The Reservoir Group Well Intervention Bi-Directional Hydraulic Jar & Accelerator’s primary function is to free stuck equipment in the well bore, and can be ran on Coiled Tubing or Jointed Pipe.
Running the Accelerator in Conjunction with the Bi-Directional Jar Amplifies the Jarring Force Being Applied Downhole.
The Accelerator is designed to achieve maximum stroke length, so maximum impact force is delivered, even if the weight applied is limited. The Bi-Directional Hydraulic Jar has benefited from comprehensive testing, resulting in a number of new features as standard. The hydraulic time delay system is compensated for load, temperature and pressure to ensure full jar action in highly deviated wells with high pressures/ temperatures.
Benefits
Load and Pressure/ Temperature-Compensated Time Delay System (Good for 200° C/ 392° F)
Rigid, Heavy Duty Debris-Tolerant Mechanical Design, with Good Bending Support in Horizontal Wells
High-Torque Capability Able to Withstand Reactive-Torque from Down-Hole Motors
Designed to be ran in Gas Wells Without Trapping Internal Pressure
Increased Impact Force Versus Load Applied in Both Directions
Short Overall Length, Available with H2S Service
Simple, Reliable Operation
No Setting or Adjustment Required Before Running
The Operator Controls the Intensity of Jar Hits
Wide Range of Impact by Varying Applied Load
Running the Accelerator in Conjunction with the Bi-Directional Jar Amplifies the Jarring Force Being Applied Downhole.
The Accelerator is designed to achieve maximum stroke length, so maximum impact force is delivered, even if the weight applied is limited. The Bi-Directional Hydraulic Jar has benefited from comprehensive testing, resulting in a number of new features as standard. The hydraulic time delay system is compensated for load, temperature and pressure to ensure full jar action in highly deviated wells with high pressures/ temperatures.
Benefits
Load and Pressure/ Temperature-Compensated Time Delay System (Good for 200° C/ 392° F)
Rigid, Heavy Duty Debris-Tolerant Mechanical Design, with Good Bending Support in Horizontal Wells
High-Torque Capability Able to Withstand Reactive-Torque from Down-Hole Motors
Designed to be ran in Gas Wells Without Trapping Internal Pressure
Increased Impact Force Versus Load Applied in Both Directions
Short Overall Length, Available with H2S Service
Simple, Reliable Operation
No Setting or Adjustment Required Before Running
The Operator Controls the Intensity of Jar Hits
Wide Range of Impact by Varying Applied Load
