NiCrSi NiSiMg N Type Stranded Thermocouple Wire IEC Class 1 19*0.16mm

NiCrSi NiSiMg N type Thermocouple Stranded Wire IEC Class 1 19*0.16mm In Stock

Quick Description

A typical thermocouple construction consists of a pair of dissimilar metals that are electrically joined together at the sensing point and connected to a voltage measuring instrument at the other end. When one junction is hotter than the other, a thermal “electromotive” force (in millivolts) is produced that is roughly proportional to the difference in temperature between the hot and cold junctions.

The Type N thermocouple is composed of a nickel-14% chromium-1 1/2% silicon (+) wire versus a nickel 4 1/2% silicon-1/10% magnesium (-) wire. It was developed to be used under the same conditions as a Type K. Type N should be used in oxidizing or inert atmospheres with a service temperature range between -200°C and 1260°C (-330°F to 2300°F). The addition of silicon and chromium makes this type of thermocouple more resistant to Green-Rot and less drifting when compared to a Type K. The negative element, or NN, of a Type N thermocouple can be described by any of the following names: Nisil, nickel-silicon. The positive element, or NP, of a Type N thermocouple can be described by any of the following names: Nicrosil, nickel-chromium-silicon.

NiCrSi NiSiMg N type Thermocouple Stranded Wire IEC Class 1 19*0.16mm In Stock

Type N Thermocouple (Nicrosil / Nisil): The Type N shares the same accuracy and temperature limits as the Type K. The type N is slightly more expensive. The type N has better repeatability between 572F to 932F (300C to 500C) compared to the type K.

Type N Temperature Range:

• Maximum continuous operating temperature: up to 2,300F (1,260C)
• Short term use: 2,336F (1,280C)
• Thermocouple grade wire, -454 to 2300F (-270 to 1,260C)
• Extension wire, 32 to 392F (0 to 200C)

• Standard: +/- 2.2C or +/- .75%
• Special Limits of Error: +/- 1.1C or 0.4%

Consideration for bare wire type E thermocouple applications:

• The type N holds up better to oxidation at high temperatures when compared to the type K.