Abstract: The trip system closely monitors and ensures that the hydrostatic pressure of the wellbore stays consistent throughout the tripping process, stripping process, and axial pipe operations. The core components of the system include, but are not limited to, an advanced automation system that controls a back-pressure device, including but not limited to a choke, a rotary ball valve, or other flow control devices. The automation system also monitors upstream and downstream flow measurement components. The trip system also provides a pump system to circulate drilling fluid from the trip tank across the top of the wellhead and/or at a lower portion below the RCD.

Abstract: A pressure relieve valve (PRV) secures to the rotating control device (RCD) in a drilling operation. The PRV located at rig flowline secures to a PRV line, such as PRV piping that bypasses the MPD choke, MPD system, UBD systems, and other flow control device(s). The outlet of the RCD is routed via the pressure relief valve to discharge to a safe contained area. Such discharge relieves overpressure of the wellbore to a contained environment via the rig flowline.

Abstract: The trip system closely monitors and ensures that the hydrostatic pressure of the wellbore stays consistent throughout the tripping process, stripping process, and axial pipe operations. The core components of the system include, but are not limited to, an advanced automation system that controls a back-pressure device, including but not limited to a choke, a rotary ball valve, or other flow control devices. The automation system also monitors upstream and downstream flow measurement components. The trip system also provides a pump system to circulate drilling fluid from the trip tank across the top of the wellhead and/or at a lower portion below the RCD.

Abstract: Lockable knobs for a rotary control of a device are described, wherein the control may be set at a specific setting via the knob without being susceptible to accidental disruption of the setting during use or transport of the device. Generally the device features: a spindle that is coupled to the rotary control via a set screw; a locking base with teeth that is stationary coupled adjacent to the spindle; and, a locking nut that may be positioned over the spindle, wherein the nut is configured to electively interact with the teeth of the base to prevent or allow rotation of the spindle.

Abstract: Generally disclosed are lockable knobs for a rotary control of a device, wherein the control may be set at a specific setting via the knob without being susceptible to accidental disruption of the setting during use or transport of the device. Generally the device features: a spindle that is coupled to the rotary control via a set screw; a locking base with teeth that is stationary coupled adjacent to the spindle; and, a locking nut that may be positioned over the spindle, wherein the nut is configured to electively interact with the teeth of the base to prevent or allow rotation of the spindle.

Abstract: An RJ style plug is provided including a plug body and a contact supported by the body. The contact includes a plug portion with a plug contact surface and an insulation displacement contact portion with a wire receiving contact slot. The device may also include an attaching body. The plug body may include connection surfaces for connecting the attaching body to the plug body. The attaching body has a wire positioning surface for positioning a wire in the contact slot and attaching the attaching body to the plug body via the connection surfaces. The wire positioning surfaces may include surfaces defining a bore for receiving a wire end and an opening extending from a plug side surface of the attaching body to the bore, the opening being sized to receive an end of the insulation displacement contact portion when the attaching body is connected to the plug body.