stabilized with exceptional refractory properties, which include the highest melting point and lowest thermal conductivity of any refractory. It is not wetted by most molten metals, is generally inert to oxidizing and reducing atmospheres, and resists most chemical reactions. Usable to 4400°F. It is impervious (0% water absorption). Poor for thermal cycling applications. FUSED QUARTZ: Fused silica consists of 99,9%SiOi; most acids, metals, chlorine, and bromine are reactive with fused silica at ordinary temperatures. Slightly attacked by alkaline solutions, the reaction rate increasing with temperature and concentration of solution. Fused silica has an extremely low coefficient of thermal expansion, 0.55 x 10-6 cm/cm/°F (0-572 degrees Fahrenheit). This is 1/34th that of copper, 1/17th of platinum and 1/9th of tungsten. This low expansion produces a high thermal shock resistance, heated to 2700’’F, and immersed into ice water without cracking. Good for oxidizing, inert or neutral atmospheres to 3,050 degrees Fahrenheit. Excellent for thermal shock applications; devitrifies rapidly at temperatures above 1,800 degree Fahrenheit causing microscopic surface cracking (hazy film) upon cooling.

Applications: Oxidizing, Vacuum, Reducing and Inert Gas Furnaces, Gas Burners, Ovens, Nuclear Power Generating Plants, Exhaust Gases, Wind Tunnels, Pollution Control, and High Temperature Process Control Applications.

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High Temperature Thermocouple Probes A11A Series

A Our standard High Temperature Thermocouple Probe consists of an ungrounded thermal junction within a closed end sheath. It also includes a set of standard matching plug and jack connectors. With male connector attached and the female connector (not shown) furnished with a cable clamp. Maximum service temperature of connector is 450 degrees Fahrenheit. This High Temperature Thermocouple Probe is also available with an optional, four inch long support tube attached to the connector end. The purpose of the support tube is to eliminate any damage to the refractory sheath that may be caused by the mounting bushing. The support tube is 1/8 inch larger in diameter than the thermocouple sheath. If a support tube is desired, insert the suffix (ST) onto the part number. NOTES: • These thermocouples all use a #30 gage (0.010”) size elements. • Various adjustable compression fittings and mounting bushings are available. • Duplex and multiple units are also available.

• High temperature (800 degrees Fahrenheit) connectors also available (contact factory for your requirement). • When ordering, specify Part No. thermocouple type and length. Example: A11A-1-12-R

Specifications Part No.

Sheath Diameter

Sheath Material

A11A-1 A11A-2 A11A-3

0.125 0.187 0.250

Molybdenum

A11A-4 A11A-5 A11A-6 A11A-7

0.063 0.125 0.187 0.250

Tantalum

A11A-10 A11A-11 A11A-12

0.187 0.250 0.375

Alumina

A11A-14 A11A-15

0.250 0.375

Zirconia

A11A-16 A11A-17 A11A-18

0.187 0.250 0.375

Quartz

All A11A Series Probes Ungrounded Junction

High Temperature Thermocouple Probes A11B Series

The standard probe contains an ungrounded thermocouple assembly with a general purpose aluminum head. A terminal block is mounted in the interior of the GP head. The GP head has a 1/2 inch NPT conduit outlet. This thermocouple assembly is also available with a four inch long stainless steel support tube for use with adjustable mounting fittings. The support tube is 1/8 inch larger in diameter than the sheath diameter. When ordering this unit, add suffix (ST) to Part No. NOTES: • These thermocouples use #30 gage (0.010”) size elements. • Duplex and multiple units also available (contact factory) • When ordering, specify Part No., Length “L” and thermocouple type. Example: A11B-1-12-R

Various adjustable compression fittings and mounting bushings are available.

Specifications

Part No.

Sheath Diameter

Sheath Material

A11B-1 A11B-2 A11B-3

0.125 0.187 0.250

Molybdenum

A11B-5 A11B-6 A11B-7

0.125 0.187 0.250

Tantalum

A11B-9 A11B-10 A11B-11

0.187 0.250 0.375

Alumina

A11B-13 A11B-14

0.250 0.375

Zirconia

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High Temperature Thermocouple Probes A11C Series

A This probe contains an ungrounded thermocouple assembly with a transition junction, a stress relief spring, and 36 inches of fiberglass insulated #20 gage (0.032’) extension leads. These extension leads are shielded with a stainless steel over braid. This thermocouple is also available with a four inch long support tube attached to the transition end. The purpose of the support tube is to eliminate any damage to the refractory sheath that may be caused by the mounting bushing. That support tube is 1/8 inch larger in diameter than the thermocouple sheath. If a support tube is desired, insert the suffix (ST) onto the Part No. NOTES: • These thermocouples use #30 gage (0.010”) size elements. • These units are available with a standard miniature or high temperature connector attached (contact factory). • Various adjustable compression fittings and mounting bushings are available.

• Various adjustable compression fittings and mounting bushings are available. • Duplex and multiple units also available (contact factory) • When ordering, specify Part No., Length “L” and thermocouple type. Example: A11B-1-12-R

Specifications Part No.

Sheath Diameter

Sheath Material

A11C-1 A11C-2 A11C-3

0.125 0.187 0.250

Molybdenum

A11C-5 A11C-6 A11C-7

0.125 0.187 0.250

Tantalum

A11C-9 A11C-10 A11C-11

0.187 0.250 0.375

Alumina

A11C-13 A11C-14

0.250 0.375

Zirconia

Heavy Duty High Temperature Thermocouple Probes A12 Series

This high temperature thermocouple probe consists of an ungrounded thermal junction within a closed end sheath. It also includes a set of standard matching plug and jack connectors with the male connector attached and the female connector (not shown) furnished with a cable clamp. Maximum service temperature of connector is 450 degrees Fahrenheit. This high temperature thermocouple probe is also available with a thick wall, four inch long support tube attached to the connector end. The purpose of the support tube is to eliminate any damage to the refractory sheath that may be caused by the mounting bushing. The support tube is an 1/8 inch larger in diameter than the thermocouple sheath. If a support tube is desired, insert the suffix (ST) onto the Part No. NOTES: • These thermocouples use #24 gage (0.020”) size elements. • Various adjustable compression fittings and mounting bushings are available.

• Duplex and multiple units also available (contact factory) • High temperature (800 degrees Fahrenheit) connectors and miniature plugs & jacks also available.

Specifications

Part No.

Sheath Diameter

Sheath Material

A12-1 A12-2 A12-3

0.125 0.187 0.250

Molybdenum

All A12 Series Probes

A12-5 A12-6 A12-7

0.125 0.187 0.250

Tantalum

Ungrounded Junction

A12-10 A12-11 A12-12

0.187 0.250 0.375

Alumina

A12-14 A12-15

0.250 0.375

Zirconia

A12-16 A12-17 A12-18

0.187 0.250 0.375

Quartz

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Heavy Duty High Temperature Thermocouple Probes A12A Series

This standard probe contains an ungrounded thermocouple assembly with a General Purpose Aluminum Head. A terminal block is mounted in the interior of the GP Head. The GP Head has a 1/2 inch NPT conduit outlet. This thermocouple assembly is also available with a four inch long stainless steel support tube for use with adjustable mounting fittings. The support tube is an 1/8 inch larger in diameter than the sheath diameter. When ordering this unit, add suffix (ST) to Part No. NOTES: • These thermocouples use #24 gage (0.020”) size elements. • Duplex and multiple units also available (contact factory) • When ordering, specify Part No. Length “L” and thermocouple type.

Various adjustable compression fittings and mounting bushings are available.

Specifications Part No.

Sheath Diameter

Sheath Material

A12A-1 A12A-2 A12A-3

0.125 0.187 0.250

Molybdenum

A12A-5 A12A-6 A12A-7

0.125 0.187 0.250

Tantalum

A12A-9 A12A-10 A12A-11

0.187 0.250 0.375

Alumina

A12A-13 A12A-14

0.250 0.375

Zirconia

Heavy Duty High Temperature Thermocouple Probes A12B Series

This probe contains an ungrounded thermocouple assembly with a transition junction, a stress relief spring, and 36 inches of fiberglass insulated #20 gage (0.032’) extension leads. The extension leads are shielded with a stainless steel over braid. This thermocouple is also available with a thick wall, four inch long support tube attached to the transition end. The purpose of the support tube is to eliminate any damage to the refractory sheath that may be caused by the mounting bushing. The support tube is an 1/8 inch larger in diameter than the thermocouple sheath. If a support tube is desired, insert the suffix (ST) onto the Part No. NOTES: • These thermocouples use #24 gage (0.020”) size elements. • Various adjustable compression fittings and mounting bushings are available. • Duplex and multiple units also available (contact factory)

• Available with Standard, Miniature, or High Temperature connectors attached (contact factory). • When ordering, specify Part No. Length “L” and thermocouple type. Example: A12B-1-12-R

Specifications

Part No.

Sheath Diameter

Sheath Material

A12B-1 A12B-2 A12B-3

0.125 0.187 0.250

Molybdenum

A12B-5 A12B-6 A12B-7

0.125 0.187 0.250

Tantalum

A12B-9 A12B-10 A12B-11

0.187 0.250 0.375

Alumina

A12B-13 A12B-14

0.250 0.375

Zirconia

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Heavy Duty High Temperature Thermocouple Probes for Pressures to 20,000 PSI A12C-EQ Series

Many high pressure applications such as reaction chambers often times require temperature monitoring and control at temperatures from 2,000 degrees Fahrenheit to over 3,000 degrees Fahrenheit. Since refractory or ceramic sheathed thermocouples are used to monitor these temperatures, the strength of these sheaths are not sufficient to withstand these external pressures at these temperatures. In order to prevent the sheaths from collapsing, we have drilled a small hole through the sheath at the sensing tip end, this feature allows the internal pressure inside the sheath to equalize with the external pressure; thus, preventing the sheath from collapsing. Also, we have built a gas-tight pressure seal into the thermowell; so that, high pressure gases will not escape through the mineral oxide insulation. This High Temperature Thermocouple uses either a molybdenum or tantalum sheath; having a 1/16 inch hole drilled through the sheath near the junction end. Recommended use in reducing or neutralizing atmosphere. Both are excellent in thermal cycling applications. In oxidizing atmospheres either alumina or zirconia sheaths are recommended. Instead of a 1/16 inch diameter hole, a small slot is machined through the sheath at the sensing end. Alumina sheath is recommended to about 3,300 degrees Fahrenheit maximum, whereas zirconia can be used to about 4,400 degrees Fahrenheit. Both of these sheaths must not be subjected to temperature changes exceeding 200 degrees Fahrenheit per hour. NOTES: • All units come with a standard connector attached (mating connector with cable clamps furnished). • All platinum alloy thermocouples use high purity alumina insulation. All tungsten alloy thermocouples use magnesia insulation.

• Use of a copper washer suggested to make a seal, when installing • Standard unit has EQ hole at Hot end (EQH); EQ hole at Cold end (EQC) also available. • When ordering specify Part No., Length, and Thermocouple Type. Example: A12C-1-12-C

Specifications Part No.

A12C-1

A12C-2

A12C-3

A12C-4

A12C-5

A12C-6

A12C-7

A12C-8

A12C-9

A12C-10

Sheath Diameter “A” (in.)

0.125

0.187

0.250

0.125

0.187

0.250

0.375

0.250

0.375

Sheath Material

Molybdenum

Tantalum

Alumina

Zirconia

High Temperature Probes with Tungsten Coatings A12D Series

Oftentimes a molybdenum sheathed thermocouple is used in a furnace with graphite liners or heating elements. At temperatures above 1,600 degrees Celsius, any graphite present emits dust molecules which attack the sheath and rapidly carburizes the sheath. This causes the sheath to become crystallized and porous. The thermal elements lose their protection and they also become crystallized and then break during cycling. Coating the protecting sheath with a thick layer of tungsten minimizes this carburization process and extends the life of the probes significantly. Field tests at 2,000 degrees Celsius using the coated probes produced continuous temperature data up to 2 months (even during cycling) whereas the uncoated probes failed within hours of reaching temperature. Longer lifetimes were also experienced at temperatures below 2,000 degrees Celsius.

• • • • •

NOTES: These thermocouples use #24 gage (0.020”) size elements and molybdenum sheaths. Various adjustable compression fittings and mounting bushings are available. Duplex and multiple units also available (contact factory) When ordering, specify Part No. Length “L” and thermocouple type. Example: A12D-1-17-C Special designs available to suit your requirements.

Specifications Part No.

Type

D1 (in.) Approximate

D2 (in.)

A12D-1 A12D-2 A12D-3

0.150 0.220 0.284

0.250 0.250 0.375

A12D-4 A12D-5 A12D-6

0.150 0.220 0.284

0.250 0.250 0.375

A12D-7 A12D-8 A12D-9

0.150 0.220 0.284

0.250 0.250 0.375

A12D-10 A12D-11 A12D-12

0.150 0.220 0.284

0.250 0.250 0.375

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Bare Wire Thermocouple Elements A13 Series

A Offering a wide variety of bare wire thermocouple elements in a large selection of wire sizes. All base metal bare wire thermocouple types: E, J, K, N, and T come with a standard length of 12 inch leads. Noble metal and refractory wire element types: B, D, C, S, and R come with a standard element length of six inches. Other sizes and lengths are also available. NOTES: • All standard units have a twist and welded junction, if requesting no twist use the suffix NT. Example: A13-K-12-NT

• Elements with ceramic insulators are also available (contact factory). • All bare wire elements can be made to most lengths; contact the factory with your requirement. Specifications 12” Standard Lengths Part No. A13-1 A13-2 A13-3 A13-4 A13-5 A13-6 A13-7 A13-8 A13-9

Specifications 6” Standard Lengths

A13-10 A13-11 A13-12 A13-13 A13-14 A13-15

Type

Wire Dia. (in.)

0.005 0.010 0.015 0.020

A13-35 A13-36 A13-37 A13-38

0.005 0.010 0.015 0.020

A13-43 A13-44 A13-45 A13-46

0.005 0.010 0.015 0.020

A13-25 A13-26 A13-27 A13-28 A13-29 A13-30

0.005 0.010 0.015 0.020

A13-60 A13-61 A13-65 A13-66

Part No. A13-31 A13-32 A13-33 A13-34

A13-47 A13-48 A13-49 A13-50 A13-51 A13-52 A13-53 A13-54

A13-16 A13-17 A13-18 A13-19 A13-20 A13-21 A13-22 A13-23 A13-24

Type

Wire Dia. (in.)

0.003 0.005 0.010 0.015 0.020 0.032 0.050 0.064 0.128

0.003 0.005 0.010 0.015 0.020 0.032

0.003 0.005 0.010 0.015 0.020 0.032 0.050 0.064 0.128

0.003 0.005 0.010 0.015 0.020 0.032

0.020 0.032 0.064 0.128

Thermocouple Insulators A14 Series

We stock a broad line of insulators for use with all types and sizes of thermocouple wire. Mullite insulators are recommended for use with bare metal thermocouple wire and element types: E, J, K, N, and T up to 2,700 degrees Fahrenheit. High purity alumina oxide is recommended for use with noble or refractory thermocouple wire and element types: B, C, D, R, and S. Re-crystallized alumina is suitable up to 3,600 degrees Fahrenheit. NOTES: • Specify length in six inch increments.

• Example: A14-1-6 (is an 1/8 inch OD Mullite, 2 bore, 0.040 bore size, six inches long) • Special lengths are available

We do not recommend using Mullite (~70% Alumina / 30% Silica) with either platinum or tungsten elements. Illustrations

Specifications Material

Nominal OD (in.)

Nominal ID (in.)

A14-1 A14-2 A14-3 A14-4 A14-5

Mullite

1/8 3/16 1/4 3/8 1/2

0.040 0.060 0.080 0.110 0.150

A14-6 A14-7 A14-8

Oxide 99 (High Purity Alumina)

1/8 3/16 1/4

0.040 0.060 0.080 0.030 0.040 0.090 0.090 0.160

Style

Part No.

Double Bore Round

Double Bore Oval

A14-9 A14-10 A14-11 A14-12 A14-13

Mullite

1/8 x 0.090 3/16 x 0.120 1/4 x 0.220 3/8 x 0.220 1/2 x 0.280

Four Bore Round

A14-14 A14-15

Mullite

3/16 1/4

0.040 0.080

Single Bore Round

A14-19 A14-20 A14-21 A14-22

Oxide 99 (High Purity Alumina)

1/4 3/8 1/8 3/16

0.110 0.250 0.060 0.080

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Industrial Base Metal Thermocouples with Standard Size Connector Attached A14A Series

Our Industrial Base Metal Thermocouples offer a wide variety of ceramic insulated thermocouples in a large selection of wire sizes. All standard thermocouples (types E, J, K & T) come with a standard length of 12 inch leads. Noble metal and refractory wire elements (types B, C, D, R & S) come with a standard element length of six inches. Other sizes and/or lengths are available upon request.

Mullite ceramic insulators are recommended for use with base metal thermocouple wire and elements types E, J, K, N & T. High purity Alumina oxide is recommended for use with noble or refractory thermocouple wire and elements, types B, C, D, R & S. Alumina is suitable for up to 3,600 degrees Fahrenheit. Mullite (60% AL2O3 / 39% SiO2) is suitable to 2,700 degrees Fahrenheit. Style 1: Two-Hole Ceramic Insulated

Style 2 Shown for Clarity • • • •

•

NOTES: Length do not include approximately one inch of bare wire at the terminating end. These units are also available with short ball and socket insulators for units required to bend, curve, etc. Contact factory with your specific requirements. Typically a sketch is required to quote these unique designs. When ordering, specify series (A14A) and Part No. by specifying each of the four characteristics from columns A-B-C-D. Example: A14A-2-14-K-24 (specifies a duplex 14 gage, type K, 24 inch long element) All units come standard with a twist and welded junction. If you request no twist, specify by adding the suffix NT. Example: A14A-2-14-K-24-NT

A14A

Style 1 2 3 4

Gauge 8 14 20 24

Type J K T E N

Length (inches)

When ordering, specify Part No. and fill in the 4 letter blocks Example: A14A-2-20-K-24 (specifies a Style 2 duplex thermocouple with 20 gauge Type K elements and length of 24 inches.

Style 2: Duplex Ceramic Insulated

Style 3: Ball & Socket Ceramic Insulated

Style 4: Angle

Specifications Style

Wire Gage/Diameter

8 (0.128) 14 (0.064) 20 (0.032) 24 (0.020)

Flexible Thermocouples

and Extension Wire Assemblies A14B Series

Thermocouples and extension leads with end preparations offer rapid solutions to many temperature measurement applications at economical costs. All contain one pair of solid conductors and are insulated with fiberglass over each leg and overall. Color codes and premium grade elements are used throughout; thermocouple types include: E, J, K, N & T. NOTES: • When ordering, specify Part No. and fill in the four letter blocks. • For stainless steel over braid add the suffix SS to the Part No. • Example: A14B-2-K-20-36 (specifies a style 2 thermocouple with spade lugs on cold end, type K, gage #20 and an overall length of 36 inches)

A14B

Style 1 2 3 4

Gauge 8 14 20 24

Type J K T E N

Length (inches)

When ordering, specify Part No. and fill in the 4 letter blocks Example: A14A-2-20-K-24 (specifies a Style 2 duplex thermocouple with 20 gauge Type K elements and length of 24 inches.

Illustrations

Specifications Style 1

Twist and welded hot junction with leads stripped at cold end

Style 2

Twist and welded hot junction with lugs at cold end

Style 3

Stripped one end Lugs on other end

Style 4

Stripped on both ends

Style 5

Twist and welded hot junction with plug at cold end

Style 6

Twist and welded hot junction with miniature plug at cold end

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Thermowell Assemblies General Information A17 Series

Thermowell Assemblies use female NPT threads for accepting male NPT pipe fittings. Because of normal tolerance and torque variations during assembly, variations as much as 5/8 inch element lengths can be encountered. When ordering replacement parts, care should be taken to allow for normal variations in length. When ordering complete assemblies, Nanmac will make the necessary adjustments to compensate for these variations in lengths.

Since all metal thermowells have a female NPT connection thread and all connection heads also have a female NPT thread; a nipple with male NPT threads on both ends is required to attach the connection head to the thermowell. A secondary purpose of the nipple is to physically remove the connection head from a hot thermowell to a safe distance so that an operator can safely open the connection head and make necessary replacements or repairs. The steel union is used to connect two nipples together. This combination allows easy removal of the head and element from the well. The outlet port of the connection head in the Nanmac standard connection head contains a 1/2 inch NPT female thread. This is used to connect to your conduit pipe containing the extension leads. Nipples and unions should also be used here to facilitate connecting and disconnecting the conduit pipe - they can also be used to add extensions to your conduit pipe where required. Material: Thermowells consist of drilled bar stock. Standard well materials include brass (ASTM B-16), carbon steel (C-1018), and stainless steel (A.I.S.I B-16). Wells are also available in special grades of stainless steel, chrome-molybdenum alloys, silicon bronze, Hastelloy B and C, nickle, titanium, inconel, and monel. The particular choice is usually determined by the corrosive conditions under which the thermowell must operate-commensurate with the maximum service pressure and temperature.

ÂŠ2012 Nanmac Corp. | 1657 Washington St. | Holliston, MA 01746 USA

Corrosive Service Guide to Materials

Corrodent

Temperature °F

Conc. %

Recommended Material

Acetic Acid Acetic Anhydride Acetone Acetylene Alcohols Alum. (Potassium or Sodium) Aluminum Chloride Aluminum Sulfate Ammonia, Dry Ammonia Hydroxide (Ammonia, Aqua) Ammonia Chloride Ammonia Nitrate Ammonia Sulfate Amyl Acetate Aniline Asphalt Atmosphere (Industrial and Marine) Barium Compound Beer Benzene (Benzol) Benzoic Acid Bleaching Powder Borax Bordeaux Mixture Boric Acid Bromine Butane Butyl Alcohol Butyric Acid Calcium Bisulphite Calcium Chloride Calcium Hydroxide Calcium Hypochlorite Carbolic Acid Carbon Dioxide, Dry Carbonated Water Carbonated Beverages Carbon Disulfide Carbon Tetrachloride Chlorine, Dry Chlorine, Moist Chloracetic Acid Chloroform, Dry Chromic Acid Cider Citric Acid Copper (10) Chloride Copper (10) Nitrate Copper (10) Sulfate Copper Plating Solution (Cyanide) Copper Plating Solution (Acid) Corn Oil Creosote Crude Oil Ethyl Acetate Ethyl Chloride, Dry Ethanol Ethylene Glycol (Uninhibited) Ethylene Oxide Fatty Acids Ferric Chloride Ferric Sulfate Formaldehyde Formic Acid Freon Fluorine, Anhydrous Furfural Gasoline Glucose Glue ph 6-8 Glycerine Hydrobromic Acid Hydrochloric Acid, (37-38%)

212 300 212 400 212 300 212 212 212 212 300 300 212 300 75 250 See Calcium 70 212 212 70 212 200 400 125 400 See Alcohols 212 75 212 300 See Bleaching Powder See Phenol 800 212 212 200 125 100 100 212 212 300 300 212 212 300 300 180 75 200 200 300 See Lacquer Thinner 500 See Alcohols 212 75 500 75 300 212 300 300 100 450 300 300 300 212 212 225

All All All All All All All All 50% All All All All 15% All

Monel Nickel SS 304 SS 304 SS 304 Hastelloy C Hastelloy B SS 316 SS 304, 316 SS 304, 316 Monel SS 304 SS 316 SS 304 Monel SS 304 SS 304 SS 304 Steel SS 316 Monel Brass SS 304 SS 316 Monel Steel Hastelloy C Hastelloy C Hastelloy C Hastelloy C Brass SS 304 SS 304 SS 304 Monel Monel Monel Monel Monel Hastelloy C SS 304 Hastelloy C Hastelloy C SS 316 SS 316 SS 304 SS 304 SS 304 SS 304 Monel Steel SS 316 Steel SS 316 Hastelloy C SS 304 SS 316 SS 316 Steel SS 304 SS 316 Steel SS 304 SS 304 Brass Hastelloy C Hastelloy B

All Dry All All All 20% All All All All All All All All All All All All All All All All All 40% All All All All All

Corrodent Hydrogen Chloride, Dry Hydrocyanic Acid Hydrofluoric Acid Hydrogen Fluoride, Dry Hydrofluogilicic Acid Hydrogen Peroxide Kerosene Lacquers & Thinners Lactic Acid Lime Linseed Oil Magnesium Chloride Magnesium Hydroxide (or Oxide) Magnesium Sulfate Mercuric Chloride Mercury Methylene Chloride Methyl Chloride, Dry Milk, fresh or sour Molasses Natural Gas Nitric Acid Nitric Acid Oleic Acid Oxalic Acid Oxygen Photographic Bleaching Palmitic Acid Phosphoric Acid Phenol Potassium Compounds Propane Rosin Sea Water Soap & Detergent Sodium Bicarbonate Sodium Bisulphite Sodium Bisulphate Sodium Carbinate Sodium Chloride Sodium Chromate Salt or Brine Sodium Cyanide Sodium Hydroxide Sodium Hypochlorite Sodium Nitrate Sodium Nitrite Sodium Phosphate Sodium Silicate Sodium Sulfide Sodium Sulfite Sodium Sulfate Sodium Thiosulfate Steam Stearic Acid Sugar Solutions Sulfur Sulfur Chloride Sulfur Dioxide Sulfur Trioxide Sulfuric Acid Sulfuric Acid Sulfuric Acid Sulfuric Acid, Fuming Sulfurous Acid Titanium Tetrachloride Tannic Acid Toluene Trichloracetic Acid Trichlorethylene Turpentine Varnish Zinc Chloride Zinc Sulfate

Temperature °F

Conc. %

Recommended Material

500 212 212 175 212 125 300 300 300 212 75 212 75 212 75 700 212 75 180 See Glucose 70 75 300 See Fatty Acids 212 75 100

All 60% 40% 10-100% All All All All 50% All 40% 10% 100% All All All All All All All All 100%

SS 304 SS 304 Monel Steel Monel SS 304 Steel SS 304 SS 316 SS 316 Steel Nickel SS 304 SS 304 Hastelloy C Steel SS 304 Steel SS 304 SS 304 SS 316 SS 316 Monel Steel SS 304 SS 316 SS 316 Steel SS 316 Monel SS 304 SS 316 SS 304 SS 304 SS 316 Monel SS 316 SS 304 SS 316 Hastelloy C SS 304 SS 316 Steel Steel SS 316 SS 316 SS 304 SS 304 SS 304 SS 304 SS 316 SS 316 SS 316 SS 316 Hastelloy B SS 316 Hastelloy C SS 316 SS 316 Hastelloy B Steel Hastelloy B Monel SS 316 Steel Hastelloy B SS 316

See Fatty Acids 212 212 See Sodium Compound 300 700 75 212 212 212 212 212 300 212 See Sodium Chloride 212 212 75 212 75 212 212 212 212 212 212 See Fatty Acids See Glucose 500 75 500 500 212 212 212 175 75 75 75 75 75 300 75 150 212 212

All 20% 20% 20% 40% 30% All All 30% 10% 40% 20% 10% 10% 30% 10% 30% All Dry Dry Dry 10% 10-90% 90-100% 20% All 40% All Dry All All

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General Use Thermowells A21A Series

Typical Pressure - Temperature Rating - PSI Material Brass Carbon Steel SS304 SS316 Monel

NOTES: • When ordering, order by Part No. as indicated. • Stainless steel or brass compression fittings are available for mounting probes into these thermowells.

Temperature - °F 70°

200°

400°

600°

800°

1000°

1200°

5,000 5,200 7,000 7,000 6,500

4,200 5,000 6,200 7,000 6,000

1,000 4,800 5,600 6,400 5,400

4,600 5,400 6,200 5,300

3,500 5,200 6,100 5,200

1,500 4,500 5,100 1,500

1,650 2,500

Specifications Bore Diameter (B) = 0.260” Exterior Thread (P)

Stem Length (A)

Insertion Length (U)

1/2” NPT

4 6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 16-1/2 22-1/2

3/4” NPT

4 6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 16-1/2 22-1/2

1” NPT

4 6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 16-1/2 22-1/2

Shank Diameter (Q)

Material SS304

Material SS316

Material Carbon Steel

Material Brass

Part No.

5/8”

A21A-1 A21A-2 A21A-3 A21A-4 A21A-5 A21A-6 A21A-7

A21A-22 A21A-23 A21A-24 A21A-25 A21A-26 A21A-27 A21A-28

A21A-43 A21A-44 A21A-45 A21A-46 A21A-47 A21A-48 A21A-49

A21A-64 A21A-65 A21A-66 A21A-67 A21A-68 A21A-69 A21A-70

3/4”

A21A-8 A21A-9 A21A-10 A21A-11 A21A-12 A21A-13 A21A-14

A21A-29 A21A-30 A21A-31 A21A-32 A21A-33 A21A-34 A21A-35

A21A-50 A21A-51 A21A-52 A21A-53 A21A-54 A21A-55 A21A-56

A21A-71 A21A-72 A21A-73 A21A-74 A21A-75 A21A-76 A21A-77

7/8”

A21A-15 A21A-16 A21A-17 A21A-18 A21A-19 A21A-20 A21A-21

A21A-36 A21A-37 A21A-38 A21A-39 A21A-40 A21A-41 A21A-42

A21A-57 A21A-58 A21A-59 A21A-60 A21A-61 A21A-62 A21A-63

A21A-78 A21A-79 A21A-80 A21A-81 A21A-82 A21A-83 A21A-84

Thermowells

with Lagging Extension A22A Series

NOTES: • When ordering, order by Part No. as indicated. • Stainless steel or brass compression fittings are available for mounting probes into these thermowells.

Typical Pressure - Temperature Rating - PSI Material Brass Carbon Steel SS304 SS316 Monel

Temperature - °F 70°

200°

400°

600°

800°

1000°

1200°

5,000 5,200 7,000 7,000 6,500

4,200 5,000 6,200 7,000 6,000

1,000 4,800 5,600 6,400 5,400

4,600 5,400 6,200 5,300

3,500 5,200 6,100 5,200

1,500 4,500 5,100 1,500

1,650 2,500

Specifications Bore Diameter (B) = 0.260” Lagging Extension (T) 2 3 3 3 3 3 2 3 3 3 3 3 2 3 3 3 3 3

Exterior Thread (P)

Stem Length (A)

Insertion Length (U)

1/2” NPT

6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2

3/4” NPT

6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2

1” NPT

6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2

Shank Diameter (Q)

Material SS 304

Material SS 316

Material Carbon Steel

Material Brass

Part No.

5/8”

A22A-1 A22A-2 A22A-3 A22A-4 A22A-5 A22A-6

A22A-19 A22A-20 A22A-21 A22A-22 A22A-23 A22A-24

A22A-37 A22A-38 A22A-39 A22A-40 A22A-41 A22A-42

A22A-55 A22A-56 A22A-57 A22A-58 A22A-59 A22A-60

3/4”

A22A-7 A22A-8 A22A-9 A22A-10 A22A-11 A22A-12

A22A-25 A22A-26 A22A-27 A22A-28 A22A-29 A22A-30

A22A-43 A22A-44 A22A-45 A22A-46 A22A-47 A22A-48

A22A-61 A22A-62 A22A-63 A22A-64 A22A-65 A22A-66

7/8”

A22A-13 A22A-14 A22A-15 A22A-16 A22A-17 A22A-18

A22A-31 A22A-32 A22A-33 A22A-34 A22A-35 A22A-36

A22A-49 A22A-50 A22A-51 A22A-52 A22A-53 A22A-54

A22A-67 A22A-68 A22A-69 A22A-70 A22A-71 A22A-72

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General Use Thermowells

Standard for 3/8” Diameter Elements A23 Series

Typical Pressure - Temperature Rating - PSI Material Brass Carbon Steel SS304 SS316 Monel

Temperature - °F 70°

200°

400°

600°

800°

1000°

1200°

5,000 5,200 7,000 7,000 6,500

4,200 5,000 6,200 7,000 6,000

1,000 4,800 5,600 6,400 5,400

4,600 5,400 6,200 5,300

3,500 5,200 6,100 5,200

1,500 4,500 5,100 1,500

1,650 2,500

NOTES: • Stainless steel or brass compression fittings are available for mounting probes into these thermowells.

Specifications Bore Diameter (B) = 0.385” Exterior Thread (P)

Element Length (A)

Insertion Length (U)

Material SS304

Material SS316

Material Carbon Steel

Material Brass

Part No.

3/4” NPT

4 6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 16-1/2 22-1/2

A23-1 A23-2 A23-3 A23-4 A23-5 A23-6 A23-7

A23-15 A23-16 A23-17 A23-18 A23-19 A23-20 A23-21

A23-29 A23-30 A23-31 A23-32 A23-33 A23-34 A23-35

A23-43 A23-44 A23-45 A23-46 A23-47 A23-48 A23-49

1” NPT

4 6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 16-1/2 22-1/2

A23-8 A23-9 A23-10 A23-11 A23-12 A23-13 A23-14

A23-22 A23-23 A23-24 A23-25 A23-26 A23-27 A23-28

A23-36 A23-37 A23-38 A23-39 A23-40 A23-41 A23-42

A23-50 A23-51 A23-52 A23-53 A23-54 A23-55 A23-56

General Use Thermowells

with Lagging Extension for 3/8” Diameter Elements A24A Series

Typical Pressure - Temperature Rating - PSI

NOTES: • Stainless steel or brass compression fittings are available for mounting probes into these thermowells.

Material Brass Carbon Steel SS304 SS316 Monel

Temperature - °F 70°

200°

400°

600°

800°

1000°

1200°

5,000 5,200 7,000 7,000 6,500

4,200 5,000 6,200 7,000 6,000

1,000 4,800 5,600 6,400 5,400

4,600 5,400 6,200 5,300

3,500 5,200 6,100 5,200

1,500 4,500 5,100 1,500

1,650 2,500

Specifications Bore Diameter (B) = 0.385” Lagging Extension (T) 2 3 3 3 3 3 2 3 3 3 3 3

Exterior Thread (P)

Stem Length (A)

Insertion Length (U)

3/4” NPT

6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2

1” NPT

6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2

Shank Diameter (Q)

Material SS304

Material SS316

Material Carbon Steel

Material Brass

Part No.

3/4”

A24A-1 A24A-2 A24A-3 A24A-4 A24A-5 A24A-6

A24A-13 A24A-14 A24A-15 A24A-16 A24A-17 A24A-18

A24A-25 A24A-26 A24A-27 A24A-28 A24A-29 A24A-30

A24A-37 A24A-38 A24A-39 A24A-40 A24A-41 A24A-42

7/8”

A24A-7 A24A-8 A24A-9 A24A-10 A24A-11 A24A-12

A24A-19 A24A-20 A24A-21 A24A-22 A24A-23 A24A-24

A24A-31 A24A-32 A24A-33 A24A-34 A24A-35 A24A-36

A24A-43 A24A-44 A24A-45 A24A-46 A24A-47 A24A-48

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Heavy Duty Tapered Thermowells for 1/4” & 3/8” Diameter Elements A25 Series

1/4” Diameter Probe - Temperature Rating - PSI Material Brass Carbon Steel SS 304 SS 316 Monel

Temperature °F 70°F

200°F

400°F

600°F

800°F

1,000°F

1,200°F

5,300 5,950 7,800 7,800 7,450

4,750 5,750 7,050 7,800 6,850

1,100 5,450 6,400 7,250 6,150

5,250 6,150 7,100 6,100

4,000 6,000 6,950 5,940

1,750 5,190 5,800 1,750

1,875 2,720 -

3/8” Diameter Probe - Temperature Rating - PSI Material Brass Carbon Steel SS 304 SS 316 Monel

Temperature °F 70°F

200°F

400°F

600°F

800°F

1,000°F

1,200°F

5,000 5,200 7,000 7,000 6,500

4,200 5,000 6,200 7,000 6,000

1,000 5,800 5,600 6,400 5,400

4,600 5,400 6,200 5,360

3,500 5,200 6,100 5,200

1,500 4,500 5,100 1,500

1,675 2,500 -

NOTES: • Stainless steel or brass compression fittings are available for mounting probes into these thermowells.

Specifications Exterior Thread (P)

Stem Length (A)

Insertion Length (U)

Bore Diameter (B) = 0.260” Shank Diameter Q1-7/8” Q2-5/8”

Material SS304

Material SS316

Material Carbon Steel

Material Brass

Part No.

3/4” NPT

4 6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2 22-1/2

A25-1 A25-2 A25-3 A25-4 A25-5 A25-6 A25-7

A25-15 A25-16 A25-17 A25-18 A25-19 A25-20 A25-21

A25-57 A25-58 A25-59 A25-60 A25-61 A25-62 A25-63

A25-43 A25-44 A25-45 A25-46 A25-47 A25-48 A25-49

1” NPT

4 6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2 22-1/2

A25-8 A25-9 A25-10 A25-11 A25-12 A25-13 A25-14

A25-22 A25-23 A25-24 A25-25 A25-26 A25-27 A25-28

A25-64 A25-65 A25-66 A25-67 A25-68 A25-69 A25-70

A25-50 A25-51 A25-52 A25-53 A25-54 A25-55 A25-56

Bore Diameter (B) 0.385” Shank Diameter Q1-1-1/16” Q2-49/64”

1” NPT

4 6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2 22-1/2

A25-29 A25-30 A25-31 A25-32 A25-33 A25-34 A25-35

A25-36 A25-37 A25-38 A25-39 A25-40 A25-41 A25-42

A25-78 A25-79 A25-80 A25-81 A25-82 A25-83 A25-84

A25-71 A25-72 A25-73 A25-74 A25-75 A25-76 A25-77

Heavy Duty Tapered Thermowells

with Lagging Extension for 1/4” & 3/8” Diameter Elements A26A Series 1/4” Diameter Probe - Temperature Rating - PSI Material Brass Carbon Steel SS 304 SS 316 Monel

Temperature °F 70°F

200°F

400°F

600°F

800°F

1,000°F

1,200°F

5,300 5,950 7,800 7,800 7,450

4,750 5,750 7,050 7,800 6,850

1,100 5,450 6,400 7,250 6,150

5,250 6,150 7,100 6,100

4,000 6,000 6,950 5,940

1,750 5,190 5,800 1,750

1,875 2,720 -

3/8” Diameter Probe - Temperature Rating - PSI Material Brass Carbon Steel SS 304 SS 316 Monel

Temperature °F 70°F

200°F

400°F

600°F

800°F

1,000°F

1,200°F

5,000 5,200 7,000 7,000 6,500

4,200 5,000 6,200 7,000 6,000

1,000 5,800 5,600 6,400 5,400

4,600 5,400 6,200 5,360

3,500 5,200 6,100 5,200

1,500 4,500 5,100 1,500

1,675 2,500 -

NOTES: • Stainless steel or brass compression fittings are available for mounting probes into these thermowells.

Specifications Lagging Extension (T) 2 3 3 3 3 3 2 3 3 3 3 3

Exterior Thread (P)

Stem Length (A)

Insertion Length (U)

3/4” NPT

6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2

1” NPT

6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2

Shank Diameter (Q)

Bore Diameter (B) = ~0.260” Shank Diameter Q1-7/8” Q2-5/8”

Material SS304

Material SS316

Material Brass

Material Carbon Steel

Part No.

3/4”

A26A-1 A26A-2 A26A-3 A26A-4 A26A-5 A26A-6

A26A-13 A26A-14 A26A-15 A26A-16 A26A-17 A26A-18

A26A-37 A26A-38 A26A-39 A26A-40 A26A-41 A26A-42

A26A-49 A26A-50 A26A-51 A26A-52 A26A-53 A26A-54

7/8”

A26A-7 A26A-8 A26A-9 A26A-10 A26A-11 A26A-12

A26A-19 A26A-20 A26A-21 A26A-22 A26A-23 A26A-24

A26A-43 A26A-44 A26A-45 A26A-46 A26A-47 A26A-48

A26A-55 A26A-56 A26A-57 A26A-58 A26A-59 A26A-60

Bore Diameter (B) = 0.385” Shank Diameter Q1-1-1/16” Q2-49/64”

2 3 3 3 3 3

1” NPT

6 9 12 15 18 24

2-1/2 4-1/2 7-1/2 10-1/2 13-1/2 19-1/2

7/8”

A26A-25 A26A-26 A26A-27 A26A-28 A26A-29 A26A-30

A26A-31 A26A-32 A26A-33 A26A-34 A26A-35 A26A-36

A26A-61 A26A-62 A26A-63 A26A-64 A26A-65 A26A-66

A26A-67 A26A-68 A26A-69 A26A-70 A26A-71 A26A-72

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Flanges

for Thermowells (1/4” & 3/8” Diameter Elements) A27 Series

Flanges are available in stainless steel 304 and 316 and carbon steel (C-1018). Monel and other materials are available upon request. Primary “J” groove weld; secondary 45 degree beveled groove weld. NOTES: • (RF - raised face) Standard ASA Serrated • (FF - flat face), (RTF - ring type flange)

Thermowell must be specified separately

Flange Specifications SS304

SS316

Carbon Steel

Part No.

A27-1 A27-2 A27-3

A27-37 A27-38 A27-39

A27-73 A27-74 A27-75

A27-4 A27-5 A27-6

A27-40 A27-41 A27-42

A27-76 A27-77 A27-78

RTJ RTJ RTJ

A27-7 A27-8 A27-9

A27-43 A27-44 A27-45

1 1-1/2 2

RF RF RF

A27-10 A27-11 A27-12

1 1-1/2 2

FF FF FF

1 1-1/2 2

RTJ RTJ RTJ

Size (inch)

Facing

1 1-1/2 2

RF RF RF

1 1-1/2 2

FF FF FF

1 1-1/2 2

Rating (lbs./in.2)

150

300

SS304

SS316

Carbon Steel

Part No.

A27-19 A27-20 A27-21

A27-55 A27-56 A27-57

A27-91 A27-92 A27-93

A27-22 A27-23 A27-24

A27-58 A27-59 A27-60

A27-94 A27-95 A27-96

A27-79 A27-80 A27-81

A27-25 A27-26 A27-27

A27-61 A27-62 A27-63

A27-97 A27-98 A27-99

A27-46 A27-47 A27-48

A27-82 A27-83 A27-84

A27-28 A27-29 A27-30

A27-64 A27-65 A27-66

A27-100 A27-101 A27-102

A27-13 A27-14 A27-15

A27-49 A27-50 A27-51

A27-85 A27-86 A27-87

A27-31 A27-32 A27-33

A27-67 A27-68 A27-69

A27-103 A27-104 A27-105

A27-16 A27-17 A27-18

A27-52 A27-53 A27-54

A27-88 A27-89 A27-90

A27-34 A27-35 A27-36

A27-70 A27-71 A27-72

A27-106 A27-107 A27-108

Rating (lbs./in.2)

400

900

Thermowells

for Flanges (1/4” & 3/8”Diameter Elements) A28 Series

NOTES: • Thermowells available in SS 304, SS 316 and C-1018. Monel and other materials may be available upon request. • NPSM internal pipe thread will accept NPT and NPS male threads.

• Primary weld is a “J” groove type, secondary weld is a 45 degree bevel groove. All welding is performed by Navy certified welders using inert gas shielded arc. • Flanges for use with these thermowells must be specified separately

Flanges to be specified separately.

Thermowell Specifications 0.264” Bore for 1/4” Diameter Elements - Q=3/4”

0.385” Bore for 3/8” Diameter Elements - Q=7/8”

SS304

SS316

Carbon Steel

SS304

SS316

Carbon Steel

Part No.

Element Length A

Insertion Length U

A28-1 A28-2 A28-3 A28-4 A28-5 A28-6 A28-7

A28-8 A28-9 A28-10 A28-11 A28-12 A28-13 A28-14

A28-15 A28-16 A28-17 A28-18 A28-19 A28-20 A28-21

A28-22 A28-23 A28-24 A28-25 A28-26 A28-27 A28-28

A28-29 A28-30 A28-31 A28-32 A28-33 A28-34 A28-35

A28-36 A28-37 A28-38 A28-39 A28-40 A28-41 A28-42

4 6 9 12 15 18 24

2 4 9 12 15 18 24

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Thermowells

Limited Space for 1/4” Diameter Elements A29 Series These thermowells are used where short insertion lengths are required, as in short legs of tee, etc. Available in stainless steel SS 304, SS 316, brass ASTM-B16, carbon steel C-1020, and monel. Choice of 1/2 inch NPT, 3/4 inch NPT, or one inch NPT external threads. NOTES: • On 1/2 inch NPT external threads, the “U” dimension becomes one inch to accommodate the 1/2 inch NPSM female thread. • Stainless steel or brass compression fittings are available for mounting probes into these thermowells.

• The (brass cap - BRcap) and chain is available for keeping well bore clean when not in use. If cap and chain is desired add BRcap to the part number. • If (stainless steel - SScap) and chain is desired, add SScap to the part number. • Order by part number as indicated

Specifications Part No.

Material

A29-1 A29-2 A29-3 A29-4 A29-5

SS 304 SS 316 Brass C-1020 Monel

A29-6 A29-7 A29-8 A29-9 A29-10

SS 304 SS 316 Brass C-1020 Monel

A29-11 A29-12 A29-13 A29-14 A29-15

SS 304 SS 316 Brass C-1020 Monel

Exterior Thread

Maximum Fluid Velocity (feet per second)

1/2” NPT

300 300 207 290 261

3/4” NPT

300 300 207 290 261

1” NPT

300 300 207 290 261

Mullite Protection Tubes A30 Series

Our line of Mullite protection tubes include a wide range of diameters, lengths, and fittings to meet most needs. These protection tubes are available with a plain open end, ceramic collar or a choice of several metal fittings with various thread sizes. The composition of Mullite consists mainly of 70% Al2O3 and 28% SiO2. These tubes are cast with one end closed and they are gas tight. The maximum service temperature is 3,180 degrees Fahrenheit (1,750 degrees Celsius). Ceramic cement is used to bond the collars and metal fitting to the protection tubes. Specifications

NOTES: • For intermediate lengths, specify Length “L”. • Order by Part No. as indicated

Specify Part No. and length Example: A30-42-36

Style

Description

Plain tube with One end closed

Plain tube with ceramic collar bonded to open end. Outside diameter of collar is 1/2 inch larger than tube diameter.

Two inch long brass fitting with 7/8 inch x 27 NS threads bonded to tube. Available only with 11/16 inch diameter tubes.

Contains 1/2 inch x 1/2 inch NPT fitting bonded to tube. Available only for tubes from 1/4 inch OD through 1/2 inch OD.

Contains 1/2 inch x 3/4 inch NPT fitting bonded to tube. Available only for tubes from 3/8 inch OD through 3/4 inch OD.

Style A

Style B

Style C

Style D

Style E

Part No.

1/8 x 1/16

6 12 18 24

A30-1 A30-2 A30-3 A30-4

A30-38 A30-39 A30-40 A30-41

N/A

1/4 x 5/32

6 12 18 24

A30-5 A30-6 A30-7 A30-8

A30-42 A30-43 A30-44 A30-45

5-1/4 11-1/4 17-1/4 23-1/4

N/A

A30-80 A30-81 A30-82 A30-83

N/A

3/8 x 1/4

6 12 18 24

A30-9 A30-10 A30-11 A30-12

A30-46 A30-47 A30-48 A30-49

5-1/4 11-1/4 17-1/4 23-1/4

N/A

A30-84 A30-85 A30-86 A30-87

A30-93 A30-94 A30-95 A30-96

1/2 x 3/8

12 18 24 30 36

A30-13 A30-14 A30-15 A30-16 A30-17

A30-50 A30-51 A30-52 A30-53 A30-54

11-1/4 17-1/4 23-1/4 29-1/4 35-1/4

N/A

A30-88 A30-89 A30-90 A30-91 A30-92

A30-97 A30-98 A30-99 A30-100 A30-101

11/16 x 7/16

12 18 24 30 36

A30-18 A30-19 A30-20 A30-21 A30-22

A30-55 A30-56 A30-57 A30-58 A30-59

11-1/4 17-1/4 23-1/4 29-1/4 35-1/4

A30-75 A30-76 A30-77 A30-78 A30-79

N/A

A30-102 A30-103 A30-104 A30-105 A30-106

3/4 x 1/2

12 18 24 30 36

A30-23 A30-24 A30-25 A30-26 A30-27

A30-60 A30-61 A30-62 A30-63 A30-64

11-1/4 17-1/4 23-1/4 29-1/4 35-1/4

N/A

A30-107 A30-108 A30-109 A30-110 A30-111

1 x 3/4

12 18 24 30 36

A30-28 A30-29 A30-30 A30-31 A30-32

A30-65 A30-66 A30-67 A30-68 A30-69

N/A

1-1/4 x 1

12 18 24 30 36

A30-33 A30-34 A30-35 A30-36 A30-37

A30-70 A30-71 A30-72 A30-73 A30-74

N/A

OD x ID (in.)

Length “L”

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Protection Tubes

Ceramic and Refractory Metal A31 Series We offer high purity Zirconia and Alumina ceramic protection tubes along with Molybdenum and Tantalum metal tubing for high temperature applications. In addition to the size specifications, additional performance information is available; as well as, other diameters and types of protection tubes (contact the factory with your specific requirement).

Special Note: Various lengths and diameter sizes are available. Ceramic

Specifications Part No.

Material

OD x ID (in.)

Length (in.)

A31-1 A31-2 A31-3 A31-4

Alumina

1/8 x 1/16

6 12 18 24

A31-5 A31-6 A31-7 A31-8

Alumina

5/32 x 5/64

6 12 18 24

1/4 x 3/16

6 12 18 24

3/8 x 1/4

6 12 18 24 30 36

1/2 x 3/8

6 12 18 24 30 36

1/4 x 3/16

12 18 24

3/8 x 1/4

6 12 18 24

A31-9 A31-10 A31-11 A31-12 A31-40 A31-41 A31-42 A31-43 A31-44 A31-45 A31-50 A31-51 A31-52 A31-53 A31-54 A31-55 A31-61 A31-62 A31-63 A31-70 A31-71 A31-72 A31-73

Alumina

Zirconia

Refractory Metal

• • •

Refractory Metal Tubing Open Both Ends Part No.

Material

OD x ID (in.)

Length (in.)

A31-80 A31-81 A31-82

Tantalum

0.125 x 0.015 0.187 x 0.020 0.250 x 0.030

108 108 108

Molybdenum

0.125 x 0.015 0.187 x 0.020 0.250 x 0.030 0.250 x 0.050

98 98 98 98

A31-90 A31-91 A31-92 A31-94

• •

NOTES: For ceramic protection tubes order by Part No. (Example: A31-1, specifies a six inch long 1/8 OD x 1/16 ID alumina tube). All ceramic tubes come closed end, for ceramic tubes open both ends, specify as follows Example: A31-12-9-OBE Tubes are typically made in six inch increments. You must specify a base Part No. longer than your required cut lengths when ordering (OBE - open both ends). Example: 12 inch tube open both ends requires an 18 inch tube to be cut down. For refractory tubing with one end welded closed and leak tested to 80 PSI contact factory. For refractory tubing, list Part No. and length of the tube (Example: A31-92-24, specifies molybdenum tubing, 1/4 inch OD with 0.030 thick wall, 24 inches long, open both ends).

Heavy Duty Protection Tubes A32 Series

NOTES: • Typically, the materials shown here are used for temperatures below 2,400 degrees Fahrenheit. For temperatures above this range contact factory.

• All of these protection tubes can be made with thermocouple elements installed and in various configurations for your convenience. • Specify Part No. and length “L” Example: A32-5-48

For temperature sensors utilizing these protection tubes or for special design requirements contact Nanmac. * Silicon Carbide (molded onto pipe)

* Cast Silicon Carbide (no pipe)

Plain Steel Pipe

* Minimum order - 12 pieces Specifications

Part No.

Material

ID x OD (in.)

NPT

Max. Length (in.)

Style

A32-1 A32-2 A32-3

Inco 601 Inco 601 Inco 601

0.622 x 0.840 0.824 x 1.050 1.049x 1.315

1/2” 3/4” 1”

60 60 60

N/A

A32-4 A32-5 A32-6

SS 304 SS 304 SS 304

0.622 x 0.840 0.824 x 1.050 1.049x 1.315

1/2” 3/4” 1”

60 60 60

N/A

A32-7 A32-8 A32-9

SS 446 SS 446 SS 446

0.622 x 0.840 0.824 x 1.050 1.049x 1.315

1/2” 3/4” 1”

60 60 60

N/A

A32-10 A32-11

Silicon Carbide Silicon Carbide

1 x 1-3/4 1 x 1-3/4

48 48

Plain Pipe with Collar

A32-30

Silicon Carbide Molded to Steel

0.59 x 2.0

1/2”

N/A

A32-31

Silicon Carbide Molded to Steel

0.79 x 2.0

3/4”

N/A

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Heavy Duty Thermocouple Assemblies with Metal Alloy Protection Tubes A33 Series

Our standard assembly consists of the metal alloy protection tube with a general purpose aluminum connector head attached. The connector head has a 1/2 NPT outlet port. This unit is assembled with a Chromel Alumel (Type K) ungrounded thermocouple with ceramic insulators and is connected to a two-wire ceramic terminal block in the connector head.

Type J, K, or N available Specifications Part No.

Sheath Material

Max. Sheath Length

Sheath OD x ID (in.)

A33-10 A33-11 A33-12 A33-13

Inconel 601

60”

0.540 x 0.364 0.840 x 0.622 1.050 x 0.824 1.315 x 1.049

60”

0.540 x 0.364 0.840 x 0.622 1.050 x 0.824 1.315 x 1.049

A33-14 A33-15 A33-16 A33-17

SS 304

A33-18 A33-19 A33-20 A33-21

SS 446

60”

0.540 x 0.364 0.840 x 0.622 1.050 x 0.824 1.315 x 1.049

A33-22 A33-23 A33-24 A33-25

Carbon Steel

60”

0.540 x 0.364 0.840 x 0.622 1.050 x 0.824 1.315 x 1.049

60”

0.540 x 0.364 0.840 x 0.622 1.050 x 0.824 1.315 x 1.049

A33-26 A33-27 A33-28 A33-29

Hastelloy C

Exposed Junction

Grounded Junction

Ungrounded Junction

Angle Type Extension Assemblies A34 Series

In addition to straight assembly units, we offer a right angle type cold leg extension. We use a general purpose (GP) connector head to make the bend instead of using a pipe elbow. This GP connector allows easier maintenance, servicing and replacement of components; thus reducing your overall costs. The cold leg consists of a carbon steel pipe of a specified length with 1/2” NPT threaded ends. The carbon steel extension terminates in a GP connection head with a 2 wire terminal block inside, the exit port is 1/2” NPT. Maximum service temperature of the cold leg and the GP connector is 1,000 degrees Fahrenheit. When ordering this cold leg extension assembly, start with the Part No. of the thermocouple or RTD assembly you require.

NOTES: • Add the suffix CL (cold leg) and the length of the CL to the Part No. • Example: A33-1-18-CL-24, specifies an A33-1 Thermocouple with an 18 inch sheath, and cold leg (CL) extension with a length of 24” (for special design requirements contact the factory).

Specifications Cold Leg Length 18” 24” 30” 36”

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Thermocouples

with Ceramic Protection Tubes A35 Series

Our thermocouple assemblies with various ceramic protection tubes are designed for high temperature applications. All units use a stainless steel support tube which protects the ceramic sheath from breakage while using an adjustable mounting adaptor. All units are closed end and are gas tight, these units can be used in vacuum furnaces. A secondary wire seal is made at the terminating end to assure a vacuum tight seal even if the ceramic hot section is damaged. All units have an ungrounded thermal junction. NOTES: • All units come with an aluminum connector head. • For a steel support tube longer than four inches contact factory. • Adjustable compression fittings are available for use with these probes.

• When ordering specify Part No. probe length and thermocouple type. • Example: A35-10-18-K, specifies type K with alumina sheath which is 18 inches long and 0.375 OD. • All units come with a stainless steel support tube which is four inches long and 1/8 inch larger in diameter than the sheath diameter.

Specifications Part No.

Sheath Material

Sheath Diameter (in.)

Maximum Length (in.)

Support Tube Diamter (in.)

Type

A35-10 A35-11 A35-12 A35-13 A35-14 A35-16 A35-17 A35-18

Alumina Alumina Alumina Mullite Mullite Zirconia Zirconia Quartz

0.375 0.500 0.750 0.375 0.500 0.250 0.375 0.250

36 36 36 24 36 18 24 36

0.500 0.625 1.000 0.500 0.625 0.375 0.500 0.375

E, J, K, T

NC-11 Advanced Thermocouple Assemblies for Molten Metals A37 Series

Our thermocouple assemblies with NC-11 protection sheaths are designed for high temperature use. Our metal-ceramic protection tube NC-11 is a hard, abrasion-resistant, dense material made from two high temperature compatible materials. The combination of this high temperature metal and oxide produces a product with three very important properties. The properties are: superior oxidation resistance to 2,500 degrees Fahrenheit, thermal conductivity comparable to that of stainless steel, and good resistance to wetting by most molten metals. • • • •

Applications Include: Molten copper and brass to 2,100 degrees Fahrenheit intermittent and continuous immersions. Corrosive SO and SO gas (to 2,500 degrees Fahrenheit) and SO and HP gas (to 2,000 degrees Fahrenheit). Open hearth furnace checker chambers to 2,450 degrees Fahrenheit. Pelletizing chamber of Taconite refining operation to 2,100 degrees Fahrenheit.

• Molten zinc to 1,600 degrees Fahrenheit • Molten lead to 650 degrees Fahrenheit • Basic steel and stags to 3,150 degrees Fahrenheit (intermittent) and 2,500 degrees Fahrenheit (continuous in open hearth and general foundry practices). • Fluid bed cement process with severe corrosion and temperature to 2,400 degrees Fahrenheit (fluid method of producing builders cement).

Specifications Part No.

Length (in.)

A37-1-12-(specify: J, K , N)

A37-1-18-(specify: J, K , N)

A37-1-24-(specify: J, K , N)

A37-1-30-(specify: J, K , N)

A37-1-36-(specify: J, K , N)

A37-1-48-(specify: J, K , N)

Type of Mounting

Five inch long, one inch NPT, stainless steel support tube. Other support tube lengths available upon request.

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Advanced Thermocouple Assemblies for Molten Aluminum A38 Series

The NC-12 protection tube is a dense, sintered ceramic especially designed for use in many molten non-ferrous metals and corrosive chemicals. It is very strong, thermally shock resistant and dimensionally stable. Additionally NC-12 is vacuum-tight and has high electrical resistance. Mechanical strength is retained at extremely high temperatures (over 1,000 degrees Celsius in air). These features together with very low wear resistance, makes NC-12 an ideal thermocouple protection tube for applications such as molten aluminum, lead, tin, and zinc. Preheating is not necessary because NC-12 has a very low thermal expansion coefficient. Our NC-12 Protection tubes are also recommended for use in oxidizing environments to 2,200 degrees Fahrenheit. Most acids, such as hydrochloric, nitric, sulphuric, and phosphoric, do not attack NC-12. This material is also resistant to hydrogen gas. It is not recommended for use with caustic solutions and hydrofluoric acid. NOTES: • Standard units come with thermocouple type K installed. • For duplex units or other calibrations contact factory. • Standard support tube is five inches long of stainless steel.

• This support tube is of universal design. It comes in either one inch of 1-1/4 inch NPT pipe threads (depending on diameter of protection tube). • Complete with wrench flats for easy installation and it can accept flanges. • Longer length support tubes are available (contact factory).

Typical Test Results of NC-12 Resistance to Molten Metals

Specifications

Material

°F

°C

Holding Time in Hours

Remarks

Aluminum Lead Tin Zinc Magnesium Copper

1,800 752 872 1,022 1,382 2,120

987 400 300 850 750 1,150

3,000 144 144 500 20 7

No Attack No Attack No Attack No Attack Slightly Attacked Badly Attacked

Part No.

Diameter “D”

Length “L”

NPT “N”

A38-1 A38-2 A38-3 A38-4 A38-5

1 1 1-1/4 1-1/4 1-1/4

19-1/2 25-1/2 37-1/2 49-1/2 56-1/2

1” 1” 1-1/4” 1-1/4” 1-1/4”

Ribbon Thermocouples Exposed B2 Series

NOTES: • When ordering specify part number, thermocouple calibration type, and length in inches (standard length is 12 inches). Example: B2-3-J-20

• When ordering intrinsic thermocouples simply add the suffix IT to the part number of desired configuration of the flexible Ribbon Thermocouple. Example: B2-4-K-24-IT

Figure 1

Figure 2

Figure 3 (Intrinsic design, no premade thermal junction)

Specifications

Part No.

Wire Diameter (in.)

Ribbon Thickness (approximate)

Insulation

Stainless Steel Sheath (dia.)

B2-1 B2-2 B2-3 B2-4 B2-5 B2-6

0.005 0.010 0.020 0.006 0.013 0.020

0.001” 0.0015” 0.0025” 0.001” 0.0015” 0.0025”

fiberglass fiberglass fiberglass ceramic ceramic ceramic

0.040” 0.062” 0.125”

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Ribbon & Weldable Tab Thermocouples for Surface Temperatures B4 Series

The Model RCF thermocouple has a flat ribbon sensing tip (1/2 inch wide by 7/9 inches long by ~0.002 inches thick) with 36 inches of flexible fiberglass leads. This model has low millisecond response times.

The Model RCS thermocouple is similar to Model RCF except, it has a 12 inch long stainless steel clad, ceramic packed extension shaft. As a result, the sensor can operate up to temperatures of 2,000 degrees Fahrenheit maximum, depending upon thermocouple type and duration of exposure. The Model WT weldable tab thermocouple has a 3/4 inch by 3/4 inch by 0.030 inch thick stainless steel welding tab, brazed onto a grounded junction (1/8 inch OD thermocouple). It also has 36 inches of fiberglass insulated extension leads. The sensing tip has a maximum service temperature of 1,000 degrees Fahrenheit.

Model RCF

Model RCS

Model WT

Specifications Part No.

Model

Wire Size (in.)

“A” Dimension (in.)

“B” Dimension (in.)

“C” Dimension (in.)

B4-1 B4-2

RCF

0.020 0.013

7/8 5/8

1/2 3/8

B4-3 B4-4

RCS

0.020 0.013

7/8 5/8

1/2 3/8

1/8 1/16

B4-5 B4-6

0.020 0.013

1/8 1/16

Rub & Contact Thermocouples

Ideal for Moving Surfaces: Drums • Fibers • Wire • Etc. B6 Series

RDD Model

Mounting Block

FFM Model

Specifications

NOTES: • Specify part number and thermocouple type when ordering. Example: B6-1-K

Model RDD Thermocouple - Specifications

Description

Soft brass disc brazed to thermocouple element, disc and thermocouple is mounted into a high temperature plastic housing, which is spring-loaded in the aluminum mounting block. Standard is 36 inches of fiberglass insulated leads, though most any lead configuration and plug assembly can be added. The device uses a spring rate of 5.83 lbs./in.

Applications

Direct contact with rotating drums and discs or moving plates and sheets.

Performance

30 second response time; 450 degrees Fahrenheit maximum service temperature.

Part No.

Model

B6-1 B6-2 B6-4 B6-5 B6-6

RDD with Mounting Block FFM with Mounting Block RDD only FFM only Mounting Block only

Model FFM Thermocouple - Specifications

Description

Self-renewing thermal junction mounted in V-notch machined in thermowell which is spring-loaded inside aluminum mounting block. Three feet of fiberglass leads are standard.

Applications

Direct contact with fine fibers and metal wires, such as for controlling pre-induction heaters during fiber processing, plastic coating of wires, fiber processing, etc.

Performance

Response time: low milliseconds; 450 degrees Fahrenheit maximum service temperature; maximum wire speed: 3,000 fpm. Self-renewing junction provides accurate sensing until 3/8” has worn off tip of FFM sensor.

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Ribbon Thermocouples

with Retractable Shield for Surface Contact Measurements B7 Series

B Our Ribbon Thermocouples for surface temperature measurement contains a 0.002 inch thick loop-ribbon junction inside a spring-loaded protective shield. When applied against any surface, the protective shield retracts enough to allow the ribbon junction to make intimate contact with the wall. Because the ribbon junction eliminates conduction errors caused by the stem of the thermocouple, surface temperature of any wall or object is measured accurately. Response time of this new design is in the low milliseconds. Temperature range is from cryogenic to 600 degrees Fahrenheit (higher temperature ranges on special request). NOTES: • Low mass sensing elements • Large contact area improving accuracy and eliminates conduction errors. • Spring loaded protective shield protects probe from physical damage and produces the same contact pressure in each application. It also contacts the object at only five points; thus, minimizing any local thermal disturbances.

• Available in thermocouple calibration type K • When ordering specify by part number • All standard units are straight probes. If a 90 degree bend is desired, add (-90) to the part number. Example: B7-1-90 • Special units with other dimensions are available upon request.

Applications • Hot Plates • Surfaces • Walls • Ovens • Bearings • Engine Blocks

• Plastics Processing • Machinery • Ducts • Steam Lines • Air • Gases, etc.

Specifications Part No.

Termination Style

Type

B7-2

Transition splice with spring relief plus 12 inches of coiled retractable cable with miniature male connector attached.

B7-3

Plastic handle with spring relief plus 12 inches of coiled retractable cable with miniature male connector attached.

Handheld Thermocouples

for Surface Contact Measurement B8 Series

The Trident Thermocouple probe has an exposed ribbon style element. The ribbon element is 0.002 inches thick, by 0.060 inches wide. Featuring spring-like stainless steel side guards to protect the element from accidental damage. This sensor has no measurable conduction error and is ideal for all types of surface contact measurements. Examples include: cloth, textiles, thin plastics, rotating drums, hot plates, and/or any surface whose temperature is desired. This sensor can even measure the temperature difference between black and white on a sheet of paper when heated by a 60 watt light bulb from a distance of two feet. Response time of this Trident probe is in the low milliseconds and usually limited only by the meter taking the temperature readings. Standard termination style is a four inch plastic handle, PVC insulated coil cord and mini thermocouple connector.

Trident Style

NOTES: â&#x20AC;˘ For special style surface probes or other dimensions, terminations, or calibrations contact the factory.

Specifications Part No.

Style

Termination

Type

B8-9 B8-10 B8-11 B8-12

Trident Style Ribbon Thermocouple

Plastic Handle Coil Cord and Mini-Connector

J K E T

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Spring-Loaded Ribbon Thermocouples B9 Series

This spring-loaded thermocouple is designed for threaded blind-hole measurements, surfaces subject to vibration/oscillation, and any application where positive contact for good measurement is required.

The sensing tip of this device consists of a thin ribbon thermocouple element overlapped onto a phenolic rod. This rod is spring-loaded within the threaded stainless steel thermowell body. Thus, the sensing tip can be depressed up to an 1/8 inch while it continuously maintains good thermal contact to the object whose temperature is being measured. The combination of the thin ribbon thermocouple and low thermal conductivity of the phenloc rod yield response times in the low 200 milliseconds. This combination also provides temperature measurements without conduction errors. The true temperature of the test item is monitored. All units come with a Delrin locking element (slug), which when used resists loosening due to vibration. However, this limits the upper temperature limit to 300 degrees Fahrenheit. The Delrin slug can easily be removed with a pair of pliers, increasing the upper temperature limit to 450 degrees Fahrenheit. If higher temperatures are required please provide us with your particular requirement.

• • • • •

NOTES: Low millisecond response times in contact applications. Temperature rating to 450 degrees Fahrenheit. Self-locking Delrin plug Choice of thermocouple types E, J, K, N & T All units come with 48 inches of teflon insulated lead wire.

Specifications Part No.

Thread Size (in.)

Thread Length (in.)

Rod Length (in.)

Rod Dia. (in.)

Force (lbs.) Initial - Final

B9-1(*) B9-2(*) B9-3(*) B9-4(*)

1/4-28 3/8-16 1/2-13 5/8-11

1 1-1/8 1-1/4 1-1/2

3/16 3/16 1/4 5/16

0.090 0.187 0.248 0.310

1.0 - 4.0 2.8 - 7.2 2.7 - 9.3 10.5 - 25.5

Right-Angle Ribbon Thermocouples for Air, Gas, Liquid, Blind-Hole and Immersion Temperature Measurement C1 Series

The Right-Angle Ribbon Thermocouple features thermal elements which consist of thin thermocouple alloy ribbons welded together at the sensing tip. These ribbon elements are brought out from opposing sides of the probe along the interface of a high temperature thermally isolating rod and cone assembly. The ribbons in the vicinity of the thermal junction are parallel to the plane of heat source. Thus, both the thermal junction and the ribbons are heated simultaneously and conduction errors are minimized. The ribbon elements, due to their mass to surface-area relationship; provide fast response times to equilibrium temperatures since the maximum surface contact area is offered to the heat source. NOTES: • Response times of 18 milliseconds in boiling water tests • Pressure ranges to 10,000 psi, temperature ranges to 3,200 degrees Fahrenheit

• Probe materials may be metal, plastic, or ceramic • Mountings may be adjustable compression fittings on fixed mountings • All standard thermocouple calibrations and connectors available.

The test record below is a reproduction of temperature versus time data obtained by manually immersing the Right-Angle Thermocouple from ice water to boiling water then back to ice water.

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Right Angle Ribbon Thermocouples C2 Series

The adjustable probe unit includes an adjustable compression fitting with standard pipe threads. The probe may be from 3/16 inch OD and up, though standard sizes are 1/4 and 3/8 inch. Lengths can be from one inch to as much as 24 inches long, with a standard length of four inches. Probe may be made from most any metal, plastic, or phenolic compound. This style is ideally suited for gas and liquid surface and immersion applications. The Surface mounted unit contains the right angle thermocouple on the end of the threaded thermowell. The thermowell is stainless steel with straight threads (7/16 NF-2 by 13/32 inches long). It also contains an O-ring seal (good to 450 degrees Fahrenheit). At higher temperatures, the O-ring must be removed and replaced by a copper washer. This fluid mounted unit is ideal for applications requiring gas or liquid temperatures at the inner surface of a container wall.

The fixed probe unit contains a 1/4 inch OD stainless steel probe on the end of a straight thread mounting bushing (size of threads 1/2-20 NF x 3/4 inches long). The fixed probe unit is ideal for measuring gas or liquid temperatures inside a container under high pressures.

Available in all thermocouple types Many other configurations available Specifications Part No.

Probe Material

Diameter “A” (in.)

Length “L” (in.)

Mounting Type

Maximum Pressure (psi)

C2-1 C2-2 C2-3 C2-4

SS 304 SS 304 Inconel Copper

1/4 OD 3/8 OD 1/4 OD 1/4 OD

4 4 4 4

1/8 NPT 1/4 NPT 1/8 NPT 1/8 NPT

3,000 3,000 3,000 3,000

C2-5

SS 316

7/16-20 NF by 13/32

5,000

C2-7

SS 304

1/4 OD

1/2-20 NF by 3/4

10,000

Extruder Thermocouples for Plastic Melt Temperatures C2B Series

Our plastic melt thermocouples are designed for use in extruder heads or die adaptors of injection molding machines with the thermocouple sensor either flush or immersed into the plastic melt. The thermowell and sensor sheath are made of 304 stainless steel. Standard units have a Type J junction electrically grounded to the tip. The flexible design has a flexible 12 inch armored extension, plus a connector plug.

NOTES: • If longer than twelve inches of armor flexible leads are needed, contact factory. • Contact factory for ungrounded or duplex units and other calibrations.

• All of these standard melt thermocouples have a grounded iron/constantan (type J) junction. Other calibrations available upon request.

Rigid Design

Flexible Design

Rigid Design Specifications

Part No.

Dimension “A”

C2B-1 C2B-2 C2B-3 C2B-4 C2B-5

Flush 1/4 1/2 3/4 1

C2B-6 C2B-7 C2B-8 C2B-9 C2B-10

Flush 1/4 1/2 3/4 1

Flexible Design Specifications

Dimension “B”

Part No.

Dimension “A”

Dimension “B”

C2B-11 C2B-12 C2B-13 C2B-14 C2B-15

Flush 1/4 1/2 3/4 1

C2B-16 C2B-17 C2B-18 C2B-19 C2B-20

Flush 1/4 1/2 3/4 1

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Right-Angle Ribbon Thermocouples with Dust Deflector C5 Series

This series of the Right-Angle Ribbon Thermocouple features a Dust Deflector on the sensing tip. This deflector is in the shape of an arc and covers a 120 degree angle around the sensing tip. When foreign matter such as such as dust particles, dirt, and other small solid objects impact the Dust Deflector, that matter is then diverted off the sides of the probe. Thus, protecting the thin ribbon elements from damage. The thermal junction measures the temperature of the hot gases and/or liquids without being damaged by the dust particles. A peen mark is stamped onto the thermowell at the cold end to assist in aligning the probe so that the dust deflector is facing directly into the oncoming gas flow.

This Right-Angle Ribbon sensor features a thermal junction of thin ribbons welded together at the sensing tip. These ribbons are brought out from opposing sides of the probe between the interface of an insulting rod and cone assembly. The ribbons in the vicinity of the media being measured are parallel to the plane of the heat source. Thus, both the ribbons and the thermal junction are heated simultaneously and conduction errors are eliminated. The ribbon elements also allow for fast response times to temperature change. Since there is a large surface area to cross-section area ratio in the ribbon design as compared to round wires.

•

• • • • • •

NOTES: Standard probe comes with a two-prong standard plug connector attached. Mating jack connector with cable clamp is furnished with each unit. Thermocouple junction has no conduction errors Pressure range to 4,000 psi Low millisecond response time to temperature changes Temperature range from -320 to 2,000 degrees Fahrenheit Available in thermocouple calibration types E, J, K, N, and T When ordering specify part number C5 and thermocouple calibration type. Example: C5-J

Right-Angle Ribbon Thermocouples

with Stainless Steel Diaphram Tip for Sanitary Applications C6 Series This series of Right Angle Ribbon Thermocouple features a stainless steel diaphragm over the ribbon thermal junction. This diaphragm is 0.015 inches thick. The design is used whenever a 100% sanitary requirement is required. Applications such as manufacturing foods or medicines occasionally require this feature. This Right Angle Ribbon Thermocouple sensor features a thermal junction of thin ribbons welded together at the sensing tip. These ribbons are brought out from opposing sides of the probe between the interface of an insulating rod and cone assembly. The ribbons in the vicinity of the media being measured are parallel to the plane of the heat source. Thus, both the ribbons and the thermal junction are heated simultaneously and conduction errors are eliminated. The ribbon elements also allow for fast response times to temperature change. Since there is a large surface area to cross-section area ratio in the ribbon design as compared to round wires. This assembled ribbon junction is then installed into a special thermowell which has a 0.015 inch thick diaphragm on its tip. Thus, the thermal junction is now in intimate thermal contact with the stainless steel diaphragm. This produces an electrically grounded thermal junction. When an ungrounded junction is desired, a thin disc of electrical insulating material is inserted between the junction and the diaphragm. Special attention is made to use a material with good heat transfer properties. • • • • • • • •

NOTES: Standard probe comes with a two-prong standard plug connector attached. Mating jack connector with cable clamp is furnished with each unit. Contact us for special units and other calibrations Fast response times Specifications Minimum conduction errors Part No. Type Available in types E, J, K, N & T C6-J J Pressure range to 500 psi C6-K K C6-E E Temperature range from C6-T T -320 to 2,000°F

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Extrude-O-Couple Reference C8 Info

This device utilizes the patented Self-Renewing Thermocouple junction design. This very special design proves low millisecond response times to temperature changes. Also, the sensing tip is thermally isolated from the thermocouple housing. Therefore, the actual (true) temperature of the plastic is measured. The C8-ME model Extrude-O-Couple is a one-piece stainless steel unit designed for use in small extruder nozzles. It is installed flush with the inside surface of the nozzle throat. Thus, offering no obstruction to plastic flow. Most any type of connector can be attached to the thermocouple. The Nanmac C8-ME model is available in thermocouple calibration types E, J, K, N & T.

The C8-SE model Extrude-O-Couple is designed to fit into standard holes existing in most nozzles for thermocouple or pressure gauge applications. This thermocouple has a two-piece stainless steel thermowell which allows for better sealing at the conical surface, automatically self aligning even in slightly offset machined holes. All connector types are available, as are thermocouple types E, J, K, N & T. The C8-LE model Extrude-O-Couple is designed for use on thick-walled extruder nozzles requiring long thermocouples to fit into deep holes. Also it is designed to fit into holes in most nozzles which are modified to receive thermocouples or pressure gauges. The Nanmac C8-LE is a three-piece assembly thermocouple, Model ME rotating gland nut and a spacer. The length of the spacer must be specified to accommodate your requirements. The C8-LE model is available in thermocouple types E, J, K, N &T. When ordering specify model number, calibration, and dimension â&#x20AC;&#x153;Lâ&#x20AC;? to the nearest 1/8 inch. Model SE Specifications Part No.

Model

Type

C8-1 C8-2 C8-3 C8-4

E J T K

C8-5 C8-6 C8-7 C8-8 C8-9 C8-10 C8-11 C8-12

ÂŠ2012 Nanmac Corp. | 1657 Washington St. | Holliston, MA 01746 USA

Model LE

Thermocouple

for In-Stream Plastic Melt C8A Series Oftentimes, it is desirable to measure the true temperature of flowing plastic in an extruder nozzle. This device will provide valuable information regarding the mixing characteristics of: plastic melt, efficiency of the screw, accurate temperature profile of the plastic melt, magnitude, and shape of the temperature profile across the stream. Nanmac has designed two special thermocouples with low millisecond response times to measure the in-stream temperatures. One with a Fixed Immersion Tip and the other with an Adjustable Immersion Tip. Both are designed to minimize conduction errors and are available in thermocouple types E, J, K, N & T. The Fixed Immersion Tip unit includes a gland nut and a thermowell. The sensing tip of the thermowell has a wedge shaped tip to minimize the shear effects. Therefore, the leading edge of the wedge must face up-stream (into the oncoming plastic). A peen mark is machined onto the thermocouple near the connector to indicate orientation for this unidirectional installation. Also, wrench flats are provided to hold the thermocouple in place while tightening the gland nut. Maximum service temperature and pressure rating of this unit is 750 degrees Fahrenheit and 20,000 psi respectively. The Adjustable Immersion Tip unit in similar to the fixed unit; except, the immersion length is adjustable to any depth from flush on inner wall (to one inch immersion). Also, the sensing tip is omnidirectional instead of unidirectional and spherically shaped to minimize shear effects. On the connector end of this unit there are circular grooves machined into the shaft at 1/10 inch intervals. These grooves are for indicating the insertion depth of the sensing tip while the unit is installed. After installation and before plastic hardens/freezes you simply screw the thermowell in or out to the desired insertion depth. An internal O-ring provides a leak tight seal to 10,000 psi at melt temperatures of up to 600 degrees Fahrenheit. Adjustment needs to be done either while plastic is in its liquid state or upon initial installation when there is no plastic present. Specifications Part No.

Description

Dimension â&#x20AC;&#x153;Aâ&#x20AC;? (inches)

C8A-1 C8A-2 C8A-3 * C8A-4

Fixed Fixed Fixed Adjustable

1/2 3/4 1 1/4 - 1-1/4

* Not Shown - Contact Factory

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Mixer Temperature Sensors Available for Sanitary Applications C10 Series

The MCR Model has an exposed flush-mounted ribbon thermocouple on its conical sensing tip. The one-piece stainless steel thermocouple well is designed for internal type installation secured with lock washers and jam nut. Each unit is furnished with jam nuts, lock washers and three feet of fiberglass insulated lead wire. Suitable for use to 2,000 psi at temperatures to 400 degrees Fahrenheit.

Cutaway view of typical installation

The MDA Model has an exposed flush-mounted ribbon thermocouple on its sensing surface. The onepiece stainless steel thermocouple well is designed for external type installation using the stainless steel gland nut and three feet of fiberglass insulated extension leads. Suitable for use to 2,000 psi at temperatures to 400 degree Fahrenheit. The MCR-SS Model has a stainless steel diaphragm on its conical sensing tip. The stainless steel diaphragm encloses the ribbon thermocouple and thus this is a 100% sanitary and contamination-free design. The ribbon element is electrically grounded to the stainless steel diaphragm. (Electrically insulated models are available upon request.) Each unit is furnished with jam nut, lock washers, and three feet of teflon insulated extension leads. Suitable for use to 500 psi at 400 degrees Fahrenheit. The MDA-SS Model has a stainless steel diaphragm on its conical sensing tip (similar to the MCR-SS above). This model is designed for external type of installations. A stainless steel gland nut and three feet of fiberglass insulated leads are supplied with each unit.

Specifications Part No.

Model

C10-10 C10-11 C10-12 C10-13 C10-14 C10-15

MCR MDA MCR-SS MDA-SS MCR-Plug MDA-Plug

MCR Model

C MDA Model

MCR-SS Model

MDA-SS Model

All units require a TeflonÂŽ conical seal, which can be ordered directly from the factory. C10-12 and C10-13 units are also available with RTD sensors, and are of sanitary design. Dummy plugs are available to plug up the thermocouple hole when the sensor is removed or not in use.

ÂŠ2012 Nanmac Corp. | 1657 Washington St. | Holliston, MA 01746 USA

Mixer Thermocouple Mounting Accessories eliminating the Need for Detailed Machining C11 Series

All pre-machined receptacles have a two inch diameter and length “L” as specified. You only need to machine two inch holes in your mixer wall. Then, install the required receptacle. All this finesse machining has been done to the receptacle threads, through-hole, conical taper, etc. Stainless steel 316 receptacle (MDA series) designed to be welded into mixer wall. Available with dimension “L” from 1-1/4 to 4-1/2 inches increments of 1/4 inch. The MDA series mixer thermocouple requires one teflon conical seal (Part No. C11-60). Stainless Steel 303 spacer (MDA series) for use with MDA series receptacles. Available with dimension “L” from 1/4 to 3-1/4 inches increments of 1/4 inch. Spacer length “L” is always 1-1/4 inches shorter than dimension “L” of receptacle. This spacer is not required if dimension “L” of MDA series receptacle is 1-1/4 inches. Stainless steel 316 receptacle (MCR series) designed to be welded into mixer wall. Available with dimension “L” from 1-1/4 to 4-1/2 inches increments of 1/4 inch. The MCR series mixer thermocouple requires one teflon conical seal (Part No. C11-70). Special sizes available - Contact Factory

MDA Receptacle

MDA Spacer

Specifications

MCR Receptacle

Conical Seal (MDA)

Conical Seal (MCR)

Part No.

Dimension “L”

Description

C11-2 C11-6 C11-12 C11-13

1-1/2 2-1/2 4 4-1/4

MDA Receptacle, SS 316

C11-20 C11-30 C11-31

1/4 2-3/4 3

C11-40 C11-43 C11-47 C11-51 C11-53

1-1/4 2 3 4 4-1/2

MCR Receptacle, SS 316

C11-60 C11-70

MDA MCR

Teflon Conical Seal

MDA Spacer, SS 303

Required for MDA receptacle. Spacer is 1-1/4” shorter than receptacle.

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Flow-Thru Thermocouples & RTDs Simple Installation Into Any Pipeline D1 Info

Flow-Thru temperature sensors use either the Nanmac Right-Angle Ribbon Thermocouple or a Pt100 ohm RTD. The RightAngle Ribbon Thermocouple utilizes a special ribbon element which eliminates conduction error due to shallow immersion in the flowing gas or liquid within the pipeline.

• • • • • • •

NOTES: Thermocouple junction has minimal conduction errors Junction can be located flush with inner wall surface or protruded into the flowing media 20 milliseconds response time to temperature changes Pressure range to 4,000 psi Temperature range from -320 to 1,250 degrees Fahrenheit All stainless steel fittings with other materials available Sizes from 1/4 to two inches are available

• • • • • • • • •

Applications: Chemical Processing Heat Exchangers Oil, Fuel, Gas, Water / Steam Hydraulic or Pneumatic Systems Foams and Pastes Cryogenic Materials Heat Transfer and Superheaters Plastics Any tube or pipeline where accurate temperature measurement is required

Sanitary design available - Contact Factory

Flow-Thru Thermocouples & RTDs D3 Series

Flow-Thru temperature sensors use either the Nanmac Right-Angle Ribbon Thermocouple or a Pt100 ohm RTD. The Right-Angle Ribbon Thermocouple utilizes a special ribbon element which eliminates conduction errors, typically caused by shallow immersion in the flowing gas or liquid within the pipeline. Additionally, this ribbon design also provides response times in the low milliseconds. All Pt100 RTD devices are of sanitary design as the sensor is separated from the material within the pipeline by a 0.015 inch thick stainless steel diaphragm. Thermocouples requiring sanitary design are also available by adding the diaphragm to the thermocouple. • • • • • •

NOTES: Temperature range: -320 to 1,250 degrees Fahrenheit Pressure range: 0 to 4,000 psi Response time: 20 milliseconds to transient temperature changes Thermal junction: exposed Right-Angle Ribbon Union type: stainless steel flared tube union, furnished without tube nuts Thermocouple Types: E, J, K & T

• Termination is 1/4 inch OD stainless steel tube with standard size male plug attached. • Other termination styles are available upon request; i.e. transition to flex leads, explosion proof connector heads, etc. • RTD units are available upon request • Special designs having ports of different dimensions are also available

All units come standard with junction flush to inner wall surface. If junction is to protrude into the stream, specify dimension “E” up to 1/4 inch. Tolerance on “E” is 0.015 inch. Example: D3-4-K-E = 1/16 Specifications

Part No.

Tube Size (D)

Thread Size (T)

Hex (H)

Approximate Length (L)

Maximum Pressure

D3-4 D3-6 D3-8 D3-10 D3-12 D3-16

1/4 3/8 1/2 5/8 3/4 1

7/16 - 20 9/16 - 18 3/4 - 16 7/8 - 14 1-1/16 - 12 1-5/16 - 12

7/8 7/8 7/8 13/16 1-1/8 1-3/8

1.7 1.8 2.0 2.2 2.6 2.7

4,000 4,000 3,000 3,000 3,000 2,000

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Flow-Thru Thermocouples & RTDs Compression Fitting Tube Unions D4 Series

Our Flow-Thru Thermocouples and RTDs use either a right-angle ribbon thermocouple sensor or a Pt100 Ohm RTD. Utilizing a special ribbon element which eliminates conduction errors due to shallow immersion into the flowing gas or liquid within the pipeline. Additionally, this ribbon design provides response times within the low milliseconds. All Pt100 RTD devices are sanitary since the sensor is separated from the material in the pipeline by a 0.015 inch thick stainless steel diaphragm. For thermocouples requiring sanitary designs contact the factory.

• • • •

NOTES: Temperature Range: -320 to 1,250 degrees Fahrenheit Pressures up to 4,000psi Response Times: Thermocouples (20ms) and RTDs (3s) Available Types: Thermocouples (J, K, E & T) and RTDs (Pt100 2 wire standard)

• Termination: 3/8 inch OD stainless steel tube with standard size 2 pin male plug attached. • Termination Styles: Transition to Flex Leads, Explosion Proof Connector Head, 3 or 4 wire RTD, Flexible Lead Wire, etc. (contact factory) • Union Type: 316 stainless steel compression tube union

RTDs come standard with diaphragm. Thermocouples with a diaphragm are available upon request for sanitary applications

Specifications Part No.

T (diameter)

A (in.)

D4-80 D4-81 D4-82 D4-83 D4-84 D4-85 D4-86

1/4 5/16 3/8 1/2 5/8 3/4 1

2.14 2.34 2.40 2.76 2.92 3.02 3.58

Flow-Thru Thermocouples & RTDs Male and Female NPT Unions D4A Series

Our Flow-Thru Thermocouples and RTDs use either a rightangle ribbon thermocouple sensor or a Pt100 Ohm RTD. Utilizing a special ribbon element which eliminates conduction errors due to shallow immersion into the flowing gas or liquid within the pipeline. Additionally, this ribbon design provides response times within the low milliseconds. All Pt100 RTD devices are sanitary since the sensor is separated from the material in the pipeline by a 0.015 inch thick stainless steel diaphragm. For thermocouples requiring sanitary designs contact the factory.

• • • •

Male

Female

RTDs come standard with diaphragm. Thermocouples with a diaphragm are available upon request.

Specifications

Part No.

Pipe Size

D4A-4 D4A-6 D4A-8 D4A-10 D4A-12 D4A-16 D4A-20 D4A-24 D4A-32

1/8 1/4 3/8 1/2 3/4 1 1-1/4 1-1/2 2

Male

Female

Maximum (psi)

Male

Female

3/16 9/32 3/8 15/32 5/8 7/8 1-3/32 1-11/32 1-13/16

7/16 9/16 11/16 7/8 1-1/16 1-3/8 1-3/4 2-1/8 2-3/4

1-7/32 1-19/32 1-5/8 2 2 2-1/4 1-13/32 1-21/32 1-29/32

11/32 7/16 37/64 23/32 59/64 1-1/64 1-1/2 1-3/4 2-7/8

9/16 3/4 7/8 1-1/16 1-1/4 1-5/8 2-1/8 2-3/8 2-7/8

13/16 1-1/8 1-1/4 1-1/2 1-9/16 2 2-3/8 2-5/8 2-5/8

4,000 4,000 4,000 4,000 4,000 4,000 3,000 2,500 2,500

4,000 4,000 3,500 3,500 3,500 3,000 2,000 1,000 1,000

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Hose Clamp Thermocouples D6 Series

Our line of hose clamp thermocouples consists of three basic styles: Style 1: Has an 1/8 inch OD by six inches long stainless steel sheath. The thermocouple wires inside the sheath are insulated with a high temperature mineral oxide insulation. Standard units have a grounded junction which is brazed to the stainless steel pipe clamp. Two versions of the attachment are available: i.e. tangential and perpendicular. Unless otherwise specified, we will furnish the tangential style (shown). The perpendicular style is available upon request at no additional cost. The style 1 units have five feet of fiberglass insulated extension wire connected to the stainless steel sheath. Style 2: Is the same as style 1, except the stainless steel sheath is deleted. The fiberglass insulated thermocouple wires are welded directly to the stainless steel pipe clamp.

Style 3: Is the same as style 2, except the fiberglass insulated thermocouple wires have a stainless steel overbraid which reduces stray, unwanted electromagnetic pickup and increases lead wire durability. Specifications Style 1

Style 2

Style 3

Part No.

7/32 → 5/8 3/8 → 1/2 3/8 → 5/8 1/2 → 5/8 5/8 → 3/4 3/4 → 1 1 → 1-1/4

D6-5 D6-6 D6-8 D6-10 D6-12 D6-16 D6-20

D6-52 D6-62 D6-82 D6-102 D6-122 D6-162 D6-202

D6-53 D6-63 D6-83 D6-103 D6-123 D6-163 D6-203

1-1/4 → 1-1/2 1-1/4 → 1-3/4 1-1/2 → 2 1-3/4 → 2-1/4 2-1/16 → 3 2-5/16 → 3-1/4 3 → 3-1/4

D6-24 D6-28 D6-32 D6-36 D6-40 D6-44 D6-52

D6-242 D6-282 D6-322 D6-362 D6-402 D6-442 D6-522

D6-243 D6-283 D6-323 D6-363 D6-403 D6-443 D6-523

3-1/4 → 3-1/2 4 → 4-1/2 4-1/16 → 5 4-5/8 → 5-1/2 5-1/8 → 6 5-7/8 → 6-3/4

D6-60 D6-68 D6-72 D6-80 D6-88 D6-104

D6-602 D6-682 D6-722 D6-802 D6-882 D6-1042

D6-603 D6-683 D6-723 D6-803 D6-883 D6-104

Pipe OD (in.)

• • • • • • • •

NOTES: All units come with five feet of 20 gage fiberglass insulated extension leads, other materials are available. All thermocouples are mounted in a tangential style as shown above, unless a perpendicular style is specified. All thermocouples are grounded to hose clamp for fast response. All units are available in thermocouple calibration types E, J, K, N & T. Various terminations are available, contact us. When ordering, specify part number and thermocouple type. Example: D6-5-J To specify (U - ungrounded) junction add the suffix “U” to the part number. To specify (P - perpendicular) style versus tangential add suffix “P” to the part number.

Economical Pipe-Line Thermocouples & RTDs Simple Installation Into Pipelines D7 Series

• • • • • •

NOTES: Conventional thermocouple with stainless steel sheaths and grounded junctions Available in thermocouple calibration types: E, J, K, N & T Also available with Pt100 ohm RTD Temperature range to 500 degrees Fahrenheit Pressure range to 500 psi Sensing junction immersed 1/3 diameter into stream

Stainless Steel Union

Specifications

Part No.

Tube OD (D)

Hex (H)

Length (L)

D7-4T-(•)-(*) D7-5T-(•)-(*) D7-6T-(•)-(*) D7-8T-(•)-(*) D7-10T-(•)-(*) D7-12T-(•)-(*) D7-16T-(•)-(*)

1/4 5/16 3/8 1/2 5/8 3/4 1.0

9/16 5/8 11/16 7/8 1.0 1-1/8 1-1/2

2.12 2.34 2.40 2.84 3.06 3.14 3.86

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Surface and In-Wall Thermocouples with “Self-Renewing” Junctions E6 Series

A dramatic innovation in thermocouple design, the patented Self-Renewing Thermocouple provides temperature data never before available. This innovative design puts the thermocouple junction exactly at the 2-dimensional end surface of the probe. It can be machined to most any shape, erode or wear away up to 1/2 inch during the process and continuously renew it’s own junction while being eroded. Response times are in the very low millisecond range and designed to measure temperatures at the surface of a wall or chamber. These thermocouples are made with stainless steel housings. The useful range of the thermocouple element inside may exceed the melting point of stainless steel (2,550 degrees Fahrenheit). Therefore, we suggest you contact one of our engineers with the unique details and use for temperatures expected to be above this range. Modification & customization is almost limitless on this device - Contact Factory E6-10 Series

E6-20 Series

E6-30 Series

E6-40 Series

Specifications Part No.

Maximum Pressure (psi)

Thread Size

E6-10 E6-20 E6-30 E6-40

5,000 25,000 25,000 25,000

10 NF x 1/2” 3/8 - 24 NF x 1/2” 1/2 - 20 NF x 3/4” 1/2 - 20 NF x 3/4”

Self-Renewing Thermocouple Reference E11 Info

Surface Temperature Measurements Used as a surface thermocouple, the Nanmac Self-Renewing Thermocouple will measure the precise temperature of the hot surface without obstructing the flow pattern. The probe can be made of most any metal. Thus, matching the properties of the test wall and reducing the thermal conductivity errors to a minimum. As the surface of the wall (if subjected to erosion) wears away; the probe will continuously measure the surface temperature even while the probe itself erodes or wears away (up to 1/2 an inch during this process). In-Wall Temperature Used as an in-wall temperature measuring probe, the Nanmac Self-Renewing Thermocouple can be positioned to an accuracy of better than ±0.001 inches. This feature, together with the fast response times of this probe make it an ideal in-wall thermocouple. Immersion Temperature Under certain applications the Nanmac Self-Renewing Thermocouple can be used for immersion applications such as within the stream of flowing plastic or high velocity gases. It is however recommended that Nanmac engineers should be consulted for the thermocouple design best suited for immersion. Highly customizable in design and material contact factory with your unique requirements

• • • • • • • •

NOTES: 20 milliseconds response time to transient temperatures Thermocouple junction renewable by filing or sanding the probe tip. Two-dimensional thermal junction for accurate positioning of the sensing tip. Temperature range up to 4,000 degrees Fahrenheit Pressure range up to 10,000 psi Probe diameters 1/8” OD and up Probe housing material fabricated from any machinable material. Sensing tip can be machined to match any desired shape.

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Self-Renewing Thermocouples E12 Series

An innovation in thermocouple design this patented Self-Renewing Thermocouple provides temperature data never before available. This innovative design puts the thermocouple junction exactly at the end of the probe. It can be machined to most any shape, erode or wear away up to 1/2 inch during the process and continuously renew it’s own junction while being eroded. NOTES: • Includes a stainless steel adjustable compression fitting with 1/8 NPT threads (3/8 inch OD probes use a 1/4 inch NPT fitting). • Other size NPT or O-Ring fittings are available. • A standard thermocouple plug is attached to all units (female connectors are supplied).

• All Tantalum units are thermally ungrounded and require construction that utilizes a union to join the thermocouple probe to the stainless steel sheathed leads (stem).

Specifications Part No.

* Tantalum requires slight design modifications - contact factory for specifics

Material and Dimensions (in.) A

E12-1 E12-2 E12-3 E12-4

SS 304 SS 304 SS 304 SS 304

0.250 0.187 0.125 0.375

4 4 4 4

0.125 0.125 0.063 0.125

* E12-5A

Tantalum

0.250

0.125

E12-8 E12-9

Inconel Copper

0.250 0.250

4 4

0.125 0.125

Multi-Function Sensor Reference E13 Info

The Multi-Function Sensor (MFS) consists of your specified number of Nanmac Eroding Thermocouples capable of recording temperatures even while subjected to ablation, char, and erosion (for up to 1/2 inch of each installed thermocouple). The thermal junctions are two-dimensional and are located at given depths within the MFS with a precision of ±0.001 inch. The entire gauge and housing is fabricated from the same material as that under study (whether it be an ablative or non-ablative plastic, metal, or non-metal). Thereby, eliminating errors due to differences in thermal and physical properties. A multitude of shapes and sizes can be made to fit any requirement. Typical materials used include various phenolic, graphite, glass laminates, graphite/phenolic composites, copper, steel, molybdenum, and tungsten. We invite inquiries on special thermocouples and gauges for your particular application. We have designed and built units with multiple thermocouple junctions, extremely high sensitivity, combination metal and plastic sensing tip, and a wide variety of dimensional changes.

• • • • • • • • • • • •

NOTES: Gauge material same as test item for minimum heat, char, erosion, and ablation variations Two-dimensional accuracy at the point of measurement Fast response times Temperature ranges to 5,000 degrees Fahrenheit Pressure range to 3,000 psi

Example of Custom Design

Applications: Material research and evaluation Insulation and char characteristics Rocket insulation and re-entry shields Temperature monitoring and control of cooling apparatus Ablation, erosion and char rates Heat transfer and fusion point temperature of materials Automotive brake band research

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Standard 2-Pole & 3-Pole Connectors F2 Series

Prongs and inserts match thermocouple calibrations to maintain sensing accuracy. Alloy and polarity are identified by symbols molded into body. Molded from a glass filled thermoset compound for high strength, these connectors are color coded to thermocouple calibration and can be used in ambient temperatures of a continuous 400 degrees Fahrenheit and an intermittent 500 degrees Fahrenheit. High temperature connectors are all color coded ‘Red’ with an ambient temperature of a continuous 800 degrees Fahrenheit and an intermittent 1,000 degrees Fahrenheit. Inserts have a spring loaded collet assuring full positive contact. The negative insert is larger preventing mismatching. Color Coded Body (400°F Series)

Specifications Part No.

Description

F2-1-(•) F2-2-(•) F2-3-(•) F2-4-(•) F2-5 (#) F2-6 F2-7 (#) F2-8-(•) F2-9-(•) F2-10-(•) F2-11-(•) F2-12 (3) F2-13

2-Pole Plug, 400°F max. 2-Pole Jack, 400°F max. 2-Pole Plug, 800°F max. 2-Pole Jack, 800°F max. Tube Adaptor for 2-Pole Plug Cable Clamp for 2-Pole Jack Dual Element for Tube Adaptor 3-Pole Plug, 400°F max. 3-Pole Jack, 400°F max. 3-Pole Plug, 800°F max. 3-Pole Jack, 800°F max. Tube Adaptor for 3-Pole Plug Cable Clamp for 3-Pole Jack

• = Insert thermocouple calibration: B, C, CU, E, J, K, N, R, S, T # = Specify sizes: 0.062, 0.125, 0.187, 0.250, 0.375

Miniature Plugs & Jacks F3 Series

Our miniature plugs and jacks provide dependability. Quick and easy installation of thermocouple wires and sheaths. Accepting wire from 0.001” diameter to 20 gage. Polarized pins minimize mismatching of the large double wipe jacket inserts assure tight grip and positive contact. Rubber grommets are supplied with plugs and jacks. Molded from a glass filled thermoset compound for high strength. These connectors are color coded to thermocouple calibration and can be used in ambient temperatures of a continuous 400 degrees Fahrenheit and intermittent 500 degrees Fahrenheit. High temperature connectors are color coded ‘Red.’ With ambient temperatures of a continuous 800 degrees Fahrenheit and intermittent 1,000 degrees Fahrenheit.

Color Coded Body (400°F Series)

• = Insert thermocouple calibration: B, C, CU, E, J, K, N, R, S, T # = Specify sizes: 0.062, 0.125

Specifications Part No.

Description

F3-1-(•) F3-2-(•) F3-3-(•) F3-4-(•) F3-5 F3-7-(#)

Plug, 400°F max. Jack, 400°F max. Plug, 800°F max. Jack, 800°F max. Mini Cable Clamp Crimp Adaptor

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Circuit Boxes F4 Series

The standard jack Circuit Box is available from one to six jacks and in two materials. Standard material jacks are good to 400 degrees Fahrenheit. High temperature jacks are good to 800 degrees Fahrenheit. All high temperature jacks are color coded ‘red.’ All standard jacks are coded per thermocouple calibration. The miniature jack Circuit Box (not shown) is available with two from to six jacks. All jacks are marked with thermocouple calibration, color coded and numbered. These jacks are good to 400 degrees Fahrenheit.

NOTES: • Available in thermocouple calibration types: E, CU, CX, J, K, N, SX & T • Specify thermocouple calibration when ordering. Example: F4-7-K

Specifications Part No.

Description

F4-4 F4-5 F4-6 F4-7 F4-8

Mini Jack Circuit Box, 2 Jacks Mini Jack Circuit Box, 3 Jacks Mini Jack Circuit Box, 4 Jacks Mini Jack Circuit Box, 5 Jacks Mini Jack Circuit Box, 6 Jacks

F4-9 F4-10 F4-11 F4-12 F4-13 F4-14

Standard Jack Circuit Box, 400°F max. 1 Jack Standard Jack Circuit Box, 400°F max. 2 Jacks Standard Jack Circuit Box, 400°F max. 3 Jacks Standard Jack Circuit Box, 400°F max. 4 Jacks Standard Jack Circuit Box, 400°F max. 5 Jacks Standard Jack Circuit Box, 400°F max. 6 Jacks

F4-15 F4-16 F4-17 F4-18 F4-19 F4-20

Standard Jack Circuit Box, 800°F max. 1 Jack Standard Jack Circuit Box, 800°F max. 2 Jack Standard Jack Circuit Box, 800°F max. 3 Jack Standard Jack Circuit Box, 800°F max. 4 Jack Standard Jack Circuit Box, 800°F max. 5 Jack Standard Jack Circuit Box, 800°F max. 6 Jack

For 800°F jacks, add suffix “-HT”

Conduit Heads F6 Info

Miniature Weatherproof (MW) Head

General Purpose (GP) Head

Weatherproof (WP) Head

Miniature Weatherproof (MW) heads can be either 1/4 inch or 3/8 inch and are designed for termination of single/dual thermocouples or RTDs. The probe mount and wire entrance threads are 1/4 inch NPT. Cover includes gasket to seal against moisture and chain to prevent loss. Molded of reinforced thermoset compound, this connector head can be used in ambient temperatures to 350 degrees Fahrenheit (175 degrees Celsius). This MW design requires no separate terminal block because a terminal strip is molded into the connector head (terminal screws are provided).

General purpose (GP) heads are rugged cast aluminum, stainless steel, or plastic units with various NPT probed connection sizes and the choice of terminal block to fit your application. Flip top versions are also available.

Weatherproof (WP) heads are rugged cast aluminum or cast iron screw cover units that are available in various NPT probe connection sizes and terminal clock to fit your application.

Explosion Purpose (EP) Head

Explosion Proof & Atex (EP) heads are cast aluminum or stainless steel, screw cover units that comply with NEC & after rating and are designed for use in hazardous environments where extreme caution must be observed. Internal threaded holes accommodate four wire terminal blocks. Mating terminal blocks are available. All these conduit heads except the MW models, require an internal terminal block (see our F7 series)

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Conduit Heads General Purpose F7-1 Series

NOTES: • Utilizes DIN Transmitters and fits most terminal blocks.

Aluminum & Stainless Steel

• Rated NEMA 4x & IP68

Polypropylene

Specifications Part No.

Material

Thread Size (PE x CE)

F7-1-1212-AL F7-1-1234-AL F7-1-3434-AL

Aluminum

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

F7-1-1212-SS F7-1-1234-SS F7-1-3434-SS

Stainless Steel

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

F7-1-1212-PP F7-1-1234-PP F7-1-3434-PP

Polypropylene

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

Our polypropylene heads are FDA approved and can be used for sanitary applications.

Conduit Heads

Weatherproof (WP) F7-12 Series

Weatherproof (WP) heads are rugged cast aluminum or cast iron screw cover units that are available in various NPT probe connection sizes and terminal clock to fit your application.

NOTES: • Can accomodate standard DIN Transmitters and fits most termnial blocks. • Rated NEMA 4x & IP68

Specifications

Part No.

Material

Thread Size (P x C)

F7-12-1212-CI F7-12-1234-CI F7-12-3434-CI

Cast Iron

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

F7-12-1212-AL F7-12-1234-AL F7-12-3434-AL

Aluminum

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

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Conduit Heads Flip Top F7-23 Series

The Nanmac F7-23 Series Conduit Heads are rugged aluminum units with various NPT probe connection sizes and the choice of terminal block to fit your application. Most housings come with screw top caps, the flip top of the F7-23 allows for quick opening and closing of the top utilizing the clip and latch configuration. NOTES: • Flip top with snaplock • Quick and easy access

Specifications Part No.

Material

Thread Size (P x C)

F7-23-1212-AL F7-23-1234-AL F7-23-3434-AL

Aluminum

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

Conduit Heads

Miniature Weatherproof (MW) F7-24 Series Miniature Weatherproof (MW) heads can have either 1/4 inch or 3/8 inch process connection and are designed for termination of single/dual thermocouples or RTDs. The probe mount and wire entrance threads are 1/4 inch NPT. Cover includes gasket to seal against moisture and chain to prevent loss. Molded of reinforced thermoset compound, this connector head can be used in ambient temperatures to 350 degrees Fahrenheit (175 degrees Celsius). This MW design requires no separate terminal block because a terminal strip is molded into the connector head (terminal screws are provided).

Miniature Weatherproof (MW)

Specifications

Part No.

Description

Probe Mount Thread

F7-24-1414-RTC F7-24-3814-RTC

Standard 350°F

1/4” NPT 3/8” NPT

F7-24-1414-RTCHT F7-24-3814-RTCHT

Hi-Temp 800°F

1/4” NPT 3/8” NPT

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Terminal Blocks for Conduit Heads F7-4 Series

Terminal blocks are designed to connect temperature probes to existing extension cables. They fit in a wide variety of sensor housings which include: aluminum, stainless steel, plastic heads, etc. These terminal blocks may be available in various shapes (round, oval, hex) and can provide 1, 2, 3, or 4 sets of poles to meet your specific installation requirements. NOTES: • Al2O3 - 45% Stronger than ceramic, resistant to cracking and flaking • Also available in Bakelite

• Designed for: Single, Duplex, and Triplex temperature sensors. • Other terminal blocks available upon request, contact factory

F7-4-1

F7-4-1-DPX

F7-4-1-TRX

F7-4-1-RTC

Specifications Part No.

Material

Shape

Number of Terminals

F7-4-1

Alumina

Round

F7-4-1-DPX

Alumina

Round

F7-4-1-TRX

Alumina

Round

F7-4-1-RTC

Bakelite

Round

F7-4-2

Alumina

Oval

Conduit Heads

Explosion Proof (EP) & Atex Approved (ATEX) F7-8 & F7-9 Series Explosion Proof (EP) & Atex Approved (ATEX) heads are available in cast aluminum or stainless steel, screw cover units. These units are rated for use in hazardous environments where extreme caution must be observed. Internal threaded holes accommodate four wire terminal blocks. Various terminal blocks are available. • • • • •

Explosion Proof Zone Approval: Class I, Div 1, Group B, C & D Class II, Div 1, Groups E, F & G NEMA 4x, Type 4 ATEX: Ex d 11C T6 IP68 ATEX: Ex tD A21 T100°C IP68

Specifications

Part No.

Material

Epoxy Color

Order Certification

Thread Sizes (P x C)

F7-8-1212-AL F7-8-1234-AL F7-8-3434-AL

Aluminum

Blue

ATEX

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

F7-8-1212-SS F7-8-1234-SS F7-8-3434-SS

SS316

ATEX

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

F7-9-1212-AL F7-9-1234-AL F7-9-3434-AL

Aluminum

Silver

FM & CSA

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

F7-9-1212-SS F7-9-1234-SS F7-9-3434-SS

SS316

FM & CSA

1/2” x 1/2” NPT 1/2” x 3/4” NPT 3/4” x 3/4” NPT

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Canister Heads F7-8380 Series

The Nanmac F7-8380 Series Canister Heads are small nickel-plated steel enclosures designed for applications where space is limited. These canister heads can be provided with 2, 3, or 4 terminals for both thermocouples and RTDs, up to #20 gauge (0.032 inch diameter) wire. These units come equipped with an O-ring moisture seal and a neoprene cap grommet to help prevent water ingress. The F7-8380 Series comes with either, 1/4 or 1/8 inch NPT opening.

• • • •

NOTES: O-Ring Seal 2, 3, or 4 Terminal Neoprene cap grommet comes standard Up to #20 gauge (0.032 inch) wire.

Specifications Part No.

Number of Terminals

Material

Description

Process Opening

F7-8380-2-18 F7- 8380-2-14

Nickel-Plated Steel

Canister Head

1/8” NPT 1/4” NPT

F7- 8380-3-18 F7- 8380-3-14

Nickel-Plated Steel

Canister Head

1/8” NPT 1/4” NPT

F7- 8380-4-18 F7- 8380-4-14

Nickel-Plated Steel

Canister Head

1/8” NPT 1/4” NPT

Head Mount Digital Displays

with 4-20 mAmp Transmitter Installed F7-LCD Series The F7-LCD is a head mounted digital indicator, including a non-isolated F11-40 Temperature Transmitter. Both the LCD display and the temperature transmitter are installed within an aluminum general purpose connector head. The connector head has a polycarbonate viewing window. The indicator has 1/2 inch high-contrast LCD digits. The connector head has 1/2 NPT process threads and 3/4 NPT conduit connection. Both NPT dimensions can be reduced to accommodate your requirement. Temperature transmitter programming performed by Nanmac Corporation.

User Specified Information (programmed by NANMAC) 1) Input Sensor Type

Display

High Contrast, Four-Digit LCD

2) Cold Junction (thermocouple only, default is 32°F / 0°C)

Digit Height

Display 4 (0.5 inch high) digits including minus sign; ~ 0.5 inch (12mm)

Operating Temperature

-20 to 70°C (-4 to 158°F)

Typical Accuracy

±0.1% of programmed span ± digit

3) Temperature Scale °F or °C 4) Temperature Range (full sensor range as default) 5) Sensor Break Detection (upscale or downscale - upscale is default)

Indicator Specifications

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Heavy Duty Head Mount Indicators with 4-20 mAmp Transmitter Installed F7-LCD-SP Series

The F7-LCD-SP indicator is a heavy-duty LCD indicator installed within a NEMA 4 housing and includes an isolated, EX rated temperature transmitter with 4-20 mAmp output. Designed for field mounting, it utilizes a rugged, IP66 / NEMA 4 splash proof housing. All programming of the installed temperature transmitter is done at the factory. The user simply connects the required loop power (see F11-50 for full specifications). The actual transmitter used for this requirement is the F11-50 series, except it has EX rating. Temperature ranges and input loop power requirements are the same. For general use requirements that do not need isolated inputs, EX rating and NEMA enclosures, please see the F7-LCD device.

User Specified information (programmed by Nanmac) 1) Input Sensor Type 2) Cold Junction (Tc only, default is 32°F / 0°C)

3) Temperature Scale °F or °C 4) Temperature Range (Full Sensor Range as default)

General Specifications Conduit Connection

3/4 NPT, top and bottom

Mounting

Wall mount or NPT connection

Casing Material

Cast aluminum, powder-coat epoxy paint

5) Sensor Break Detection upscale or downscale (default is upscale).

Indicator Specifications Display

Black LCD w/4 digits including (-) sign

Digital Height

~ 0.5” (12mm)

Range

Any range between (-) 1999 to 9999, 0 to 3 decimals

Under / Over Range Indicator

Flashing Lo/Hi

Reponse Time

Approximately 0.5s

Ambient operating temperature

-25 to +70°C / -13 to +160°F

Accuracy

+/-0.05% full scale +/- 1 digital, typical

Protection

IP 66 / NEMA 4

Wiring Connection

Stranded, < 16 AWG

Conduit Heads

Explosion Proof (EP) F7-NEMA-WINDOW Series This Explosion Proof (EP) instrument housing accommodates large diameter assemblies, multi-level circuit boards, and/or wide angle readouts and displays. Providing maximum clearance to facilitate instrument mounting, calibration, or service. Precision machined from sand-cast, copper-free aluminum. This housing is used for mounting the F11-40 or F1150 Series Transmitters. See our fully assembled and functional F7-LCD-SP which utilizes this head.

• • • •

NOTES: Two 3/4” NPT conduit Feed-Thru hubs offset for maximum clearance and capacity. 7/16” thick base for blind tapped instrument mounting holes in any location. Glass cover models have a large 2.5” diameter, tempered glass window for local read out. Corrosion resistant, “safety blue” polyester powder coating.

Specifications Input Current Maximum Current Maximum Current for Operation Voltage Drop

4-20 mA 30 mA ~3.5 mA ~1.5 V

Indication Display Digit Height Indication Range Decimals Upper Range / Over Range Engineering Units

Black LCD with 4 digits including minus sign 12.7 mm/0.5” Any range between - 1999 to 9999 Selectable, 0 to 3 Flashing symbols LO/HI Set of Labels included (including blanks)

Response Time

Approximately 0.5 seconds

Scale Setting

Two pushbuttons inside the housing

Operation Temperature

-25 to +70°C / -13 to +158°F

Typical Accuracy

±0.05 % FS ±1 digit

Protection

IP66 / NEMA 4

Connections

Stranded, ≤ 1.5 mm2 AWG 16

Conduit Threads

2 x 3/4” NPT

Mounting

Wall Mounting

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Jack Panels F8 Series

Available in two materials, the standard material is good to 400 degrees Fahrenheit. The high temperature material is good to 800 degrees Fahrenheit. All high temperature jacks are color coded ‘red.’ All standard jacks are coded per thermocouple calibration. Standard thermocouple calibration symbols and color codes are easily visible from the front.

• • • • • •

NOTES: All panels are 3/32 inch steel frame. All thermocouple calibrations and copper jacks are available. For 800°F units, add suffix “-HT” for High Temperature, to the part number. Numbering sequence begins at 1 unless otherwise noted. Special panels with up to 240 circuits are available, contact factory. When ordering, specify part number and calibration. Example: F8-2-K

Specifications Part No. F8-1 F8-2 F8-3 F8-4 F8-5 F8-6 F8-7 F8-8 F8-9*

Panel Cutout

Jack Size

Number of Jacks

Height (in.)

Width (in.)

Standard

2 3 4 5 6

1-1/2 1-1/2 1-1/2 1-1/2 1-1/2

1-1/2 2-1/4 3 3-3/4 4-1/2

Mini

6 12 18 24

1 1 1 2-1/2

3-7/8 7-5/8 11-3/8 7-5/8

Thermocouple Reference Junctions F11 Series

This miniature full bridge (MF) compensator provides stable and accurate secondary thermocouple junctions. This module eliminates the need for ice bath or electromechanical devices by simulating the desired secondary reference point temperature (0 degrees Celsius is standard). This unit is externally energized by a 5.0 VDC. Other voltages upon request; power supply is not included. They have a low impedance reference source. Compatible with computer and process controllers. All incorporating the characteristics of high accuracy, small size, low power, instant operation, and rugged construction. This compensator is available with soldered terminals for power and output signal and leads for thermocouple input with 2 mounting holes.

Specifications

Ordering Information

Part No.

Type

F11-7 F11-8 F11-9 F11-10 F11-11 F11-12 F11-13 F11-14 F11-15 F11-16

J K T R S E G C D B

Accuracy

0.25°C @ 25°C ambient 0.5°C @ 50°C ambient 0.75°C @ 75°C ambient 1.0°C @ 100°C ambient

Stability

Better than 0.25°C at stabilized ambient between -54°C to 100°C

Reference Point

0°C standard

Size

1” x 1” x 5/16” thick

Weight

10 grams

Input Power

5 VDC standard

Power Consumption

As low as 100 microwatts

Mounting

(2) #6 screws

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Head Mount Transmitters Standard F11-40 Series

The F11-40 series is a basic, non-isolated, easy-to-use two-wire transmitter for in-head mounting in DIN B and similar heads. Reduced height simplifies mounting in low profile connection heads. Needing no external power supply other than your LOOP power, the F11-40 can be used for three or four wire RTDs; as well as, thermocouple calibration types B, C (W5), E, J, K, N, R, S & T. Thermocouple input cold junction compensation (CJC) is fully automatic by means of an accurate measurement of the terminal temperature. Alternatively, the CJC can be disabled upon request. Also available are head mount enclosures with digital displays. Either regular duty or heavy duty, NEMA rated head mount displays. Connections

Inputs / Outputs

• • • •

NOTES: Accepts RTD in three and four wire connection and 11 thermocouple types NAMUR compliant Easy wiring, robust terminals and large center hole Rugged design tested for 5g vibrations Dimensions

F Temperature Ranges and Specifications

Input RTD 3-,4-wire connection

Pt100 (a=0.00385) -200 to 1000°C / -328 to 1832°F Pt1000 (a=0.00385) -200 to 200°C / -328 to 392°F PtX10 ≤X≤ 1000 (a=0.00385) Upper Range Depending on X-Value Pt100 (a=0.003902) -200 to 1000°C / -328 to 1832°F Pt100 (a=0.003916) -200 to 1000°C / -328 to 1832°F Ni100 (1) -60 to 250°C / -76 to 482°F Ni1000 (1) -10 to 150°C / 14 to 302°F B, C, E, J, K, N, R, S, T

User Specified Information (programmed by NANMAC) 1) Input Sensor Type 2) Cold Junction (thermocouple only, default is 32°F / 0°C)

Input Thermocouples

Types:

Sensor Failure

Upscale, Downscale or Off

Adjustments - Zero

Any Value Within Range Limits

3) Temperature Scale °F or °C

Minimum Spans

100° either F or C

4) Temperature Range (full sensor range as default)

Output

4-20 Temperature Linear

Operating Temperature

-40 to 85°C / -40 to 185°F

Galvanic Isolation

Power Supply

8 to 36 VDC

Typical Accuracy

±0.15% of Temperature Span

Connection Head

DIN B or Larger

5) Sensor Break Detection (upscale or downscale - upscale is default)

Rail Mount Transmitters Standard F11-40RM Series

The F11-40RM series is a basic, non-isolated, easy-to-use two-wire transmitter. Needing no external power supply other than your LOOP power, the F11-40RM can be used for three or four wire RTDs; as well as, thermocouple calibration types B, C (W5), E, J, K, N, R, S & T. Thermocouple input cold junction compensation (CJC) is fully automatic by means of an accurate measurement of the terminal temperature. Alternatively, the CJC can be disabled upon request. Also available are head mount enclosures with digital displays. Either regular duty or heavy duty, NEMA rated head mount displays.

•

• •

•

NOTES: Accepts RTD in three and four wire connection and 11 thermocouple types NAMUR compliant This non-isolated device should not be used with multiple grounded junction thermocouples when signals are input into each of their own transmitter. All signals are input into the same data acquisition system. Typical span is full range of sensor, can be programmed for special ranges. Example: 100-500 degrees Fahrenheit

Inputs / Outputs

Temperature Ranges and Specifications

Input RTD 3-,4-wire connection

Input Thermocouples

Types:

Sensor Failure

Upscale, Downscale or Off

1) Input Sensor Type

Adjustments - Zero

Any Value Within Range Limits - Refresh Rate

2) Cold Junction (thermocouple only, default is 32°F / 0°C)

Minimum Spans

100° either F or C

Output

4-20 Temperature Linear

3) Temperature Scale °F or °C

Operating Temperature

-20 to 70°C / -4 to 158°F

4) Temperature Range (full sensor range as default)

Galvanic Isolation

Power Supply

8 to 36 VDC

Typical Accuracy

±0.15% of Temperature Span

Connection Head

Rail acc. to DIN EN50022, 35mm

User Specified Information (programmed by NANMAC)

5) Sensor Break Detection (upscale or downscale - upscale is default)

Dimensions

B, C, E, J, K, N, R, S, T

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Head Mount Transmitters Isolated F11-50 Series

The F11-50 is a universal, isolated two-wire transmitter. Used for temperature and other measurement applications, it combines competitive functionally and simple configuration. This device is also available with these special ratings: FM, ATEX, and HART communication. Contact us for your specific requirement. All user specified information is programmed by Nanmac. Dimensions

Input Connections

• • Temperature Ranges and Specifications

•

Special Ratings: For FM approved device, add suffix “FM” to the part number. For ATEX approved device, add suffix “ATEX” to the part number. For HART compatible communications device, add suffix “HART” to the part number. For FM or ATEX plus HART communication add suffix “FM” or “ATEX” plus “HART” to the part number. Example: F11-50-FMHART, or F11-50-ATEXHART

Input RTD 3-,4-wire connection

Input Potentiometer Resistance

3-,4-wire connection, 0 - 2000 Ω

Input Thermocouples

Types:

Input mV

-10 to 500 mV

Sensor Failure

User Definable Output

Adjustments - Zero

Any Value Within Range Limits

Minimum Spans

100° either F or C

Output

4-20 / 20-4 mA, Temperature Linear

Operating Temperature

-40 to 85°C / -40 to 185°F

1) Input Sensor Type

Galvanic Isolation

1500 VAC, 1 min.

Power Supply

F11-50: 6.5 to 36 VDC F11-50-FM: 8 to 30 VDC F11-50-ATEX: 8 to 30 VDC

2) Cold Junction (thermocouple only, default is 32°F / 0°C)

Intrinsic Satety

ATEX: II (1) G [EEx ia] IIC T4-T6 FM: Class I-III, Div. 1, Gr. A-G

Typical Accuracy

±0.1% of Temperature Span

Connection Head

DIN B or Larger

B, C, E, J, K, N, R, S, T

•

User Specified Information (programmed by NANMAC)

3) Temperature Scale °F or °C 4) Temperature Range (full sensor range as default) 5) Sensor Break Detection (upscale or downscale - upscale is default)

Rail Mount Transmitters Isolated F11-50RM Series

The F11-50RM is a universal, isolated two-wire transmitter. Used for temperature and other measurement applications, it combines competitive functionally and simple configuration. Useful error correction functions improve the accuracy. This device also has these special ratings: FM and ATEX approved. All user specified information is programmed by Nanmac. Accepts RTDs, thermocouples, mV, and Ω. Dimensions

Input Connections

Temperature Ranges and Specifications

Input RTD 3-,4-wire connection

Input Potentiometer Resistance

3-,4-wire connection, 0 - 2000 Ω

Input Thermocouples

Types:

Input mV

-10 to 500 mV

Sensor Failure

User Definable Output

Adjustments - Zero

Any Value Within Range Limits

Minimum Spans

100° either F or C

Output

4-20 mA, Temperature Linear

Operating Temperature

-20 to 70°C / -4 to 158°F

Galvanic Isolation

1500 VAC, 1 min.

3) Temperature Scale °F or °C

Power Supply

6.5 to 36 VDC 8 to 30 VDC

4) Temperature Range (full sensor range as default)

Intrinsic Satety

ATEX: II (1) G [EEx ia] IIC (Mounting in safe area) FM: Class I-III, Div. 1, Gr. A-G

Typical Accuracy

±0.1% of Temperature Span

Connection Head

Rail acc. to DIN EN50022, 35mm

Special Ratings: • For FM approved device, add suffix “FM” to the part number • For ATEX approved device, add suffix “ATEX” to the part number

User Specified Information (programmed by NANMAC) 1) Input Sensor Type 2) Cold Junction (thermocouple only, default is 32°F / 0°C)

5) Sensor Break Detection (upscale or downscale - upscale is default)

B, C, E, J, K, N, R, S, T

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Thermocouple Extension Wire G9 Series

When selecting: insulation, moisture, abrasion, flexing, chemical attack, temperature extremes, and other adverse environments must be evaluated. Insulations are rated for a maximum continuous use temperature. This maximum use temperature is for the insulation material, not the temperature at which the thermocouple is operating. That temperature limit is based on the thermocouple design and calibration. Thermocouple EXTENSION grade wire (denoted by an “X”) has approximately the same thermoelectric properties as thermocouple wire, but is only guaranteed accurate within a limited temperature range. Typically, under 400 degrees Fahrenheit. All thermocouple wire is supplied to your specified length. Part Number =

### Insulation

X Material

## Wire Size

Extension Wire for Types CX, E, J, K, N, RX, SX & T Insulation Material

PVC over each/overall (801) rated to 175°F

801EX20

801JX20

801KX20

801RX20

801SX20

801T24 -

PVC, shielded w/drain wire (805) rated to 175°F

805CX20 -

805JX20

805KX20

805NX20 -

805RX20 -

805SX20 -

805TX20 805TX20

Teflon TFE wrapped (809) rated to 500°F

809E30 809E24 -

809J30 809J24 809J20

809K24 809K20

809RX24 809RX20

809SX24 809SX20

809T30 809T24 809T20

Teflon FEP extruded (810) rated to 400°F

810CX24 -

810E24 810E20

810J30 810J24 810J20

810K30 810K24 810K20

810N24 -

810RX24 810RX20

810SX24 810SX20

810T30 810T24 810T20

Nextel braided (820) rated to 2,600°F

812K20 -

812N20 -

828CX20

828E24 828E20

828J30 828J24 828J20

828K30 828K28 828K24 828K20

828N24 -

828RX24 828RX20

828SX24 828SX20

828T28 828T20

Fiberglass braided (828) rated to 900°F

Temperature Ranges and Accuracy of Thermocouples & RTDs Temperature Ranges by Sensor Type Useful Range

Pt100

°C °F

0 / 1,700 32 / 3,092

0 / 2,320 0 / 4,230

-200 / 900 -328 / 1,652

0 / 750 32 / 1,382

-200 / 1,250 -328 / 2,282

-270 / 1,300 -454 / 2,372

0 / 1,450 32 / 2,642

-200 / 350 -328 / 662

-200 / 850 -328 / 1,562

0.5 0.5 0.5 0.5 0.5 -

4.5°C 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0

1.0 1.0 1.0 0.5 0.5 0.5 0.5 -

0.75 0.75 0.75 0.75 -

2.0 2.0 0.75 0.75 0.75 0.75 0.75 0.75 0.75 -

0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 -

1.5 1.5 1.5 1.0 1.0 -

0.65 0.8 0.3 0.8 0.55 0.55 0.55 -

°C / °F -200 / -328 -100 / -148 0 / 32 200 / 392 400 / 752 600 / 1,112 800 / 1,472 1,000 / 1,832 1,200 / 2,192 1,400 / 2,552 1,600 / 2,912 1,800 / 3,272 2,000 / 3,632 2,300 / 4,172

Multi-Pair Thermocouple Cable G10A Series

Multi-pair extension cables are available for thermocouple calibration types E, J, K, N & T. Each conductor is covered with a polyvinyl chloride (PVC) jacket having a nominal thickness of 0.015 inch. Pairs are individually twisted to reduce magnetic interference. The twisted pairs are cabled and then shielded with a 0.0015 inch think aluminum-backed mylar tape and a #20 gage stranded copper drain wire to further minimize electromagnetic interference. The cable is then covered with an outer layer of PVC about 0.045 inch thick. A heavy, easy-strip nylon thread is included. Each cable also contains a polyvinylclad #20 gage copper wire for use as a signal connection. Cables are color coded on the individual conductors and overall. The individual pairs are marked for easy identification. • • • • •

NOTES: Temperature rating of this cable is based upon the limits of the PVC insulation. The continuous use limit of this cable is 176 degrees Fahrenheit (80 degrees Celsius). Volume discounts apply on quantities over 500 feet. Specifications All multi-pair cable is supplied to your specified Thermocouple Number length, plus/minus 10 percent. Part No. Calibration of Pairs For special multi-pair cables with other G10A-1 4 calibrations, other insulations, metallic overbraid, G10A-2 8 etc. contact factory. G10A-3 Iron / Constantan 12 G10A-4 Type JX 16 Maximum continuous length is 300 feet. For G10A-5 20 longer lengths consult factory. G10A-6

G10A-7 G10A-8 G10A-9 G10A-10 G10A-11 G10A-12

Chromel / Alumel Type KX

4 8 12 16 20 24

Copper / Constantan Type TX

4 8 12 16 20 24

Chromel / Constantan Type EX

4 8 12 16 20 24

NiCh / NiSi Type NX

4 8 12 16 20 24

G10A-13 G10A-14 G10A-15 G10A-16 G10A-17 G10A-18

Number of Pairs

Overall Size (in.)

Shipping Weight (pounds per 1,000 feet)

G10A-19 G10A-20 G10A-21 G10A-22 G10A-23 G10A-24

4 8 12 16 20 24

0.390 0.480 0.590 0.650 0.730 0.770

85 130 200 245 285 340

G10A-90 G10A-91 G10A-92 G10A-93 G10A-94 G10A-95

Specifications

100

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Coil Cord Cable

for Thermocouples and RTDs G10B Series Our PVC insulated retractable coil cords are available in thermocouple alloy types E, J, K & T. Three wire copper units are available for RTDs and thermistors. Wire conductor construction consists of #28 gauge standard wire. The PVC insulation has excellent abrasion and moisture resistance and is usable at temperature to 176 degrees Fahrenheit (80 degrees Celsius) continuously. The one foot coil will stretch to four feet and retract to its original length thousands of times. Applications include oscillating machinery, handheld probes, etc. Since these cables have a relatively high internal impedance (up to 34 ohms) they should not be used with low impedance type, analog panel meters. They are ideal for digital and analog type indicators or controllers having an input resistance of 50 ohms or greater. NOTES: • Tolerance of ±10% on length, diameter, and resistance. • Probes sold separately

• Termination styles are available upon request. • Consult factory for coils other than 12 inches long and special requirements.

Specifications Part No.

Type

Color-Code

Ohms / 12” (coiled)

Approximate Cable Diameter (in.)

G10B-1 G10B-2 G10B-3 G10B-4 G10B-5

J K T E RTDs or Thermistors

Black Yellow Blue Purple White

16.5 27.5 14.0 33.5 0.60

0.180 0.180 0.180 0.180 0.180

101

Mineral Insulated Thermocouple Cable G11 Series

Nanoclad wire is a metal sheathed inert magnesium oxide insulated thermocouple cable. It is used to fabricate thermocouple probes and high temperature thermocouple extension wire. It can be welded, brazed, bent, coiled, or formed. This mineral insulated wire can withstand vibration under high temperatures and pressure.

Specifications Part No.

•

• • • •

•

102

NOTES: All cables will be furnished to your specified total length, plus or minus ten percent. For other sizes, alloys, and insulation contact factory. Multi-conductor cable is available for most sheath sizes. When ordering, specify part number and length. Minimum length orders apply, contact factory for you specific requirement. Thermocouple Type N is also available Contact Factory

G11-2 G11-3 G11-4 G11-5 G11-6 G11-6A G11-8 G11-9 G11-10 G11-11 G11-12 G11-14 G11-15 G11-16 G11-17 G11-18 G11-18A G11-20 G11-21 G11-22 G11-23 G11-24 G11-26 G11-27 G11-28 G11-29 G11-29A G11-29B

Thermocouple Type

Sheath Material

Sheath Diameter (in.)

Wall Thickness (in.)

Wire Diameter (in.)

SS 304

0.040 0.062 0.125 0.188 0.250 0.080

0.007 0.010 0.018 0.025 0.036 0.015

0.006 0.010 0.020 0.032 0.040 0.014

Inco 600

0.040 0.062 0.125 0.188 0.250

0.007 0.010 0.018 0.025 0.036

0.006 0.010 0.020 0.032 0.040

SS 304

0.040 0.062 0.125 0.188 0.250 0.080

0.007 0.010 0.018 0.025 0.036 0.015

0.006 0.010 0.020 0.032 0.040 0.014

Inco 600

0.040 0.062 0.125 0.188 0.250

0.007 0.010 0.018 0.025 0.036

0.006 0.010 0.020 0.032 0.040

SS 304

0.040 0.062 0.125 0.188 0.250 0.080

0.007 0.010 0.018 0.025 0.036 0.015

0.006 0.010 0.020 0.032 0.040 0.014

0.007 0.010 0.018 0.025 0.015 0.036

0.006 0.010 0.018 0.032 0.014 0.040

0.007 0.010 0.018

0.006 0.010 0.020

G11-30 G11-31 G11-32 G11-33 G11-33A G11-33B

SS 304

0.040 0.062 0.125 0.188 0.080 0.250

G11-34 G11-35 G11-36

Inco 600

0.040 0.62 0.125

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Digital Thermometers and Data Loggers H1 Series

Low cost, compact size thermometers features single or dual channel temperature measurements with dual display (order probes separately). Model Number H1-80: Single Channel, Type K H1-81: Dual Channel, Type K

Digital Thermometer

H1-80s - Common Specifications Resolution Accuracy Type K Range Function Power Interface Approval

0.1°C / 0.1°F below 1,000°C / °F ±(.01% reading +0.7°C), ±(0.1% reading + 1.4°F) -200°C/1,372°C (-328°F/+2,500°F) °C/°F, MAX, MIN, HOLD, REL, MEM LIMIT, Hi/Lo, TYPE, T1-T2 Auto Power OFF Optional RS-232 interface with Windows® CE Approval, to ITS-90

Store up to 10,000 readings for each channel with a perpetual calendar real time function. The unique CALL-FIT function allows you to read & search the desired log data from memory at a speed of 50 pages per second. All the data collected by the data-logger during long-term monitoring can be transmitted to computers for further analysis using Windows® software (order probes separately). Digital Thermometer & Data Logger Model Number H1-91: Dual Channel, Selectable E/J/K/N/R/S/T H1-92: Four Channel, Selectable E/J/K/N/R/S/T NOTE: • RTD models also available

H1-90s - Common Specifications Resolution Function Power Interface Approval

-0.1°C / 0.1°F below 1,000°C / °F °C/°F/K, MAX, MIN, AVG, HOLD, REL, LIMIT, Hi/Lo, TYPE, COUNT, TIME, CLOCK, CHANNEL, T1-T2, T3-T4, BACKLIGHT, RS232, REC, CALL Auto Power OFF Optional RS-232 interface with Windows® CE Approval, to ITS-90

103

Handheld Thermocouple Probes

for Moving or Rolling Surface Measurement H2 Series These thermocouple probes are provided in type K thermocouple calibration. A plastic handle with a retractable coil cord and miniature plug is attached. Contact us for your design requirement. Refer to our Handheld Data Logger / Thermometer and/or Handheld Thermometer which utilize these temperature probes.

H2-5BA

H2-5C

H2-5D

480°F 250°C

H2-5C • Roller surface, bearing rollers for smooth plastic and steel pipe plus moving or rotating surfaces (roller diameter = 0.63 inch). H2-6A

H2-8

H2-6

480°F 250°C

H2-5D • Miniature teflon rollers for moving or rotating surfaces in food processing (roller diameter = 0.63 inch). H2-6A • Magnetic surface probe (one ribbon) allows for sensor to be attached to measuring target (no handle).

H2-006

H2-005

H2-007

1,470°F 800°C

H2-006 • Sharp tip probe for frozen and semisolids.

104

H2-5BA • Roller surface, right angle St rollers for moving or rotating smooth surfaces (roller diameter = 0.75 inch).

H2-3B

H2-8 • Moving surface probe ideal for measuring moving or stationary flat metal or plastic surfaces. H2-6 • Magnetic surface probe (three ribbon) designed for stationary surfaces, ideal for griddle temperatures.

H2-005 • General purpose probe, 1/8 inch stainless steel.

H2-006 • General stationary surface probe with ceramic tip and spring.

H2-3B • General stationary surface probe, extended reach.

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Digital Displays & Controllers H3 Series

• • • • • • • • • • • • • •

NOTES: Field selectable inputs 4-20 mA, ±10 V, thermocouple calibration types: E, J, K & T and Pt100 RTD inputs NEMA 4X, IP 65 front panel Shallow depth case 3.5” behind panel Serial communication adaptor options Two form C 3 A relays option Selectable fail-safe operation Latching or non-latching Pump alteration control On & Off time delays 23 VDC @ 200 mA supply option Modbus® RTU option 4-20 mA output option Dual 24 VDC supplies option

Sunlight Readable Display • Standard feature - no extra charge • Viewable under direct sunlight • Mount outside or inside

Serial Communications • RS-232 & RS-422/485 adaptors • RS-232 & RS-422/485 converters • USB to RS-422/485 converters • Data acquisition & programming

H Specifications Part No.

Installed Options

Power Required

H3-PD765-6R0-00 H3-PD765-6R0-10 H3-PD765-6R2-00 H3-PD765-6R2-10 H3-PD765-6R3-00 H3-PD765-6R3-10 H3-PD765-6R3-20 H3-PD765-7R0-00 H3-PD765-7R2-00 H3-PD765-7R3-00

None 24 VDC Supply Output 2 Relays 2 Relays & 24 VDC Supply Output 4-20 mA Output 4-20 mA Output & 24 VDC Supply Output 4-20 mA Output & Dual 24 VDC Output None 2 Relays 4-20 mA Output

85-265 VAC 85-265 VAC 85-265 VAC 85-265 VAC 85-265 VAC 85-265 VAC 85-265 VAC 13-36 VDC 13-36 VDC 13-36 VDC

105

Thermocouple Simulator / Calibrator Simulate Types: C, E, J, K, N, R, S & T H14-KIT Series

•

• •

• • •

NOTES: Complete with thermocouple calibration type K, copper calibration cable, 9V NiCad rechargeable battery, neckstrap, AC adaptor/ recharger, and case. High accuracy calibration function simulates precision thermocouple outputs for use in calibrating thermometers, transmitters, controllers, or recorders. Accuracy of 0.15% of reading over wide ranges 0.1 degrees / 1 degrees resolution for E, J, K & T types; 1 degrees for C, N, R & S types. Degrees Celsius / Degrees Fahrenheit switchable for increased versatility Displays output in terms of millivolts or temperature Folded Dimensions: 3.8 x 4 x 1.8” (96 x 108 x 45mm)

High Accuracy Calibration function simulates precision thermocouple outputs for use in calibrating thermometers, transmitters, controllers or recorders. A Calibration cable connects the meter to other thermocouple devices. Simply adjust the output knob to display the desired temperature and calibrate your instrument to its accuracy specification. Versatile thermometer function displays temperatures over a wide range. Switchable from degrees Fahrenheit to degrees Celsius for increased versatility in both measure and calibrate modes. Unique Oyster case design features large digital display built into “flip-up” cover which adjusts (from 90 degrees to 180 degrees) for best viewing angle. Automatically shuts off when closed. Portable and rugged industrial design for field, plant or bench top use. Neckstrap included for hands-free operation. Operates on battery or AC adaptor.

Specifications Type J K T E C R S N Voltage

Ranges for Calibrate and Measure modes -58 to 1,830°F -58 to 2,498°F -184 to 752°F -58 to 1,382°F -32 to 4,172°F -32 to 3,182°F -32 to 3,182°F -58 to 2,372°F

Dims/Weight

106

0.15% rdg ±1° 0.15% rdg ±1° 0.15% rdg ±1° 0.15% rdg ±1° 0.15% rdg ±1° 0.15% rdg ±1° 0.15% rdg ±1° 0.15% rdg ±1°

-5.00mV to ±55.00mV

Resolution Cold Junction Input Junction Sampling Time

(-50 to 1,000°C) (-50 to 1,370°C) (-270 to 400°C) (-50 to 750°C) (0 to 2,300°C) (0 to 1,750°C) (0 to 1,750°C) (-50 to 1,300°C)

Accuracy

0.1° (up to 999.9) or 1° (over 999.9°) 0.03°C/°C (0.02°F/°F) 10Mohm 4 times/second 3.8 x 4.2 x 1.8” (96 x 108 x 45mm)/17oz.

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Infrared Thermometers H32 Series

H32-50

Infrared Non-Contact Digital Thermometer (H32-50) • • • • • •

Features: Laser sighting to pinpoint target area LCD display with backlighting Temperature Unit Switchable: °C or °F Auto data hold when trigger is released Emissivity fixed at 0.95 (suits 90% of applications) Standard package: meter, instruction manual, and battery H32-50 - Specifications

Temperature Range Resolution Distance Ratio Emissivity Accuracy Power Auto Power Off Dimensions

-40°F to 600°F (-40°C to 320°C) 0.1°F (-20 to 212°F) otherwise 1°F 8:1 Fixed at 0.95 ±2.5% or ±5°F (3°C) at 0 to 392°F, otherwise ±3% 9 Volt Battery x 1 After 6 seconds once trigger is released 5.2 x 2.6 x 1.3” (157 x 80 x 40mm)

H32-60

Hi-Temp Infrared Non-Contact Digital Thermometer (H32-60) • • • • • •

Features: Laser sighting to pinpoint target area LCD display with backlighting Temperature Unit Switchable: °C or °F Auto data hold for 10 seconds with no operation Emissivity 0.30 to 1.00 adjustable Standard package: meter, instruction manual, and battery H32-60 - Specifications

Temperature Range Resolution Distance Ratio Emissivity Accuracy Power Auto Power Off Dimensions

-40°F to 932°F (-40°C to 500°C) 0.1°F (-20 to 212°F) otherwise 1°F 10:1 0.30 to 1.00 adjustable ±2% at 0 to 392°F, otherwise ±3% 9 Volt Battery x 1 After 10 seconds with no operation 5.2 x 2.6 x 1.3” (157 x 80 x 40mm)

H Quick Comparison (see full specifications above) Part No.

H32-50

H32-60

Temperature Range

-40°F to 600°F (-40°C to 320°C)

-40°F to 932°F (-40°C to 500°C)

Distance Ratio

8:1

10:1

Emissivity

Fixed at 0.95

0.30 to 1.00 adjustable

Accuracy

±2% at 0 to 392°F, otherwise ±3%

107

Temperature and Process Controllers Proportional • PID • Ramp Soak • Limit H34 Series

The H34-540 Series is 1/16 DIN or 1/4 DIN temperature controller with auto tuning PID control capabilities. One of four user programmable set points may be selected. For PID control in the form of time proportional relay on/off output, time proportional voltage pulse, or 4-20 mAmp signal control. Its universal input accepts 23 inputs varieties, including thermocouple, RTD, and voltage inputs can be easily configured for a 4-20 mAmp input. The relays may be programmed as alarms with 20 different high, low, and deviation alarm types which can include fail-safe operation. Digital input options add the ability of external contacts to operate the controller. With RS-485 serial communication options include protocols for master/slave set point control, modbus ASCII and RTU. The H34-550 Series is 1/16 DIN or 1/4 DIN ramp and soak controller with auto-tuning PID control capabilities. Two programs store 15 segments each for precision set point control. At the completion of a program, the controller can hold a set point, stop the outputs, or loop the completion of a program. Thus, enabling one 30 segment program to be used. Its universal input accepts 23 inputs varieties, including thermocouple, RTD, and voltage inputs can easily be configured for a 4-20 mAmp input. The relays may be programmed as alarms with 20 different high, low, and deviation alarm types which include fail-safe operation. Digital input options add the ability of external contacts to operate the controller and digital output options are available. With RS-485 serial communication options include protocols for master/slave set point control, modbus ASCII and RTU.

108

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H34-540 Series Temperature Controllers - Specifications Part No.

DIN Size

Description

H34-540-6RA-11 H34-540-6RA-14 H34-548-6RB-21 H34-548-6RB-24 H34-549-6RB-24

1/16 1/16 1/4 1/4 1/4

2 Relays, 1 Analog Output, 2 Digital Inputs, Heating or Cooling 2 Relays, 1 Analog Output, RS-485 Communication, Heating or Cooling 3 Relays, 2 Analog Outputs, 2 Digital Inputs, Heating or Cooling 3 Relays, 2 Analog Outputs, RS-485 Communication, Heating or Cooling 3 Relays, 2 Analog Outputs, RS-485 Communication, Heating & Cooling

H34-550 Series Ramp Soak Controllers - Specifications Part No.

DIN Size

H34-550-6RA-14 H34-558-6RA-26

1/16 1/4

Description 2 Relays, 1 Analog Output, RS-485 Communication 3 Relays, 2 Analog Outputs & 4 Digital Inputs, RS-485 Communication

H34-570 Series Limit (On/Off) Controllers - Specifications Part No.

DIN Size

H34-570-6RA-10 H34-578-6RA-14

1/16 1/4

Description 1 Latching Relay, 1 Alarm Relay, 1 Analog Output 3 Relays, 1 Analog Outputs & 4 Digital Inputs, RS-485 Communication

Specifications Input Type

Thermocouple

Thermocouple Type

Temperature Range

32 to 3,300°F (0 to 1,800°C)

C (W5) E J K L N Platinel II R S T U

RTD

Process

32 to 4,200°F (0 to 2,300°C) -300 to 1,800°F (-199.9 to 999.9°C) -300 to 2,300°F (-199.9 to 999.9°C) 0 to 2,300°F (-199.9 to 999.9°C) -300 to 1,600°F (-199.9 to 900.0°C) -300 to 2,400°F (-200 to 1,300°C) 32 to 2,500°F (0 to 1,390°C) 32 to 3,100°F (0 to 1,700°C) 32 to 3,100°F (0 to 1,700°C) -300 to 750°F (-199.9 to 400.0°C) -300 to 750°F (-199.9 to 400.0°C)

JPtA JPtB PtA PtB PtC

-199.9 to 999.9°F (-199.9 to 500.0°C) -199.9 to 300.0°F (-150.0 to 150.0°C) -300 to 1,560°F (-199.9 to 850.0°C) -199.9 to 999.9°F (-199.9 to 500.0°C) -4.0 to 212.0°F (-19.99 to 99.99C)

0.4 to 2.0V 1.000 to 5.000 0 to 10V -10 to 20mV 0 to 100mV

0.400 to 2.000 1.000 to 5.000 0.00 to 10.00 -10.00 to 20.00 0.0 to 100.0

Acccuracy* > 400°C : ±0.15% FS ±1 digit < 400°C : ±5% ±1 digit ±0.2% FS ±1 digit > 0°C : ±0.1% FS ±1 digit < 0°C : ±0.2% FS ±1 digit > 0°C : ±0.1% FS ±1 digit > 0°C : ±0.25% FS ±1 digit > 0°C : ±0.1% FS ± digit < 0°C : ±0.25% FS ±1 digit ±0.1% FS ± digit ±0.15% FS ±1 digit

±0.1% FS ±1 digit** ±0.1% FS ±1 digit** ±0.2% FS ±1 digit ±0.1% FS ±1 digit Display range can be scaled between -1999 and 9999.

4 to 20 mA Input

To accept a 4 to 20 mA signal, select 0.4 to 2.0 VDC input and connect a 100Ω resistor across the input terminals.

*Performance within recommended operating conditions (10 to 50°C, 20 to 90% RH) **For a range scale of 0 to 100°C: ±0.3°C ±1 digit, and for a range scale of -100 to 100°C: ±0.5°C ±1 digit

109

RTD Probes

with Various Termination Styles I6 Series

Our standard RTD probe uses a 100 ohm platinum element with alpha = 0.00385. Sheath material is SS 304 and can be 1/16, 1/8, 3/16, or 1/4 inch diameter in standard length of five inches. Units are available with either a standard size plug or teflon insulated lead wire. When ordered with a plug; the plug has three prongs. Units with lead wire can be either two or three conductor. Available with stainless steel overbraid for added durability.

Two-Wire Leads

Three-Wire Leads

Three-Prong Plug

1/16 and 1/8 inch diameter units have a transition between sheath and leads Specifications

110

Termination Styles

Stainless Steel Overbraid

Two-Wire Leads

No No Yes Yes No Yes No Yes

Part No.

Probe OD

I6-20 I6-21 I6-22 I6-23 I6-23A I6-23B I6-23C I6-23D

3/16 1/4 3/16 1/4 1/8 1/8 1/16 1/16

I6-24 I6-25 I6-26 I6-27 I6-27A I6-27B I6-27C I6-27D

3/16 1/4 3/16 1/4 1/8 1/8 1/16 1/16

Three-Wire Leads

I6-28 I6-29 I6-31A I6-31B

3/16 1/4 1/8 1/16

Three Prong Plug

No No Yes Yes No Yes No Yes N/A

Pt1000 also available

• • • • •

NOTES: Various size mounting bushings are available for these units. Longer sheath or lead wire lengths, four-wire units, and various sheath materials are available. A variety of termination styles are available for these units. Typical construction does not allow for bending; contact factory if your requirement involves bending. PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

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RTD Assemblies

with General Purpose Heads I7 Series

The standard probe contains Pt100 ohm RTD assembly with an aluminum general purpose (GP) head. A terminal block is mounted on the interior of the GP head. The GP head has 1/2” NPT threads where the probe is mounted and a 1/2” NPT conduit outlet for your wire connections. This RTD assembly is also available with a four inch long stainless steel support tube for use with ceramic sheaths and adjustable mounting fittings. The support tube is an 1/8” larger in diameter than the sheath diameter. When ordering with support tube add the suffix (ST) to the part number. Standard support tube is four inches long and can be made to most any length required, mounting bushing is eliminated when ST is applied.

• • • • • • •

NOTES: Types available: Pt100, Pt1000 Typical construction does not allow for bending, contact factory if your requirement involves bending. All sensors use two wire leads, three or four wire assemblies are also available. When ordering with support tube, add suffix ST to the part number. Standard support tube is four inches long, support tube can be made to most any length required. Contact the factory with any special requirement. Specify part number and length. Example: I7-6-18 PFA Teflon® encapsulation - good to 450°F, can be added to any probe.

Specifications Part No.

Sheath Diameter

Sheath Material

I7-1 I7-2 I7-3 I7-4

0.062 0.125 0.187 0.250

SS 304

I7-5 I7-6 I7-7 I7-8

0.062 0.125 0.187 0.250

Inco 600

I7-9 I7-10 I7-11

0.187 0.250 0.375

Quartz

I7-12 I7-13 I7-14

0.187 0.250 0.375

Al2O3 - 00.5%

111

Electrical Feed-Thrus

for Thermocouples or Other Signals K6 Series Insulated electrical Feed-Thrus provide a ready-to-use device, from two to twelve insulated electrical wires per unit. Having flexible insulated leads on the pressure side and various connection options on the ambient side. These electrical sealing glands can also be used to carry electrical current up to 0.8 amperes if desired. A wide choice of instrumentation feedthrough glands are available for a variety of applications, including various thermocouple calibrations, various termination styles, and configurations for the ambient side (lead wire, connectors, etc.) Units are made with stainless steel glands and have either O-ring (OR series), pipe thread (A series), or conical (HP series) metal-to-metal seals. They can be rated for use from low vacuum to 20,000 psi and temperatures to 500 degrees Fahrenheit. All standard glands contain #24 gage (0.020â&#x20AC;?) AWG solid copper conductors inside an 1/8 inch diameter stainless steel tube. These copper conductors are insulated from each other and the tube wall by a high temperature ceramic. The 1/8 inch stainless steel tubes containing the copper conductors are flexible and can be bent to most any desired angle in a radius as small as 1/2 inch. The stainless steel tube provides excellent shielding for each pair of conductors against unwanted electromagnetic noise or stray voltage pickup. These tubes, when more than one, are staggered in length.

112

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NOTES: • All conductors are 24 gage (0.020” diameter) solid copper leads, thermocouple type wire also available.

OR Series

• Various terminations are available (connectors, lead-wire, etc.) contact factory with your particular requirements. • One thermocouple requires two wires.

A Series

HP Series

All standard pressure and amperage ratings are based on 68°F conditions.

Specifications Pressure Rating (psi)

Conductors

5,000 psi (OR Series)

2 4 6 8 10

1-7/16 2 2 2 2

K6-6 K6-7 K6-8 K6-9 K6-10

3,200 psi (A Series)

2 4 6 8 10

K6-11 K6-12 K6-13 K6-14 K6-15

10,000 psi (HP Series)

2 4 6 8 10

Part No. K6-1 K6-2A K6-2B K6-2C K6-2D

E-thd

E-hex

As Required

13/32 15/32 15/32 15/32 15/32

7/16-20 3/4-16 3/4-16 3/4-16 3/4-16

3/4 1-5/16 1-5/16 1-5/16 1-5/16

1/8 1/8 1/8 1/8 1/8

27/32 2 2 2 2

As Required

3/8 3/4 3/4 3/4 3/4

1/8” NPT 1/2” NPT 1/2” NPT 1/2” NPT 1/2” NPT

7/16 7/8 7/8 7/8 7/8

1/8 1/8 1/8 1/8 1/8

3 3 3 3 3

As Required

1.25 1.25 1.25 1.25 1.25

1-1/8-12 1-1/8-12 1-1/8-12 1-1/8-12 1-1/8-12

1-3/16 1-3/16 1-3/16 1-3/16 1-3/16

1/8 1/8 1/8 1/8 1/8

0.250 0.250 0.250 0.250 0.250

0.560 0.560 0.560 0.560 0.560

1 1 1 1 1

113

Accuracy and Range of Thermocouples & RTDs Thermocouples & RTDs Temperature Range and Accuracy Tolerance of Commonly Used Thermocouples & RTDs Range °C °F °C / °F -200/-328 -100/-148 0/32 200/392 400/752 600/1112 800/1472 1000/1832 1200/2192 1400/2552 1600/2912 1800/3272 2000/3632 2300/4172

Thermocouple Type

RTD

Pt100

0/1700 32/3092

0/2320 32/4230

-200/900 -328/1652

0/750 32/1382

-200/1250 -328/2282

-270/1300 -454/2372

0/1450 32/2642

-200/350 -328/662

-200/850 -328/1562

Accuracy (tolerance) is ± the values stated below. Values are percent of temperature, unless otherwise specified. 0.5 0.5 0.5 0.5 0.5 -

4.5°C 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0

1.0 1.0 1.0 0.5 0.5 0.5 0.5 -

0.75 0.75 0.75 0.75 -

2.0 2.0 0.75 0.75 0.75 0.75 0.75 0.75 0.75 -

0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 -

1.5 1.5 1.5 1.0 1.0 -

0.65 0.8 0.3 0.8 0.55 0.55 0.55 -

NOTES: • Values are in an accordance with NIST Monograph 175, Revised to ITS 90 • Accuracy Values for Pt100 RTD are not to exceed values. • All values shown are for Standard Limits of error class B limits.

Resistance Temperature Detectors (RTDs) All metals will have change in resistance when subjected to a temperature change. This relationship can be predicted by use of a constant (alpha) temperature coefficient of resistance. No two different metals have the same alpha and if the properties of the metal are known, a resistance vs. temperature curve may be established which can be accurately duplicated. A metal’s alpha may be changed by alloying it with another material or by mechanically stressing it. Thus, only a few materials are used for resistance temperature detectors (RTD). Other factors which limit the use of some metals and alloys as RTDs include: low electrical resistance, difficulty in forming coils, availability in the pure state, linearity of resistance vs. temperature curve, long-term drift and stability characteristics, resistance to contamination and chemical attack, etc. When all of these factors are considered, the most

114

commonly used materials for RTDs are platinum and nickel. On special applications, tungsten and copper are also used. The sensing element of a RTD may consist of a coil, foil or thin film deposited material. This sensing element may be wound or deposited onto a suitable insulating core and then encapsulated with an insulating material. RTD extension leads may be of any convenient material (typically copper wire with insulation requirements to suit the environment of use) provided all leads are of the same material. The number of extension wires can consist of two, three or four wires. Two extension leads are used where the lead wire resistance is not very important. Higher accuracy is achieved if three wires are used, the third wire compensating for the lead wire resistance. Four leads are typically used only with dual element RTDs. An RTD system consists of the sensor, lead wire and an instrument/readout device.

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Index Ablation Studies Multi-Function Sensor (E13 Series) Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series)

Page

78 75 77

Air Standard TCs (A8A Series) Bare Wire TCs (A13 Series) Unsheathed TCs (A14A Series) Ribbon TCs (C2 Series) Ribbon TCs for Eroding Gas (C5 Series)

11 31 33 61 63

Air in Pipeline Ribbon TCs (C2 Series) Ribbon TCs for Flowing Gas (C5 Series) Flared Union TCs (D3 Series) Tube Union TCs (D4 Series) Pipe-Thread Union TCs (D4A Series) Flared Union RTDs (D3 Series) Tube Union RTDs (D4 Series) Pipe-Thread Union RTDs (D4A Series)

61 63 70 71 72 70 71 72

Aluminum (molten) Molten Aluminum TCs (A38 Series)

Angle Mounted Pipe-Angle Extensions (A34 Series)

Aspirator Probes Ribbon TCs (C2 Series)

Automotive Brake Pads Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series) Multifunction Sensor (E13 Series)

75 77 78

Bayonet / Twist Lock Bayonet TCs (A5 Series) Ribbon Bayonet TCs (A6A Series)

4 7

Bearings Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series) Spring Loaded Pins (B9 Series)

75 77 59

Blenders Mixer TCs & RTDs (C10 Series) Sanitary TCs & RTDs (C10 Series) Mounting Adaptors (C11 Series)

67 67 68

Page

Blind holes Bayonet TCs (A5 Series) Ribbon Bayonet TCs (A6A Series) Spring Loaded Pins (B9 Series)

4 7 59

Bolt Temperatures Washer TCs (A6 Series) Bolt-Down TCs (A7 Series)

6 9

Bombs/Vessels Surface & In-Wall TCs (E6 Series) ms Response Times (E12 Series)

75 77

Calibrating Bare Wire TCs (A13 Series) Certified Calibration Services (contact us) Unsheathed TCs (A14A Series) Reference Junctions (F11 Series)

31 33 94

Charlayers Surface, In-Wall & Interface TCs (E6 Series) Eroding TCs (E12 Series) Multi-Function Sensor (E13 Series)

75 77 78

Conduction Studies Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series) Multi-Function Sensor (E13 Series)

75 77 78

Connectors Standard Plugs & Jacks (F2 Series) Miniature Plugs & Jacks (F3 Series) Panel Jacks & Jack Boxes (F4 Series)

79 80 81

Contact Temperatures Handheld Ribbon TCs (F2 Series) Handheld Spring TCs (B8 Series) Spring Loaded Pins (B9 Series)

79 58 59

Copper (molten) Industrial TCs (A33 Series) Molten Metal TCs (A37 Series)

49 52

Cryogenic Bare Wire TCs (A13 Series) Unsheathed TCs (A14A Series) Ribbon TCs (C2 Series)

31 33 61

Cutting Tool Temperatures Hvy. Duty Hi-Temp. TCs with Plug (A12 Series)

ÂŠ2012 Nanmac Corp. | 1657 Washington St. | Holliston, MA 01746 USA

115

Page

Hi-Temp. Eco. with Plug (A11A Series) Hvy. Duty Hi-Temp. with GP Head (A12A Series) Hi-Temp. Eco. with GP Head (A11B Series) Hi-Temp. TCs (Tungsten Coated) (A12D Series) Surface & Interface TCs (E6 Series)

22 27 24 30 75

Duplex Sensors Standard TCs with Plugs (A8A Series) Hvy. Duty Hi-Temp. TCs (A12 Series) Industrial TCs (A33 Series)

11 26 49

Energy Conservation Standard TCs with Plugs (A8A Series) Industrial TCs (A33 Series) Advanced TCs / Oxidizing (A38 Series)

11 49 53

Exhaust Gas Standard TCs with Plugs (A8A Series) Industrial TCs (A33 Series) Ribbon TCs (C2 Series) Multi-Function Sensor (E13 Info)

11 49 61 78

Exhaust Manifold Washer TCs (A6 Series) Bolt-Down TCs (A7 Series) Ribbon TCs with Shield (B7 Series) Spring TCs (B8 Series)

6 9 57 58

Explosions Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series) Multi-Function Sensor (E13 Info)

75 77 78

Extension Wire TC Extension Wire (G9 Series)

Extrusion / Melt Standard Plastic TCs (C2B Series) Absolute Plastic TCs (C8 Series) In-Stream Plastic TCs (C8A Series)

62 65 66

Feed-Thru (instrumentation) TC Feed-Thru (K6 Series)

112

Feed-Thru (power) TC Feed-Thru (K6 Series)

112

Feed-Thru (vacuum) TC Feed-Thru (K6 Series)

112

116

Page

Films Ribbon TCs (B2 Series)

Flanges Flanges for T-wells (A27 Series) Washer TCs (A6 Series) Bolt-Down TCs (A7 Series)

43 6 9

Fluid (pipelines) Standard TCs with Plugs (A8A Series) Flared Union TCs (D3 Series) Tube Union TCs (D4 Series) Pipe-Thread Union TCs (D4A Series) Eco. Union TCs (D7 Series) Flared Union RTDs (D3 Series) Tube Union RTDs (D4 Series) Pipe-Thread Union RTDs (D4A Series) Ribbon TCs for Sanitary Use (C6 Series)

11 70 71 72 74 70 71 72 74

Friction Studies Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series) Multi-Function Sensor (E13 Info)

75 77 78

Furnaces (+2,400°F) Standard TCs with Plugs (A8A Series) TCs with Connector Heads (A8E Series) Hvy. Duty TCs (A33 Series)

11 15 49

Furnaces (inert gas) Hvy. Duty Hi-Temp. TCs with Plug (A12 Series) Hi-Temp. Eco. with Plug (A11A Series) Hi-Temp. TCs (tungsten coated) (A12D Series) Hi-Temp. with GP Head (A12D Series) Hi-Temp. Eco. with GP Head (A11B Series) Ceramic Sheath TCs (A35 Series)

26 23 30 30 24 51

Furnaces (oxidizing) Hvy. Duty Hi-Temp. TCs with Plug (A12 Series) Hi-Temp. Eco. with Plug (A11A Series) Hvy. Duty Hi-Temp. with GP Head (A12A Series) Hi-Temp. Eco. with GP Head (A11B Series) Ceramic Sheath TCs (A35 Series)

26 23 26 24 51

Furnaces (up to 4,500°F) Hvy. Duty Hi-Temp. TCs with Plug (A12 Series) Hi-Temp. Eco. with Plug (A11A Series) Hi-Temp. TCs (Tungsten Coated) (A12D Series)

26 23 30

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Page

Hvy. Duty Hi-Temp. with GP Head (A12A Series) Hi-Temp. Eco. with GP Head (A11B Series) Ceramic Sheath TCs (A35 Series)

27 24 51

Furnaces (vacuum) Hvy. Duty Hi-Temp. TCs with Plug (A12 Series) Hi-Temp. Eco. with Plug (A11A Series) Hi-Temp. TCs (tungsten coated) (A12D Series) Hvy. Duty Hi-Temp. with GP Head (A12A Series) Hi-Temp. Eco. with GP Head (A11B Series) Ceramic Sheath TCs (A35 Series)

26 23 30 27 24 51

Gases Ribbon TCs (C2 Series) Ribbon TCs (flowing) (C5 Series) Ribbon TCs (sanitary) (C6 Series)

61 63 64

Gases (high velocity) Ribbon TCs (C2 Series) Ribbon TCs (flowing) (C5 Series) Multi-Function Sensor (E13 Info)

59 63 78

Gases (in pipelines) Ribbon TCs (C2 Series) Ribbon TCs (flowing) (C5 Series) Flared Union TCs (D3 Series) Pipe-Thread Union TCs (D4A Series) Eco. Union TCs (D7 Series) Flared Union RTDs (D3 Series) Tube Union RTDs (D4 Series) Pipe-Thread Union RTDs (D4A Series) Ribbon TCs for Sanitary Use (C6 Series)

61 63 70 72 74 70 71 72 64

General Purpose (+2,400°F) TCs with No Connectors (A8 Series) Standard TCs with Plugs (A8A Series) TCs with Flexible Leads (A8B Series) TCs with Armor Leads (A8C Series) TCs with Connector Heads (A8E Series) Hvy. Duty TCs (A33 Series)

10 11 12 13 15 49

General Purpose (high temperature) Hvy. Duty Hi-Temp. TCs with Plug (A12 Series) Hi-Temp. Eco. with Plug (A11A Series) Hi-Temp. TCs (tungsten coated) (A12D Series) Hvy. Duty Hi-Temp. with GP Head (A12A Series)

26 23 30 27

Page

Hi-Temp. Eco. with GP Head (A11B Series) Ceramic Sheath TCs (A35 Series)

24 51

Glass (molten) Hvy. Duty TCs (A33 Series)

Gradient Temperature Studies Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series) Multi-Function Sensor (E13 Info) Bare Wire TCs (A13 Series)

75 77 78 31

Gun Barrel Bore Surfaces Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series)

75 77

Heat Transfer Studies Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series) Multi-Function Sensor (E13 Info) Bare Wire TCs (A13 Series)

75 77 78 31

Industrial Standard TCs with Plugs (A8A Series) TCs with Connector Heads (A8E Series) Hvy. Duty Hi-Temp. TCs with Plug (A12 Series) Hvy. Duty Hi-Temp. with GP Head (A12A Series) Hvy. Duty TCs (A33 Series) Ceramic Sheath TCs (A35 Series) Pipe-Angle Ext. (A34 Series)

11 15 26 27 49 51 50

Internal Surface Temperatures Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series) Ribbon TCs (C2 Series)

75 77 61

Kilns TCs with No Connectors (A8 Series) Bare Wire TCs (A13 Series) Unsheathed TCs (A14A Series) Ceramic Sheath TCs (A35 Series) Ceramic Insulators (A14 Series) Mullite Protection Tubes (A30 Series) Ceramic and Refractory Tubes (A31 Series)

10 31 33 51 32 46 47

Mixer Mixer TCs & RTDs (C10 Series)

117

Page

Sanitary TCs & RTDs (C10 Series) Mixer Sensor Mounting Adaptors (C11 Series)

67 68

Page

Plastic (extrusion/melt) Standard Plastic TCs (C2B Series) Absolute Plastic TCs (C8 Series) In-Stream Plastic TCs (C8A Series)

62 65 66

Molding Standard Plastic Melt TCs (C2B Series) Absolute Plastic Melt TCs (C8 Series) In-Stream Plastic Melt TCs (C8A Series)

62 65 66

Molten Metals Copper, Brass, Zinc, Lead TCs (A37 Series) Molten Aluminum TCs (A38 Series)

Plastic (injection molds) Standard Plastic TCs (C2B Series) Absolute Plastic TCs (C8 Series) In-Stream Plastic TCs (C8A Series)

62 65 66

52 53

Moving Wire Rub & Contact TCs (B6 Series)

Pressure Vessels Ribbon TCs (C2 Series) Eroding TCs (E12 Series)

61 77

Profile Studies Standard TC Assemblies (A8A Series) Hvy. Duty Hi-Temp. TCs (A12 Series) Bare Wire TCs (A13 Series) Unsheathed TCs (A14A Series)

11 26 31 33

Reference Junctions Reference Junctions (F11 Series)

Rocket Nozzles Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series)

75 77

Rotating Parts Rub & Contact TCs (B6 Series) Spring Loaded Pins (B9 Series)

56 59

RTDs RTDs with Plugs & Jacks (I6 Series) RTDs with Ext. Leads (I6 Series) RTDs with Connector Heads (I7 Series) RTDs for Mixers (C8B Series) RTDs for Sanitary Mixers (C10 Series) Flared Union RTDs (D3 Series) Tube Union RTDs (D4 Series) Pipe-Thread Union RTDs (D4A Series) Compression Fittings for RTDs (A10 Series) Cable Assemblies for RTDs (A8H-RTD Series)

110 110 111 62 67 70 71 72 21 19

Multi-Element Standard TCs with Plugs (A8A Series) Hvy. Duty Hi-Temp. TCs with Plug (A12 Series) Hvy. Duty TCs (A33 Series) Multi-Function Sensor (E13 Info) Multi-Function Multi-Function Sensor (E13 Info) Pipe Temperatures (external) Washer TCs (A6 Series) Pipe Clamp TCs (D6 Series)

11 26 49 78 78 6 73

Pipelines Standard TCs with Plugs (A8A Series) Flared Union TCs (D3 Series) Tube Union TCs (D4 Series) Pipe-Thread Union TCs (D4A Series) Eco. Union TCs (D7 Series) Flared Union RTDs (D3 Series) Tube Union RTDs (D4 Series) Pipe-Thread Union RTDs (D4A Series) Compression Fittings for Pipelines (A10 Series) Ribbon TCs for Sanitary Use (C6 Series) Flow-Thru TCs & RTDs (D4A Series)

11 70 71 72 74 70 71 72 21 64 72

Piston Rings Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series)

75 77

Plastic (blow molds) Bayonet TCs (A5 Series) Ribbon Bayonet TCs (A6A Series)

Shock Tubes Surface & In-Wall TCs (E6 Series) Eroding TCs (E12 Series)

75 26

4 7

Sintering Hvy. Duty Hi-Temp. TCs with Plug (A12 Series)

118

Tel: 800.786.4669 | Intâ&#x20AC;&#x2122;l: 001.508.872.4811

Page

Hi-Temp. Eco. with Plug (A11A Series) Hi-Temp. TCs (tungsten coated) (A12D Series) Hvy. Duty Hi-Temp. with GP Head (A12A Series) Hi-Temp. Eco. with GP Head (A11B Series) Ceramic Sheathed TCs (A35 Series)

23 30 27 24 51

Soaking Pit Hvy. Duty TCs (A33 Series) Pipe-Angle Ext. (A34 Series) Protection Tubes (A32 Series)

49 50 48

Thermocouple Wire Insulated Ext. Wire (G9 Series) Type B Type C Type E Type J Type K Type R Type S Type T

99 99 99 99 99 99 99 99 99

Thermowells General Use T-wells (A21A Series) T-wells with Lag Ext. (A22A Series) T-wells (3/8”) (A23 Series) T-wells (3/8” with Lag Ext.) (A24A Series) T-wells (Hvy. Duty Taper) (A25 Series) T-wells (Hvy. Duty with Lag Ext.) (A26A Series) Flanges for T-wells (A27 Series) T-wells for Flanges (A28 Series) T-wells (Limited Space) (A29 Series) Mullite Protection Tubes (A30 Series) Ceramic and Refractory Tubes (A31 Series) Protection Tubes (A32 Series) Compression Fittings for T-wells (A10 Series)

37 38 39 40 41 42 43 44 45 46 47 48 21

Temperature Transmitters Non-Isolated (Head Mount) (F11-40 Series) Non-Isolated (Rail Mount) (F11-40RM Series) In-Head Displays (F7-LCD Series) In-Head Displays (NEMA) (F7-LCD-SP Series)

95 96 90 91

Wear Rates Surface & In-Wall TCs (E6 Series)

Eroding TCs (E12 Series) Multi-Function Sensor (E13 Info) Wires (moving) Rub & Contact TCs (B6 Series)

77 78 56

119

Terms and Conditions of Sale PRICES: Prices are those in effect at time of order, prices are subject to change without notice. Quoted prices and discounts apply only to the specific quantities of items or specific services stated and do not include any taxes, transportation charges, special packaging or labeling or other miscellaneous items or services not specified. Prices are subject to corrections for errors. When so stated on the quotation, prices invoiced will be those in effect at the time of shipment. TAXES: The amount of tax or government charges upon the production, sale shipment and/or use of goods sold hereunder, now imposed by any governmental authority or hereafter becoming effective shall be added to the prices herein provided, and shall be paid by the buyer. PAYMENT TERMS: Payment terms are net cash 30 days from the date of the invoice once an open account has been established through the Seller’s credit application process, or Visa or MasterCard at the time of order, or C.O.D., unless otherwise stated in a quotation or agreed to in writing by both the Seller and Buyer. Buyer agrees to pay a late payment charge of 1-1/2% per month on any amount or balance owed for more than 30 days. Buyer also agrees to pay all charges, fees and legal fees in addition to the aforementioned late charge arising out of the Seller’s efforts to collect any amount or balance owed. DELIVERY: All shipment dates quoted are after receipt and acceptance of order, unless otherwise specified. The Seller shall not be liable for delays, losses or failures of performance caused by fires, explosions, floods, other actions of the elements, strikes or other labor disputes from whatever cause arising, embargoes, riots, accidents, acts of public enemies, and/or rules, regulations, orders or acts of government, delays of carriers, lack of transportation facilities, shortages of available fuel or other sources of energy, or of basic raw materials or any other causes beyond the reasonable control of Seller. The Seller shall not in any event be liable for consequential or special damages arising out of delay due to any cause or for failure to give notice of any delay. SHIPMENT: All shipments will be made F.O.B. place of shipment unless otherwise specified or agreed to by the Seller. In the absence of specific instructions, the Seller will select the carrier. Title to the material and risk of loss shall pass to the Buyer upon delivery thereof by the Seller to the carrier or delivery service. All packages will be shipped insured for full product value unless specified otherwise in writing by the customer at the time of order. In the event that something is damaged in shipment, it is up to the customer/receiving party to initiate a damage claim with the carrier within 48 hours. Damaged items should be immediately repackaged in the original packaging exactly as the customer/receiving party received them.

SHORTAGES: Claims against Seller for shortages in the amount shipped must be made within seven (7 days after arrival of shipment. RETURNS: Most items are made to order; therefore, it is up to the Seller’s discretion to accept any item for return. No returns will be accepted without seller’s prior authorization. VARIATION IN QUANTITY: On orders for Insulated Wire, cable, mineral insulated wire, or bare wire, Seller reserves the right to ship, and invoice accordingly, plus or minus ten percent (10%) of the total amount ordered. WARRANTY: Any liability of Seller resulting from any defect in workmanship or material in the product covered by this document shall be limited to and fully discharge by replacement or repair or such item at Seller’s option without charge. The warranty provided in this clause is in lieu of all other warranties, express or implied, arising by law or otherwise, INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, and shall not be modified except by an arrangement signed by both parties specifically referencing this clause. In no event shall Seller be liable for consequential damages or extend beyond the repair or replacement of the defective purchased items. The Buyer must give notice of any defect in workmanship or material to the Seller within seven (7) days after delivery to Buyer. In the event the Buyer fails to give notice within the specified period, the Seller will be relieved of all liability hereunder and Buyer agrees to accept goods as is. Any action for breach of this warranty or other action arising out of this contract must be commenced within one year after delivery. ACCEPTANCE: Quoted prices will remain firm for thirty (30) days from the date of quotation and are contingent upon the acceptance of all terms and conditions listed herein, unless otherwise stated in the quotation. All orders are subject to review and final acceptance by the Seller at its home office in Framingham, MA - USA. CANCELLATIONS: Seller’s acceptance of order cancellation or order reduction requests is conditioned upon receiving buyer’s written agreement to assume Seller specified termination charges and/or price adjustments. As most items are made to order, once an order has been placed and processed it cannot be cancelled. Items cannot be returned; there is no provision in the seller’s terms for restocking any items. CHANGES: Seller may from time to time change their terms and conditions of sale. By agreeing to these terms and conditions, Buyer agrees to changes that may occur from time to time. Any changes to terms and conditions will be available to Buyer upon request and are not broadcast, printed or sent to Buyer as a matter of course.

USE & PERFORMANCE: The determination as to the performance and/or adaptability of any of the Seller’s products or materials to the specific needs and requirements of the purchaser is solely the purchaser’s responsibility. The seller’s engineering department will gladly offer suggestions and provide physical and electrical characteristics of commonly used materials, as they are available.

120

Tel: 800.786.4669 | Int’l: 001.508.872.4811

Contact Information

NOTES:

Page

23 30 27 24 51

Soaking Pit Hvy. Duty TCs (A33 Series) Pipe-Angle Ext. (A34 Series) Protection Tubes (A32 Series)

49 50 48

Thermocouple Wire Insulated Ext. Wire (G9 Series) Type B Type C Type E Type J Type K Type R Type S Type T

99 99 99 99 99 99 99 99 99

Tel: 800.786.4669 Int’l: 001.508.872.4811 Eroding TCs (E12 Series) Fax: 1.508.879.5450 Email: info@nanmac.com Multi-Function Sensor (E13 Info) Web: www.nanmac.com Address: Wires (moving) 1657 Washington Street Holliston, MA 01746 USA Rub & Contact TCs (B6 Series)

Page

77 78 56

Nanmac prides itself with excellent customer satisfaction. Have a Live Chat with a member of our team regarding issues and requests.

www.nanmac.com/chat

Free Gifts

Thermowells Go to our website and get yours today! (while 37 supplies last) General Use T-wells (A21A Series) 38 T-wells with Lag Ext. (A22A Series) www.nanmac.com/free 39 T-wells (3/8”) (A23 Series) 40 T-wells (3/8” with Lag Ext.) (A24A Series) • Nanmac Temperature Measurement Catalog 41 T-wells (Hvy. Duty Taper) (A25 Series) • Nanmac Thermocouple Handbook on CD-ROM 42 T-wells (Hvy. Duty with Lag Ext.) (A26A Series) • Nanmac Calibrated Hot Sauce 43 Flanges for T-wells (A27 Series) • Nanmac Thermometer / Compass Keychain 44 T-wells for Flanges (A28 Series) 45 T-wells (Limited Space) (A29 Series) 46 Mullite Protection Tubes (A30 Series) 47 Ceramic and Refractory Tubes (A31 Series) 48 Protection Tubes (A32 Series) 21 Compression Fittings for T-wells (A10 Series) Temperature Transmitters Non-Isolated (Head Mount) (F11-40 Series) Non-Isolated (Rail Mount) (F11-40RM Series) In-Head Displays (F7-LCD Series) In-Head Displays (NEMA) (F7-LCD-SP Series)

95 96 90 91

Wear Rates Surface & In-Wall TCs (E6 Series)

119

NOTES:

Contact Information

NOTES:

Page

23 30 27 24 51

Soaking Pit Hvy. Duty TCs (A33 Series) Pipe-Angle Ext. (A34 Series) Protection Tubes (A32 Series)

49 50 48

Thermocouple Wire Insulated Ext. Wire (G9 Series) Type B Type C Type E Type J Type K Type R Type S Type T

99 99 99 99 99 99 99 99 99

Page

77 78 56

Nanmac prides itself with excellent customer satisfaction. Have a Live Chat with a member of our team regarding issues and requests.

www.nanmac.com/chat

Free Gifts

95 96 90 91

Wear Rates Surface & In-Wall TCs (E6 Series)

119