F3H13 Flange for sensor - metal pipe - 2" (63mm) DAB.PRISLUSENSTVI EL

Product detailed description

Flanges for sensor mounting are essential components in industrial and pump systems where accurate monitoring and control are required. These systems are commonly found in heating, irrigation, and water supply installations. Installers and technicians working in these environments often deal with the integration of sensors into metal piping systems. The F3H13 flange provides a secure and stable mounting solution for such applications, ensuring that the sensor remains properly aligned and protected from mechanical stress.

This type of flange is particularly useful in environments where vibration or dynamic loads are present. It allows for the precise positioning of sensors, which is critical for accurate data collection and system performance. The design supports the integration of various sensor types, making it a versatile component for different system configurations.

Technical parameters

Installation and connection

Installation of the F3H13 flange involves aligning it with the metal pipe and securing it using bolts and nuts. The connection must be tightened to the manufacturer's specifications to ensure a stable and reliable fit. It is important to check the alignment of the sensor mounting hole and ensure that the flange is not deformed during installation. Common installation mistakes include incorrect tightening, which can lead to leaks or sensor misalignment, and the use of incompatible sealing materials, which can compromise the integrity of the connection.

Compatibility and accessories

The F3H13 flange is compatible with a range of sensor types used in industrial and pump systems. It is typically used in conjunction with sensors that require secure mounting on metal pipes. When installing this flange, it is necessary to order additional components such as bolts, nuts, and sealing materials. These items are not included with the flange and must be sourced separately to complete the installation.

Technical background for designers

The F3H13 flange operates on the principle of mechanical fastening, providing a stable platform for sensor mounting. It is manufactured from metal, which offers durability and resistance to mechanical stress. The material properties ensure that the flange can withstand the operational conditions of industrial and pump systems. The integration of the flange into the system depends on the alignment of the sensor and the structural integrity of the piping. Factors such as vibration, thermal expansion, and pressure fluctuations can affect the service life and efficiency of the installation.

Service and operation

Regular inspection of the F3H13 flange is recommended to ensure continued performance. Checkpoints include verifying the tightness of the bolts and the condition of the sealing materials. Any signs of wear or deformation should be addressed promptly to prevent system failures. The service intervals for this component are not specified in the technical data and should be determined based on the operating conditions and manufacturer's recommendations.

Frequently asked questions

Can the F3H13 flange be used with non-metallic pipes?
According to the technical data, the F3H13 flange is designed for use with metal pipes. It is not recommended for non-metallic pipe materials.

Is the F3H13 flange suitable for high-pressure systems?
The flange is intended for use in industrial and pump systems. Its suitability for high-pressure applications depends on the specific system requirements and the materials used in the installation.

What sealing materials are recommended for the F3H13 flange?
Sealing materials should be selected based on the system's operating conditions and the manufacturer's specifications. No specific materials are listed in the technical data.

Can the F3H13 flange be used with different types of sensors?
The flange is designed for sensor mounting and is compatible with various sensor types. The specific sensor requirements should be considered during installation to ensure proper integration.