1. Introduction
1.1 Applicable Equipment & Model Coverage
This guide covers genuine spare parts for BOMCO F-1300 and F-1600 fracturing pumps, including all listed assemblies and components (e.g., AH13010200, AH16010200, AK75350200). All parts are fully compatible with F-1300/1600 models, matching OEM specifications and complying with API Spec 7K (oilfield equipment) and ISO 9001 quality standards.
1.2 Target User Needs & Core Purpose
Target users include oilfield maintenance teams, fracturing service providers, and procurement managers for BOMCO equipment. We solve pain points like premature part failure, incompatible replacements, and unplanned downtime—critical for high-pressure fracturing operations. Core purpose: provide reliable procurement standards and technical guidance to maintain F-1300/1600 pump performance and extend service life.
2. Core Assemblies for BOMCO F-1300/1600
These core assemblies are critical for F-1300/1600 fracturing pump operation, solving wear, fatigue, and performance degradation in high-pressure, heavy-load oilfield scenarios. They meet API 7K and OEM specs, ensuring seamless replacement, stable power transmission, and reduced downtime for fracturing operations.
No. | Product Model & Description | Material | Main Wear Causes | Damage Prevention Notes |
1 | GENETAL ASSEMBLY AH13010200 / AH16010200 | High-strength alloy steel (structural components), cast iron (housing), stainless steel (fasteners), nitrile rubber (seals) | 1. Structural fatigue from continuous high-pressure operation; 2. Seal leakage from fracturing fluid contamination. | 1. Inspect structural integrity quarterly per API 7K Clause 9.3; 2. Clean and replace seals after exposure to abrasive fracturing fluids. |
2 | CRANKSHAFT ASSEMBLY AH1301020200 / AH1601020100 | Alloy steel (40CrNiMoA) with carburizing/quenching, hardened bearing surfaces, corrosion-resistant coating | 1. Bearing wear from insufficient lubrication; 2. Shaft fatigue from uneven load distribution during fracturing. | 1. Use OEM-specified high-temperature lubricant and replace every 500 working hours; 2. Monitor load balance to avoid overstress. |
3 | PINION SHAFT ASSEMBLY AH1301020300 / AH1601020200 | Wear-resistant alloy steel, tempered gear teeth, chrome-plated surface, synthetic grease-sealed bearings | 1. Gear tooth wear from misalignment with crankshaft; 2. Seal damage leading to lubricant loss and corrosion. | 1. Align shafts precisely during installation per OEM guidelines; 2. Check seal integrity monthly and replenish lubricant. |
4 | CROSSHEAD ASSEMBLY AH1301020400 | Alloy steel (20CrMnTi), hardened sliding surfaces, bronze bushings, fluorine rubber (seals) | 1. Bushing wear from sliding friction; 2. Corrosion from exposure to high-humidity oilfield environments. | 1. Lubricate sliding surfaces every 200 working hours; 2. Conduct anti-corrosion inspections quarterly, especially in offshore settings. |
5 | FLUID END ASSEMBLY AH1301020500 | High-tensile alloy steel, wear-resistant liner, hardened valve seats, high-pressure seals (fluorine rubber) | 1. Liner wear from abrasive fracturing fluid; 2. Valve seat damage from pressure spikes. | 1. Use filtered fracturing fluid to reduce abrasives; 2. Install pressure relief valves to limit spikes to 120% of rated pressure. |
6 | LUBRICATION ASSEMBLY AH1301020600 | Aluminum alloy (reservoir), stainless steel (pipes), brass (valves), synthetic rubber (hoses) | 1. Hose degradation from high-temperature lubricant; 2. Valve clogging from debris in the lubrication system. | 1. Replace hoses annually or if cracks are detected; 2. Flush the lubrication system every 1000 working hours to remove debris. |
7 | PISTON AND LINER WASH AH1301020800 | Stainless steel (spray nozzles), brass (fittings), synthetic rubber (hoses), corrosion-resistant coating | 1. Nozzle clogging from fracturing fluid residue; 2. Hose leakage from high-pressure washing cycles. | 1. Clean nozzles after each fracturing job; 2. Inspect hoses for pressure fatigue and replace per OEM limits. |
3. Auxiliary Components & Valves
These auxiliary components ensure pressure stability and system safety for F-1300/1600 pumps, solving issues like pressure pulsation, overpressure damage, and fluid leakage. They comply with API 7K, fit fracturing pump fluid circuits, and enhance operational reliability in high-stress oilfield environments.
No. | Product Model & Description | Material | Main Wear Causes | Damage Prevention Notes |
1 | SUNTION DAMPENER AH0000050100 | Stainless steel (housing), nitrile rubber (bladder), brass (fittings), corrosion-resistant coating | 1. Bladder wear from pressure cycling; 2. Housing corrosion from fracturing fluid spills. | 1. Monitor bladder pressure weekly and recharge as needed; 2. Clean housing regularly to remove fluid residues. |
2 | Discharge Strain and Accessory Manifold | Alloy steel (manifold body), stainless steel (strainer), fluorine rubber (seals), hardened internal surfaces | 1. Strainer clogging from fluid impurities; 2. Seal leakage from high-pressure discharge cycles. | 1. Clean strainer after each fracturing job; 2. Inspect seals quarterly and replace if wear is detected. |
3 | KB-75 PULSATION DAMPENER AK75350200 | Carbon steel (housing), synthetic rubber (bladder), steel (fasteners), anti-rust coating | 1. Bladder rupture from overpressure; 2. Housing fatigue from continuous pulsation. | 1. Ensure operating pressure stays within OEM limits; 2. Inspect housing for cracks annually via non-destructive testing. |
4 | PULSATIN DAMPENER CHARGING HOSE AH100102130100 | Reinforced synthetic rubber (hose body), stainless steel (fittings), brass (valves) | 1. Hose degradation from high-pressure charging; 2. Fitting wear from repeated connections. | 1. Avoid bending the hose beyond its minimum radius; 2. Inspect fittings for wear before each use and tighten as needed. |
5 | JA-3 SHEAR RELIEF VALVE AH0000060200 | Brass (valve body), stainless steel (valve core), fluorine rubber (seals), hardened shear pin | 1. Shear pin breakage from overpressure; 2. Valve core wear from fluid scouring. | 1. Replace shear pin with OEM-specified parts after activation; 2. Use filtered fluid to reduce core wear. |
4. Tools for BOMCO F-1300/1600
These specialized tools are designed for F-1300/1600 pump maintenance and part replacement, solving issues like improper assembly/disassembly and tool mismatch. They meet OEM specifications, ensure safe, efficient maintenance, and reduce the risk of part damage during service.
No. | Product Model & Description | Material | Main Wear Causes | Damage Prevention Notes |
1 | F-1300/1600 SPARE PARTS LIST | Durable paper (printed list), laminated coating for water resistance | 1. Coating wear from frequent handling; 2. Damage from oilfield dust and moisture. | 1. Store in a sealed container when not in use; 2. Wipe clean with a dry cloth after exposure to dust/oil. |
2 | F-1300/1600 TOOLS LIST | Laminated paper, water-resistant coating, sturdy binding | 1. Binding damage from frequent page turning; 2. Coating degradation from oil spills. | 1. Handle pages gently to avoid binding stress; 2. Clean oil spills immediately with a mild solvent. |
5. On-Site Fault Repair Case
Case 1: FLUID END ASSEMBLY (AH1301020500) Liner Wear & Leakage
Fault Phenomenon: A BOMCO F-1600 pump’s fluid end assembly leaked during fracturing, with reduced pressure output. Diagnosis: Liner wear from unfiltered abrasive fracturing fluid, violating API 7K Clause 7.2. Solution: Replaced with OEM fluid end assembly, installed high-precision filters, and trained staff on fluid quality checks. Result: Leakage stopped, pressure stabilized, and liner service life extended by 70%.
Case 2: PINION SHAFT ASSEMBLY (AH1601020200) Gear Wear & Noise
Fault Phenomenon: A BOMCO F-1300 pump produced abnormal noise, with power transmission inefficiencies. Diagnosis: Pinion gear tooth wear from misalignment and lubricant degradation. Solution: Replaced the pinion shaft assembly, realigned with crankshaft, and refilled with OEM-specified lubricant. Result: Noise eliminated, power transmission restored, and pump reliability improved.
6. FAQ
Question | Answer |
Are these parts compatible with both BOMCO F-1300 and F-1600 models? | Yes, all dual-model parts (marked with AH130xxx/AH160xxx) fit both F-1300 and F-1600 fracturing pumps. Single-model parts (e.g., AH1301020400) are tailored for specified models, ensuring OEM-level compatibility and performance. |
How to ensure I select the correct spare part for my F-1300/1600 pump? | Match the part number (e.g., AH13010200) to your pump’s serial number and OEM parts manual. Our team can verify compatibility by cross-referencing your pump model and required component function, avoiding mismatched parts that cause damage. |
What maintenance schedule is recommended for these BOMCO spare parts? | Follow API 7K guidelines and BOMCO’s OEM maintenance manual: inspect core assemblies quarterly, replace lubricants every 500 working hours, and service auxiliary components (dampeners, valves) after each fracturing job to maximize part life. |
7. Procurement Guide & Conclusion
We provide genuine, OEM-compatible spare parts for BOMCO F-1300/1600 fracturing pumps, covering all listed components and complying with API 7K and ISO 9001 standards. Our parts solve common oilfield pain points like premature failure and incompatibility, ensuring minimal downtime and reliable pump operation. Each part undergoes strict quality testing with traceable reports, offering clear procurement standards and technical support. Whether you need core assemblies, auxiliary components, or maintenance tools, we deliver tailored solutions to keep your F-1300/1600 pumps running efficiently. Contact us for part verification, technical consultation, or procurement inquiries—we’re committed to supporting your oilfield operations with high-quality spare parts.
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