RS PRO Type K Thermocouple 250mm Length, 6mm Diameter → +1100°C
- RS Stock No.:
- 397-1567
- Brand:
- RS PRO
7 In stock - FREE next working day delivery available
Added
Price Each
£35.10
(exc. VAT)
£42.12
(inc. VAT)
| Units | Per unit |
| 1 - 4 | £35.10 |
| 5 - 9 | £34.04 |
| 10 + | £32.64 |
Calibration Options:
- RS Stock No.:
- 397-1567
- Brand:
- RS PRO
Legislation and Compliance
- COO (Country of Origin):
- GB
Product Details
RS Pro Calibrated Type K IEC Thermocouple Probes with Standard Plug Termination, Ungrounded
From RS Pro a range of Type K thermocouple temperature sensing probes that conform to IEC 584-1 & 2 standards with a fast response time and a durable construction. These Type K thermocouple probes feature a stainless steel 310 sheath and are terminated with a standard IEC round pinned plug for a quick and simple connection. The sheath of the probe is mineral insulated making it flexible, allowing it to be bent and formed to suit a wide range of applications. The thermocouple has a single element grounded hot junction for a reduction in electrical interference
How does a Thermocouple Work?
A thermocouple is a sensor used to measure temperature in a range of different processes and consists of two wire legs made from different metals joined together at their two ends to form two junctions. The hot, or measuring junction is connected to the body whose temperature is going to be measured. The cold junction or reference junction is connected to a body of known temperature. When the measuring junction is placed on something hot a voltage or potential difference between this and the reference junction occurs. This voltage can then be converted into a temperature measurement using thermocouple reference tables. This process is also known as the Seebeck Effect
What is an Insulated Junction?
An insulated or ungrounded junction is where the thermocouple wires are welded together and fully covered by but insulated from the outer protective sheath, often by the use of mineral insulation. The advantage of this is that there is a reduction in electrical interference and a stable reading
What is Mineral Insulation?
Mineral insulation is used to insulate the thermocouple wires from one another and from the metal probe sheath that surrounds them. The sheath is filled with a highly compacted magnesium oxide powder that prevents the conductors from making contact with one another other than at the fixed junction. The high density of the mineral powder enables the thermocouple to have a rapid response as it promotes a fast heat transfer between the conductor and the sheath. Mineral insulation also helps to protect the thermocouple wire from environmental damage including corrosion, prevents electrical interference and allows the cable to be flexible whilst maintaining its mechanical strength
Features and Benefits
• Durable 310 stainless steel sheath for protection against corrosion and oxidation
• Meets IEC 584 standards
• IEC colour coded standard plug for quick and easy connection
• Mineral insulation for flexibility, durability and high performance
• 0.5 mm probe diameter
• Insulated hot junction for reduction in electrical interference
• Meets IEC 584 standards
• IEC colour coded standard plug for quick and easy connection
• Mineral insulation for flexibility, durability and high performance
• 0.5 mm probe diameter
• Insulated hot junction for reduction in electrical interference
Applications
Type K Thermocouples (Nickel-Chromium / Nickel-Aluminium) are the most common type of thermocouple and are both accurate and flexible with a wide temperature range. Typical applications for these mineral insulated Type-K thermocouple probes include heat exchangers, power stations, brick and cement kilns, heat treatment and annealing furnaces, thermostats, food thermometers, vehicle diagnostics and in laboratories
Note
This product is Calibrated.
Specifications
Attribute | Value |
|---|---|
| Thermocouple Type | K |
| Probe Diameter | 6mm |
| Probe Length | 250mm |
| Probe Material | Stainless Steel |
| Maximum Temperature Sensed | +1100°C |
| Termination Type | Standard Plug |
| Standards Met | IEC |