| Customization: | Available |
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| Feature: | High Temperature Resistance |
| Production Process: | Integration |
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1. Purpose and Ingenious Working Principle of Fast Thermocouples:
Designed to accurately gauge the temperature of molten steel and other high-temperature molten metals, these fast thermocouples are single-use devices. Utilizing the fascinating thermoelectric effect of metals, they operate by detecting the temperature differential across two points, providing reliable and swift temperature readings.
2. Comprehensive Product Specifications and Comparative Performance Analysis:
|
Name |
Model |
Type |
Tolerance |
Recommended Temperature Range |
Max Temperature |
Response Time |
|
Platinum-30% Rhodium/Platinum-6% Rhodium thermocouple |
KB-602 |
B |
±5ºC |
1500-1700ºC |
1800ºC |
4~6s |
|
Platinum-10% Rhodium/Platinum thermocouple |
KS-602 |
S |
±5ºC |
1500-1700ºC |
1800ºC |
4~6s |
|
Platinum-13% Rhodium/Platinum thermocouple |
KR-602 |
R |
±5ºC |
1500-1700ºC |
1800ºC |
4~6s |
|
Tungsten 30%/ tungsten-rhenium 25% |
KW-602 |
W |
±5ºC |
1500-1700ºC |
1800ºC |
4~6s |
3. Ingenious Structure
The fast thermocouple features a meticulous design, primarily consisting of a temperature-measuring probe paired with an extended paper tube. The probe's positive and negative wires are expertly welded to an extension wire housed in a sturdy support bracket, which itself is enveloped in a smaller paper tube for added protection. Quartz provides robust support and safeguarding for the thermo wires, while a cap shields the probe from debris. All these components are securely integrated into the thermocouple tip, bonded together with a fire-resistant filler, making the thermocouple a single-use marvel of engineering.
4. Intuitive Usage Guidelines
1, Carefully choose the appropriate length of the protective paper tube and thermocouple lance based on the specific measurement requirements and scope.
2, Securely attach the fast thermocouple to the thermocouple lance. Ensure the secondary instrument's pointer or digital display resets to zero, then proceed with the temperature measurement.
3, For optimal accuracy, it is advisable to insert the fast thermocouple into the molten steel to a depth of 300-400mm, ensuring it does not come into contact with the furnace wall or slag. Withdraw the temperature-measuring device promptly once the secondary instrument displays the reading. Limit the thermocouple's immersion time in molten steel to under 5 seconds to prevent lance damage.
4, Replace the spent thermocouple with a fresh one and allow a brief pause to prepare for the subsequent measurement cycle.
1. Unmatched Quality Products
2. Punctual Delivery Assurances
3. Adaptable Minimum Order Quantities
4. Customizable Logos per Client Specifications, with OEM and Design Services
5. Bespoke Length, Bottom Type, and Packaging Tailored to Client Needs
6. Comprehensive Technical Support & Dedicated After-Sales Service
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