Special Options:
- Special sheath materials are available on request (see below)
- Lining sheaths for porous materials available
- Shanks fitted for head assembly
- Adjustable or welded flange on shank
- Pressure tight design possible
- Material Certificates
Appropriate Sheath Material:
| Material |
Max Temperature |
| Recrystalised alumina (alsint) |
1750° C |
| Silicon carbide (recrystalised) |
1600° C |
| Sillimanite 60 |
1600° C |
| Aluminous Porcelain (pythagoras) |
1500° C |
| Quartz |
1500° C |
| Silicon carbide (clay bonded) |
1400° C |
| Syalon 101 |
1000° C |
| Type Designation: |
BMC
|
| Temperature Range: |
-200 to 1300 ° C depending on thermocouple sensor type
|
| Common Sensor Types: |
K, J, N, T, E
|
| Common Sheath Size : (ØD) |
Ø 6.0, 8.0, 10.0, 12.0, 13.0, 15.0, 17.0, 20.0, 25.0, 28.0, 50.0mm
|
| Common Element Diameters: |
11 SWG, 16 SWG and Ø 6mm mineral insulated
|
| Shank material: (SL) |
Stainless Steel, Inconel 253 MA
|
| Head options: |
ALA, KNE (IP68), HR AL BL (flip top), many others
|
Delivery time: Product made to order, delivery date to be confirmed.
We ship to the following countries:
United Kingdom, Austria, Belgium, Bosnia and Herzegovina, Brazil, Bulgaria, Canada, Croatia, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, India, Ireland, Italy, Latvia, Liechtenstein, Lithuania, Luxembourg, Netherlands, Norway, Poland, Portugal, Romania, Serbia, Slovakia, Slovenia, Spain, Sweden, Switzerland, United States
Shipping rates:
• £15 for orders from UK Mainland.
• £25 for orders from UK – Highlands & Islands.
• £35 for orders from Belgium, Ireland, Luxembourg and Netherlands.
• £37 for orders from France and Germany.
• £42 for orders from Switzerland.
• £43 for orders from Austria, Denmark, Italy, Portugal and Spain.
• £45 for orders from Czech Republic, Slovakia, Slovenia and Bulgaria.
• £49 for orders from Iceland.
• £51 for orders from Finland, Sweden and Greece.
• £53 for orders from Croatia, Estonia, Hungary, Poland, Latvia, Lithuania and Romania.
• £61 for orders from United States and Canada.
• £63 for orders from Liechtenstein.
• £72 for orders from Bosnia and Herzegovina, Norway and Serbia.
• £90 for orders from India.
• £103 for orders from Brazil.
Don’t see your country listed?
We ship worldwide. Contact us for a shipping quote and delivery timeframe.
• +44 (0) 1246 261 999
• websales@peaksensors.com
Q: What is a Base Metal Thermocouple Assembly with Ceramic Sheath?
A: A Base Metal Thermocouple Assembly with Ceramic Sheath is a high-temperature temperature sensor designed for use in demanding industrial applications where standard metal sheaths cannot withstand the operating temperatures.
Q: What temperature range can the Base Metal Thermocouple Assembly with Ceramic Sheath measure?
A: The Base Metal Thermocouple Assembly with Ceramic Sheath can operate from -200°C to +1300°C, depending on the thermocouple type selected.
Q: What thermocouple types are available for the Base Metal Thermocouple Assembly with Ceramic Sheath?
A: Common thermocouple types available include Type K, Type J, Type N, Type T, and Type E, providing flexibility for a wide range of temperature measurement applications. Other thermocouple options may also be available depending on specific application requirements.
Q: Why is a ceramic sheath used in the Base Metal Thermocouple Assembly?
A: Ceramic sheaths provide excellent resistance to extreme temperatures and are commonly used where conventional metallic protection tubes would fail due to heat exposure.
Q: What sheath materials are available for the Base Metal Thermocouple Assembly with Ceramic Sheath?
A: A range of sheath materials is available to suit different temperature requirements and operating environments. Options include Recrystallised Alumina, suitable for temperatures up to 1750°C; Recrystallised Silicon Carbide and Sillimanite 60, suitable up to 1600°C; Aluminous Porcelain and Quartz, suitable up to 1500°C; Clay Bonded Silicon Carbide, suitable up to 1400°C; and Syalon 101, suitable up to 1000°C. These material options provide flexibility for selecting the most appropriate sheath based on application temperature and process conditions.
Q: What industries use the Base Metal Thermocouple Assembly with Ceramic Sheath?
A: The Base Metal Thermocouple Assembly with Ceramic Sheath is designed for reliable temperature measurement in high-temperature industrial environments. It is commonly used in applications including heat treatment, furnaces and kilns, ceramics processing, metals processing, glass manufacturing, and general industrial thermal processing. Its robust ceramic sheath construction makes it suitable for demanding applications where accurate and dependable temperature monitoring is required.
Q: Can the Base Metal Thermocouple Assembly with Ceramic Sheath be customised?
A: The Base Metal Thermocouple Assembly with Ceramic Sheath is available with a range of customisation options to meet specific application requirements. Options include alternative sheath materials, lining sheaths for porous materials, adjustable or welded flanges, shank assemblies, pressure-tight designs, and material certification documentation. These options allow the assembly to be tailored for a wide variety of high-temperature industrial environments.
Q: What sheath sizes are available for the Base Metal Thermocouple Assembly with Ceramic Sheath?
A: Common sheath diameters include: Ø6.0, Ø8.0, Ø10.0, Ø12.0, Ø13.0, Ø15.0, Ø17.0, Ø20.0, Ø25.0, Ø28.0 and Ø50.0 mm.
Q: What compliance standards does the Base Metal Thermocouple Assembly with Ceramic Sheath meet?
A: The product is manufactured in accordance with recognised quality and compliance standards, including REACH compliance, RoHS 3 compliance, Conflict Minerals requirements, and ISO 9001 certified quality systems. These standards ensure responsible manufacturing practices, product reliability, and consistent quality throughout the production process.
Q: Why choose a Base Metal Thermocouple Assembly with Ceramic Sheath?
A: The Base Metal Thermocouple Assembly with Ceramic Sheath provides reliable temperature measurement in extreme temperature environments. Offering multiple thermocouple type options and durable ceramic protection tubes, it can be customised to meet specific application requirements. Pressure-tight designs, a wide range of sheath materials and sizes, and manufacture to customer specifications make it suitable for demanding industrial environments where accurate and dependable temperature monitoring is essential.
