BOMCO F-1600 with Blak Jak Mud Pump

BOMCO F-1600 with Blak Jak Mud Pump
Details:
The Excellent Combination of Power, Durability, and Efficiency
Bomco F-1600 Mud Pump: Core Technical Specifications Overview
Here are its key technical parameters:
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Description
Accessories
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BOMCO F-1600 with Blak Jak Mud pum

 

The Excellent Combination of Power, Durability, and Efficiency

Bomco F-1600 Mud Pump: Core Technical Specifications Overview

Here are its key technical parameters:

Parameter

Specification

Pump Type

Triplex Single-Acting Piston Pump

Rated Input Power

1600 HP (1193 kW)

Rated Stroke Speed

120 SPM (Strokes Per Minute)

Stroke Length

12 inches (305 mm)

Max Liner Size

7 inches (180 mm) / 7-1/4 inches (190 mm, certain models)

Common Liner Size Range

4-1/2 to 7 inches (130 mm to 180 mm)

Max Working Pressure (Standard Fluid End)

5000 PSI (34.5 MPa / 35 MPa)

Suction Inlet Nominal Diameter

12 inches (305 mm)

Discharge Outlet Flange Specs

5-1/8 inches API 5000 PSI

Gear Ratio

4.206:1

Gear Type

Herringbone Gear

Valve Assembly Model

API #7

Lubrication Method

Combined Forced Lubrication and Splash Lubrication

Pump Weight (Approx.)

24791 kg (54660 lbs)

Overall Dimensions (L x W x H) (Approx.)

4615 x 3276 x 2688 mm

Table 1: Bomco F-1600 Power End Key Features

Component

Material/Type

Key Manufacturing/Design Features

Frame

Welded steel plate, stress-relieved after welding

High strength, high rigidity, lightweight

Gears

Herringbone gear

Smooth transmission, high efficiency, long life

Crankshaft

Cast alloy steel (some high-performance/replacement parts are forged alloy steel like 42CrMo)

Heat treated, dynamically balanced, interference fit with main gear

Pinion Shaft

Forged alloy steel

Machined herringbone gear, medium hard tooth surface

Bearings

Crankshaft main bearings: double-row self-aligning roller bearings; pinion shaft bearings: single-row long cylindrical roller bearings; connecting rod bearings: roller bearings for both ends

Optimized selection for load and motion characteristics of different parts

Crosshead

Ductile iron / Meehanite cast iron

Good wear resistance, long life

Crosshead Guides

Replaceable upper and lower guides (some mention tin bronze)

Adjustable concentricity

Lubrication System

Forced lubrication + splash lubrication

Equipped with gear oil pump, filter, oil pressure gauge; optional oil cooler

The robust design and precision manufacturing of the power end ensure the Bomco F-1600 mud pump's long-term, fault-free operation. From the sturdy welded frame to the efficient herringbone gear transmission, wear-resistant crosshead components, and comprehensive lubrication system, every detail reflects the ultimate pursuit of product reliability and durability.

 

Mission Blak Jak System: Enhancing Your Bomco F-1600 Performance (Optional Accessories)

These systems are specifically designed to address common pain points in mud pump maintenance, such as safety risks from hammering and excessively long component replacement times.

 

Blak Jak Liner Retention System:

Features:

This system is designed to be simple, compact, easy to install, and lighter in weight. It uses a single Hydra-CEL (hydraulic tensioning device made of aerospace-grade aluminum alloy) and Lok-CEL (mechanical liner retainer made of high-yield strength alloy steel) to achieve reliable metal-to-metal liner retention.

Advantages:

One-Person Operation: Liner replacement can be completed by a single person.

Increased Efficiency: Liner replacement time can be reduced by up to 75%.

Enhanced Safety: Completely eliminates hammering operations, reducing the risk of injuries.

Uniform Tightening: Ensures uniform circumferential force on the liner, preventing liner movement and seal failure, thereby avoiding erosion.

Reduced Hydraulic Load: Significantly reduces the hydraulic force acting on the liner end face.

Blak Jak TORQUE PRO / TORQUE PRO LITE Hammerless Valve Cover Retention System

Features:

This system uses a hydraulic wrench to tighten and loosen the valve cover retainer ring. The TORQUE PRO model only requires a quarter turn to remove the retainer ring. It is compatible with OEM valve covers and Mission "L" style valve seats, requiring no modifications to the fluid end for installation. The TORQUE PRO LITE version uses hydraulically assisted mechanical locking, with the hydraulic components not remaining on the pump during operation.

Advantages:

Hammerless Operation: Completely eliminates hammering, ensuring personnel safety.

Fast Maintenance: Valve inspection and replacement become extremely convenient and efficient.

Extended Life: Ensures constant torque on the retainer ring threads, helping to extend the service life of valve covers and gaskets.

 

Blak Jak HYDRA-LIGN Piston Rod Self-Aligning System:

Features: This piston rod assembly has the ability to self-align between the pump liner and piston.

Advantages:

Reduced Risk: Lowers the operational risk during frequent wear part replacement.

Extended Life: Helps extend the operating life of wear parts (e.g., pistons, liners).

Reduced Downtime: Decreases premature wear and pump downtime caused by misalignment of components.

 

Table 2: Core Improvements Brought by Mission Blak Jak System to F-1600

Blak Jak System

Key Features

Main Benefits for F-1600

Liner Retention System

One-person operation, hydraulic tensioning, mechanical locking, lightweight

Significantly reduces liner replacement time, enhances safety, prevents liner erosion, simplifies operation

Hammerless Valve Cover Retention System (Torque Pro/Lite)

Hydraulic wrench operation, fast disassembly/assembly of valve covers, compatible with OEM valve covers

Eliminates hammering safety hazards, enables quick valve maintenance, extends valve cover and gasket life

Piston Rod Self-Aligning System (Hydra-LIGN)

Piston rod self-aligns with liner

Reduces wear part wear, extends their service life, lowers unplanned pump downtime, enhances operational safety

Key Wear Parts and Accessories: OEM Quality, Ensuring Peak Performance

To ensure the Bomco F-1600 mud pump operates continuously at its best and maximizes its service life, selecting high-quality OEM standard wear parts and accessories is crucial. The material and manufacturing process of these components directly impact their wear resistance, corrosion resistance, and overall performance.

Liners:

Type and Material: Commonly used are High-Chrome Bimetallic Liners, with a forged steel outer shell and a centrifugally cast high-chrome cast iron inner sleeve. The outer shell typically uses 45# forged steel, and the inner high-chrome cast iron can reach a hardness of HRC60-65 (some sources mention HRC59-67 or HRC61-64). Additionally, Zirconia Ceramic Liners are available for more severe abrasive conditions, offering a longer service life.

Manufacturing Process: Bimetallic liners have their inner bore precision honed to ensure high surface finish and dimensional accuracy. Ceramic liners utilize the ultra-high hardness and wear resistance of ceramic materials. This graded product strategy allows customers to choose based on specific drilling conditions and budget, balancing performance and cost.
Pistons:

Type and Material: Generally employ integrally vulcanized bonded polyurethane pistons or rubber pistons, suitable for oil-based or water-based muds. Polyurethane pistons typically come in single-acting and double-acting hardness designs to suit different pressures and fluid media. High-temperature polyurethane piston options are also available.

Piston Core/Hub: Made of forged alloy steel, common grades such as 42CrMo or 45# steel, and heat-treated to enhance their strength and fatigue resistance.
Piston Rods/Pony Rods:

Material: Made from high-strength alloy steel, such as SAE 4140 (40Cr), 42CrMo, 35CrMo, or 45# steel.

Manufacturing Process: Forged, subjected to quenching and tempering heat treatment, and precision ground to ensure dimensional accuracy and mechanical properties.

Surface Treatment: The surface is hard chrome plated to improve wear and corrosion resistance. Some products also mention phosphating or galvanizing treatments.
Valve Assembly:

API Standard: F-1600 corresponds to API #7.

Valve Body/Valve Seat Material: Forged alloy steel (e.g., AISI 8620/20CrNiMo, 20CrMnTi).

Manufacturing Process: Carburized and quenched, with surface hardness HRC≥60, and precision ground.

Valve Rubber (Valve Insert) Material: Polyurethane, Nitrile Rubber (NBR).
Seals, Gaskets:

Common Materials: Depending on the application area and working conditions, NBR (Nitrile Rubber), HNBR (Hydrogenated Nitrile Rubber), PU (Polyurethane), and other materials are typically used to ensure good sealing performance and durability.
Power End Key Components:
Crankshaft, connecting rods, crossheads, bearings, gears, etc., are all made from high-quality alloy steel or cast iron, manufactured through precision machining and heat treatment.
Other Related Accessories:

Pulsation Dampener: Standard configuration is KB-75 type or similar product, used to absorb pressure pulsations in the discharge line and protect downstream equipment; typically a bladder type with a forged steel housing.

Safety Relief Valve: Generally a shear pin type (e.g., JA-3 type) or resettable safety valve, used to prevent pump overpressure operation.

Liner Wash/Spray System: Consists of a spray pump (belt-driven or motor-driven), water tank, and piping, used to cool and lubricate the liners and pistons, extending their service life.

Table 3: Bomco F-1600 Key Wear Parts – Material and Manufacturing Process Summary

Component

Common Material

Main Manufacturing Process/Treatment

Liner

High-chrome bimetallic (forged steel outer shell + high-chrome cast iron inner sleeve); Zirconia ceramic

Centrifugal casting (inner sleeve), precision honing, heat treatment (hardness HRC60-65)

Piston

Integrally vulcanized bonded polyurethane/rubber; Piston core: forged alloy steel (42CrMo, 45# steel)

Bonding, heat treatment (piston core)

Piston Rod/Pony Rod

High-strength alloy steel (SAE 4140, 42CrMo, 35CrMo)

Forging, quenching and tempering heat treatment, precision grinding, hard chrome plating surface

Valve Body/Seat

Forged alloy steel (AISI 8620/20CrNiMo, 20CrMnTi)

Carburizing and quenching (hardness HRC≥60), precision grinding

Valve Insert

Polyurethane, Nitrile Rubber (NBR)

-

Seals/Gaskets

NBR, HNBR, PU

-

Application and Value Proposition: The Advantages of Bomco F-1600

The Bomco F-1600 mud pump, with its excellent performance and reliability, holds an important position in the global oil and gas drilling industry and is widely regarded as one of the "workhorse" equipment capable of adapting to various demanding drilling conditions.

 

Wide Applicability

 

 

Onshore and Offshore Operations:

The F-1600's design enables it to handle the operational requirements of both onshore drilling rigs and offshore drilling platforms.

Deep Well Drilling:

This pump model is an ideal choice for medium-deep and deep well drilling operations. The standard F-1600 is typically suitable for drilling rigs with depths ranging from 4500 meters to 8000 meters. The F-1600HL (high-pressure type) can be adapted for onshore rigs and offshore platform rigs with depths of 7000 meters to 9000 meters, meeting the exploration and development needs of deeper formations.

High-Pressure/High-Displacement Conditions:

The F-1600 and its HL models are specifically designed to handle high-pressure, high-displacement drilling operations, including drilling of cluster wells, extended reach wells, horizontal wells, and advanced drilling techniques such as high-pressure jet drilling. This indicates that the F-1600 is not only a reliable choice for standard operations but also a powerful tool for complex well conditions and advanced drilling technologies.

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