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{"title":"K J T E S R Type Thermocouple Temperature Sensor PT1000 PT100 Thermal Resistant","imgUrl":"https:\/\/img.silkroadsl.com\/nimg\/1e\/d3\/9b0d0af31f7510c7e080c861ed77-200x200-1\/k_j_t_e_s_r_type_thermocouple_temperature_sensor_pt1000_pt100_thermal_resistant.jpg","attrs":{"Brand Name":"VOTESEN","Model Number":"VTS500","Certification":"CE ROHS","Place of Origin":"CHINA"}}
{"title":"E J K Type Thermocouple Temperature Sensor Spring Bayonet Thermocouple 800C","imgUrl":"https:\/\/img.silkroadsl.com\/nimg\/99\/50\/53a9fe283e94ccc17d0a4f803f24-200x200-1\/e_j_k_type_thermocouple_temperature_sensor_spring_bayonet_thermocouple_800c.jpg","attrs":{"Brand Name":"VOTESEN","Model Number":"VTS500","Certification":"CE ROHS","Place of Origin":"CHINA"}}
5mm 6mm K Type Thermocouple Probe For Power Generation
Product Advantages
1: Accurate measurement (imported chip)
2: fast response, anti-interference
3: waterproof and corrosion resistant (304 probe endlessly)
4: Good temperature resistance ,Internal anti-interference
Applications:
Thermocouples are used in many industrial, scientific, and OEM applications. They can be found in nearly all industrial markets:
● Power Generation
● Oil/Gas
● Pharmaceutical
● BioTech
● Cement
● Paper & Pulp
K-Type Thermocouples
The most commonly used type in numerous industries and sectors. Type-K units are made from a combination of nickel-based wires (typically chromel/alumel), which results in an especially cost-effective thermocouple that tends to be accurate and reliable across a wide range of operating temperatures.
K-type thermocouples are generally used within ranges of -200 to +1260 celsius and are considered temperature accurate to a standard deviation of ±0.75%. This thermocouples have a wide range of potential applications due to being nickel-based, which means their wires are able to operate at a particularly wide range of temperatures and generally exhibit solid resistance to corrosion and oxidation.
Thermocouple wire in type-K specifications will generally include a positive leg made from roughly 90% nickel, 10% chromium, and a negative leg composed of around 95% nickel, 2% aluminium, 2% manganese and 1% silicon.
J-Type Thermocouples
These are another widely used variety, although they will generally have a narrower temperature range (-40 to +750 Celsius) than K-types, and exhibit a shorter overall lifespan if regularly exposed to more excessive heat. The positive leg of a type-J unit is made from iron wire, and the negative leg will be composed of a copper-nickel (constantan) alloy.
It’s one of the least expensive thermocouple varieties, and is considered versatile, being especially well-suited to use in
reducing (non-oxidising) atmospheres and vacuums, and is ideal for taking readings from many older types of equipment as well as inert materials. However, the iron components in J-type units are highly susceptible to oxidation, and should not be used in situations where they’re likely to be at risk of exposure to moisture of any kind.
N-Type Thermocouples
Consist of wires made from nicrosil-nisil alloys (nickel, chromium and silicon), and display many similar properties to those found in K-type thermocouples, with operating temperatures in the range of -270 to +1300 celsius.
However, they’re slightly more expensive than K varieties, owing to their more recent development in order to overcome certain issues with K-types in specific environments - in particular, the type-N offers better all-round stability in nuclear applications, and exhibits lower susceptibility to oxidation than K varieties under more extreme heat demands.
T-Type Thermocouples
Temperature ranges run between −200 to +350 celsius, and it’s noted for being an especially stable thermocouple configuration, composed of copper-constantan alloy wires. This makes it ideally suited to a variety of cryogenic and other extreme low-temperature applications, including a wide range of laboratory and similar deep-freeze conditions. It functions well in oxidising atmospheres too, and is frequently used for differential measurement due to the fact that only copper wires make direct contact with the probes.
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Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
Business Type:
Manufacturer,Trading Company
Year Established:
2010
Total Annual:
<10,000,000
Employee Number:
<180
Ecer Certification：
Active Member
XI'AN VOTESEN ELECTRONIC TECHNOLOGY CO.,LTD located in XI'AN CITY, one of the three major sensor industry based in China. We have more than 10 years experiences in sensor industry. We are not only the product manufactory, but also a professional technical support team which we can accommodat... XI'AN VOTESEN ELECTRONIC TECHNOLOGY CO.,LTD located in XI'AN CITY, one of the three major sensor industry based in China. We have more than 10 years experiences in sensor industry. We are not only the product manufactory, but also a professional technical support team which we can accommodat...
