5JW SWIVEL

WEIGHT AND DIMENSIONAL DATA

• Fluid Passage – 3″ Maximum
• Compact design
• Thrust ball bearings foR pressure and radial load support
• Choice of hose and lower connection threads
• Easy field maintenance and repair
• Working pressure to 2500 PSI

PART LIST

In the context of oil drilling, the “5JW Swivel” likely refers to a specific type or model of swivel used in the drilling process. Here’s an explanation of its uses and functions:

Torque Transmission: The primary function of the 5JW Swivel is to transmit torque from the drill string to the drill bit. This allows the bit to rotate and penetrate the rock formations encountered during drilling. Effective torque transmission is crucial for efficient drilling operations.

Rotation Facilitation: By allowing the drill string to rotate independently of the drill bit, the 5JW Swivel enables smooth drilling progress. This rotational capability helps prevent the drill string from becoming stuck or twisted while drilling through challenging formations.

Drilling Fluid Circulation: The 5JW Swivel facilitates the circulation of drilling fluid throughout the drilling process. It features passages that allow drilling mud to flow through the swivel and back up the drill string to the surface. This circulation helps clean the wellbore, carry cuttings to the surface, cool the drill bit, and maintain wellbore stability.

Connection Point: Positioned at the top of the drill string, the 5JW Swivel serves as a connection point between the drill pipe and the hoisting equipment. It allows for easy attachment and detachment of the drill string during tripping operations.

Pressure Control: Some swivels, including the 5JW Swivel, may have built-in mechanisms for controlling pressure within the drill string. This feature helps prevent blowouts and other drilling-related accidents by regulating fluid pressure during drilling operations.

Overall, the 5JW Swivel plays a crucial role in oil drilling by facilitating torque transmission, enabling smooth rotation of the drill string, maintaining drilling fluid circulation, serving as a connection point, and providing pressure control capabilities. These functions contribute to the efficiency, safety, and success of drilling operations in the oil and gas industry.