Special Noble Metal Thermocouples:
We manufacture and design rare metal thermocouple assemblies. Platinum rhodium thermocouples are made from conductors containing platinum and rhodium alloys and are suited for measuring high temperatures up to +1800°C. They are a rugged design, suited for tough industrial use.
Optimal Operating Temperature: 1200-1800 degrees Celsius.
Type | Description | Standard | Class | Deviation Range Occured [At 1200 Deg. C] |
---|---|---|---|---|
R | Pt/Pt Rh13% |
IEC 60584 P.2 / ASTM E230 |
1 & 2 | +/-1 degrees TO 0.25% * OT |
S | Pt/Pt Rh10% | IEC 60584 P.2 / ASTM E230 |
1 & 2 | +/-1 degrees TO 0.25% * OT |
B | Pt30% Rh-Pt6%Rh |
IEC 60584 P.2 / ASTM E230 |
1 & 2 | +/-1 degrees TO 0.25% * OT |
B. Special Base Metal Thermocouples
We manufacture and design base metal thermocouple assemblies. Base metal thermocouples are made from conductors containing nickel alloys and depending on thermocouple type are suited for measuring temperatures between -270 to +1300°C. They are a rugged design, suited for tough industrial use.
The base metal thermocouple junction will need contamination protection from the process it is measuring. Each thermocouple should have a protection sheath best suited to its application.
Operating temperature range: -270 to 1300 degrees celsius
Type | Description | Standard | Class | Deviation Range Occured [At 1200 Deg. C] |
---|---|---|---|---|
K | NiCr-Ni-Al (NiCr-Ni) | IEC 60584 P.2 / ASTM E230 |
1 & 2 | -40 To +1260 |
N | NiCrSi-NiSi | IEC 60584 P.2 / ASTM E230 |
1 & 2 | -40 To +1260 |
J | Fe-CuNi | IEC 60584 P.2 / ASTM E230 |
1 & 2 | -40 To +760 |
E | NiCr-CuNi | IEC 60584 P.2 / ASTM E230 |
1 & 2 | -40 To +870 |
T | Cu-CuNi | IEC 60584 P.2 / ASTM E230 |
1 & 2 | -40 To +370 |
C. Special RTDs
We manufacture and design mineral insulated resistance thermometers. Resistance thermometers are often called platinum resistance thermometers (PRTs), resistance thermometer detectors (RTDs) or simply Pt100 sensors. Mineral insulated resistance thermometers consists of an external metal sheath which protects the P100 element from damage and contamination. This outer sheath is insulated with magnesium oxide powder, tightly packed so no air is trapped inside. This not only gives great thermal conductivity but mineral insulated RTD can be bent into a variety of shapes to suit your application.
Standard: 60584 P.2 / ASTME 230
-With pot seal
-With standard (Round Pin) Plug
-With Miniature (Flat-Pin) Plug
-With Temperature Transmitter
-With DIN Plate
-With Ceramic Block
-With Permanentlt attached cable
D. Mineral Insulated Thermocouples:
We manufacture and design mineral insulated thermocouples. Mineral insulated thermocouples consist of an outer metal sheath which protects the thermocouple elements from damage and contamination, this sheath is malleable so mineral insulated thermocouples can be easily bent and formed into a variety of shapes to suit your application. The inner thermocouple elements are insulated with magnesium oxide powder, tightly packed so no air is trapped inside, this provides great thermal conductivity.
Wide variety in designs and uses: .
MI Thermocouples are very tough and can withstand up to 1250°C (depending on design and thermocouple type) making them perfect for a wide variety of industrial uses such as ovens, kilns and furnaces. There are a wide range of options for our MI thermocouples. They can be constructed with various diameters and materials of sheath, many different thermocouple types and with our laser welder, mineral insulated thermocouple lengths are practically limitless
Standard: 60584 P.2 / ASTME 230
-With pot seal
-With standard (Round Pin) Plug
-With Miniature (Flat-Pin) Plug
-With Temperature Transmitter
-With DIN Plate
-With Ceramic Block
-With Permanentlt attached cable