AMETEK Thermocouple assembly ST
AMETEK Model ST thermocouple assemblies are high-performance temperature sensors designed to provide accurate temperature measurements in demanding industrial environments. These components are typically made of mineral insulation and are able to withstand temperatures up to 1100°C, making them suitable for high-temperature measurement applications in industries such as power plants, chemicals, and oil and gas. AMETEK Model ST thermocouple assemblies are designed with durability and stability in mind, ensuring that their measurement accuracy is maintained over long periods of operation.
The technical features of AMETEK Model ST thermocouple assemblies include excellent temperature resistance, good chemical stability, and fast response time. These characteristics enable them to provide reliable temperature monitoring in volatile industrial environments. In addition, these components are designed with ease of installation and maintenance, as well as compatibility with existing systems, simplifying the integration process and reducing maintenance costs.
In real-world applications, AMETEK Model ST thermocouple assemblies can be installed in pipelines, reactors, boilers, and other industrial equipment to monitor and control process temperatures. Their high-precision measurement capabilities are essential to ensure the efficiency of the production process and the quality of the product. For example, in power plants, these components can be used to monitor steam temperatures to optimize power generation efficiency and prevent overheating from damaging equipment.
Key takeaways:
Applications:
Type ST thermocouple assemblies are mainly used for the measurement and monitoring of the temperature of stern tube bearings to prevent damage and failure of expensive equipment. It has an operating temperature range of up to 800°C and is particularly suitable for use in the marine industry.
Technical features:
Type ST thermocouples have a robust construction and are resistant to vibrations in accordance with IEC 68-2-6. It is mineral-insulated, protected by flexible metal tubing, and the thermocouple wire inside is securely embedded in a high-purity (>96%) magnesium oxide powder. Types K and J comply with IEC 584-1 and are certified by several classification societies.
Ordering Information:
The user needs to select the appropriate process connector according to the data sheet 9113 and the compensation cable according to the data sheet 9150. At the same time, users are required to provide personal information, including name and contact number.
Insulation Resistance and Test Voltage:
At 20°C, thermocouples of different diameters have different insulation resistance and test voltage values, which are in accordance with IEC 1515 and depend on temperature and length.
Process Connections:
Type ST thermocouples are available in a variety of compression fitting options, including different sizes of metal pipes and threads, all of which are made of AISI 316 stainless steel to suit different installation needs.
Response time:
Thermocouples of different diameters have different response times in water and air, and these guidelines provide a half-life and 90% response time at a specific flow rate so that users can choose the right product for their application.
Connection Diagram:
The article provides connection diagrams for single and duplex thermocouples, including cable configurations with junction boxes and with flying leads, as well as color-coding for different types of thermocouples for proper installation and wiring.
Type Approval:
Type ST thermocouples have received type approvals from several classification societies, proving that they are designed and manufactured to meet international standards and specifications for use in marine and marine environments.
Type ST thermocouple assemblies are mainly used for the measurement and monitoring of the temperature of stern tube bearings to prevent damage and failure of expensive equipment. It has an operating temperature range of up to 800°C and is particularly suitable for use in the marine industry.
Technical features:
Type ST thermocouples have a robust construction and are resistant to vibrations in accordance with IEC 68-2-6. It is mineral-insulated, protected by flexible metal tubing, and the thermocouple wire inside is securely embedded in a high-purity (>96%) magnesium oxide powder. Types K and J comply with IEC 584-1 and are certified by several classification societies.
Ordering Information:
The user needs to select the appropriate process connector according to the data sheet 9113 and the compensation cable according to the data sheet 9150. At the same time, users are required to provide personal information, including name and contact number.
Insulation Resistance and Test Voltage:
At 20°C, thermocouples of different diameters have different insulation resistance and test voltage values, which are in accordance with IEC 1515 and depend on temperature and length.
Process Connections:
Type ST thermocouples are available in a variety of compression fitting options, including different sizes of metal pipes and threads, all of which are made of AISI 316 stainless steel to suit different installation needs.
Response time:
Thermocouples of different diameters have different response times in water and air, and these guidelines provide a half-life and 90% response time at a specific flow rate so that users can choose the right product for their application.
Connection Diagram:
The article provides connection diagrams for single and duplex thermocouples, including cable configurations with junction boxes and with flying leads, as well as color-coding for different types of thermocouples for proper installation and wiring.
Type Approval:
Type ST thermocouples have received type approvals from several classification societies, proving that they are designed and manufactured to meet international standards and specifications for use in marine and marine environments.
The primary use of AMETEK Model ST thermocouple assemblies
AMETEK Model ST thermocouple assemblies are industrial temperature sensors that are available in a variety of models and configurations for different high-temperature measurement scenarios. According to the information found, these thermocouple assemblies are commonly used in the following main areas:
Petroleum and chemical process engineering: In oil refining and chemical production, thermocouples can be used to monitor the temperature of reactors, pipelines and other equipment to ensure the stability of process conditions and product quality.
Process industry: In industries such as metalworking and plastic molding, thermocouples are used to control furnaces and cooling systems and optimize production processes.
Incinerators: In waste incineration or industrial waste treatment, thermocouples are used to monitor the combustion temperature to ensure combustion efficiency and environmental emission standards.
Boilers and power plants: In steam boilers and generator sets, thermocouples are used to measure water temperature and pressure and maintain the safety of equipment operation.
Drying equipment: In industries such as food processing and wood drying, thermocouples help control the temperature of the drying chamber to achieve the desired drying effect.
AMETEK Model ST thermocouple assemblies are designed to accommodate high-voltage, low-pressure welded, or open-hole thermocouple tube bores for a variety of installation requirements and applications. The high-quality manufacturing and durability of these sensors help reduce costly downtime and ensure the continuity and efficiency of the production process.
The ST stern tube bearing thermocouple assembly for temperature monitoring is a high-performance temperature measurement device designed for the marine industry to monitor the temperature of stern tube bearings in real time to prevent equipment damage and failure. The components feature a rugged mineral insulation construction with excellent vibration resistance and an operating temperature range of up to 800°C. It complies with the relevant standards of the International Electrotechnical Commission (IEC), offers Type K and Type J thermocouple options, and is certified by several classification societies. With precise temperature monitoring and fast response times, ST thermocouple assemblies ensure the safety and reliability of ship operations and are indispensable temperature monitoring solutions in the marine industry.
The article is from the Temperature Calibrator（温度校验仪）
Petroleum and chemical process engineering: In oil refining and chemical production, thermocouples can be used to monitor the temperature of reactors, pipelines and other equipment to ensure the stability of process conditions and product quality.
Process industry: In industries such as metalworking and plastic molding, thermocouples are used to control furnaces and cooling systems and optimize production processes.
Incinerators: In waste incineration or industrial waste treatment, thermocouples are used to monitor the combustion temperature to ensure combustion efficiency and environmental emission standards.
Boilers and power plants: In steam boilers and generator sets, thermocouples are used to measure water temperature and pressure and maintain the safety of equipment operation.
Drying equipment: In industries such as food processing and wood drying, thermocouples help control the temperature of the drying chamber to achieve the desired drying effect.
AMETEK Model ST thermocouple assemblies are designed to accommodate high-voltage, low-pressure welded, or open-hole thermocouple tube bores for a variety of installation requirements and applications. The high-quality manufacturing and durability of these sensors help reduce costly downtime and ensure the continuity and efficiency of the production process.
The ST stern tube bearing thermocouple assembly for temperature monitoring is a high-performance temperature measurement device designed for the marine industry to monitor the temperature of stern tube bearings in real time to prevent equipment damage and failure. The components feature a rugged mineral insulation construction with excellent vibration resistance and an operating temperature range of up to 800°C. It complies with the relevant standards of the International Electrotechnical Commission (IEC), offers Type K and Type J thermocouple options, and is certified by several classification societies. With precise temperature monitoring and fast response times, ST thermocouple assemblies ensure the safety and reliability of ship operations and are indispensable temperature monitoring solutions in the marine industry.
The article is from the Temperature Calibrator（温度校验仪）
