NOV 14-P-220 Fluid End Modules & Accessories

1

80700030

Assembly, Fluid End Complete For 14P220 (7500 Psi)

High-strength alloy steel (structural components), wear-resistant polyurethane (seals/valves)

1. Cyclic high-pressure (7500 Psi) fatigue; 2. Abrasive drilling mud erosion; 3. Seal degradation from chemical exposure.

1. Inspect seals weekly for leaks; 2. Use API-compliant drilling fluids; 3. Follow torque specs during installation to avoid misalignment.

1

80700012

Module, Discharge Studded (Includes Items 2-10)

Heat-treated carbon steel (module body), corrosion-resistant alloy (studs)

1. High discharge pressure stress; 2. Stud loosening from pump vibration; 3. Fluid-induced corrosion.

1. Re-torque studs per NOV specs quarterly; 2. Apply anti-corrosion coating to exposed surfaces; 3. Inspect for cracks post-high-pressure operations.

2

80700013

Module, Suction Studded (Includes Items 2-4)

Heat-treated carbon steel (module body), corrosion-resistant alloy (studs)

1. Suction pressure fluctuations; 2. Abrasive debris in suction fluid; 3. Seal wear between module components.

1. Install suction strainers to filter debris; 2. Replace seals annually or at first sign of leakage; 3. Monitor suction pressure for abnormal fluctuations.

1

80700014

Stud, Threaded Ring

Alloy steel (AISI 4140), cadmium-plated for corrosion resistance

1. Over-torquing during installation; 2. Vibration-induced fatigue; 3. Corrosion from drilling fluids.

1. Use calibrated torque wrenches; 2. Replace if threads show galling; 3. Clean and reapply anti-seize compound before installation.

2

6300240

Nut, Threaded Ring Stud

Carbon steel, zinc-plated for corrosion resistance

1. Thread wear from repeated installation/removal; 2. Torque overload; 3. Rust formation in humid/offshore environments.

1. Avoid reusing nuts with stripped threads; 2. Store in dry, sealed containers; 3. Inspect for rust before installation.

3

2408027

Stud, Power Frame

Alloy steel (AISI 4140), heat-treated for high tensile strength

1. Power frame vibration fatigue; 2. Uneven load distribution; 3. Corrosion from lubricant contamination.

1. Inspect for bending annually; 2. Ensure uniform torque across all studs; 3. Maintain clean lubrication systems to prevent contamination.

4

6300240

Nut, Power Frame Stud

Carbon steel, zinc-plated for corrosion resistance

1. Thread wear from vibration; 2. Over-torquing; 3. Chemical degradation from oil/lubricant exposure.

1. Check torque monthly; 2. Replace if nut fails to hold torque; 3. Use compatible lubricants to avoid chemical reactions.

5

2408047

Stud, Liner Bushing

Alloy steel, cadmium-plated for corrosion resistance

1. Liner movement-induced stress; 2. Abrasive debris contact; 3. Corrosion from drilling mud seepage.

1. Inspect liner alignment to reduce stress; 2. Clean studs before reinstallation; 3. Replace if threads are damaged by debris.

6

6300200

Nut, Liner Bushing Stud

Carbon steel, zinc-plated for corrosion resistance

1. Thread galling from improper installation; 2. Vibration-induced loosening; 3. Rust in damp conditions.

1. Apply anti-seize compound to threads; 2. Re-torque after first 10 hours of operation; 3. Store in moisture-free areas.

7

80700015

Stud, Discharge To Suction Module

Alloy steel (AISI 4140), heat-treated for high strength

1. Pressure differential between discharge/suction; 2. Module misalignment stress; 3. Corrosion from fluid leakage.

1. Align modules precisely before torquing; 2. Inspect for leaks around studs; 3. Replace if studs show signs of bending.

8

6300320

Nut, Discharge To Suction Stud

High-strength carbon steel, zinc-plated

1. Torque overload; 2. Thread wear from repeated use; 3. Corrosion from mixed fluid exposure.

1. Follow NOV torque specifications strictly; 2. Replace nuts after 3–4 installation cycles; 3. Clean threads to remove fluid residue.

9

80700016

Stud, Discharge Manifold

Alloy steel, cadmium-plated for corrosion resistance

1. High discharge pressure stress; 2. Manifold vibration; 3. Chemical corrosion from drilling fluids.

1. Monitor discharge pressure for spikes; 2. Re-torque studs quarterly; 3. Apply anti-corrosion spray to exposed areas.

10

6300240

Nut, Discharge Manifold Stud

Carbon steel, zinc-plated for corrosion resistance

1. Thread loosening from vibration; 2. Over-torquing damage; 3. Rust in offshore/ humid environments.

1. Use lock washers to prevent loosening; 2. Inspect nuts for cracks; 3. Replace if rust penetrates thread surfaces.

1

80700002

Discharge Manifold

Abrasion-resistant alloy steel, internally hardened

1. High-velocity fluid erosion; 2. Abrasive mud particle impact; 3. Pressure spike damage.

1. Maintain proper mud viscosity to reduce erosion; 2. Inspect internal surfaces annually; 3. Install pressure relief valves to prevent spikes.

2

1295317

Suction Manifold

Abrasion-resistant alloy steel

1. Debris accumulation and impact; 2. Suction cavitation; 3. Corrosion from fluid contaminants.

1. Use high-efficiency suction strainers; 2. Monitor suction pressure to avoid cavitation; 3. Flush manifold regularly to remove debris.

3

700048511

Capscrew, Suction Manifold

Alloy steel (Grade 5), cadmium-plated

1. Vibration-induced fatigue; 2. Over-torquing; 3. Corrosion from suction fluid leakage.

1. Torque to NOV specifications; 2. Inspect for looseness monthly; 3. Replace if threads are damaged.

4

1540021

Seal, Suction Manifold

Nitrile rubber (NBR), resistant to drilling fluids

1. Fluid chemical degradation; 2. Compression set from over-torquing; 3. Abrasive debris damage.

1. Replace annually or at first leak; 2. Avoid over-compressing during installation; 3. Clean seal seats before replacement.

1

80700003

Valve Cover

Carbon steel, painted for corrosion resistance

1. Impact damage during maintenance; 2. Corrosion from environmental exposure; 3. Gasket failure-induced fluid seepage.

1. Handle carefully during maintenance; 2. Touch up paint to prevent rust; 3. Replace gaskets when reinstalling.

2

80700004

Threaded Ring

Alloy steel, heat-treated for thread strength

1. Thread wear from repeated installation; 2. Over-torquing; 3. Corrosion from fluid contact.

1. Use proper tools to avoid cross-threading; 2. Apply anti-seize compound; 3. Replace if threads are stripped.

3

80700005

Threaded Cap

Carbon steel, zinc-plated for corrosion resistance

1. Thread damage from improper handling; 2. Corrosion in damp environments; 3. Seal degradation.

1. Avoid over-tightening; 2. Store in dry conditions; 3. Inspect seal before reinstallation.

1

88500223

Wear Plate, Outer

Tungsten carbide-coated steel, high wear resistance

1. Abrasive mud particle impact; 2. Metal-to-metal contact from misalignment; 3. Thermal fatigue from temperature fluctuations.

1. Inspect for coating wear monthly; 2. Ensure proper alignment to avoid contact; 3. Monitor fluid temperature to prevent thermal stress.

2

88500222

Wear Plate, Grease

Steel with molybdenum disulfide coating (lubricant-infused)

1. Grease depletion; 2. Abrasive debris contamination; 3. Overload stress.

1. Reapply grease per maintenance schedule; 2. Keep surrounding areas clean; 3. Avoid excessive load on the plate.

3

80700006

Shim Pack

Stainless steel, precision-cut for uniform thickness

1. Bending from improper installation; 2. Corrosion from fluid seepage; 3. Wear from component movement.

1. Handle with care to avoid bending; 2. Clean before installation; 3. Replace if shims are warped or corroded.

1

700039511

Screw, Hex Hd Cap 5/8 X 1-1/2

Alloy steel (Grade 5), cadmium-plated

1. Vibration-induced loosening; 2. Over-torquing; 3. Corrosion from environmental exposure.

1. Use lock washers; 2. Torque to specification; 3. Inspect for rust and replace as needed.

2

405086

Screw, Valve Guide

Alloy steel, zinc-plated

1. Valve movement-induced stress; 2. Thread wear from repeated removal; 3. Corrosion from fluid leakage.

1. Inspect valve alignment to reduce stress; 2. Replace after 5–6 installation cycles; 3. Clean threads before reinstallation.

3

6511416

Pin, Dowell Std Hdn & Grd 7/8

Hardened steel (HRC 55–60), corrosion-resistant coating

1. Shear stress from component movement; 2. Wear from misalignment; 3. Corrosion in damp environments.

1. Ensure proper component alignment; 2. Inspect for shear cracks quarterly; 3. Apply anti-corrosion grease.

1

9700369

Valve, White Lightning (Series 8)

Polyurethane (valve disc), alloy steel (valve body)

1. Abrasive mud erosion; 2. Valve seat misalignment; 3. Chemical degradation from drilling fluids.

1. Use compatible drilling fluids; 2. Inspect seat alignment monthly; 3. Replace disc if worn beyond 0.030".

2

9702751

Seat, Hd8-S07

Tungsten carbide, high hardness for wear resistance

1. Valve disc impact; 2. Abrasive debris contact; 3. Pressure-induced stress.

1. Replace with valve disc to ensure fit; 2. Clean seat before installation; 3. Monitor valve operation for noise (sign of misalignment).

3

9700372

Insert,Valve Wl #8 Series (Included In Item 24)

Polyurethane, wear-resistant and flexible

1. Fluid erosion; 2. Compression set from repeated valve cycling; 3. Chemical attack from aggressive muds.

1. Replace when valve leakage occurs; 2. Avoid using aggressive chemical additives; 3. Maintain proper fluid pH levels.

4

055413256

Spring, 5710-101

Chrome silicon steel, heat-treated for fatigue resistance

1. Cyclic fatigue from valve operation; 2. Corrosion from fluid contamination; 3. Over-compression.

1. Inspect for spring set annually; 2. Replace if spring loses tension; 3. Keep fluid clean to prevent corrosion.

5

80700011

Guide, Valve (Discharge)

Alloy steel, internally polished for smooth valve movement

1. Valve stem wear; 2. Abrasive debris contamination; 3. Corrosion from discharge fluid.

1. Lubricate regularly with compatible grease; 2. Filter discharge fluid to remove debris; 3. Inspect for internal wear annually.

6

80700010

Guide, Valve (Suction)

Alloy steel, internally polished for smooth valve movement

1. Valve stem wear; 2. Debris accumulation; 3. Corrosion from suction fluid contaminants.

1. Clean suction strainers regularly; 2. Lubricate with compatible grease; 3. Replace if internal surfaces are scored.

7

Pz789Vgi

Insert, Valve Guide

Bronze alloy, self-lubricating properties

1. Valve stem friction; 2. Abrasive debris contact; 3. Corrosion from fluid exposure.

1. Inspect for wear monthly; 2. Replace if valve sticks; 3. Use clean, compatible lubricants.

1

1295266

Plate, Wear

Steel with ceramic coating, high abrasion resistance

1. Abrasive mud impact; 2. Metal-to-metal contact; 3. Thermal stress from temperature changes.

1. Inspect coating for chips monthly; 2. Ensure proper component alignment; 3. Monitor fluid temperature.

2

07207109

Gasket, Valve Cover - L Style - Rubber

EPDM rubber, resistant to heat and drilling fluids

1. Heat degradation; 2. Over-compression; 3. Chemical attack from fluid additives.

1. Replace annually or at first leak; 2. Torque valve cover to NOV specs; 3. Avoid incompatible fluid additives.

3

1295257

Seal, Suction Module & Wear Plate

Nitrile rubber (NBR), oil and fluid resistant

1. Fluid leakage-induced degradation; 2. Abrasive debris damage; 3. Compression set.

1. Replace when suction module is serviced; 2. Clean seal seat before installation; 3. Avoid over-torquing.

4

99607344

Seal, Discharge Manifold

Fluorocarbon rubber (Viton), high chemical and temperature resistance

1. High discharge temperature; 2. Chemical degradation; 3. Pressure-induced extrusion.

1. Inspect for leaks quarterly; 2. Replace if seal is swollen or cracked; 3. Ensure manifold alignment to reduce stress.

1

Are these parts compatible with NOV 14-P-220 pumps rated for 7500 Psi?

Yes, all parts are engineered exclusively for NOV 14-P-220 fluid ends and rated for 7500 Psi operations, complying with NOV’s original design specifications (ODS) and API Spec 7K. They ensure seamless integration and safe, reliable performance under high-pressure drilling conditions.

2

How often should I replace the discharge manifold seal (99607344)?

Replace the Viton discharge manifold seal annually or at the first sign of leakage. For harsh abrasive mud conditions, inspect quarterly—debris and high temperature can accelerate seal degradation. Always follow NOV’s maintenance manual (Document 14P220-MAINT-001) for tailored intervals.

3

What’s the difference between White Lightning Series 8 valve materials?

The White Lightning Series 8 valve (9700369) uses a polyurethane disc for superior abrasion resistance and flexibility, paired with an alloy steel body for strength. The valve insert (9702751) features tungsten carbide for a hard, wear-resistant seat—ideal for 7500 Psi operations with abrasive drilling muds.