T-Type ANSI Teflon Thermocouple Cable 2x0.50 mm² is a Teflon-insulated temperature measurement cable used in T-Type Cu-Const thermocouple measurement circuits. It is used to transmit the thermoelectric signal generated by the thermocouple sensor to the temperature controller, indicator, data logger, PLC system or control panel.
The two-core cable with cross-section 2x0.50 mm² combines mono / solid thermoelement conductors and Teflon insulation structure. Teflon insulation is preferred for use in industrial measurement applications that require temperature, chemical contact and low-friction surfaces.
This product is not a standard power cable. It should be used to establish or maintain the measurement circuit with the appropriate thermoelement structure. For accurate measurement, the cable must be compatible with the T-Type thermocouple and the positive-negative core polarity must be maintained throughout the connection.
The positive and negative thermoelement conductors of the cable are separately insulated with Teflon material. The insulating layer helps electrically protect the measurement line by preventing conductors from touching each other or surrounding conductive surfaces.
Teflon insulation is preferred in industrial temperature measurement cables due to its temperature resistance, resistance to chemical effects and low-friction surface properties. The exact operating temperature and chemical compatibility of the cable must be evaluated according to the manufacturer's technical data sheet.
In a mono/solid conductor construction, each core consists of a single wire. This structure provides consistent terminal connections in fixed installations. In applications with continuous movement, intense vibration or repeated bending, installation conditions should be evaluated separately.
This product uses the ANSI color coding applied to T-Type thermocouple cables. Under the ANSI color scheme, the blue-insulated Cu conductor indicates the positive (+)and the red-insulated CuNi conductor indicates the negative (-) connection.
Under ANSI color coding, the general identification and outer-sheath color for a T-Type thermocouple cable is blue. This color scheme makes it easier to identify the cable as part of a T-Type thermocouple circuit in control-panel, field, and maintenance applications.
Different color code systems can be used on thermocouple cables, such as ANSI, IEC and JIS. Therefore, the same T-Type thermocouple cable may have different core and outer sheath colors depending on the standard used. When choosing a product, attention should be paid not only to the thermocouple type but also to the color code standard used in the current system.
The measurement principle does not change between an ANSI-color-coded T-Type thermocouple cable and T-Type cables using IEC or another color standard, provided that their thermoelement alloys are the same. The difference is the colors used to identify the positive and negative cores.
When connecting to an old system with a different color standard, the process should not be based solely on the core color. The thermocouple type, conductor alloy, polarity markings and device terminal diagram should be checked together.
T-Type thermocouple cable enables the measurement line between the sensor and the measuring instrument to be established with a T-Type thermoelement structure. Choosing the cable type compatible with the sensor and device helps reduce measurement deviations that may arise from improper metal combinations at the connection points.
The 2x0.50 mm² construction offers a balance between mechanical strength and practical installation for control-panel connections and field applications. When selecting the cable cross-sectional area, the connection distance, terminal size, installation space, and thermocouple connector should be considered together.
Offering a tougher structure than cables with thinner cross-sections, it can help the cable to be used in a more controlled manner in internal panel transitions, terminal connections and fixed sensor lines.
Teflon insulation provides advantages in applications requiring temperature, chemical contact and low-friction surfaces. This structure can make it easier to route the cable through appropriate cable ducts, panel penetrations, and machine connection points.
Easy separation of blue and red cores facilitates polarity control during installation and maintenance. In facilities where the ANSI color scheme is used, it helps to track the cable in accordance with the current panel and maintenance standard.
Teflon is preferred in industrial temperature measurement applications that require insulation, temperature and chemical resistance. The low-friction surface of the insulation material can make it easier to pass the cable through appropriate channels and transition points.
Its mono/solid conductor structure ensures regular use in fixed installations and panel connections. However, in applications where the cable is constantly moving, exposed to vibration or frequently bent, alternatives with flexible conductors should be considered.
When determining the actual usage conditions of the cable, the insulation material must not be the only consideration. Ambient temperature, chemical contact, mechanical movement, minimum bending conditions, wiring route, connection points and the terminal or connector used should be evaluated together.
In a T-Type thermocouple circuit, the positive and negative conductors must be connected to the correct terminals. Under the ANSI color code, the blue core indicates the positive (+)and the red core indicates the negative (-) connection.
Reversed polarity may cause the measured value to move in the wrong direction as the temperature changes or cause the device to display an incorrect value. The positive and negative terminal markings on the controller, indicator, or PLC must be checked before connection.
When making the connection, use a cable, terminal, and thermocouple connector compatible with T-Type. The use of a standard copper connection cable, a cable for a different thermocouple type or unsuitable connection elements may cause measurement deviation.
If connection is to be made to an existing installation with IEC color code, direct matching of colors may not be correct. Since the core colors in ANSI and IEC systems are different, the positive and negative ends must be matched according to the terminal markings and wiring diagram.
Due to its mono/solid conductor structure, the cable should not be stressed on routes with constant movement or frequent bending. The cable must be protected from sharp edges, crush points and direct flame contact.
Thermocouple cable should be routed as far as possible from motor supply lines, inverter outputs and high-current power cables. In applications where electrical noise is intense, appropriate shielding and installation methods should be evaluated.
This product is sold by the meter, not in fixed cable length variants. The value entered in the order quantity field on the product page represents the total cable length to be ordered in meters.
Before ordering, installation allowance should be added to the required connection distance. Internal panel routes, cable channels, turning points and terminal connection margins must be taken into account.
When choosing a T-Type ANSI thermocouple cable, sensor type, thermoelement alloy, color code standard, conductor cross-section, conductor structure, insulation material, connection distance and the device to be used should be evaluated together.
This product is suitable for T-Type Cu-Const thermocouple measurement circuits. For K, J, N, E, R, S or different types of thermocouple sensors, a measurement cable suitable for the relevant thermocouple type must be used.
If the existing system is prepared according to the ANSI color code, using the same color standard facilitates cable tracking during installation, maintenance and fault detection processes. If connection is to be made to a system with a different color standard, matching should be done through polarity and terminal diagram, not color.
Mono/solid conductor structure may be preferred in fixed connections. In applications involving continuous movement, intense vibration or repetitive bending, cable options with flexible conductors should be considered.
This product is suitable for T-Type Cu-Const thermocouple sensors and measurement circuits.
ANSI color coding is an American color coding system that allows thermocouple type and positive and negative conductors to be identified with specific colors. For T-Type, the positive core is defined as blue and the negative core is identified as red.
No. As long as the thermoelement alloys are of T-Type structure Cu-Const, the measurement principle is the same. The main difference is the standard by which core and outer sheath colors are defined.
According to the color coding of ANSI, the positive Cu core is blue and the negative CuNi core is red. The general identification color of T-Type cable is blue.
The expression 2x0.50 mm² indicates that the cable consists of two cores and each core is in cross-section class 0.50 mm².
Mono/solid conductor indicates that each core consists of a single wire. It provides consistent terminal connections in fixed installations. However, in applications with continuous movement and frequent bending, usage conditions should be evaluated separately.
Teflon insulation is preferred in industrial temperature measurement cables due to its temperature and chemical resistance and low-friction surface properties. The exact operating conditions must be determined according to the manufacturer's technical documentation.
No. This product is used to transmit a thermocouple measurement signal. It must not be used to power a motor, heating element, or similar electrical load.
This product has no fixed cable-length variant. The quantity entered in the order field is the number of meters ordered. For example, entering 10 units orders 10 meters of cable.
The manufacturer's technical data sheet should be used as the basis for the exact operating temperature of the cable, fluoropolymer type of insulation, conductor tolerance, external dimensions, operating voltage and other electrical properties. Thermocouple type, ANSI color standard, connection distance, mechanical conditions and device terminal structure should be evaluated together during product selection and installation.
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