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Wiki Alutal
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Acessories
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Bimetallic thermometer
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Calibration
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Resistance Thermometers
- 01 - Introdução
- 02 - O Sensor
- 03 - Princípio de medição
- 04 - Montagem típica
- 05 - Recomendações
- 06 - Termorresistência Padrão
- 07 - Industrial Thermoresistance
- 08 - Auto Aquecimento
- 09 - Resistência de isolação
- 10 - Vantagens em relação aos termopares
- 11 - Desvantagens em relação aos termopares
- 12 - Tolerância
- 13 - Tabela de Conversão Resistência x Temperatura
- 14 - Tempo de Resposta
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Temperature
- 01 - Heat and Temperature
- 02 - Transmissão de Calor
- 03 - Equilíbrio Térmico
- 04 - Lei Zero da Termodinâmica
- 06 - Segunda Lei da Termodinâmica
- 07 - Terceira Lei da Termodinâmica
- 08 - Escalas Termométricas
- 09 - Escala Internacional de Temperaturas
- 10 - Tipos de Sensores de Temperatura
- 11 - Teoria Termoelétrica
- 12 - Daniel Gabriel Fahrenheit
- 13 - Anders Celsius
- 14 - Thomas Johann Seebeck
- 15 - Jean Charles Athanase Peltier
- 16 - Willian Thomson (Lorde Kelvin)
- 17 - William John Macquorn Rankine
- 18 - René-Antoine Ferchault de Réaumur
- 19 - Max Karl Ernst Ludwig Planck
- 20 - Força Eletromotriz
- Temperature > 05 - First Law of Thermodynamics
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Temperature Transmitter
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Thermocouples
- 01 - Introdução
- 02 - Fios termopares
- 03 - Tipos de Termopares
- 04 - Efeito Seebeck
- 05 - Efeito Peltier
- 06 - Efeito Thomson
- 07 - Correlação da Força Eletromotriz (F.E.M.)
- 08 - As Leis Termoelétricas
- 09 - Lei do Circuito Homogêneo
- 10 - Lei dos Metais Intermediários
- 11 - Lei das Temperaturas Intermediárias
- 12 - Envelhecimento de Termopares
- 13 - Oscilação de medidas
- 14 - Erros comuns de ligação
- 15 - Normas Temperatura
- 16 - Tipos de Atmosferas
- 17 - Termopar Convencional
- 18 - Termopar de Isolação Mineral
- 19 - Termopares Flexíveis
- 20 - Blindagem Eletrostática/Tempo de Resposta
- 21 - Termopar padrão
- 22 - Associação de termopares
- 23 - Recomendações para instalação de termopares
- 24 - Termopares Especiais
- 25 - Imersão do sensor
- 26 - Magnetização do termopar tipo K
- 27 - Green-Root
- 28 - Termopares partindo de Fios/cabos de Extensão
- 29 - Tabela de conversão Milivoltagem x Temperatura
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Wells
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Wires and extension cords / compensation
Wires and extension cords / compensation > 1 - Definition
Thermocouple Wires for extension and compensation are thermocouples, whose function , as well as conducting the signal generated by the sensor , is to compensate for the existing temperature gradients between the reference junction sensor and instrument terminals.
Wires are constituted by a solid shaft and cables those formed by a bundle of smaller gauge conductors , forming a flexible conductor .
Wires and extension cords
Thermoelectric couples are equal to the alloys used in the thermocouple temperature measuring process .
Wires and compensating cables
Thermoelectric couples are those with different alloys that constitute the thermocouple, but have a thermoelectric performance very close to the thermocouple, the temperature range in which it will work . Typically used for noble thermocouples ( R, S and B types) .
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Wires are constituted by a solid shaft and cables those formed by a bundle of smaller gauge conductors , forming a flexible conductor .
Wires and extension cords
Thermoelectric couples are equal to the alloys used in the thermocouple temperature measuring process .
Wires and compensating cables
Thermoelectric couples are those with different alloys that constitute the thermocouple, but have a thermoelectric performance very close to the thermocouple, the temperature range in which it will work . Typically used for noble thermocouples ( R, S and B types) .
Thermocouples starting wires / Extension cables
The wires and extension cords can be used as less expensive thermocouples, despite having the same alloy thermocouples , are less expensive because the temperature limitation can be subjected , for its chemical composition is not so homogeneous as the thermocouple.
The wires and extension cords can be used as less expensive thermocouples, despite having the same alloy thermocouples , are less expensive because the temperature limitation can be subjected , for its chemical composition is not so homogeneous as the thermocouple.
Cable insulation mineral used as extension cable
There are specific applications where due to harsh environmental conditions such as temperature , humidity , mechanical strength , etc. , can not be applied extension cables and compensation with insulations "traditional" . In these cases , the use of mineral insulated cable as extension cable is recommended that meet the requirements of the operating environment , with long service life, also eliminating up the need for use of conduits.
There are specific applications where due to harsh environmental conditions such as temperature , humidity , mechanical strength , etc. , can not be applied extension cables and compensation with insulations "traditional" . In these cases , the use of mineral insulated cable as extension cable is recommended that meet the requirements of the operating environment , with long service life, also eliminating up the need for use of conduits.
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