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Swaged Tip Thermocouple with Standard Jack

Swaged Tip Thermocouples - with Standard Jack

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Compression Fittings Standard Plug
  • High integrity construction suited to arduous operating conditions at temperatures from -330°F to 2300°F (-200ºC to +1250ºC). The maximum operating temperature is dependant on diameter and environmental factors, further guidance is available here.
  • Custom built to your specification and terminated in a choice of standard thermocouple plugs rated to 425°F, 660°F or 1200°F (220ºC, 350ºC or 650ºC)
  • Alternatively, we have a large range of sensors available to buy online in various diameters and lengths
  • Rugged large diameter whilst a low thermal mass reduced tip provides a fast response
  • The process of swaging increases the strength of the sheath by enhancing the grain structure during forming
  • Available in thermocouple types K, T, J, N, E, R, S & B in lengths from a few inches to hundreds of feet dependent on the sheath diameter selected
  • See detailed information on how a thermocouple works

Swaged Tip Thermocouple Enquiry Form

1a. Thermocouple Type
1b. Tolerance Class
2. Sheath Material
3. Main Sheath Diameter
4. Overall Sheath Length
 inches
5. Types of Sensing Junction

Illustration Select
INSULATED Junction
GROUNDED Junction
EXPOSED Junction
Duplex Element Required? (please tick box)
Triplex Element Required? (please tick box)
6. Standard Jack Style

Illustration Select
3P7 - Standard Jack
Plastic, rated to 425°F/220ºC (normal)
3P7H - Standard Jack
Plastic, rated to 300ºC
3P7C - Standard Jack
Ceramic - rated to 1110°F/600ºC
7. Optional Compression Fitting
8. Swaged Tip Diameter (d1)
 inches
9. Swaged Tip Length (L1)
 inches
10. Quantity Required

Contact Details

Company Name


Your Name


Email


Telephone


Additional Information

If your enquiry is for more than one style of sensor, please email us with your requirements or use the box below



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1 Thermocouple Type Temperature Range (continuous) Temperature Range
(short term)
K Nickel Chromium vs
Nickel Aluminium		 32°F to +2010°F -290°F to +2460°F
T Copper vs Constantan -300°F to +570°F -420°F to +750°F
J Iron vs Constantan +68°F to +1290°F -290°F to +1380°F
N Nicrosil vs Nisil 32°F to +2010°F -450°F to +2370°F
E Nickel Chromium vs Constantan 32°F to +1470°F -40°F to +1650°F
R Platinum - 13% Rhodium vs
Platinum		 32°F to +2820°F -60°F to +3180°F
S Platinum - 10% Rhodium vs
Platinum		 32°F to +2910°F -60°F to +3090°F
B Platinum - 30% Rhodium vs
Platinum 6% Rhodium		 +212°F to +2910°F +212°F to +3310°F
Temperature ranges refer to the thermocouple type.
The temperature range of the sensor may deviate from the above,
please refer to the product description for more details
2 Sheath Material Max.
Temperature
Standard Sheath Materials
304

304 Stainless Steel

1650°F
316L 316L Stainless Steel 2010°F
310 310 Stainless Steel 2010°F
600 Inconel 600 2010°F
Specialized Sheath Materials
601 Inconel 601 2140°F
800 Incoloy 800 2010°F
825 Incoloy 825 2010°F
114 Nicrotherm DTM 2280°F
446 AISI 446 2100°F
156 Hastelloy X 2230°F
276 Hastelloy 276 2010°F
160 Haynes 160 2190°F
P10R Platinum 10% Rhodium 2550°F
* 5.5mm diameter is a thick wall heavy duty construction

INSULATED
Hot junction insulated from sheath. Gives floating output with typical insulation resistance in excess of 100 megohms

GROUNDED
Hot junction welded to sheath tip giving earthed output and faster response to temperature changes

EXPOSED
Fastest response mainly for the measurement of air temperature in ducts. Restricted to a maximum operating temperature of 1110°F