Tech Unit No: 0620000004 Revision: B Approved By: Quality Engineer Date: 2014-12-16 MSR/MSB Mechanical Setting Tool FEATURES: Special designed Bow Spring provides positive control and allows one size Mechanical Setting Tools to cover a large range of casing weight The upper slips are held in a safe retracted position while running Allows users to set, pressure test tubing, and squeeze in a single trip Can quickly be configured to set MMR Cement Retainers or MMB Bridge Plugs These tools can be used to run a number of competitive brand Baker style cement retainers or bridge plugs O.D. CASING WT. (lbs) 4-1/2 9.5-15.1 5 11.5-20.8 SETTING SLEEVE O.D. 3.593 5-1/2 13-23 4.310 5-3/4 14-26 4.700 6-5/8 17-32 5.375 7 17-35 5.687 7-5/8 24-49 6.312 8-5/8 29.3-58.4 7.125 9-5/8 32.75-60.7 8.125 10-3/4 60-83 9.430 11-3/4 38-60 9.937 48-80.7 10.437 13-3/8 65-118 11.880 16 94-133 14.125 20 9.5-15.1 18.375 TOOL I.D. 0.87 1.25 STANDARD BOX UP 2-3/8 EU 8 RD 2-7/8 EU 8 RD 1
General Operation: When it is advantageous to run a Map Oil Tools Cement Retainer on tubing or drill pipe, a mechanical setting tool is used. It is designed to contain the upper slips of the cement retainer in a safe retracted position while running to setting depth. The upper slips are released by right hand rotation and slack off of the work string. The cement retainer is then set and locked to the casing by pulling the appropriate amount of tension against the tool. The slide valve is in the open position while being run into the hole. When the setting procedure is completed, the slide valve may be closed by picking up (2) two inches at the tool or opened by slacking off (2) two inches at the tool. With the slide valve in the closed position, the work string may be hydraulically tested. The mechanical running tool is released from the cement retainer by right hand rotation. The setting tool contains a built in snap-out feature which provides approximately 5,000 # snap out indication when the work string is picked up to close the valve. This tension indicator is reengaged each time the work string is lowered to open the slide valve. The mechanical setting tool is equipped with drag springs to assure positive control during running and setting procedures at all depths or in highly deviated wells. The mechanical setting tool may be converted from use with a cement retainer to a bridge plug by changing the top coupling, stinger sub, and removing the stinger seal. Special Notes: It is recommended to run a gage ring, bit, and casing scraper to setting depth, then circulate two full casing columns to clear debris from the wellbore. When there is possibility that you will have difficulty stabbing back in to the retainer due to wellbore deviation, it is recommended that centralizers be run above the mechanical setting tool. If wellbore fluids or debris may be present, it is recommended that rotational release occur after completing pumping operations as debris that falls into the ID of the tool may prevent the valve from functioning properly and may prevent the setting tool from stinging back into the tool. Running Instructions: 1. Make up the top sub of the running tool to the lower pin end of the work string. Use a good quality, API approved thread lubricant and torque all work string connections to the manufacturer s torque recommendations. During run in, extreme care should be taken to avoid right hand rotation being transmitted to the setting tool. As a precaution, one left hand turn should be placed in the work string every 10-15 stands. 2. When the desired setting depth has been reached, tools should be picked up (2) two feet above the desired setting point. This movement is necessary to provide the required tool stroke to release the cement retainer upper slips and allow the setting tool nut to move freely. 3. Rotate the work string to the right sufficiently to transmit 10 turns to the tool. This rotation will thread the control nut off of the mandrel s mating thread and release the control sleeve and setting sleeve form the controlled position. 4. Lower the tools back down to the desired setting point, the drag springs will support the control sleeve and setting sleeve of the setting tool. The downward motion of the mandrel will move the cement retainer upper slips form under the setting sleeve. The slips are forced outward toward the casing wall by the leaf springs inside of each slip segment. When the slips are released, there is sufficient clearance for the locking dog to move outward and release the control latch form the stinger sub body. 5. Pull the recommended tension over pipe weight (at the tools) to set the slips and affect full pack off. SIZE TOOL MIN. TENSION MAX. TENSION 4 1/2-5 1/2 25,000 30,000 6 5/8-7 35,000 45,000 7 5/8-20 40,000 55,000 6. Set down the equivalent amount of weight and pull tension a second time. Once the tool is set, slight up strain may be applied to shift the valve closed, at which point the tubing can be tested. 2
7. Release the setting tool from the cement retainer by pulling 500 lbs. of tension at the tool and rotating the work string 10 turns to the right. This motion will shear the brass shear screws and unscrew the setting tool control latch from the top of the cement retainer mandrel. 8. The setting tool may be re-latched to the cement retainer by setting down 1000-3000 lbs. of work string weight. Set down weight equal to the calculated weight required to prevent the slide valve from closing during pumping operations. Always hold and monitor 200 psi pressure on the annulus while squeezing through a cement retainer. Recommended max flow rate is 5 bpm. Higher flow rates may be achieved, but variations in pump volume, fluid density, fluid viscosity and pump rates will have varying effects on stinger and retainer shoe wash out which may result in the retainer s inability to close and isolate wellbore pressure below the tool. 9. Now you may snap out of the retainer by pulling 5000-8000 lbs. tension at the tool. The setting tool seal will remain in the cement retainer until the control snap force is exceeded. Each time the control latch is snapped in and out of the retainer, the force required to do so will be reduced until the force to snap in reaches 500 lbs. and the force to snap out reaches 5,000 lbs. SPECIAL NOTE: In wells where paraffin or suspended solids are present in the well bore fluids, the dog in the control latch may not fully release from the stinger sub body. This is indicated when the cement retainer sets properly, per steps 1 thru 4, but the slide valve will not close so that a tubing pressure test can be performed. In this case, the tubing should be alternately picked up and slacked off. This motion will cause the dog to move outward on the inclined edges of the control groove in the stinger sub body and free it for the required vertical motion. If this condition is known to exists before the run is made, it is recommended that the mandrel, stinger sub body, control latch, and control sleeve be packed with grease to prevent the intrusion of trouble fluids. Mounting the Mechanical Set Cement Retainer to the Mechanical Setting Tool: 1. Place the top collar of the setting tool in the vise. 2. Move the drag assembly downward until it positions the control nut clutch and the control nut adjacent to one another. Rotate the mechanism to the right until it engages the clutch and stops. 3. Rotate the setting sleeve toward the drag assembly until the upset of the control latch is exposed. 4. Slide the upper slips over the stinger sub body. Loosen the clamp on the slips only enough to slide them over the upset on the control latch and then retighten the clamp. 5. Lubricate the non-wicker portion of the slips with grease. Rotate the setting sleeve downward over the slips until the setting sleeve contacts the hose clamp. Remove the clamp from the slips and continue rotating the setting sleeve downward until it bottoms out against the wickers of the slips. Back the setting sleeve off 3 turns. Check to see that the clutch mechanism is still properly shouldered. Readjust the setting sleeve, if necessary. 6. Lubricate the stinger sub and latch lightly with grease. 7. Slide the cement retainer over the stinger. (Make sure that the retainer remains level during this operation. Special care must be taken to ensure that the stinger properly engages the valve collet fingers.) Drive the retainer on to the stinger seal until it shoulders on the latch thread.(use a wooden block for this operation.) Bump the bottom of the retainer and rotate it to the make up the LEFT HAND thread on the latch until the retainer bottoms out on the control latch. 8. Align the threaded holes of the retainer body with the corresponding holes in the control latch and install the shear screws. (4 1/2-6 5/8 there is only one set of holes, 7-8 5/8 will used lower holes, 9 5/8 on up will use upper holes.) 9. Rotate the setting sleeve downward until it contacts the wickers of the slips. Back up ½ turn and install the set screws in the setting sleeve. 10. Install the hose clamp about the wickers of the upper slips and tighten for transportation purposes. REMOVE THE HOSE CLAMP FROM THE SLIPS BEFORE RUNNING THE TOOLS INTO THE WELL 3
Mechanical Setting Tool Casing OD Casing Weight Range (lbs) MSB For use with MWR and MWB-1 MSR For use with MMR and MMB KG Approx. Weight LBS 4-1/2 9.5-15.1 5 11.5-20.8 0620359004 0620359005 45 100 5-1/2 13-23 0620431004 0620431005 30 66 5-3/4 14-26 0620470004 0620470005 42 93 6-5/8 17-32 0620537004 0620537005 72 158 7 17-35 0620568004 0620568005 80 176 7-5/8 20-39 0620631004 0620631005 75 165 8-5/8 24-49 0620712004 0620712005 80 176 9-5/8 29.3-58.4 0620812004 0620812005 110 242 10-3/4 32.75-60.7 0620943004 0620943005 125 275 11-3/4 60-83 0620994004 0620994005 135 297 38-60 0621043004 0621043005 148 326 13-3/8 48-80.7 0621188004 0621188005 170 374 16 65-118 0621412004 0621412005 195 430 20 94-133 0621837004 0621837005 290 638 4
Model "MSR" Mechanical Setting Tool Part List 4 ½ 5 ¾ Item Description Qty Size and Part Number 4 1/2" & 5" 5 1/2" 5 3/4" 0620359005 0620431005 0620470005 1 COUPLING 1 0620431050 2 MANDREL 1 0620431052 3 UPPER DRAG COLLAR 1 0620431053 4 UPPER DRAG RING 1 0620431054 5 SOCKET HEAD SCREW 3 0545602296 6 DRAG SPRING 6 0515480083 0620431083 7 RETAINER 1 X20-25-118 8 LOWER DRAG RING 1 0620431054 9 LOWER DRAG COLLAR 1 0620431055 10 CONTROL SLEEVE 1 0620431060 11 SOCKET HEAD SCREW 4 0545602096 12 SOCKET HEAD SCREW 3 0545602296 13 SOCKET HEAD SCREW 2 0545605077 0545602697 14 CONTROL NUT ASSY. 1 0620431061 15 CONTROL NUT CLUTCH 1 0620431062 16 RETAINING SLEEVE 1 0620431063 17 O-RING 1 000P569219 18 SOCKET HEAD SCREW 2 0800000336 19 DOG 1 0620431064 20 DOWEL PIN 2 0620568073 21 SPRING 2 0620431173 22 SETTING SLEEVE 1 0620359065 0620431065 0620470065 23 CONTROL LATCH 1 0620431068 24 KEY 1 0620568067 25 STINGER SUB BODY 1 0620431069 26 SEAL 1 0515480058 27 O-RING 1 000P569024 28 SLIDING VALVE STINGER 1 0620431070 29 PIN THREAD PROTECTOR 1 0596003051 30 SEAL REDRESS KIT NA 0620359200 31 SCREW REDRESS KIT NA 0620359250 32 CONVERSION KIT TO MSB NA 0620431145 5
Item Description Qty 6 5/8-20 Model "MSR" Mechanical Setting Tool Part List 6 5/8" 7" 7 5/8" 8 5/8" 9 5/8" 10 3/4" Size and Part Number 11 3/4" 60-83# 11 3/4" 38-60# 13 3/8" 16" 20" 0620537005 0620568005 0620631005 0620712005 0620812005 0620943005 0620994005 0621043005 0621188005 0621412005 0621837005 1 COUPLING 1 0620568050 2 MANDREL 1 0620568052 3 UPPER DRAG COLLAR 1 0620568053 0620631053 0620712053 0620943053 0620994053 0621188053 0621412053 0621837053 4 UPPER DRAG RING 1 0620568054 0620631054 0620712054 0620943054 0620994054 0621188054 0621412054 0621837054 5 SOCKET HEAD SCREW See Size 0545602296 (Qty: 3) 0545602296 (Qty: 6) 6 DRAG SPRING 6 0620431083 0620568083 0620712056 0620812056 0620712056 0620812056 0620812056 (Qty: 9) 7 RETAINER 1 X20-25-116 8 LOWER DRAG COLLAR 1 0620568055 0620631055 0620712055 0620943055 0620994055 0621188055 0621412055 0621837055 9 SNAP RING 1 0620568057 10 LOWER DRAG RING 1 0620568056 0620631056 0620712054 0620943054 0620994054 0621188054 0621412054 0621837054 11 DRAG COLLAR INSERT 1 0620568058 12 SOCKET HEAD SCREW 4 0545602297 0545674091 13 RETAINING WASHER 1 0620568059 14 CONTROL SLEEVE 1 0620568060 15 CONTROL NUT ASSY. 1 0620568061 16 SOCKET HEAD SCREW 2 0545605077 0545602697 0545605075 0545602697 17 CONTROL NUT CLUTCH 1 0620568062 18 O-RING 1 000P569225 19 SOCKET HEAD SCREW 2 0800000336 20 RETAINING SLEEVE 1 0620568063 Continued on next page 6
Item Description Qty 6 5/8-20 Model "MSR" Mechanical Setting Tool Part List - continued 6 5/8" 7" 7 5/8" 8 5/8" 9 5/8" 10 3/4" Size and Part Number 11 3/4" 60-83# 11 3/4" 38-60# 13 3/8" 16" 20" 0620537005 0620568005 0620631005 0620712005 0620812005 0620943005 0620994005 0621043005 0621188005 0621412005 0621837005 21 DOG 1 0620568064 22 SETTING SLEEVE 1 0620568065 0620631065 0620712065 0620812065 0620943065 0620994065 0621043065 0621188065 0621412065 0621837056 23 KEY 1 0620568067 24 DOWEL PIN 2 0620568073 25 SLIP ADAPTER 1 Not Required 0620631069 0620712069 0620812069 0620943069 0620994069 0621043069 0621188069 0621412069 0621837059 26 SOCKET HEAD SCREW 4 Not Required 0545635296 0620712070 0620812070 X20-05-543 0621188070 0545602493 0621412070 0620812070 27 SPRING 2 0515884060 28 SPACER 4 Not Required 0620712074 Not Required 0620712074 Key - 0621837064 Qty. - 2 29 CONTROL LATCH 1 0620568068 0620631068 0621837068 30 STINGER SUB BODY 1 0620568069 31 SEAL 1 0515484058 32 O-RING 1 000P569130 33 SLIDING VALVE STINGER 1 0620568070 34 PIN THREAD PROTECTOR 1 0596003053 35 SEAL REDRESS KIT NA 0620568200 36 SCREW REDRESS KIT NA 0620568115 37 CONVERSION KIT TO MSB NA 0620568145 7
4 ½-5, 5 ½, 5 ¾ MSR Assembly Instructions 4 1/2", 5 1/2" and 5 3/4" Mechanical Setting Tool. 1. Thread Control Nut Clutch (15) onto threads on lower end or Mandrel (2) until it shoulders out. 2. Thread Control Nut Assembly (14) onto control threads until clutch surface of Control Nut and Control Nut Clutch engage. 3. Slide Lower Drag Ring (8) and Lower Drag Collar (9) over mandrel. 4. Slide Tru-Arc Retainer (7) over the Mandrel and locate into groove. 5. Slide Upper Drag Collar (3) and Drag Ring onto Mandrel. Insert Drag Springs into slots on Upper Drag Collar and slide Drag Ring over Drag Springs. Align holes and install Cap Screws (5). 6. Insert Drag Springs (6) into slots on Lower Drag Collar and slide Drag Ring over Collar and Springs. Install Cap Screws (12) into mating holes of Lower Drag Collar and Lower Drag Ring. 7. Thread Coupling (1) onto Mandrel. Place Coupling in a vise and tighten Mandrel to Coupling connection with a pipe wrench. Place wrench in the under cut wrenching area on Mandrel. 8. Slide Retaining Sleeve (16) through Control Sleeve (10) and engage Retaining Sleeve upper external shoulder with Control Sleeve's lower internal shoulder. 9. Align internal keyway in Control Sleeve with key on Control Nut and slide Control Sleeve up over Control Nut and Mandrel until Retaining Sleeve shoulder is against Control Nut. 10. Make-up Lower Drag Collar into Control Sleeve hand tight. Unscrew Lower Drag Collar out until threaded holes for Cap Screws (11) can be seen through mating holes in Control Sleeve. Install Cap Screws and tighten. Care should be taken during this procedure to prevent the Control Nut from backing off. 11. Screw Setting Sleeve (22) onto Control Sleeve until Setting Sleeve upper end contacts the upset on Control Sleeve. 12. Coat Dog Springs (21) with grease and insert into appropriate holes in Control Latch (23). Insert Dog (19), Dowel Pins (20) and Set Screws (18) into Control Latch. Be sure that the Dowel Pins trap the Dog in the Control Latch. 8
13. Place Key (24) into vertical slot on Stinger Sub Body (25). Align keyway in Control Latch with Key and slide Control Latch onto Stinger Sub Body. Install O-ring (17) on Stinger Sub Body. Align and depress Dog into locking groove of Stinger Sub Body and make up into the lower end of the Mandrel. The Dog must move under the Retaining Sleeve as the Stinger Sub Body and Mandrel are made up. Make up wrench tight. 14. Insert O-ring (27) into groove inside of Stinger Seal (26). Install Stinger Seal on Stinger Sub Body. Install Slide Valve Stinger (28) on Stinger Sub Body. Make up wrench tight 15. Screw Setting Sleeve (22) down onto control Sleeve and install Set Screws (13). 16. Double check Control Nut Assembly is bottomed out on the Control Nut Clutch by spinning the Drag Springs to the (RIGHT) with the Coupling still held in the vise. Disassembly Instructions 4 1/2", 5 1/2" and 5 3/4" Mechanical Setting Tool. 1. Clamp Coupling (1) in vise. Loosen and remove Slide Valve Stinger (28) from Stinger Sub Body (25). Remove Stinger Seal (26) and O-Ring (27). 2. Loosen and remove Stinger Sub Body/Control Latch subassembly from the Mandrel (2). Remove O-Ring (17) and slide Control Latch (23) off of Stinger Sub Body. 3. Remove Set Screws (18) from Control Latch. Turn Control Latch upside down and depress Dog (19) to remove Dowel Pins (20). Remove Dog and Springs (21). 4. Remove Set Screws (13) from Setting Sleeve (22) and unscrew Setting Sleeve from Control Sleeve (10). 5. Remove Cap Screws (11) and unscrew Lower Drag Collar (9) from Control Sleeve and remove Control Sleeve. Remove Retaining Sleeve (16) from Control Sleeve. 6. Remove Cap Screws (5) from Upper Drag Collar (3) and slide Upper Drag Ring (4) off of Upper Drag Collar. 7. Remove Cap Screws (12) from Lower Drag Collar (9) and slide Lower Drag Ring (8) off and remove Drag Springs (6). 8. Loosen Mandrel (2) from Coupling. Place wrench in under cut on Mandrel. 9. Remove Tool from Vise and Remove Coupling (1). 10. Remove Upper Drag collar and Upper Drag Ring from Mandrel. Remove Tru-Arc Retainer (7). 11. Remove Lower Drag Collar from Mandrel. 12. Remove Control Nut Assembly (14). Do not remove Control Nut Clutch (15) unless required. 9
Assembly Instructions 6 5/8 20 Mechanical Setting Tool 6 5/8 & 7 MSR 6 5/8-20 MSR 1. Thread Control Nut Clutch (17) onto threads on lower end of Mandrel (2) until it shoulders out. 2. Thread Control Nut Assembly (15) onto control threads until clutch surface of Control Nut and Control Nut Clutch engage. 3. Slide Retaining Washer (13), Drag Collar Insert (11) (large ID down) and Snap Ring (9) over Mandrel. Depress Snap Ring into groove on Mandrel with a hose clamp or Chain Vise Grip. Slide small ID of Drag Collar Insert over Snap Ring and remove hose clamp. Leave top of Snap Ring and top of the Drag Collar Insert flush. 4. Slide Lower Drag Ring (10) and Lower Drag Collar (8) onto Mandrel. Slide Lower Drag Collar over Drag Collar Insert until Drag Collar Insert is seated in counter bore of Lower Drag Collar. This will trap the Snap Ring in the recess of the Mandrel. 5. Slide Tru-Arc Retainer (7) over the Mandrel and locate into groove. 6. Slide Upper Drag Collar (3) and Upper Drag Ring (4) onto Mandrel. 7. Thread Coupling (1) onto Mandrel. Place Coupling in a vise and tighten Mandrel to Coupling connection with a pipe wrench. Place wrench in the under cut wrenching area on Mandrel. 8. Insert Drag Springs (6) into slots on Lower Drag Collar and slide Lower Drag Ring over Drag Springs. Align holes and install Cap Screws (5). 9. Insert Drag Springs into slots on Upper Drag Collar and slide Upper Drag Ring over Drag Springs. Align holes and install Cap Screws (5). 10. THIS STEP FOR 6 5/8-7 ONLY. Seat Retaining Washer (13) against matching shoulder inside Control Sleeve. 11. Make up Lower Drag Collar into Control Sleeve hand tight. Unscrew Lower Drag Collar out until threaded holes for Cap Screws (12) can be seen through the mating holes in Control Sleeve. Install Cap Screws and tighten. Care should be taken during this procedure to prevent the Control Nut from backing off. 10
12. Screw Setting Sleeve (22) onto Control Sleeve (14) until Setting Sleeve upper end contacts the upset on Control Sleeve. 13. Coat Dog Springs (27) with grease and insert into appropriate holes in Control Latch (29). Insert Dog (21), Dowel Pins (24) and Set Screws (19) into Control Latch. Be sure that the Dowel Pins trap the Dog in the Control Latch. 14. THIS STEP FOR 7 5/8 20 ONLY. Install Slip Adapter (25) and secure with Flat Head Screws (26). 15. Place Key (23) into vertical slot on Stinger Sub Body (30). Align keyway in Control Latch with Key and slide Control Latch onto Stinger Sub Body. Install O-ring (18) on Stinger Sub Body. Align and depress Dog into locking groove of Stinger Sub Body and make up into the lower end of the Mandrel. The Dog must move under the Retaining Sleeve as the Stinger Sub Body and Mandrel are made up. Make up wrench tight. 16. THIS STEP FOR 8 5/8-11 ¾ 60-83# & 16. THE 20 TOOL USES 2EA KEYS. Install Spacers (28) in to slot on Control Latch with the long bevel facing the collet side of the Control Latch. 17. THIS STEP FOR 7 5/8 20. Install Slip Adapter (25) over Spacers onto Control Latch and secure with Socket Head Screws (26) 18. Insert O-ring (32) into groove inside of Stinger Seal (31). Install Stinger Seal on Stinger Sub Body. Install Slide Valve Stinger (33) on Stinger Sub Body. Make up wrench tight. 19. Screw Setting Sleeve back down onto Control Sleeve and install Set Screws (16). 20. Confirm that the Control Nut Assembly is bottomed out on the Control Nut Clutch by spinning the Drag Springs to the right with the Coupling still held in the vise. Disassembly Instructions 6 5/8-20 Mechanical Setting Tool 1. Clamp Coupling (1) in vise. Loosen and remove Slide Valve Stinger (33) from Stinger Sub Body (30). Remove Stinger Seal (31) and O-ring (32). 2. Loosen and remove Stinger Sub Body/Control Latch subassembly from the Mandrel (2). Remove O- ring (18) and slide Control Latch (29) off Stinger Sub Body. 3. Remove Key (23) from Stinger Sub Body. 4. EXCLUDE THIS STEP FOR 6 5/8-7. Remove Socket Head Screws (26) and Slip Adapter (25). Slide Slip Adapter off of Control Latch 5. EXCLUDE THIS STEP FOR 6 5/8-7 5/8, 11 ¾ 38-60#, & 13 3/8. THE 20 USES 2EA KEYS. Remove Spacers (28) from Control Latch. 11
6. Remove Set Screws (19) from Control Latch. Turn Control Latch upside down and depress Dog (21) to remove Dowel Pins (24). Remove Dog and Springs (27). 7. Remove Set Screws (16) from Setting Sleeve (22) and unscrew Setting Sleeve from Control Sleeve (14). 8. Remove Cap Screws (12) and unscrew Lower Drag Collar (8) from Control Sleeve and remove Control Sleeve. Remove Retaining Sleeve (20) from Control Sleeve. 9. Remove Cap Screws (5) from Lower Drag Collar then slide Lower Drag Ring (10) off. 10. Remove Cap Screws (5) from Upper Drag Collar (3) and slide Upper Drag Ring (4) off. Remove Drag Springs (6). 11. Loosen Mandrel from Coupling. Place wrench in under cut on Mandrel. Remove Coupling. 12. Remove Upper Drag collar and Upper Drag Ring from Mandrel. Remove Tru-Arc Retainer (7). 13. Remove Lower Drag Collar and Lower Drag Ring from Mandrel. Remove Snap Ring (9), Drag Collar Insert (11) and Retaining Washer (13). 14. Remove Control Nut Assembly (15). Do not remove Control Nut Clutch (17) unless required. 12
Tool Size OD 4 1/2 0515480083 1.344 14.060 0.060 0620359005 0.080 0.172 1.732 5.384 5 5 1/2 0620431005 0.016 1.938 5.795 5 3/4 0620470005 0620431083 1.938 14.250 0.063 6 5/8 0620537005 2.539 8.203 7 0620568005 2.726 8.578 6 0620568083 2.125 0.005 14.190 0.065 7 5/8 0620631005 2.949 9.023 8 5/8 0620712005 0620712056 1.938 0.016 14.250 0.063 3.418 9.960 0.100 9 5/8 0620812005 0620812056 2.125 0.005 14.125 0.130 3.605 10.335 0.095 0.204 10 3/4 0620943005 3.935 10.995 0620712056 1.938 0.016 14.250 0.063 0620994005 4.435 11.995 11 3/4 0621043005 4.623 12.370 13 3/8 0621188005 5.530 14.185 14 0621238005 0620812056 5.8462.125 0.005 14.125 14.817 0.130 9 16 0621412005 6.752 16.629 20 0621837005 8.649 20.423 Tool Size OD MSR Part Number MSR Part Number QTY of Springs QTY of Springs MAP Oil Tools Drag Spring Inspection Criteria Drag Spring Part Number Drag Spring Part Number Setting Tools Purchased Prior To November 2014 Arch Height Arch Height Free Length Free Length Min Thickness Min Thickness Max Thickness Setting Tools Purchased After November 2014 Max Thickness Arch Height Installed Arch Height Installed Arch Diameter Installed Arch Diameter Installed 4 1/2 0620359005 0515480083 1.094 14.060 0.060 1.482 4.884 5 5 1/2 0620431005 2.044 6.009 5 3/4 0620470005 0620431083 1.656 14.250 0.063 0.080 0.175 6 5/8 0620537005 2.258 7.640 7 0620568005 2.758 8.640 6 0620568083 2.156 14.060 0.060 7 5/8 0620631005 2.980 9.085 8 5/8 0620712005 0620712056 1.688 0.203 3.168 9.460 0.063 0.100 9 5/8 0620812005 0620812056 2.063 0.203 3.543 10.210 10 3/4 0620943005 3.685 10.495 0620712056 1.688 0.203 0620994005 4.185 11.495 11 3/4 0621043005 4.560 14.125 12.245 0.063 0.095 13 3/8 0621188005 5.468 14.060 14 0621238005 0620812056 5.7842.063 14.692 0.203 9 16 0621412005 6.689 16.504 20 0621837005 8.586 20.298 0.250 0.250 14