High-temperature sheath thermocouple
High-temperature sheath thermocouple
It is a K-type sheath thermocouple that combines excellent durability and stability even in temperature ranges exceeding 1000°C.
- 企業：計温
- 価格：Other
Sheathed Thermocouple - メーカー・企業4社の製品一覧とランキング
Sheathed Thermocoupleの製品一覧
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Lead wire type sheath thermocouple "T36S/T36SL Series"
It is possible to use a custom insertion length! A highly versatile type!
The "T36S/T36SL Series" is a highly versatile lead wire type sheath thermocouple. It can be used with compression fittings or loose flanges to set the insertion length as desired. Wire types available are T, J, E, and K. 【Standard Specifications】 ■ Wire Types: T, J, E, K ■ Tolerance: Class 1, Class 2 ■ Number of Wires: Single ■ Temperature Junction: Ungrounded ■ Insulation Resistance - (Less than 3.0 φ): 20M Ω or more at 100V DC - (3.0 φ or more): 100M Ω or more at 500V DC *For more details, please refer to the PDF document or feel free to contact us.
- 企業：日本電測
- 価格：Other
Sheath thermocouple
A thermocouple with excellent responsiveness and seismic resistance.
The sheath thermocouple has a structure filled with magnesium oxide between the metal protective tube (sheath) and the wire, providing excellent responsiveness and seismic resistance. It is also well-suited for high-temperature use. The diameter of the protective tube can range from Φ0.5 to Φ8. You can choose from straight types, L-shaped designs, and options with terminal boxes to suit your application.
- 企業：RKC Instrument Inc.
- 価格：Other
Sheath thermocouple
Thermocouple with lead wires
This is a thermocouple with lead wires, so it can be connected directly to a measuring instrument for use. We can manufacture it according to your preferences with a sheath outer diameter, sheath length, and lead length starting from one piece. The lead wire material is either glass wool coated or vinyl coated. Sheath thermocouples are commonly used temperature sensors.
- 企業：計温
- 価格：Other
Ultra-fine sheath thermocouple
These are ultra-fine sheath thermocouples with diameters of φ0.15, φ0.25, and φ0.5.
This is a sheath thermocouple that can be easily bent and is ideal for measuring small objects that require a fast response time, as well as for objects with significant temperature changes and extremely narrow spaces.
- 企業：計温
- 価格：Other
High-temperature sheath thermocouple "TP"
Outer diameter of the sheath φ3.2 to φ9.5! A sheath thermocouple that demonstrates excellent durability and stability!
The "TP" is a high-temperature sheath thermocouple that exhibits excellent durability and stability in high-temperature ranges (above 1000°C) compared to conventional Inconel and stainless steel sheath thermocouples. The sheath material is based on a Ni-Cr alloy, incorporating Fe and Al as well. It can be used at temperatures up to 1335°C (with sheath outer diameters ranging from φ3.2 to φ9.5). Additionally, it forms an oxide film on the surface of the sheath metal in high-temperature ranges, protecting the thermocouple wire inside and enabling highly accurate temperature measurement. 【Features】 ■ Excellent durability and stability ■ Based on a Ni-Cr alloy with the inclusion of Fe and Al ■ Usable at temperatures up to 1335°C ■ Forms an oxide film on the surface of the sheath metal in high-temperature ranges ■ Protects the thermocouple wire inside, allowing for highly accurate temperature measurement *For more details, please refer to the PDF document or feel free to contact us.
- 企業：日本電測
- 価格：Other
About sheath thermocouples
Introducing "sheath thermocouples," which have a faster response time compared to protective tube thermocouples.
A "sheath thermocouple" is a thermocouple wire housed within a thin metal tube (sheath), filled with high-purity inorganic insulating powder (magnesium oxide/MgO) for insulation, and further processed to reduce the outer diameter. This design maintains insulation while also sealing the wire to prevent corrosion and degradation of the thermocouple from air or gases at high temperatures. Since the space between the thermocouple wire and the metal sheath is filled with MgO, it has a monolithic structure, resulting in a faster response time compared to protective tube-type thermocouples. Additionally, the filling material has a high compression density, providing significant mechanical strength, as well as excellent flexibility, airtightness, and corrosion resistance. **Features** - Faster response time compared to protective tube-type thermocouples - High mechanical strength and excellent flexibility - Superior airtightness and corrosion resistance *For more details, please refer to the PDF document or feel free to contact us.*
- 企業：福電
- 価格：Other
Ultra-thin sheath thermocouple "K thermocouple Φ0.5 sheath thermocouple S20 type"
Introduction of a Φ0.5 sheath thermocouple suitable for measuring small objects or in narrow spaces, and for use in high-temperature areas where high responsiveness is required.
The "K Thermocouple Φ0.5 Sleeve Thermocouple S20 Type" is a K-type sleeve thermocouple with compensation wire, suitable for measuring small objects or in narrow spaces, and for use in high-temperature areas where high responsiveness is required. Additionally, it can be mass-produced through automation. 【Lineup】 ■ S20-0.5K-300-KX-1-Tough ■ S20-0.5K-500-KX-1-Tough ■ S20-0.5K-300-FEP ■ S20-0.5K-500-FEP (These four types are available as standard stock items) We also have many other options available. Please feel free to contact us for specifications. *For more details, please refer to the PDF document.
- 企業：福電
- 価格：Other
Nicrobel C thermocouple
The Φ1.0 thin sheath K thermocouple can measure up to 900°C! It achieves higher stability and environmental resistance compared to conventional Inconel sheath thermocouples.
Conventional metal sheaths (such as stainless steel and Inconel) experience chemical corrosion and metal fatigue at high temperatures, which have a significant impact on the stability and lifespan of thermocouples. The Nicrobel sheath is a revolutionary metal sheath made from a heat-resistant alloy with a composition very similar to type N thermocouples (NicroSil), minimizing adverse effects such as chemical corrosion and metal fatigue. The protective tube diameter can range from Φ1 to Φ8. You can choose from straight and L-shaped designs, as well as options with terminal boxes, depending on your application.
- 企業：RKC Instrument Inc.
- 価格：Other
