Our standard cable items
For the complete range of type R MI cable possibilities, visit our overview page. You can find more information about the typical sheath materials used for mineral-insulated cables here.
Thermocouple | Sheath material | MgO Insulation | Class | Outside Diameters | Availability | |
---|---|---|---|---|---|---|
Type R | AISI 310(s) | +99.4% High purity | IEC Class 1 best effort | 1.00 mm to 6.00 mm | 16 week delivery time | Send inquiry |
Type R | Inconel 600 | +99.4% High purity | IEC Class 1 best effort | 1.00 mm to 6.00 mm | Small quantities on stock | Send inquiry |
Type R | Pt10%Rh | +99.4% High purity | IEC Class 1 | 1.00 mm to 6.00 mm | 7 week delivery time | Send inquiry |
Delivery times stated are for delivery to Kamet’s warehouse
How can we help you today?
Request a quotation for the cable you need for your sensor.
High quality platinum MI cable
- Available with common sheath materials like AISI 310, Inconel 600 or platinum sheath material
- Available in IEC Class, IEC Class 1 best effort, or ASTM E230 special limits
- Supplied with a 3.1 certificate and a calibration certificate
- All raw materials used in this cable are from European, American, or Japanese origin
- Delivered as coils, with the option to order in straight lengths (which will have a bow or curvature)
- Can be bent around a mandrel with a radius equal to twice the sheath diameter without rupturing the sheath or causing loss of insulation resistance
Type R thermocouple cable via Kamet
We offer high-quality European or American made MI cable, with prices based on daily rates of platinum and rhodium. For non-stock items, delivery ranges from 7 to 16 weeks. As international delivery experts, we operate in Europe and the Middle East.
About Type R thermocouple
Type R thermocouples are especially valued for their long service life and stability, performing exceptionally well in oxidizing or inert atmospheres. However, similar to type S thermocouples, they may experience drift when used over extended periods at high temperatures.
Due to these characteristics, Type R thermocouples find widespread use in industries that require precise temperature control, such as glass, ceramics, and metallurgy. They are also frequently used in laboratory settings and for calibrating other thermocouples, where their accuracy and stability are essential.