Sharp Energy Alpha Fury 20 Manual

FIELD OPERATION PROCEDURE : Release Date: January 27, 2005
Alpha Fury 20 Hydraulic Setting Tool Revision Level: 1 (May 6, 2019)
Page: 1 of 2
Alpha Oil Tools
a Sharp Energy Group Company
OPERATIONAL PROCEDURE :
1. Run the Alpha Fury 20 Hydraulic Setting Tool and BP/CR several feet below the setting depth. Note:
The Fury circulation ports are located below the ball seat. These ports will allow the tubing to fill going in
the hole or for circulating a maximum rate of ¼ BPM while going in the hole. Well fluid must clean and
free of debris (sand) for the HST to work properly. Warning: The setting sequence will begin at 1,355 psi
differential pressure in the tubing “at the tool” (see step 4).
2. Pick up slowly to setting depth to remove slack from tubing string.
3. Drop a 5/8” diameter brass ball and slowly pump down until it has seated (pressure increase).
4. Slowly pressure workstring to establish a 1,355 psi (1,855 psi max) differential pressure inside the
tubing “at the tool” to begin the setting sequence.
To Shear a 30,000 Pound Shear Stud (5-1/2” – 6” Casing)
5. Continue pressuring workstring to establish a 1,400 psi differential pressure inside the tubing “at the tool”
to anchor the BP/CR against the casing wall. Pick up tubing to the neutral position. Hold pressure for 5
minutes.
6. Continue pressuring workstring to establish a 1,695 psi (2,195 psi max) differential pressure inside the
tubing “at the tool” to complete the set. Pick up on tubing to determine if disconnected from BP/CR. If the
HST has not disconnected from BP/CR then Pick up 1,000 pounds over tubing weight and pressuring
workstring again to establish 1,695 psi (2,195 psi max) inside the tubing “at the tool” to complete set. Over
pressuring HST will cause damage to tool.
To Shear a 55,000 Pound Shear Stud (7” & Larger Casing)
7. Continue pressuring workstring to establish a 1,800 psi differential pressure inside the tubing “at the tool”
to anchor the BP/CR against the casing wall. Pick up tubing to the neutral position. Hold pressure for 5
minutes.
8. Continue pressuring workstring to establish a 3,107 psi (3,607 psi max) differential pressure inside the
tubing “at the tool” to complete the set. Pick up on tubing to determine if disconnected from BP/CR. If the
HST has not disconnected from BP/CR then Pick up 1,000 pounds over tubing weight and pressuring
workstring again to establish 3,107 psi (3,607 psi max) inside the tubing “at the tool” to complete set. Over
pressuring HST will cause damage to tool.
8. Apply 1,000 pounds of set down weight to determine if BP/CR is securely set.
9. The Fury 20 HST will automatically dump pressure when fully stroked out. Clean and re-dress Hydraulic
Setting Tool and Setting Adapter Kit. Over pressuring HST will cause damage to tool.

FIELD OPERATION PROCEDURE : Release Date: January 27, 2005
Alpha Fury 20 Hydraulic Setting Tool Revision Level: 1 (May 6, 2019)
Page: 2 of 2
Alpha Oil Tools
a Sharp Energy Group Company
TROUBLE SHOOTING :
If HST does not disconnect from BP/CR.
30,000 Pound Shear Stud (5-1/2” – 6” Casing)
Pull 1,000 pounds over tubing weight and pressure workstring again to establish a 1,695 psi (2,195 psi max)
inside the tubing “at the tool” to disconnect from BP/CR.
If unsuccessful, then bleed off pressure, return tubing to the neutral point and reverse circulate capacity of
the tubing (+10 BBL) to remove debris that may be inside the tubing and tool. Circulate Ball back to the
Ball Seat then pull 1,000 pounds over tubing weight and pressure workstring again to establish a 1,695 psi
(2,195 psi max) inside the tubing “at the tool” to disconnect from BP/CR.
If unsuccessful, then bleed off pressure and pull 30,000 pounds over tubing weight to disconnect from
BP/CR. Over pressuring HST will cause damage to tool.
55,000 Pound Shear Stud (7” & Larger Casing)
Pull 1,000 pounds over tubing weight and pressure workstring again to establish a 3,107 psi (3,607 psi max)
inside the tubing “at the tool” to disconnect from BP/CR.
If unsuccessful, then bleed off pressure, return tubing to the neutral point and reverse circulate capacity of
the tubing (+10 BBL) to remove debris that may be inside the tubing and tool. Circulate Ball back to the
Ball Seat then pull 1,000 pounds over tubing weight and pressure workstring again to establish a 3,107 psi
(3,607 psi max) inside the tubing “at the tool” to disconnect from BP/CR.
If unsuccessful, then bleed off pressure and pull 55,000 pounds over tubing weight to disconnect from
BP/CR. Over pressuring HST will cause damage to tool.

PARTS LIST: Release Date: January 27, 2005
Alpha Fury 20 Hydraulic Setting Tool Revision Level: 1 (May 6, 2019)
Page: 1 of 1
Alpha Oil Tools
a Sharp Energy Group Company

DIMENSIONAL DATA & SPECIFICATIONS: Release Date: January 27, 2005
Alpha Fury 20 Hydraulic Setting Tool Revision Level: 1 (May 6, 2019)
Page: 1 of 1
Alpha Oil Tools
a Sharp Energy Group Company

ASSEMBLY & DISASSEMBLY INSTRUCTIONS: Release Date: January 27, 2005
Alpha Fury 20 Hydraulic Setting Tool Revision Level: 1 (May 6, 2019)
Page: 1 of 2
Alpha Oil Tools
a Sharp Energy Group Company
Assembly Instructions :
Reference Alpha Fury 20 Hydraulic Setting Tool Parts List. Drift Cylinder (item 6) with Piston (item 7).
Install all O-Rings. Lubricate all O-Rings, Threads, Sealing and Sliding Surfaces with Mobil Grease HP.
Wrench only where indicated. File away wrench marks. Note: Never use pipe wrench or vise on Cylinder
(item 6) at midpoint. Make Cylinders (item 6) strap wrench tight by locating strap on knurled area of
cylinder. Spanner wrench tight means hand tight then striking spanner handle with rubber mallet two or
three times. Screwdriver tight means hand tight with a medium blade 6” long screwdriver.
1. Place Top Sub (item 2) in vise at box connection. Slide Cylinder Cap (item 4) on Top Sub. Install (4)
Brass Shear Screws (item 3) in flat bottom holes screwdriver tight then back-off 1/8 turn.
2. Screw first Piston (item 7) in Top Sub wrench tight. Lubricate entire ID of first Cylinder (item 6) with
Mobil Grease HP. Slide Cylinder (item 6) over Piston and screw to Cylinder Cap (item 4). Make strap
wrench tight. Screw first Upper Connector (item 9) in Cylinder and make spanner wrench tight.
3. Screw second Piston (item 7) in previous Piston wrench tight. Lubricate entire ID of second Cylinder
(item 6) with Mobil Grease HP. Slide Cylinder (item 6) over Piston and screw to Upper Connector (item 9).
Make strap wrench tight. Screw second Upper Connector (item 9) in Cylinder and make spanner wrench
tight.
4. Screw third Piston (item 7) in previous Piston wrench tight. Lubricate entire ID of third Cylinder (item 6)
with Mobil Grease HP. Slide Cylinder (item 6) over Piston and screw to Upper Connector (item 9). Make
strap wrench tight. Screw Lower Connector (item 10) in Cylinder and make spanner wrench tight. Note: The
Lower Connector (item 10) differs from the Upper Connector (item 9) with a flat bottom spot face in the
lower thread and the OD is knurled.
5. Slide upper end of Ball Seat Housing (item 13) through Lower Connector (item 10) then screw to lower
end of previous Piston wrench tight. Wrench at knurled area on Ball Seat Housing.
6. Internally test 3-hydraulic chambers with air to check for cut or missing o-rings. Temporally install solid
ball seat (item 24) in lower end of Ball Seat Housing (item 13). Screw Bottom Adapter Sub (item 18) on
Ball Seat Housing (item 13) wrench tight. Wrench at knurled area on Ball Seat Housing. Make sure Top
Sub (item 2) is secure in pipe vise, tighten both brass shear screws (item 3) then connect air test fixture.
Make 2-3/8” API Regular connection wrench tight and close on/off valve. Connect airline, open on/off
valve and allow air to fill HST, then close valve. If gage is steady for 2-minutes and no flow of air can be
heard then HST is tested. If a steady air test cannot be achieved then HST must be disassembled to find the
cause. Bled air pressure to zero and remove Bottom Adapter Sub (item 18) by placing a back up at knurled
area on Ball Seat Housing. Remove Solid Ball Seat (item 24). Install Ball Seat (item 17) in lower end of
Ball Seat Housing (item 13). Screw Bottom Adapter Sub (item 18) on Ball Seat Housing (item 13) wrench
tight. Install Socket Head Set Screw (item 11).
7. If it is desired to run HST with a solid seat “no ball” then install Optional Solid Seat (item 24) in lower
end of Ball Seat Housing.

ASSEMBLY & DISASSEMBLY INSTRUCTIONS: Release Date: January 27, 2005
Alpha Fury 20 Hydraulic Setting Tool Revision Level: 1 (May 6, 2019)
Page: 2 of 2
Alpha Oil Tools
a Sharp Energy Group Company
8. Screw Push Sleeve (item 12) to Lower Connector (item 10). Make spanner wrench tight. Install (2)
Socket Head Set Screw (item 11).
9. Screw Adjuster Sub (item 20) to Bottom Adapter Sub (item 18). Make wrench tight. Install (1) Socket
Head Set Screw (item 19).
9. Re-tighten Brass Shear Screws (item 3). Connect airline, open on/off valve and allow air to flow through
HST to insure the internal flow path is free and clear (no ball is in place). File away all wrench marks.
Remove air test fixture.
Air Test Fixture
Disassembly Instructions :
1. Drain all well fluids from Hydraulic Setting Tool and dispose of properly. Place Top Sub (item 2) in pipe
vise and close setting stroke gap between Top Sub (item 2) and Cylinder Cap (item 4) by pushing outer
components upward towards pipe vise. Keep hands clear of this area during procedure.
2. Disassembly is basically the reverse operation of the assembly with the exception of the Pistons (item 7),
Cylinders (item 6) and Connectors (item 9 & 10). Occasionally these items break at locations other than
intended. If this occurs remove Lower Connector and slide down enough to place a wrench on the previous
pistons knurled area.
3. Visually inspect each component for wear especially the Ball Seat area. Remove all o-rings and discard
properly. Clean all parts thoroughly then re-assembly Hydraulic Setting Tool complete with new o-rings.
Label outside of Hydraulic Setting Tool with the description, part number, ball size and type o-ring kit.