Beschreibung

Einleitung

The EMT Retrieval Tool is a versatile and efficient solution designed for the insertion and retrieval of target assemblies, including conventional 2″ corrosion monitoring assemblies and special plug assemblies of the EMT pig detector, all while under pressure. With its impressive capabilities and advanced features, the EMT Retrieval Tool offers a reliable and convenient method for maintaining and servicing pipeline equipment.

The operating valve of the EMT Retrieval Tool is equipped with a plate valve, which not only ensures smooth operation but also incorporates a safety lock mechanism to prevent any misuse or accidental valve actuation. This safety feature provides peace of mind to operators, ensuring the integrity and security of the retrieval process.

Furthermore, the EMT Retrieval Tool boasts a compact size and lightweight construction, making it highly portable and easy to carry. This portability enhances its practicality and allows for convenient transportation to different locations, enabling efficient maintenance operations across various sites.

Related parameters

• Applicable pressure range: 2500 PSI (17.2 MPa) / 6000 PSI (41.3 MPa);
• Applicable temperature range: -20~120°℃, -20~200°℃

The EMT Retrieval Tool is suitable for use within a wide range of pressure conditions, accommodating pressures of up to 2500 PSI (17.2 MPa) or 6000 PSI (41.3 MPa). It also exhibits excellent temperature tolerance, operating reliably in temperature ranges from -20°C to 120°C or -20°C to 200°C. This versatility ensures that the tool can adapt to different operational environments and meet the demands of various pipeline systems.

In conclusion, the EMT Retrieval Tool offers a reliable, efficient, and user-friendly solution for inserting and retrieving target assemblies in pipeline systems. With its smooth rotation, safety lock mechanism, single-operator capability, and portable design, the EMT Retrieval Tool simplifies maintenance tasks and enhances operational efficiency. Trust the EMT Retrieval Tool for your pipeline maintenance needs and experience the convenience and reliability it brings to your operations.

Größe

Maximum Pipeline Size 12” : Retriever: 710mm Retriever and Service Valve: 985mm Insert Depth: 460mm

Maximum Pipeline Size 24” : Retriever: 1000mm Retriever and Service Valve: 1275mm Insert Depth: 750mm

Maximum Pipeline Size 36” : Retriever: 1300mm Retriever and Service Valve: 1575mm Insert Depth: 1050mm

Advantages of EMT Retrieval Tool

• The rotation is completed by the reduction gear set. This makes it easy for operators to rotate.
• The main valve of its operating valve is a plate valve. It also has a safety lock against misuse.
• Only one person can complete all operations of disassembly and installation under pressure.
• It is small in size, light in weight, and easy to carry.

The EMT Retrieval Tool offers operators a range of advantages that make it a reliable and efficient choice for pipeline maintenance. One significant advantage is its smooth and effortless rotation, which is facilitated by a high-quality reduction gear set. This feature enables operators to easily rotate the tool, reducing strain and fatigue during operation. Whether inserting or retrieving target assemblies, the EMT Retrieval Tool’s smooth rotation ensures a seamless and user-friendly experience for operators.

Safety is paramount in any maintenance operation, and the EMT Retrieval Tool excels in this aspect. Its operating valve is equipped with a robust plate valve, which not only guarantees smooth operation but also incorporates a safety lock mechanism. This added safety feature ensures that the valve is protected against misuse, preventing any accidental actuation and potential hazards. Operators can rely on the EMT Retrieval Tool’s secure and reliable valve system, providing peace of mind during critical maintenance procedures.

The EMT Retrieval Tool is designed to streamline maintenance operations by offering a single-operator capability. With this tool, only one person is required to complete all operations of disassembly and installation under pressure. This not only saves time and resources but also enhances efficiency in the field. Operators can work independently, minimizing the need for additional personnel and simplifying coordination during maintenance tasks. The EMT Retrieval Tool empowers operators to carry out their tasks autonomously, maximizing productivity and minimizing downtime.

Portability is another notable advantage of the EMT Retrieval Tool. Its small size, lightweight construction, and user-friendly design make it incredibly easy to carry and transport. Whether moving between different sections of a pipeline or traveling to remote locations, operators can conveniently bring the EMT Retrieval Tool with them. Its portability ensures accessibility and versatility, allowing for efficient maintenance operations across various sites. The compact nature of the tool does not compromise its functionality, providing operators with a practical and reliable solution that can be readily deployed whenever and wherever needed.

Schlussfolgerung

The EMT Retrieval Tool is its smooth and effortless rotation, facilitated by the precision reduction gear set. This feature simplifies the task for operators, allowing them to rotate the tool with ease, enhancing efficiency and reducing the physical effort required.

A notable advantage of the EMT Retrieval Tool is its user-friendly design, enabling a single operator to perform all the necessary disassembly and installation procedures while the system is under pressure. This saves valuable time and resources by eliminating the need for additional personnel and complex procedures, streamlining the maintenance process.

Overall, the EMT Retrieval Tool stands out with its advantages of smooth rotation, safety lock mechanism, single-operator capability, and portability. These features make it an exceptional choice for pipeline maintenance, simplifying tasks, ensuring safety, optimizing efficiency, and enabling operators to work effectively in various operational scenarios.