| Thermocouple Type |
K
|
| Temperature Range |
-200 to 1100°C
|
| Handle |
Hexagonal Triax (ABS/Nylon Blend). Max Temperature: 105°C
|
| Cold end connection |
Miniature Thermocouple Plug
|
| Probe Length |
130mm
|
| Probe Diameter |
1.5mm, 3mm
|
| Cable Length |
1 metre
|
Delivery time: 1 week, subject to stock availability.
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 applications is the Flexible Mineral Insulated High Temperature Probe designed for?
A: The probe is designed for high-temperature applications where a robust and flexible sensor is required. Common uses include temperature measurement in furnaces, fryers, ovens, heated process equipment, and industrial manufacturing environments operating at elevated temperatures.
Q: What temperature range can this high-temperature probe measure?
A: The probe can measure temperatures from -200°C to 1100°C. This exceptionally wide range makes it suitable for both cryogenic and high-temperature industrial applications where standard probes may not withstand the operating conditions.
Q: Why is a mineral insulated probe used for high-temperature measurements?
A: Mineral insulated probes are designed to withstand demanding environments while maintaining measurement stability. The mineral insulation helps protect the thermocouple elements from heat, vibration, and mechanical stress, making them suitable for industrial applications where durability is important.
Q: How quickly does the probe respond to temperature changes?
A: The probe has a response time of less than two seconds. This fast response makes it suitable for applications where temperatures can change rapidly and accurate readings are required in a short period of time.
Q: What thermocouple type does this probe use?
A: The probe uses a Type K thermocouple sensor. Type K thermocouples are widely used in industrial temperature measurement because they offer a broad temperature range, reliable performance, and compatibility with many thermometers, indicators, and data logging systems.
Q: Why would I choose a flexible probe instead of a rigid thermocouple probe?
A: A flexible probe is useful when access is restricted or when the sensor needs to be routed around equipment, machinery, or obstructions. The flexible construction allows users to position the sensing tip more easily than a rigid probe in challenging locations.
Q: Is this probe suitable for temperature measurements in furnaces?
A: Yes. The probe is specifically described as being suitable for furnace applications. Its ability to measure temperatures up to 1100°C makes it suitable for many industrial heating, thermal processing, and furnace monitoring tasks.
Q: Can this probe be used for fryer temperature monitoring?
A: Yes. The probe is suitable for fryer temperature measurements where fast response and high-temperature capability are required. Its flexible mineral insulated design makes it well suited to demanding food processing and catering environments.
Q: When should I choose a mineral insulated probe instead of a standard penetration probe?
A: Choose a mineral insulated probe when the application involves higher temperatures, harsher operating conditions, or limited access. Standard penetration probes are often suitable for routine temperature measurements, whereas mineral insulated probes are designed for more demanding environments.
Q: What probe diameters are available for this sensor?
A: The Flexible Mineral Insulated High Temperature Probe is available with probe diameters of 1.5mm and 3mm. Smaller diameters can offer faster response times, while larger diameters typically provide increased mechanical strength in demanding industrial applications.
