# RTD Sensor, IP68, Probe with Leads, Class B, -100 °C, 250 °C, 100 ohm, Platinum

**URL**: https://novapart.co/products/P-M-B-2.5-50-0-T-2-1.1KV-IP68/rtd-sensor-ip68-probe-with-leads-class-b-100-c-250
**SKU**: P-M-B-2.5-50-0-T-2-1.1KV-IP68
**Manufacturer**: OMEGA
**Category**: Sensors & Transducers || Sensors || Temperature Sensors || RTD Temperature Sensors
**Price**: €21.7200
**Stock**: 10+
**Lead Time**: 50 days (indicative)

## Specifications

| Parameter | Value |
|---|---|
| Svhc | Lead (04-Feb-2026) |
| Rtd Type | Probe with Leads |
| Probe Length | 50mm |
| Rtd Accuracy | Class B |
| Product Range | P-M Series |
| Probe Diameter | 2.5mm |
| Probe Material | 304 Stainless Steel |
| Cable Termination | Wire Leaded |
| Resistance @ 0°C | 100ohm |
| Wire Configuration | 4-Wire |
| Rtd Element Material | Platinum |
| Cable Length - Metric | 2m |
| Cable Length - Imperial | 6.6ft |
| Sensing Temperature Max | 250°C |
| Sensing Temperature Min | 0°C |
| Measured Temperature Max | 250°C |
| Measured Temperature Min | -100°C |

## Datasheet

📄 [Download PDF](https://novapart.co/datasheet/farnell:3880420/)

## Temperature Measuremen **t** 

## Volume 2 

_Thermocouple sensors, connectors, wire, surface probes and accessories_ 

www.omega.co.uk 

**Contents** 

## _About Us_ 

|_About Us_||
|---|---|
|**Precision Manufacturing**|**3**|
|**Calibration Facility**|**4**|
|_What are Thermocouples_||
|**Why use them and how they work**|**5**|
|_Colour Codes_|**7**|
|_Wired Sensors_||
|**Unsheathed Wire**|**8**|
|**5TC Insulated Wire**|**9**|
|**HSTC Series Hermetically Sealed**|**10**|
|**TC-TS Series**|**10**|
|**5LSC, 5SRTC & 5SC Fast Response**|**11**|
|**XC Series High Temperature**|**11**|
|_Surface Thermocouples_||
|**HFS Series**|**12**|
|**SA1XL**|**12**|
|**SA1 Series Self Adhesive**|**13**|
|**SA2C Self Adhesive**|**13**|
|**WD-DT- Series**|**14**|
|**WT Series**|**14**|
|**XCIB Series**|**15**|
|_Handle Thermocouples_||
|**JHIN-RSC**|**16**|
|**HPP1 Series**|**17**|
|_Mineral Insulated_||
|**TJ Mini**|**18**|
|**TJ Series**|**18**|
|**KMQSS**|**19**|
|_Needle Thermocouples_||
|**HYP Probes**|**20**|
|_Heavy Duty Industrial_<br>**Industry, Airsteam and laboratory**|**21**|



## _M12 Connection_ 

|**M12M Series**|**22**|
|---|---|
|**TX-M12-TC Head**|**22**|
|**M12 Series**|**23**|
|**M8M Series**|**24**|
|**M8C-SIL Series**|**24**|
|_Extreme Temperature_||
|**XMO Exotic Probes**|**25**|
|**NB OMEGACLAD XL Probes**|**26**|
|**SPHT Seies**|**27**|
|**SICSS Series Mini Connector**|**28**|
|**NB12 Series Ceramic**|**28**|
|_Industrial Heads_||
|**Miniature Head Probe**|**29**|
|**Sub-Miniature Head Probe**|**29**|
|**Aluminium Hinged Head**|**29**|
|**Cast Iron Head**|**30**|
|**Hygenic Head**|**30**|
|**TX-M12-TC Head**|**30**|
|**Assemblies with DIN-B**|**31**|
|**In-Head Wireless Transmission**|**32**|
|_Wireless_||
|**UWTC Wireless Monitoring**|**33**|
|**UWTC -REC3 Wireless Monitoring**|**33**|
|_Thermocouple Wire_|**34-35**|
|_Connectors_||
|**SMPW & HMPW**|**36**|
|**SHX & USHX**|**37**|
|**Connector Accessories**|**38**|
|_Therminal Blocks_||
|**DRTB-2**|**39**|
|**MJP Series**|**39**|
|_Selection Guide_|**40-44**|



~~2 e~~ 

**About Us** 

## **Precision Manufacturing** 

OMEGA gives customers the widest choice of standard & bespoke products. Grouped into product lines and technologies including temperature, industrial heaters, pressure, fl ow, data acquisition, automation, laboratory and environmental control. We truly are your single source provider for all product needs. We can provide custom designs and assemblies and we offer volume manufacturing for OEM needs in temperature, pressure and electronic controls. 

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Pressure Manufacture<br>"] i (Malia a<br>Volume wire<br>production<br>**----- End of picture text -----**<br>


Our Manchester HQ has over 45,000 sq ft. of operations and a skilled work force to manufacture your products. Our dedicated pressure facility produces the 

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Volume<br>Manufacture<br>**----- End of picture text -----**<br>


## **Standard and Bespoke Products** 

All product designs are tested and perfected in our state-of-the-art facility. The testing that takes place here assures that you receive the best products for your applications. Once an OMEGA product design is perfected and tested, stock production takes place at our Manchester manufacturing facility. 

highest quality transducers, transmitters and custom order products. Our temperature department specializes in high precision assembly capable of manufacturing exotic probes, MI thermocouple probes, connectors, RTD sensors, wire and patch sensors, M12 sensors, and custom designed solutions. 

## **Custom Design Solutions** 

product or complete customised system engineering, OMEGA can accommodate your special request. 

Unlike many online stores and distributors OMEGA has the capability to design and manufacture probes - all compliant to CE standards. 

**Manchester Manufacturing HQ.** 

Each OMEGA product goes through a quality control process that ensures all dispatched items are of the highest standard. 

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**Calibration** 

## **Calibration Services** 

to increase the level of service available to our customers. To this end, OMEGA continues to expand the range of calibration services available, offering a broad selection of standards for use in calibrating temperature, infrared humidity, pressure, fl ow, and force products. By maintaining these standards in-house, we can ensure fast turnaround time on calibrations. 

## And we offer ISO certified calibration traceable to UK & NIST standards. 

From food production to pharmaceuticals, many industry bodies require system calibration to ensure measurement integrity. With state-of-the -art reference equipment, OMEGA provides calibration that is fully traceable back to a wide range of standards. 

All calibrations are performed by our technicians. Contact OMEGA’s Customer Service Department (0161 777 2225) to discuss your specifi c calibration requirements. 

Our calibration laboratory is able to calibrate a wide variety of testers ranging from electrical meters such as multimeters and clamp meters to specifi c testers such as barometers, vacuum gauges, anemometers, digital thermometers and much more. 

## **We calibrate -30 C to +1200 °C** 

Our specialist facilities can calibrate your: 

- Thermocouples ( -30 °C to +1200 °C) 

- RTD’s (-30 °C to 300 °C) 

- Thermistors (-30 °C to 300 °C) 

- Infrared devices ( -18 °C to +400 °C) 

Interested in our calibration services? Here is a list of areas we cover: 

- Temperature, Infrared 

- Pressure, Strain & Force 

- Electrical, Voltmeters, Multimeters 

- Airspeed, Anemometers 

- Humidity 

## **After Sales Care** 

Omega has technical Engineering Support for both pre and post sales product usage questions. They are available to help you with any in-depth application needs regarding Omega products you are considering purchasing. After purchase they can also help you with questions regarding installation and use of our products. 

Call 0161 777 2225 to speak with an expert. 

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Thermocouples 

## **What are thermocouples? Why Use Them? How Do They Work?** 

## **What is a thermocouple?** 

A thermocouple is a sensor for measuring temperature. This sensor consists of two dissimilar metal wires, joined at one end, and connected to a thermocouple thermometer or other thermocouple-capable device at the other end. When properly configured, thermocouples can provide temperature measurements over wide range of temperatures. 

## **Why use a thermocouple instead of a RTD or thermistor sensor?** 

Thermocouples are known for their low cost, durability and versatility as temperature sensors, therefore they are commonly used on a wide range of applications - from heavy industrial and process industry usage to laboratory and environmental testing. Due to their wide range of permutations and technical specifications, it is important to understand their basic structure, how they work, and their limitations in order determine what is the right type and material of thermocouple for your application. 

## **Choose the right thermocouple** 

## Beaded Wire Thermocouple 

A beaded wire thermocouple is the simplest form of thermocouple. It consists of two pieces of Vi“ thermocouple wire joined together Va with a welded bead. Because the bead of the thermocouple is exposed, there are several application limitations. The beaded wire thermocouple should not be used with liquids that could corrode or oxidize the thermocouple alloy. Metal surfaces can also be problematic. Often metal surfaces, especially pipes are used to earth electrical systems. The indirect connection to an electrical system could impact the thermocouple measurement. In general, beaded wire thermocouples are a good choice for the measurement of gas temperature. Since they can be made very small, they also provide very fast response time. 

## Thermocouple Probe 

A thermocouple probe consists of thermocouple wire housed inside a metal or ceramic tube. The wall of the tube is referred to as the sheath of the probe. Common sheath materials include stainless steel and 

Inconel[®] . Inconel supports higher temperature ranges than stainless steel, however, stainless steel is often preferred because of its broad chemical compatibility. For very high temperatures, exotic metal or ceramic 

sheath materials are also available. View our range of high temperature exotic thermocouple probes. The tip of the thermocouple probe is available in three different styles. Grounded, insulated and exposed. With a grounded tip the thermocouple is in contact with the sheath wall. A grounded junction provides a fast response time but it is most susceptible to electrical earth loops. In insulated junctions, the thermocouple is separated from the sheath wall by a layer of insulation. The tip of the thermocouple protrudes outside the sheath wall with an exposed junction. Exposed junction thermocouples are the fastest responding and best suited for non-corrosive gas and dry air temperature measurements. 

## Surface Probe 

Measuring the temperature of a solid surface is difficult for most types of temperature sensors. To ensure accurate readings, the entire measurement area of the sensor must be in good thermal contact with the surface. This is difficult when working with a rigid sensor and a rigid surface. Since thermocouples are made of pliable metals, the junction can be formed flat and thin to provide maximum contact with a rigid solid surface. These thermocouples are an excellent choice for surface measurement. The thermocouple can even be built in a mechanism which rotates, making it suitable for measuring the temperature of a moving surface. 

## Wireless Thermocouples 

Bluetooth, Zigbee and WIFI wireless transmitters that connect with laptops, smartphones or tablets to log and monitor temperature measurements remotely. 

## **How does a thermocouple work?** 

When two wires composed of dissimilar metals are joined at both ends and one of the ends is heated, there is continuous current which flows in the thermoelectric circuit. If this circuit is broken at the centre, the net open circuit voltage (the Seebeck voltage) is a function of the junction temperature and the composition of the two metals. Which means that when the junction of the two metals is heated or cooled a voltage is produced that can be correlated back to the temperature. 

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Thermocouples 

## **What are thermocouples? Why Use Them? How Do They Work?** 

## **Different combinations of metals** 

Thermocouples are available with different combinations of metals, known as types or calibrations. The most common are the “Base Metal” thermocouples known as Types K, J, T, E and N. There are also high temperature calibrations - also known as Noble Metal thermocouples - Types R, S, C, D and B. 

transfer from the outside, through the probe wall 

to the thermocouple junction. In an insulated probe, the thermocouple junction is detached from the probe wall. Response time is slower than the grounded style, but the insulation provides electrical isolation. 

**Common Thermouple Temperature ranges** 

Each type has a different temperature range, tolerance and environmental considerations. Although the thermocouple type dictates the temperature range, the maximum range may also be limited by the diameter of the thermocouple wire. That is, a very thin thermocouple may not reach the full temperature range. K Type Thermocouples are known as general purpose thermocouples due to their low cost and wide temperature measurement range. 

The thermocouple in the exposed junction style protrudes out of the tip of the sheath and is exposed to 

the surrounding environment. This type offers the fastest response time, but is limited in use to noncorrosive and non-pressurized applications. See the illustration above for a full discussion of junction types. The sheath insulation is sealed where the junction extends to prevent penetration of moisture or gas which could cause errors. 

## **How do I choose a thermocouple?** 

1. Determine the application where the thermocouple sensor will be used. 

2. Note the minimum and maximum temperatures the thermocouple will be exposed to. 

3. Consider any chemical resistance needed for the thermocouple or sheath material. 

- 4.Evaluate the need of abrasion and vibration resistance. 

5. List any installation requirements. 

## **How do I know which junction type to choose?** 

The grounded junction is recommended for the measurement of static or flowing corrosive gas and liquid temperatures and for high pressure applications. The junction of a grounded thermocouple is welded to the protective sheath giving faster response than the ungrounded junction type. 

An insulated junction is recommended for measurements in corrosive environments where it is desirable to have the thermocouple electrically isolated from and screened by the sheath. The welded wire thermocouple is physically insulated from the thermocouple sheath by MgO powder. 

Sheathed thermocouple probes are available with one of three junction types: grounded, insulated or exposed. At the tip of a grounded junction probe, the thermocouple wires are physically attached to the inside of the probe wall. This results in good heat 

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**Colour Codes** 

**All OMEGA Thermocouple Wire, Probes and Connectors are available with either ANSI or IEC Colour Codes. On our website, model numbers reflect the IEC Colour-Coded Product. Please contact sales or visit omega.co.uk for instructions on how to order ANSI Colour-Coded products** 

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ANSI MC 96.1 Colour Coding IEC 584-3 Colour Coding<br>Alloy Combination<br>ANSI   Thermocouple  Extension  Thermocouple   Intrinsically IEC<br>Code       Grade  Grade + Lead          – Lead       Grade  Safe Code<br>+ + + +<br>– – IRON CONSTANTAN – –<br>Fe COPPER-NICKEL<br>J (magnetic) Cu-Ni J<br>Ca +– G +– CHROMEGA® NICKEL-ALUMINUMALOMEGA® aa +– +–<br>NICKEL- Ni-AI<br>K CHROMIUM K<br>(magnetic)<br>Ni-Cr<br>wWarG + + "ae + 4 +<br>– – COPPER CONSTANTAN – –<br>T Cu COPPER-NICKELCu-Ni T<br>F + gf + "a4 + +<br>– – CHROMEGA® CONSTANTAN – –<br>E NICKEL- COPPER-NICKEL E<br>CHROMIUM Cu-Ni<br>Ni-Cr<br>+ + + +<br>F Ff eG<br>– – OMEGA-P [®] OMEGA-N [®] – –<br>N NICROSIL NISIL N<br>Ni-Cr-Si Ni-Si-Mg<br>+ + +<br>F oF nee <a<br>– – –<br>PLATINUM- PLATINUM<br>R NONE  13% RHODIUM Pt R<br>ESTABLISHED<br>Pt-13% Rh<br>+ + +<br>a7 "eo<br>– – –<br>NONE  PLATINUM- PLATINUM<br>S ESTABLISHED 10% RHODIUM Pt S<br>"eS<br>Pt-10% Rh<br>a? + + a +<br>– – –<br>NONE  COPPER-LOW<br>U COPPER  NICKEL U<br>ESTABLISHED Cu Cu-Ni<br>+ + +<br>a? ae<br>NONE  – PLATINUM- PLATINUM- – –<br>B ESTABLISHED 30% RHODIUM 6% RHODIUM B<br>Pt-30% Rh Pt-6% Rh ep<br>* a7 + 4<br>–<br>G NONE  TUNGSTEN TUNGSTEN- NO STANDARD  G<br>(W) ESTABLISHED W 26% RHENIUMW-26% Re COLOUR CODEUSE ANSI  (W)<br>* a? + Gi -<br>C NONE  – TUNGSTEN- TUNGSTEN- NO STANDARD  C<br>5% RHENIUM 26% RHENIUM USE ANSI<br>ESTABLISHED<br>W-5% Re W-26% Re COLOUR CODE<br>(W5) ¢ - (W5)<br>* +<br>D NONE  – TUNGSTEN- TUNGSTEN- NO STANDARD  D<br>ESTABLISHED 3% RHENIUM 25% RHENIUM USE ANSI<br>W-3% Re W-25% Re COLOUR CODE<br>(W3) (W3)<br>Gg =<br>**----- End of picture text -----**<br>


***** _**Not official symbol or standard designation**_ 

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**Bare Wire** 

## **Unsheathed Fine Gauge Thermocouples Fast, accurate temperature measurements on a miniature scale** 

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Small enough  J<br>to measure the<br>temperature of a<br>bee!<br>Wire dia.<br>lon WP,in * 2 0.025mm<br>to 0.8 mm<br>2.5 times of<br>wire dia.<br>Choice of Lengths<br>**----- End of picture text -----**<br>


## **Maximum Service Temperature** 

## CHAL SERIES 

|**Type**|**0.13 mm**|**0.81 mm**|
|---|---|---|
|**J**|315°C|482°C|
|**K**|593°C|982°C|
|**N**|593°C|982°C|
|**T**|149°C|260°C|
|**E**|315°C|593°C|
|**R,S**|—|1450°C|
|**B**|—|1700°C|



## **Applications:** 

- _Internal combustion engine temperatures_ 

- _• Gas chromatography • Scientifi c instruments • Biophysics_ 

## **Wire Diameter** _Choose from:_ 

_0.025 mm to 0.8 mm Diameter_ 

## All measurements in mm 

## **Length** _Any Length Available:_ 

measurements without disturbing the base temperature of the body, in which the installation is made, by keeping heat transfer via the leads to a minimum. Also, the fi ne junction permits accurate “pin-pointing” of 

the measured values. They are available in wire sizes ranging from 0.025 to 0.8 mm in diameter. All fi ne gauge thermocouples are made from carefully selected materials 

- Diameters down to 0.025 mm 

- Unsheathed fine diameter thermocouples for fast response 

- Low heat transfer 

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**Insulated Wire** 

## **Insulated Wire Thermocouples with Stripped Ends Supplied in Convenient Packs of 5** 

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||||
|---|---|---|
|5TC SERIES|
|5TC SERIES Options|
|5TC - (1) - (2) - (3) - (4) - (5)|
|(1) Thermocouple Insulation:|
|TT|for PFA|
|GG|for Glass Braid|
|KK|for Kapton|
|(2) Thermocouple Type:|
|||KI|for K Thermocouple|
|TI|for T Thermocouple|
|JI|for J Thermocouple|
|EI|for E Thermocouple|
|(3) Wire Gauge select from:|
|20|for 0.8 mm Dia.|
|24|for 0.5 mm Dia.|
|30|for 0.25 mm Dia.|
|36|for 0.13 mm Dia.|
|40|for 0.08 mm Dia.|
|(4) Thermocouple Length:|
|1M|for 1 m|
|2M|for 2 m|
|(5) Connectors select from:|
|( Leave Blank)|Stripped Ends|
|SMPW-M|for Mini Plug|
|7|OSTW-M|for Standard Plug|
|Ø 0.08, 0.13, 0.25,|
|0.5, 0.8mm Diameter|
|Element End|
|Insulated|
|Wire|
|2 Stripped Wires|

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All measurements in mm 

Beaded wire thermocouples available with PFA, Glass Fibre or Kapton insulation in a variety of lengths and gauges. 

 PFA (260C rated), Glass Braid (480C rated) 

 0.8, 0.5, 0.25, 0.13 and 0.08 mm Dia. Conductors 

 1m and 2m Lengths Standard 

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**Wire Senors** 

**Hermetically Sealed Thermocouple Sensors HSTC Series** Approx 1.6 x 2.5 mm Cross Section - Hermetically Sealed Tip 7 2 Stripped Wires | 4 Choice of Lengths HSTC Series s All measurements in mm ~~O 7~~ These PFA insulated thermocouple wire sensors l Insulation rated from  -270 to 250°C are hermetically seal-welded at the sensor tip to l Highly resilient to chemicals provide continuous PFA protection over the measurement junction. This unique design provides a small, flexible, and electrically l Many lengths standard isolated thermocouple, suited to a variety of applications. 

## **Single-Shot Wire Thermocouple Sensor PTFE Insulated ‘Single Shot’ Thermocouple Cable** 

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oy PTFE Insulation<br>Connector<br>Exposed Tip Thermocouple<br>x<br>Choice of Lengths<br>TC-TS Series<br>**----- End of picture text -----**<br>


## All measurements in mm 

The unique construction of this “single shot” thermocouple wire allows for a fast responding, exposed tip, thermocouple junction while still providing a high degree of resistance to ingress of air or liquid. Available with or without a miniature thermocouple plug and strain relief, in 1, 2 or 5 metre lengths. Other lengths and connector types are available on request.. 

l Temperature range: -75ºC to +250ºC l Fast response, exposed tip l Class 1 tolerance wire 

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**Wire Senors** 

## **Fast response insulated thermocouple with connectors 5LSC, 5SRTC, and 5SC Series** 

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Glass braid  PFA<br>Insulation Insulation<br>**----- End of picture text -----**<br>


All models are available with 1 or 2 metre wire lengths and 3 types of wire insulation: Kapton and PFA provide good protection against moisture and abrasion resistance and are rated for maximum service temperatures of 315°C and 260°C respectively providing at the same time a fast response to temperature changes. Glass Braid is rated for a maximum service temperature of 480°C. Wire diameters of 0.08, 0.13, 0.25, 0.5 and 0.8mm are available. 

- l PFA Insulation max. 250°C, Kapton Insulation max. 315°C, Glass Braid Insulation. max. 480°C 

- l Fast response K, T, J and E Thermocouple Types 

- l 1 and 2m Lengths Standard 

## **High Temperature Ceramic Fibre Insulated Nextel Ceramic Insulated Thermocouples** 

OMEGA Thermowell and head assembly with XC series thermocouple 

## All measurements in mm 

## XC Series 

OMEGA[®] Nextel Ceramic Insulated Thermocouples are easy-to-use precise temperature elements manufactured to meet the highest industry standards. The Nextel ceramic insulation is rated for 1200°C continuous use, or 1425°C short term. These highly versatile elements are the ideal solution for many high temperature applications. Combined with OMEGA’s stock thermowells and industrial heads, a complete head and well assembly can be quickly assembled for fast delivery. 

- l Insulation Temperature Rated: 1200°C Continuous, 1425°C Short Term 

- l Available in Thermocouple Types K, N, J and E 

- l Diameters of 1.6, 0.8 and 0.5 mm 

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**Wire Thermocouples** 

## **Thin-Film Heat Flux Sensors** HFS Series 

Shown with DP41-E digital process indictor 

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35.1<br>[—]<br>+ [_] 3 metre<br>28.5<br>|<br>**----- End of picture text -----**<br>


## All measurements in mm 

The HFS series sensor is designed for precise measurement of heat loss or gain on any surface. It can be mounted on flat or curved surfaces, and employs buttbonded junctions with a very low thermal profile for efficient reading. Each HFS series heat flux sensor functions as a self-generating thermopile transducer. It requires no special wiring, reference junctions or signal conditioning. 

HFS Series 

l Temperature range -200 to 150°C 

l Easily attaches to curved and flat surfaces 

l Type K thermocouple is standard 

## **Surface Thermocouple probe Available in K, T, and J Thermocouple Types** 

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25.4<br>Choice of length<br>9.5 ——<br>**----- End of picture text -----**<br>


## All measurements in mm 

The surface thermocouple probes from the SA1XL series achieve response times of less than 0.15 seconds. This thermocouple is constructed using a Kapton/fibreglass junction insulation along with a fibreglass-insulated lead wire. The SA1XL can be used as a self-adhering thermocouple for temperatures up to 260°C or it can be cemented in place for use at temperatures up to 315°C. Supplied in convenient packs of 5. 

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SA1XL Series<br>**----- End of picture text -----**<br>


l Temperature range: -73ºC to +260ºC 

l Stripped Leads Standard (Moulded Miniature Plug with Integral Strain Relief Optional) 

l Stocked in 1, 2, and 3 metre Lengths, custom lengths available 

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**Wire Thermocouples** 

## **Fast Response, Self-Adhesive Surface Thermocouples Better than 0.3 second response times** 

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## All measurements in mm 

175ºC Temperature Rating 

SA1 Series 

OMEGA’s self-adhesive thermocouples have now been expanded to include the popular miniature connector with our patented wire caddy. The wire caddy provides a convenient way to store the thermocouple wire that is not needed for the application. 

- l Self Adhesive Backing for Easy Installation 

- l 1 m or 2 m Colour-Coded PFA 

- l Available in J, K, T, and E Calibrations 

[VO SA2 Series 

## **Self Adhesive Silicone Patch Surface Sensors Surface thermocouple sensor with temperature range from -30 to +150ºC** 

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15<br>Available for Flat<br>or Curved Surfaces<br>50<br>35<br>12<br>Curved<br>Flat Model<br>Model<br>All measurements in mm<br>**----- End of picture text -----**<br>


These sensors are available in 2 different mounting styles for flat or curved surfaces. The integral thermocouple sensor is bonded onto the inner surface of the self adhesive aluminium foil strip, which is provided for faster response times. 

- l Surface sensor with Temperature Range from -30 to +150ºC 

- l Available in K, T, J and E. Colour Coded for Instant Thermocouple Recognition 

- l Available for Flat or Curved Surface 

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**Surface Thermocouples** 

## **Heavy Duty Bolt-On Washer Thermocouple Assemblies Rugged thermocouple, for surface mount applications** 

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6.6mm<br>**----- End of picture text -----**<br>


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17mm<br>Stainless steel armoured<br>style wire<br>**----- End of picture text -----**<br>


(C= srenneescocococeccocnnitcconnttionrocmmnnncccccce‘& PW Measuring junction 

## WT-DT Series 

## All measurements in mm 

Rugged thermocouple, for surface mount applications. Rated to 480°C, has a SS mounting washer with dimensions of 17.3 mm O.D., with a 6.6 mm mounting hole. Attached to the mounting surface: 2 m of SS fl exible armour cable with stripped wire ends. Armour cable has 7.0 mm O.D., with 1.8 mm washer thickness. Standard thermocouple plugs are available for cold-end termination. 

- J, K, T, and N Thermocouple Types 

- Available with Stripped Leads or OSTW Standard Plug 

- 2 m Stainless Steel Armour Cable 

## **Bolt On Washer Thermocouple Easily mounts to a variety of surfaces** 

Made from 0.8 mm Dia. Glass-On-Glass or PFA-Insulated Class 1 Tolerance Wire 

## All measurements in mm 

A versatile thermocouple assembly that easily mounts to a variety of surfaces. Suitable for a number of surface temperature measurement applications where fi xed mounting is possible. J, K, T, and E thermocouple available in a new rugged design. Come in either M3.5, M4, M4.5 and M6 Screw Sizes and made from 0.8 mm Dia. Glass-On-Glass or PFA-Insulated Class 1 Tolerance Wire 

## WT Series 

- J, K, T, and E Thermocouple 

- For M3.5, M4, M4.5 and M6 Screw Sizes 

- Rated up to 480°C for Glass-On-Glass Insulation Rated up to 260°C for PFA Insulation 

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**Surface Thermocouples** 

## **High Temperature Inconel Overbraided Ceramic Fibre Family of high temperature types J, K, E or N thermocouples** 

Style 1 Rounded tip 

Style 2 Bead weld 

Style 3 Bead weld 

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t<br>t<br>4.8 mm<br>4.8 mm<br>6.4 mm<br>**----- End of picture text -----**<br>


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XCIB SERIES<br>Termination Types<br>1.Ceramic beaded leads with<br>compensated spade lugs<br>**----- End of picture text -----**<br>


Style 4 Grounded with hole 

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2 . Type OSTW (220 °C) or NHXH<br>(650 °C) male connectors<br>**----- End of picture text -----**<br>


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9.5 mm<br>**----- End of picture text -----**<br>


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3.Nextel insulated leads with<br>compensated spade lugs<br>**----- End of picture text -----**<br>


Style 5 Air hood 

## All measurements in mm 

Unique OMEGA[®] family of high temperature types J, K, E or N thermocouples are double-protected with abrasion-resistant Inconel overbraid with high temperature ceramic fi bre insulation. A temperature rating of 980°C continuous service and 1090°C short-term service makes these products ideal for many high temperature measurement applications. They are unexcelled for profi ling ovens and furnaces. The 0.8mm diameter solid conductor thermocouple 

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8 mm<br>**----- End of picture text -----**<br>


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4.Stripped leads<br>© 9<br>XXXXKXKXXKK)<br>8 \le —<br>5.SMPW mini-male (220 °C) or SHX<br>mini-male(650 °C) connectors<br>   Thermocouples with ceramic Fibre<br>Insulation with inconel overbraid<br>**----- End of picture text -----**<br>


- High temperature, flexible, abrasion resistant 

- withstand temperatures up to 1090°C 

- Five convenient styles for easy application 

~~15~~ 

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**Handle Thermocouples** 

## **Utility Thermocouple Handle Probes Includes Cable and Miniature Connector** 

150, 300, and 600mm Lengths Standard, Custom Lengths Available. 

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JHIN-RSC<br>305Any<br>length<br>AL Probe Tip Junction Types Grounded<br>— =<br>22.4<br>Exposed<br>rT | —<br>= a.<br>@ Ungroundeqd<br>D> Insulated<br>Includes Miniature<br>Thermocouple Plug,<br>> aa = —-, -<br>Co 16.0 4 For Use with Hand-held Indicators bs<br>a,<br>137 —<br>®<br>**----- End of picture text -----**<br>


## **Special tip options** 

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Air Probe - Exposed element allows airfl ow for fast measurement. Rated to 870°C. 

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Penetration Probe Conical tip, for insertion Rated to 870°C. 

## All measurements in mm 

Probes made from OMEGACLAD[TM] wire are available with either 304 SS, 310 SS, 316 SS, 321 SS and Super XL or Inconel 600 Sheathing. While all may be used in a variety of applications, the differences between them can help determine which should be used in a particular application. 304 SS is rated to 900°C and 321 SS is rated to 870°C, while Inconel is rated to 1150°C. 

 Moulded Handle Rated to 220°C 

 300, 450 and 600 mm Lengths Standard– Custom Lengths Available 

- Mini Thermocouple Plug for Use 

- with Handheld Thermometers 

~~16~~ 

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**Handle Thermocouples** 

## **Heavy-Duty Hand-Held Thermocouple Probe Measure the temperature of stored grain, compost or powdered products** 

Ø 8 or 10 mm 

Comes with either 1 metre long probe or 1.5 metre long probe. 

HPP1 Series 

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Includes<br>Type K Thermocouple Connector<br>**----- End of picture text -----**<br>


Needle point allowing easy access into semi-solid material 

## Options 

Shown connected to HH11B (sold separately) 

HPP1-1-KI-1000, 1 metre long probe with Ø 8mm 

HPP1-1-KI-1500, 1.5 metre long probe with Ø 10mm 

## Custom lengths and variations available, Call for more info. 

A 4 point profi le probe version complete with 4 thermocouple connectors is also available 

## All measurements in mm 

Omega’s heavy duty, hand-held probe consists of a type K thermocouple placed inside a 316SS outer sheath, with a standard length of 1 or 1.5 metres. They are ideal for monitoring the temperature of stored grain, compost or powdered products, including pulverized fuel, where “hot spots” could lead to spoiling of the product, or ignition. 

- Maximum Temperature 260C 

- Rugged Aluminium “T” Handle 

- Suitable for Dry and Moist Applications 

~~17~~ 

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**Fine Diameter Thermocouple Probes** 

0.25 to 1.0 mm Fine Diameter MI Construction Thermocouples Terminated With A Moulded Transition to 1m of PFA Lead Wire SS Barrell - PFA lead wire mm 0.25 and1 mm Probe, transition Choice of Length and spring Choice of Length S ~~e~~ All measurements in mm l Sheath Diameters from 0.25 to 1.0 mm The fine diameter thermocouple probes of the TJ series feature a stainless steel pot seal, rated to 200°C, a spring strain relief and a 1 l Grounded, Insulated or Exposed Junctions metre PFA-insulated lead wire with stripped ends as standard. 150 mm and 300 mm lengths l 150 mm and 300 mm Lengths in Stock are always in stock and there are choices of grounded, insulated or exposed junction. 

## TJMINI Seies 

## **1.5 to 6mm Diameter MI Construction Thermocouples Terminated With A Moulded Transition to 1m of PFA Lead Wire** 

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{- PFA lead wire .<br>ff<br>mm 1.5 and 6 mm<br>Probe, transition<br>Choice of Length and spring Choice of Length<br>TJ Seies<br>All measurements in mm<br>**----- End of picture text -----**<br>


OMEGA’s TJ style thermocouples feature a moulded liquid crystal polymer transition junction which is rated for temperatures up to 260°C and have a 1 metre PFA insulated lead with stripped ends as standard. The probes are available with diameters from 1.5 mm to 6.0mm. 

l Sheath Diameters from 1.5 to 6mm. 

l 300 and 600mm Lengths Standard, Other Lengths Available on Request 

l Grounded, Insulated or Exposed Junctions 

~~18 U)~~ 

sales@omega.co.uk 

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**Heavy Duty Industrial Thermocouples** 

## Thermocouple for Industrial, airsteam and laboratory Applications Wide variety of mechanical attachment suitable for a range of process conditions 

## Probe Options 

> (1) Sensor Type (6) Thread P _= Pt100_ 0 _= No Thread_ P10 _= Pt1000_ M6P, J, K, T, N Series _= M6x1_ J _= Type J Thermocouple_ M8 _=_ ~~_M_~~ _8x1_ K _= Type K Thermocouple_ M10 _= M10x1_ T _= Type T Thermocouple_ G1/8 _= 1/8” BSPP_ N _= Type N Thermocouple_ G1/4 _= 1/4” BSPP_ G1/2 _= 1/2” BSPP_ (2) Style _Length of Threads -_ M _= Closed Sheath M6 (6mm), M8 (9mm),_ L _= Airstream Sheath M10 (10mm), G1/8 (10mm),_ H _= Hand-Held Probe G1/4 (12mm),_ ~~_G_~~ _1/2 (15mm)._ EH _= Hand-Held Probe with Penetration Tip_ | (7) Le ~~a~~ d Wire Insulatio ~~n~~ Or Connector (3) Accuracy P _- PVC_ 1 _= Class A (Standard)_ S _- Silicone_ T _- Neofl on[®] FEP_ G _- Glass Fibre_ (4) Sheath Diameter PS _- PVC Screened_ 6 _= 6mm_ TS _- FEP Screened_ 3 _= 3mm_ | GS _- Glass Braided_ 2 _= 2mm_ (8) Any Wire Length (5) Sheath Length 1, 2, 3, 4 etc. | 

> _Any length in mm Cable Length in metres 5mm, 10mm, 15mm etc._ 

Part No. example (1)   (2)   (3)    (4)    (5)     (6)      (7)    (8) P  -  M  -  1  -  3  -  15  -  M6  -  GS  -  1 ~~|~~ 

All measurements in mm 

OMEGA temperature probes for industrial applications are produced with a wide variety of mechanical attachment suitable for a range of process conditions.  They may be specifi ed to your precise requirements by the sensor type in either a closed-end or airstream version, accuracy, probe length, different threads, wire material in shielded and unshielded versions. 

- l Temperature Range of 100 to 400°C l Thermocouples J, K, T, E and L with tolerance to IEC Class 1 

- l 2, 3 or 6 mm Diameter 

~~19~~ 

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O: OMEGA<br>0.25 to 0.75mm Fine Diameter MI Construction Thermocouples<br>Terminated with a miniature plug<br>Ø 0.25mm<br>30mm<br>to 0.75mm<br>150-300mm<br>i<br>|, ) e e<br>15mm<br>**----- End of picture text -----**<br>


## **Quick Connect Thermocouples** 

## All measurements in mm 

## KMQSS Seies 

OMEGA’s Quick Disconnect Thermocouples  Fine Sheath Diameters from 0.25 to 0.75mm with Miniature Connectors are high quality, economical thermocouple probes. They feature  150mm and 300 mm Lengths in Stock a glass fi lled nylon connector which is rated for temperatures up to 220°C. The probes are  Grounded, Insulated or Exposed Junction available with diameters as small as 0.25mm and as large as 3.0mm. 

## **1 to 3mm Diameter MI Construction Thermocouples Terminated with A miniature plug** 

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30mm<br>= k<br>S PU=<br>15mm<br>**----- End of picture text -----**<br>


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Ø 1mm<br>to 3mm<br>150-300mm<br>:<br>— —<br>KMQSS Seies<br>**----- End of picture text -----**<br>


## All measurements in mm 

OMEGA’s Quick Disconnect Thermocouples with Miniature Connectors are high quality, economical thermocouple probes. They feature a glass fi lled nylon connector which is rated for temperatures up to 220°C. The probes are available with diameters as small as 0.25mm and as large as 3.0mm. 

- Sheath Diameters from 1 to 3mm. 

- 150mm and 300 mm Lengths in Stock 

- Grounded, Insulated or Exposed Junctions 

~~20 UO)~~ 

sales@omega.co.uk 

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**Needle Thermocouples** 

## Thermocouple Needle Probes Designed for industrial, laboratory, manufacturing and chemical research applications 

## HYP_PROBES 

## Probe Options 

HYP-0 Mini-Needle Probe 

- **Fastest respone time** 

- **Ø 0.2mm** P, J, K, T, N Series 

- **Type T Thermocouple** 

- **25mm long needle** 

- **Temperature rating of 200°C** 

HYP-1 Needle Probe 

- **Semi-solid and liquids** 

- **Ø 0.3mm** 

## Model HYP1, Type T, Ø 0.2mm Needle 

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18.25 15.08<br>|<br>y<br>Ø 1.57 Ø 0.30 _4A<br>Dimensions: mm<br>**----- End of picture text -----**<br>


- **Type T Thermocouple** 

- **15mm long needle** 

- **Temperature rating of 200°C** 

HYP-2 Needle Probe 

- **Industrial / Food Processing** 

- **Ø 0.81mm** 

## Model HYP2, Type T, Ø 0.81mm Needle 

- **Type T Thermocouple** 

- **38mm long needle** 

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38  22  22 38 |<br>p——- 0.81<br>6.4<br>O.D.<br>O.D.<br>Dimensions: mm<br>**----- End of picture text -----**<br>


- **Temperature rating of 200°C** 

HYP-3 Needle Probe 

- **Heavy Industrial** 

- **Ø 1.65mm** 

## Model HYP3, Type J, K, T or E, Ø 1.65mm Needle 

- **Type J,K,T,E Thermocouple** 

- **38mm long needle** 

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31.8 36 38<br>L|<br>1.65<br>6.4<br>Dimensions: mm<br>**----- End of picture text -----**<br>


- **Temperature rating of 200°C** HYP-4 **Pt100 Needle Probe also available.** 

## All measurements in mm 

OMEGA Hypodermic Needle Temperature Probes are designed for industrial, laboratory, manufacturing and chemical research applications. Five probe types are available, with diameters from 0.2 to 1.65 mm. The HYP0, HYP1 and HYP2 have type T (CopperConstantan) thermocouple elements, while the HYP3 is available in J, K, T or E calibration, and the HYP4 has a 100 Ω Platinum RTD. 

- Deigned for Industrial, Laboratory, 

- Manufacturing and Chemical Applications 

- Small Size Provides Fast Response Time 

- Diameters from 0.2mm to 1.65 mm 

~~21~~ 

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**M12 Thermocouples** 

~~**Thermocouple Probes w**~~ **i** ~~**t**~~ **h** ~~**M**~~ **1** ~~**2 Moulde**~~ **d Connectors Quick and reliable means for connection** PROBE LENGTH (34 mm ~~)~~ PROBE DIAMETER TYP ~~a ~ f~~ \ ~~ig~~ M12X1 TYP M12M Series All measurements in mm The M12 Series thermocouple probes are available  -50 to 90°C M12 Connector Temperature Range 

The M12 Series thermocouple probes are available as Type K thermocouples with Inconel 600 sheaths, or as Type J thermocouples with 304 Stainless Steel Sheaths. Standard probe diameters are 3mm and 6mm, with standard lengths of 250, 500, 1000 and 1500 mm. These thermocouple sensors can also be requested in other lengths as required. 

- Available with 6mm & 3mm Diameter 

- Probe Sheaths 

- Standard Probe Lengths of 250mm, 500mm, 

- 1000mm and 1500mm 

**Mini Thermocouple Temperature Transmitter A modern alternative to heav y, bulk y industrial heads TX-M12-TC-C Transmitter M12C-SIL-4-S-F-3 Cable** ‘S oy IS **M12MKIN-M3-U-500 Probe All measurements in mm** 

TX-M12-TC 

Omega’s TXM12 series transmitters offer improved performance over conventional in-head transmitters yet are a fraction of their size and weight. Integral M12 connectors maintain IP67 protection and connection integrity whilst allowing for a quick and simple change of sensor. The TX-M12-TC-C transmitter is ideal for use with Omega’s M12 range of thermocouple probes, which connect directly to the TXM12 sensor input. 

- Easily Scaled Using the Optional USB Interface & Free Software 

- Accepts thermocouple types K, T, J, N, E, 

- R, S, L, U, B, C, D and G 

- Operating Temperature Range: 

- -40 to +85°C Ambient Operating Temperature 

~~22~~ 

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**M12 RTD Sensors** 

## **Thermocouple Sensor with M12 Connector Supplied with M12 connector with thermocouple compensated pins** 

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Probe Length ( 13.5 mm) ( 16.8 mm)<br>Probe<br>Diameter<br>M12X1 TYP<br>No Thread<br>Probe Length (47.7 mm)<br>M12 Series<br>(18.5 mm)<br>Probe M12 Series Options<br>Diameter  a<br>Mounting Thread  Choose from:<br>None<br>3 p he M12X1 TYP<br>G1/2 BSPP M8x1<br>M10x1<br>G [1/2]  BSPP<br>G [1/4 ] BSPP<br>Probe Length<br>Element  Choose from:<br>(10 mm) (30 mm)<br>Probe<br>Diameter<br>Type “J” Thermocouple with 304<br>Stainless Steel Sheath<br>Type “K” Thermocouple with Inconel<br>M12X1 TYP<br>**----- End of picture text -----**<br>


_Type “J” Thermocouple with 304 Stainless Steel Sheath Type “K” Thermocouple with Inconel 600 Sheath_ 

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M10x1 Thread<br>**----- End of picture text -----**<br>


**Sheath Diameter** _Choose from:_ 

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Probe Length<br>Probe (10 mm) ( 30 mm )<br>Diameter<br>M12X1 TYP<br>M8X1 Thread<br>**----- End of picture text -----**<br>


_3mm Diameter 6mm Diameter_ 

**Length** _Any Length Available:_ 

_150mm 250mm 350mm etc......._ 

All measurements in mm 

The thermocouple compensated M12 connector provides a quick and reliable means for connecting the sensor to your monitoring or control equipment using a compensated M12 extension cable. 

The M12 Series thermocouple probes are available as Type K with Inconel 600 sheaths or as Type J with 304 Stainless Steel Sheaths. Standard probe sheath diameters are 3mm and 6mm, with a standard length of 200mm. 

- -50 to 90°C Connector Temperature Range 

- Available in 6mm & 3mm Sheath Diameters 

- Bendable Probes Using a Minimum Suggested Bend Radius of 2x the Probe Diameter 

. 

~~23 O)~~ 

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**M8 Thermocouples** 

## ~~**Thermocouple Probes w**~~ **i** ~~**t**~~ **h** ~~**M**~~ **8** ~~**Moulded**~~ **Connectors Quick and reliable means for connection** 

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Any Length available (26 mm )<br>Ø 2mm<br>and 3mm<br>a TS<br>M8 thread<br>**----- End of picture text -----**<br>


## M8M Series 

## All measurements in mm 

The M8M Series Thermocouples, with their small diameter probes and M8 moulded connectors offer IP67 protection and can be used where other sensors can’t. Their small size gives a fast response time and allows for measurements in tight spaces, or when you need to have a minimum impact on the thermal environment. 

 -50 to 90°C M12 Connector Temperature Range 

- Available with 1mm & 2mm Diameter 

- Probe Sheaths 

- Standard Probe Lengths of 250mm, 500mm, 

- 1000mm and 1500mm 

## **M8 Extension Cables with Moulded Connectors Silicone Insulation and Jacketed** 

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M8C-SIL Seies<br>extention cable<br>**----- End of picture text -----**<br>


M8M Series probe 

## M8C-SIL Seies 

These cables have M8 and M12 connectors containing uncompensated connector sockets and thermocouple cables in Types K and J. Cables have a female connector one end and stripped leads on the other. 

- Type J and K Thermocouple Calibrations 

- Temperature Range: 90°C Max at the 

- Connector and 180°C Max for the Cable 

- Many lengths available 

Temperature Range: 90°C Max at the Connector and 180°C Max for the Cable 

~~24~~ 

sales@omega.co.uk 

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**High Temperature M12 RTD SensorsThermocouples** 

## **Exotic Thermocouple Probes Designed for use in extreme temperatures** 

## XMO Series 

## **Thermocouple Elements** 

- Tungsten/Rhenium 

- Platinum/Rhodium 

## **XMO Sheath Materials** 

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Code Material Max Working Melting<br>Operating Environment Point<br>Temp.<br>XTA  Tantalum  2300°C  Vacuum 3000°C<br>XMO  Molybdenum 2200°C Inert 2610°C<br> Vacuum<br> Reducing<br>XPA  Platinum- 1650°C Oxidizing 1870°C<br> Rhodium Inert<br>Alloy<br>XIN  Inconel 1150°C Oxidizing 1400°C<br>600 Inert<br>Vacuum<br>**----- End of picture text -----**<br>


## **Insulation Materials** 

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Code Material Max Melting<br>Operating Point<br>Temp.<br>H Hafnia 2500°C 2830°C<br>(HfO2)<br>M Magnesia 1650°C 2790°C<br>(MgO)<br>A Alumina 1540°C 2010°C<br>(Al2O3)<br>**----- End of picture text -----**<br>


OMEGA[®] Exotic Thermocouple Probes are designed for use in extreme temperatures, up to 2315 °C. These probes utilise either Platinum/Rhodium (types R, S, or B) or Tungsten/Rhenium (types G, C, or D) elements, with a variety of insulations and sheath materials. Depending upon the sheath material selected, these probes may be used in inert, oxidizing, reducing or vacuum conditions. The maximum temperature is based on the lowest max. temperature of the element, insulation and sheath material. Five cold end probe terminations are available: stripped ends, subminiature or standard size ceramic connector, heavy-duty standard size, molybdenum-sheathed nylon connector, or transition joint with 2 metre long lead wire. 

~~25 OO)~~ 

www.omega.co.uk 

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**High Temperature Thermocouples** 

## **Super OMEGACLAD[TM] XL Probes Very Low Drift at High Temperatures** 

XL Series 

## **Small size, Big Performance!** 

6 mm - response time 2.25 sec** 

3 mm - response time 0.55 sec** 

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Long-Term EMF Drift Test @ 1149°C K Calibration, 3.2 mm Diameter Probes Super OMEGACLADTM XL vs. Competitors<br>OMEGACLAD [TM]  XL Brand A Brand B INCONEL [®]  600<br>15 8.3<br>10 ee a 5.6<br>5 2.8<br>0 at7 "eon OMEGACLADTM XL 0<br>-5 ees -2.8<br>-10 -5.6<br>-15 ee ee ee ee -8.3<br>0 5 10 15 20 25<br>Elapsed Time - Weeks<br>4.6°C<br>@ 1149°C<br>Special Limits of Error Long-Term Drift Long-Term Drift°C<br>**----- End of picture text -----**<br>


Super OMEGACLAD® XL Probes are an excellent choice for high temperature measurement. They provide very low drift at high temperatures as compared to conventional Inconel and Stainless Steel sheathed probes. They are available in both K and N thermocouple calibrations. Omega offers probes in a variety of styles. 

1.5 mm - response time 0.3 sec** 

: _ 0.75 mm - response time 0.25 sec** 

**Approx. response time ungrounded in water 

If your application operates at the punishing temperature of 1205°C, changing out failed thermocouples costs money in excessive maintenance, slows or cuts production, and can cause inconsistent product quality. Super OMEGACLADTM XL Thermocouple probes consistently post the best performance results. 

 F or Use Up to 1335°C 

 Excellent Long Term Stability at High Temperatures 

 Standard Probe Lengths of 300mm and 450mm, custom lengths available 

~~26~~ 

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**High Temperature M12 RTD SensorsThermocouples Surface Temperature Thermocouple Probe Economical High-Temperature Model** 69.8mm 9.52mm 26.9mm SPHT Series **Probe Options** 90° Angle Model No. Type Sheath Probe Any Length Diameter mm Length mm Any SPHT-J-6 J 3.0 150 Length SPHT-J-12 J 6.0 300 SPHT-J-12J 6.0 300 RA SPHT-K-6-IEC K 3.0 150 SPHT-K-12K 6.0 300 IEC SPHT-K-12K 6.0 300 RA-IEC SPHT-E-6 E 3.0 150 136.5mm 136.5mm SPHT-E-12 E 6.0 300 SPHT-E-12E 6.0 300 RA L ~~2~~ Ordering Example: SPHT-K-12-RA, 300 mm long, Type J, ~~in~~ Right Angle probe. The spring mounted thermocouple tip ensures  Ceramic Tip Rated to 650°C optimum surface contact and a fast response time. The SPHT comes with a mini plug which  J, K, or E Surface Probes Available makes the probe ideal for use with handheld thermocouple thermometers. The sensor head is  Probe Lengths of 150 mm and 300 mm Standard 9.5 mm diameter and 27 mm long, mounted on a 3 mm diameter stem for 150 mm long probes and 6 mm diameter for 300 mm. 

~~27~~ 

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sales@omega.co.uk 

**Ceramic Thermocouples** 

## 1 to 3mm Diameter MI Construction Thermocouples with High Temperature Ceramic Miniature Size Plug 

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< 30mm ———_ > }<br>Csr uy 150-300mm | |<br>, O SE |<br>C i S |<br>Ø 0.25mm<br>to 3mm SICSS Seies<br>All measurements in mm<br>15mm<br>**----- End of picture text -----**<br>


Features SHX or NHX Type Ceramic Connector Rated to 650°C. Comes in 150 and 300 mm lengths standard, other lengths available on request. Probe diameters of 0.25mm, 0.50mm, 0.75mm, 1mm, 1.5mm and 3 mm available 

l SHX Type Ceramic Mini Plug, Rated to 650°C l Available in K, J, T, N and E Thermocouple 

l Tube Clamp Included for Extra Strength 

## **Ceramic Kiln Thermocouples for high temperature Furnaces, kilns and other high temperature applications** 

**==> picture [388 x 122] intentionally omitted <==**

**----- Start of picture text -----**<br>
21 mm<br>SSX | 12 mm<br>82<br>ry, Qeas”<br>oh<br>Select Length<br><—_—_—— 87 e ae<br>**----- End of picture text -----**<br>


**==> picture [73 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
NB12-CP Seies<br>**----- End of picture text -----**<br>


All measurements in mm 

The 100 mm long stainless steel support tube attaches the ceramic sheath to the industrial head and is included in the overall sheath length. An optional cast iron mounting flange with two 8.6 mm diameter mounting holes on 70 mm centres clamps the protection tube for ease of mounting at the required depth 

l Types K and N with recrystallised Aluminous Porcelain sheaths, rated to 1400°C 

l Types R and S with recrystallised Alumina sheaths, rated to 1600°C 

l 12 mm diameter ceramic sheath with 21 mm O.D. support tube, 100 mm long 

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**Industrial Heads** 

**Industrial Mineral-Insulated Thermocouples OMEGA offers a wide range industrial thermocouple heads from cast iron to feral iron alloy, also we have many options available for thermouple lengths and threads** 

## **Miniature Aluminium Protection Head** 

**==> picture [336 x 120] intentionally omitted <==**

**----- Start of picture text -----**<br>
kh eee BS Select Thread  ) 2, 3 or 6 mm<br>QI |<br>62<br>ooh<br>Select Length<br>< 64 > me<br>All measurements in mm<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
NB-11<br>**----- End of picture text -----**<br>


## **Sub-Miniature Aluminium Protection Head, DIN form B** 

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**----- Start of picture text -----**<br>
Select Thread<br>and location<br>Select Length<br>2, 3 or 6 mm<br>I< - | Q<br>H) ail !<br>a )—|<br>:<br>a<br>Cr<br>A >| 80 122A i Select Length<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
NB6<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
All measurements in mm<br>**----- End of picture text -----**<br>


## **Low Profile Aluminium Connection Head** 

**==> picture [503 x 123] intentionally omitted <==**

**----- Start of picture text -----**<br>
Select Thread  2, 3 or 6 mm<br>82 w/e ir 1<br>V/ | ® eee :<br>Select Length<br>87<br>NB12<br>**----- End of picture text -----**<br>


~~29~~ 

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**Industrial Heads** 

## **Cast Iron Connection Head** 

**==> picture [275 x 99] intentionally omitted <==**

**----- Start of picture text -----**<br>
Select Thread  2, 3 or 6 mm<br>82 Ly \ |<br>rn ee ‘<br>xy Oede [y]<br>Select Length<br>87<br>**----- End of picture text -----**<br>


**==> picture [49 x 25] intentionally omitted <==**

**----- Start of picture text -----**<br>
NB5 Cast<br>Iron Head<br>**----- End of picture text -----**<br>


## **Hygienic Fitting and Protection Head** 

**==> picture [281 x 100] intentionally omitted <==**

**----- Start of picture text -----**<br>
i, Bhi 2, 3 or 6 mm<br>82 \<br>wy,<br>Y gy OeeZ<br>——<br>Select Length<br>87<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
PRS NB9<br>**----- End of picture text -----**<br>


## **M12 Mini Thermocouple Temperature Tranmitter A modern alternative to heavy, bulky industrial heads** 

**==> picture [55 x 11] intentionally omitted <==**

**----- Start of picture text -----**<br>
TX-M12-TC<br>**----- End of picture text -----**<br>


## All measurements in mm 

Omega’s industrial protection head temperature probes are offered in many different mechanical constructions and have multiple options and fi ttings, making them suitable for a wide range of applications. 

The following can be specifi ed at time of order: 

- l Protection Head Type 

- l Sensor Type 

Standard probes have a stainless steel tube sheath, and have an operating range of -30 to +350°C. 

- l Fixed, Replaceable or Mineral Insulated 

- l Accuracy Class 

- l Diameter 

Mineral insulated (MI) Sheaths are also available and have a extended temperature range of -200 to +650°C . 

- l Insertion and Lagging Lengths 

- l Process Fittings and Optional Head-Mount Transmitter 

~~30~~ 

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**Industrial Heads** 

## **Thermocouple Assemblies with DIN B Heads Wide Range of Process Fittings/Threads** 

BP Series 

**==> picture [357 x 491] intentionally omitted <==**

**----- Start of picture text -----**<br>
Pg 16 Pg 16 Pg 16<br>SW 27<br>G 1/2"<br>ø 12 mm<br>ø Selectable ø Selectable<br>ø 27 mm<br>SW 19<br>G 1/2"<br>| 4 Ti<br>ø Selectable<br>| a<br>All measurements in mm<br>Mounting Thread  Choose from: Sheath Diameter  Choose from:<br>None 6mm Diameter<br>M18 9mm Diameter<br>G [1/2]  BSPP 11mm Diameter<br>G [1/4 ] BSPP 15mm Diameter<br>R [1/4 ] BSPT<br>R [1/2]  BSPT<br>Length  Any Length Available:<br>M18 with lagging ext.<br>G [1/4 ] BSPP with lagging ext.<br>G [1/2]  BSPP with lagging ext.<br>ø 70 mm ø 70 mm ø 70 mm<br>75 mm 75 mm 75 mm<br>ca. 50 mm ca. 50 mm ca. 50 mm<br>10<br>15<br>120 mm<br>Insertion length 15<br>Insertion Length<br>Insertion Length<br>**----- End of picture text -----**<br>


## **Sheath Diameter** _Choose from:_ 

Omega’s industrial protection head temperature probes are offered in 3 different mechanical constructions and with many options and fittings, making them suitable for a wide range of applications. 

The following may be specified at time of order: sensor type; fixed, replaceable or mineral insulated construction; accuracy class; diameter; insertion and lagging lengths; process fittings and optional head-mount transmitter. 

l Temperature Range from -200ºC to +800ºC l Sheath Lengths of 20 to 500mm as Standard l Sheath Diameters of 6, 9, 11 and 15mm l Wide Range of Process Fittings/Threads 

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**Wireless Thermocouples** 

## **Wireless Industrial Thermocouple Probe Assemblie s In-head mounted wireless transmitter** 

**==> picture [317 x 152] intentionally omitted <==**

**----- Start of picture text -----**<br>
87<br>iw<br>Select Thread  1.5, 3, 4.5 or 6 mm<br>82 7/ *<br>7/4 | @ _——<br>xy p<br>SL Qe<br>Select Length<br>80<br>**----- End of picture text -----**<br>


See the part number builder at _omega.co.uk/uwtc-NB9_ 

**UWTC-NB9** 

(1) Sensor Type _select from:_ TC for Thermocouple RTD for Pt100 

(2) Sensor Sub-Type _select from:_ 1PT for Pt100 DIN Class A CA for type K IC for type J CP for type T NN for type N (Inconel sheath only) 

(3) Probe Sheath Material _select from:_ 316 for 316 SS sheath (for Pt100 probes only) SS for 304 stainless steel IN for inconel 

(4) Sheath Diameter _select from:_ M15 for 1.5 mm M30 for 3.0 mm M45 for 4.5 mm M60 for 6.0 mm 

(5) Junction Type _select from:_ U for Insulated junction for thermocouple probes Nothing(leave fi eld blank) for Pt100 probes 

(6) Probe Length _select from:_ 600 for 600 mm 450 for 450 mm 300 for 300 mm 150 for 150 mm 

(7) Process Thread _select from:_ - Nothing for 1/2” BSPT 

-G4 for 1/4” BSPP -G2 for 1/2” BSPP 

**==> picture [179 x 182] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||
|---|---|
|Thermocouple Measurement Range:|
|J|-100  to  760°C|
|K|-100  to  1260°C|
|T|-200  to  400°C|
|N|-100  to  1260°C|
|E|-200  to 1000°C|
|R|260  to 1760°C|
|S|260  to 1760°C|
|B|760  to 1820°C|
|C|0  to 2315°C|

**----- End of picture text -----**<br>


**Thermocouple Accuracy:** J, K: ±0.5% of reading or ±1.0°C, whichever is greater T, N, E: ±0.5% of reading or ±2.0°C, whichever is greater R, S, B, C: ±0.5% of full scale 

Omega’s Wireless Industrial Thermocouple and Pt100 assemblies feature a ready to install, temperature sensor and in-head mounted wireless transmitter. Each battery powered wireless unit will transmit measurements back to a host receiver up to 120 metres away. Each transmitter comes preprogrammed to operate as a Type J, K, T, N, E, R, S, B, C thermocouple or Pt100. Each probe measures and transmits: process temperature, ambient temperature and battery condition. 

 Complete Industrial Assembly Includes: Probe, NB9 Head with Built-In Wireless Transmitter and Long Life Battery 

- ½” BSPT (R½) Process Fitting Standard 

 ½” or ¼” BSPP (G½ or G¼) Process Threads Available 

~~32~~ 

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**Wireless M12 RTD Sensors Thermocouples** 

## **Wireless Thermocouple temperature monitoring Readings back to a host receiver up to 120 m away** 

## All measurements in mm 

## UWTC Series 

Compact, battery powered thermocouple connectors  Temperature range  -100 to 1820°C that transmit their readings back to a host receiver up to 120 m away. Each unit can be programmed in the fi eld (thermocouple dependant) to work as a type J, K, T, E, R, S, B, N or C calibration  Low Power Operation and Sleep connector. When activated the connector will transmit Mode For Long Battery Life readings continuously at a pre set time interval that was programmed by the user during the initial setup.  Each Wireless Connector Transmits Thermocouple Temperature, Ambient Measures and transmits: Thermocouple Input Reading, Temperature, Signal Strength and Battery Connector Ambient Temperature, RF Signal Strength. Status in Real Time 

## **Wireless Receiver for Web-Based Process Monitoring Works with UWTC-NB9 & UWTC Series Transmitters** 

**==> picture [59 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
UWTC-REC3<br>**----- End of picture text -----**<br>


The OMEGA UWTC-REC3 receiver lets you monitor and record temperature over an Ethernet network or the Internet without any special software: just your web browser. It is easily confi gured from a web browser and can be password protected. The UWTC-REC3 can trigger an alarm if variables go above or below a setpoint that you can determine. Your alarm can be sent by e-mail to a group distribution list. You could also send text messages to mobile phones by emailing a suitable third party web based gateway. The UWTCREC3 receiver serves active web pages to display real time temperature readings and charts. You can also log data in standard data formats for use in a spreadsheet or data acquisition program such as Excel or Visual Basic. OMEGA offers a free, user-friendly program for logging data to Excel. 

~~33~~ 

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**Thermocouple Wire** 

## **OMEGA manufacture thermocouple wire in many different gauges and thermocouple types. The following insulation materials are available to suit your application.** 

|Insulation<br>Code|Insulation|Insulation|Appearance of<br>Thermocouple<br>Grade Wire|Temperature<br>Range<br>Insulation|Abrasion<br>Resistance|Flexibility|Water<br>Submersion|
|---|---|---|---|---|---|---|---|
||Overall|Conductors||||||
|PP<br>(Extension<br>Grade-EXPP)|Polyvinyl<br>Chloride<br>(PVC)|Polyvinyl<br>Chloride<br>(PVC)||-40 to<br>105°C|Good|Excellent|Good|
|FF<br>(Extension<br>Grade-EXFF)<br>~~a~~|FEP<br>PFA or<br>Neoflon|FEP<br>PFA or<br>Neoflon||-200 to<br>200°C|Excellent|Good|Excellent|
|TT<br>(Extension<br>Grade-EXTT)|PFA<br>PFA or<br>Neoflon|PFA<br>PFA or<br>Neoflon|=—_—<br>a|-267 to<br>260°C|Excellent|Good|Excellent|
|KK|Kapton|Kapton||-267 to<br>260°C|Excellent|Good|Good|
|TG|Glass<br>Braid|PFA<br>PFA or<br>Neoflon|a<br>||-73 to<br>260°C|Good|Good|Excellent|
|GG<br>(Extension<br>Grade-EXGG)|Glass<br>Braid|Glass<br>Braid||-73 to<br>482°C|Poor|Good|Poor|
|HH|High<br>Temp<br>Glass<br>Braid|High Temp<br>Glass<br>Braid|= cas.|-73 to<br>704°C|Poor|Good|Poor|
|XR|Refrasil<br>Braid|Refrasil<br>Braid||-73 to<br>871°C|Poor|Good to<br>315°C|Poor to<br>315°C|
|XC<br>Standard Braid<br>XL-Loose Braid<br>XT-Tight Braid|Nextel<br>Braid|Nextel<br>Braid|re<br>—eee|-73 to<br>1204°C|Poor|Good|Poor|
|XS|Silica|Silica|re<br>—eee|-73 to<br>1087°C|Poor|Good|Poor|
|TFE|TFE<br>PFA|TFE<br>PFA||-267 to<br>260°C|Excellent|Good|Excellent|



~~34~~ 

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**Fine Gauge M12 RTD SensorsThermocouple Wire** 

## **Single Strand PFA Insulated Fine Gauge Thermocouple Wire** 

## Build Your Part Number [...dsé«<ad 

~~lEC-~~ **Colour Code** 4|TF} ~~cc 4}- | o104|- | 30M +~~ 

## **(1) Colour Code** 

**IEC** = IEC _**Blank**_ = ANSI 

**(2) Thermocouple Alloy** 

**IR** for Iron (J) **CI** for Constantan* (J) **CH** for Chromel (CHROMEGA®) (E) **CC** for Constantan* (E) **CP** for Copper (T) **CC** for Constantan* (T) **CY** for Chromel (CHROMEGA®) (K) **AL** for Alumel (ALOMEGA®) (K) 

*Constantan is matched to either iron copper or Chromel. When ordering matched pairs be sure to specify TFCI /TFIR or TFCC / TFCP or TFCC / TFCH. 

**(3)** Wire Diameter _select from:_ 

**003** for 0.08 mm (0.003 Inch) **005** for 0.13 mm (0.005 Inch) **010** for 0.25 mm (0.010 Inch) **015** for 0.38 mm (0.015 Inch) **020** for 0.51 mm (0.020 Inch) **032** for 0.81 mm (0.032 Inch) 

## TF Series 

## **OMEGA’s thin-wall covering process guarantees continuous lengths up to 300 m** 

- _Single Strand_ 

- _• Extruded PFA • Colour Coded • Excellent in a Vacuum • Non-Flammable • Available in 15 m and 30 m Reels for Convenient Small Quantity Needs_ 

**(4)** Reel Length _select from:_ 

**50** for 50 Feet (for ANSI colours) **15M** for 15 metres (for IEC colours) **100** for 100 Feet (for ANSI colours) **30M** for 30 metres (for IEC colours) **500** for 500 Feet (for ANSI colours) **150M** for 150 metres (for IEC colours) **1000** for 1000 Feet (for ANSI colours) **300M** for 300 metres (for IEC colours) 

In order to meet the immediate needs of science and industry for highest quality thermocouple wire in practical quantities at reasonable prices, OMEGA[®] makes available thermocouple materials in a variety of wire sizes and isolation materials. 

Spool Sizes 15 metres 30 metres 150 metres 300 metres 

- Fine Gauge Thermocouple Wire 

- Thermocouple Extension Cable 

- Twisted/Screened 

- Overbraided 

- High Temperature 

- Multipair Extension cable 

~~35~~ 

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**Thermocouple Connectors** 

## **Most Popular Miniature Connectors HMPW series rated to 260°C, SMPW series rated to 220°C** 

**==> picture [246 x 478] intentionally omitted <==**

**----- Start of picture text -----**<br>
2.5<br>DIA.<br>4.8 20.6 ><br>2.3<br>12.7<br>Bk<br>3.3<br>7.9<br>—| —-<br>0.8<br>16.8<br>en + 3.3<br>7.9<br>SS<br>4.93 WIRE HOLE<br>25.4<br>7.16 OMEGA<br>&P<br>Dimensions: mm<br>**----- End of picture text -----**<br>


## SMPW & HMPW Series 

## Build Your Part Number 

## **Options** 

**(1) Connector Style** 

**SMPW** for Glas-Filled Nylon 220°C Ambient **HMPW** for Liquid Crystal Polymer 260°C Ambient 

**(2) Thermocouple Type and Colour Code** 

**KI** for K Thermocouple IEC Green **K** for K Thermocouple ANSI Yellow **J** for J Thermocouple IEC/ANSI Black **TI** for T Thermocouple IEC Brown **T** for T Thermocouple ANSI Blue **NI** for N Thermocouple IEC Pink **N** for N Thermocouple ANSI Orange **E** for E Thermocouple IEC/ANSI Purple **R/SI** for R/S Thermocouple IEC Orange **R/S** for R/S Thermocouple ANSI Green **G** for G Thermocouple Red **C** for C Thermocouple Red **D** for D Thermocouple Red **U** for Uncompensated or B Thermocouple White 

**(3) Connector Type** 

> **M** for Plug **F** for Socket 

## All measurements in mm 

Ideal for even the most demanding temperature measurement applications. These connectors offer a host of features including heavy duty contruction and chisel point male contacts for ease of connection. 

have a maximum temperature rating of 220°C 

HMPW connedctors are made from Liquid Crystal Polymer and have a maximum temperature rating of 260°C 

- Heavy Duty Construction 

- Accepts Stranded or Solid Wire 

- up to 0.8 mm Diameter 

- SMPW Series Rated to 220°C 

- HMPW Series Rated to 260°C 

~~36 O)~~ 

sales@omega.co.uk 

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**Thermocouple Connectors** 

## **Ceramic Ultra High Temperature Miniature Connectors OMEGA’s exclusive high purity alumina body type SHX & USHX rated from -29 to 650°C** 

## SHX & USHX Series 

**==> picture [198 x 379] intentionally omitted <==**

**----- Start of picture text -----**<br>
22.4<br>2.3 OO} ,<br>12.7<br>3.1<br>7.9 t f 0.8<br>ee 19.1<br>9.7<br>[|<br>26.9<br>oo l!<br>Dimensions: mm<br>**----- End of picture text -----**<br>


Build Your Part Number (1) (2) (3) **Options** 

**(1) Connector Style** 

**SHX** for Glazed connector with colour coded dot **USHX** for Unglazed connector with removable colour dot 

**(2) Thermocouple Type and Colour Code** 

**KI** for K Thermocouple IEC Green **K** for K Thermocouple ANSI Yellow **J** for J Thermocouple IEC/ANSI Black **TI** for T Thermocouple IEC Brown **T** for T Thermocouple ANSI Blue **NI** for N Thermocouple IEC Pink **N** for N Thermocouple ANSI Orange **E** for E Thermocouple IEC/ANSI Purple **R/SI** for R/S Thermocouple IEC Orange **R/S** for R/S Thermocouple ANSI Green **G** for G Thermocouple Red **C** for C Thermocouple Red **D** for D Thermocouple Red **U** for Uncompensated or B Thermocouple White 

**(3) Connector Type M** for Plug **F** for Socket **MF** for Plug/Socket Pair 

## All measurements in mm 

diameter thermocouple wires in applications where high temperatures are required. The SHX connector is permanently coded with a coloured dot to conform to ANSI or IEC standards. For applications such as high vacuum furnaces where contamination would adversely affect the process, USHX connectors are shipped with a removable colour-coding dot. Twopiece ceramic construction assures long life, while the oversized terminal screws allow for easy wiring. 

- Heavy Duty Ceramic Construction 

- One-Piece Body with Removeable Cap Design 

- Accepts Stranded or Solid Wire up to 0,8 mm dia. 

- USHX Series Has No Glaze or Marking Ink to Contaminate High Vacuum Furnaces 

~~37~~ 

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**Thermocouple Connector Accessories** 

## **Connector Accessories** 

## **For standard,miniature and ceramic connectors** 

## **Styles** 

- **Crimp Bushing** 

- **Wire Caddy** 

- **Tube Clamps** 

- **Strain Relief Tubing** 

- **Cable Clamp Metal PCLM** 

- **Cable Clamp** 

- **Safety Clips** 

- **Round Hole Brackets** 

- **Rubber Boots** 

- **Grommets** 

- **Fast Assembly Tool** 

**Visit www.omega.co.uk/ OSTWSC_STND_CON_ACC** 

~~38~~ 

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**Thermocouple M12 RTD SensorsTerminal Block** 

## **Thermocouple Terminal Blocks DIN-Rail Mount** 

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**----- Start of picture text -----**<br>
DRTB-2<br>**----- End of picture text -----**<br>


## All measurements in mm 

Tap Into Advanced Connectivity! Audit your temperature signals anytime, anywhere without interrupting the signal. The new patented DRTB2 Series thermocouple terminal blocks are manufactured with thermocouple-grade alloys to guarantee accurate readings. A built-in socket accepts a miniature thermocouple connector. The socket allows the user to plug in to a handheld meter for data collection. 

- Terminal blocks for K, J, T, E, N and 

- R/S Thermocouple 

- Screw Type Terminal for Secure and 

- Maintenance Free Connections 

- Built-In Miniature Thermocouple Socket 

- for Auditing and Troubleshooting 

## **Connector Panels With colour coded miniature thermocouple sockets** 

**==> picture [56 x 11] intentionally omitted <==**

**----- Start of picture text -----**<br>
MJP Series<br>**----- End of picture text -----**<br>


## All measurements in mm 

OMEGA[®] Miniature Panels are fabricated using miniature panel-mount thermocouple sockets in a clear anodized aluminium plate. Special panels are available with switches, meter or both. Specify number of rows, total number of sockets and thermocouple type. The connector bodies are moulded from high-impact plastic and have a maximum service temperature of 205°C. The panels are machined from rugged 2.3 mm thick aluminum 

- Snap-in Sockets 

- Accepts Miniature Thermocouple Plugs 

- 2.3 mm Thick Anodized Aluminium Panels 

~~39~~ 

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sales@omega.co.uk 

**Product Guide** 

## Thermocouple Product Guide 

|Series No|SA2 Series|SA2 Series|WT-DT|WT Series|WT Series|XCIB Series|JHIN-RSC|JHIN-RSC|HPP1 Series|TJMINI Series|TJMINI Series|TJ Series|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||Series||||||
|Confi guration|Self-adhesive<br>patch||Insulated with<br>armoured|Wire with<br>mounting||Overbraided or<br>ceramic|MI Shealth<br>with handle||Metal<br>Sheathed|Metal Sheath,<br>metal transition||Metal<br>Sheath,|
||||cable|washer|||||Needle-Point|junction probes||metal|
|||||||||||||transition|
|||||||||||||junction|
|||||||||||||probes|
|Available|J, K, T, E,||J, K, T, E,|J, K, T, E,||K, J, E, N|K, N||K|K, T, J, N||K, T, J, N|
|Calibration|||||||||||||
|Temperature|To 150°C||To 480°C|To 480°C|To 480°C|To 1090°C|To 1150°C||To 260°C|To 700°C||To 1150°C|
|Range°C|||||||||||||
|Typical|Ovens,||Heavy duty,|Surface||Ovens,|High||Stored grain,|Imersion in|Imersion in|Imersion in|
|Applications|furnaces||surface|measurement||Furnaces|temperature||compost or|liquid, gas or air||liquid, gas|
||||measurement||||||powdered|||or air|
||||||||||products,||||
|Insulating/|None||Spiral armour|Glass braid||High|Mg0 insulation||316SS|Mg0 insulation||Mg0|
|Sheathing||||and PFA||temperature<br>silica with|with Nickel-<br>Chrome||shealth metal<br>overbraided|with Nickel-<br>Chrome||insulation<br>with Nickel-|
|||||||overbraid|Sheathing||cable|Sheathing||Chrome|
|||||||||||||Sheathing|



~~40~~ 

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**Product Guide** 

## Thermocouple Product Guide 

|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|Series No<br>KMQSS<br>HYP Probes<br>M12M<br>TXM12-TC<br>M12 Series<br>M8M Series<br>XMO Series<br>SPHT<br>Confi guration<br>Quick<br>Disconnect<br>Metal<br>sheathed<br>hypodermic<br>Thermocouple<br>Junction<br>Insulated from<br>Probe Sheath<br>Mini M12 Head<br>with<br>intergrated<br>transmitter<br>304 or 600<br>Inconel Sheath<br>304 or 600<br>stainless steel<br>sheaths<br>Tungsten/<br>Rhenium<br>Platinum/<br>Rhodium<br>Metal<br>Sheath High<br>Temperature<br>Probe with<br>handle<br>~~BL.~~|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Available|K, T, J, N||J, K, T, E,|J, K,||K, T, J, N, E, R,|K, J||K, J|R, S, B, G, C, D||J, K, E|
|Calibration||||||S, L, U, B, C,|||||||
|||||||D and G|||||||
|Temperature|To 1150°C||To 200°C|1150°C||85°C ambient|1150°C||1150°C|To 2315°C||To 650°C|
|Range°C|||||||||||||
|Typical|Immersion||Laboratory|Industrial and||Alternative to|Bendable||allows for|Extreme||High|
|Applications|in liquids,|||laboratory||heavy, bulky|version also||measurements|temperatures||temperature|
||gas or air|||||industrial|available|available|in tight|||surfaces|
|||||||heads|||spaces,||||
|Insulating/|Mg0||Stainless|Mg0 insulation||P67, Stainless|304 or 600||304 or 600|Hafnium Oxide|Hafnium Oxide|Ceramic|
|Sheathing|insulation<br>with Nickel-||steel needle|with Nickel-<br>Chrome||Steel Housing|stainless<br>steel sheath||stainless<br>steel sheath|(HfO2)<br>Magnesia (MgO)||insulated tip|
||Chrome|||Sheathing|||and housing||and housing|Alumina (Al2O3)|||
||Sheathing||||||except||except||||
||||||||connector||connector||||
||||||||insert||insert||||



~~41~~ 

www.omega.co.uk 

sales@omega.co.uk 

**Product Guide** 

## Thermocouple Product Guide 

|Series No|NB-11|NB3|NB5|B-P|UWTC-NB9|UWTC Series|UWTC-REC3|
|---|---|---|---|---|---|---|---|
|Probe Type|Process|304SS|304SS|316SS Sheath,|Reinforced|Wireless|Wireless|
||Connection|Sheath|Sheath|Optional|Nylon Head|temperature|receiver|
|||||Lagging|with wireless|transmitter||
|||||Extension|transmitter|||
|Termination|Miniature|Aluminium Flip|Cast Iron|Aluminium DIN|Wireless|J, K, T, E, R, S,|32 channel|
|Style|Aluminium|Top Protection|Screw Top|Head||B, N, C|channel|
||Screw Top|Head|Protection|||||
||Protection||Head|||||
||Head|||||||
|Thermocouple|G for|G for|G for|K, T, N|K, T, N|Built-In Cold|Includes|
|Junction\|Grounded|Grounded|Grounded|||Junction|Embedded|
|Features|U for|U for|U for|||Compensation|Web Server|
||Ungrounded/|Ungrounded/|Ungrounded/|||||
||Insulated|Insulated|Insulated|||||
||E for Exposed|E for Exposed|E for Exposed|||||
|Typical|Industrial|Industrial|Industrial|Industrial|Industrial|Light|Works with|
|Applications|Heavy Duty|Heavy Duty|Heavy Duty|Heavy Duty|Applications|Industrial,|OMEGA|
|||||||Laboratory|Wireless|
||||||||Transmitters|
|Options|PFA Coating,|PFA|PFA|PFA|Compatible|Accepts Both|Range: Up to|
|Available|Custom Bends|Coating,|Coating,|Coating,|with|Miniature and|120 m line of|
|||Custom|Custom|Custom|UWTC-REC|Standard Size|sight|
|||Bends|Bends|Bends|Wireless|Thermocouple||
||||||Receivers|Plugs||



~~42~~ 

www.omega.co.uk 

sales@omega.co.uk 

**Product Guide** 

## Thermocouple Accessories 

## Connector Accessories 

- Strain Relief 

- Crimp Bushes 

- Wire Caddies 

- Tube Clamps 

## Thermocouple Wire 

Standard Lengths from 7.5m to 300 m 

## Thermocouple Plugs & Sockets 

- Starndard Round-Pin 

- Miniature Flat-Pin 

- Plastic and Ceramic Connectors 

Wide choice of insulation 

- PFA 

- PVC 

- Glass Fibre 

- Ceramic 

- Kapton 

- Screened/Braided 

- Multipar 

DIN Rail Mount Thermocouple Terminals Compensated Alloys and Mini Socket 

Thermocouple Connector Panels Panels, Miniature, Standard, 19 inch Rack 

~~43~~ 

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sales@omega.co.uk 

**Contact Us** 

## European Sales & Service 

Our sales team is at your disposal to fi nd the best solution for your needs while respecting your budget. Do not hesitate to contact your sales representative or to consult our website with an offer of more than 100,000 products online. 

Watch our manufacturing & capability video. 

## **Benelux** 

Tel: (+31) 070 770 3815 Fax: (+31) 070 770 3816 Free Phone: 0800 099 3344 esales@omega.nl **es.omega.com** 

## **Italy** 

Tel: (+39) 022 333 1521 Fax: (+39) 022 333 1522 Free Phone: 800 906 907 commerciale@it.omega.com **it.omega.com** 

**Denmark** Tel: (+45) 43 31 48 42 Fax: (+45) 43 31 48 43 Free Phone: 80 25 14 43 salg@dk.omega.com **dk.omega.com** 

## **Spain** 

Tel: (+34) 911 776 121 Fax: (+34) 911 776 122 Free Phone: 800 900 532 ventas@es.omega.com **es.omega.com** 

**France** Tel: (+33) 01 57 32 48 17 Fax: (+33) 01 57 32 48 18 Free Phone: 0805 541 038 commercial@omega.fr **omega.fr** 

**Germany** Daimlerstrasse 26, D-75392 Deckenpfronn Germany Tel: 07056-9398-0 Fax: 07056-9398-29 Free Phone: 0800-8266342 info@omega.de **omega.de** 

**United Kingdom** One Omega Drive, River Bend Technology Centre Northbank, Irlam, Manchester M44 5BD    United Kingdom Tel: +44 (0) 161 777 6611 Fax: +44 (0) 161 777 6622 Free Phone: 0800 488 488 sales@omega.co.uk **omega.co.uk** 

~~44~~ 

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www.omega.co.uk 



## Links

- [View this product on Novapart](https://novapart.co/products/P-M-B-2.5-50-0-T-2-1.1KV-IP68/rtd-sensor-ip68-probe-with-leads-class-b-100-c-250)
- [Request a quote for this part](https://novapart.co/quote/)
- [Supplier page](https://es.farnell.com/omega/p-m-b-2-5-50-0-t-2-1-1kv-ip68/rtd-sensor-100-ohm-0-to-250deg/dp/3880420)
---

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