stroke counter for mud pump free sample

Our pump stroke counter systems (CPS101 Series) measure the stroke rate and number of strokes on mud pumps. The oilfield pump stroke system is user-friendly and reliable and is configurable to measure up to three mud pumps at once. Our digital pump stroke counter systems are manufactured here in the U.S. by Crown Oilfield Instrumentation, and Crown’s Pump Stroke Counter provides easy monitoring of strokes per minute on multiple mud pumps. Each mud pumps’s stroke rate can be selected individually and the display is updated regularly for accurate monitoring. LCD displays indicate both pumps strokes per minute and the total number of strokes. Located at the bottom of the panel, push buttons provide easy operation and reseting of each pump. When you need to accurately monitor and maintain the amount of mud being pumped, you can trust Crown’s oilfield stroke counters.

Crown Two Pump Digital Stroke Counter Rate Meter displays and monitors total strokes and strokes per minute for two mud pumps in one easy-to-read stainless steel box. The liquid digital display (LCD) with large SPM and total strokes windows make it easy to see the pump flow rate at a glance. Internally powered with a low power, low voltage lithium battery, this unit is self-contained with an operational life of up to 5 years. Designed to work in the harshest oilfield industry conditions, the stainless steel box is waterproof and resistant to excessive rig vibrations, moisture, extreme temperatures on both land and offshore drilling applications.   This stroke counter rate meter system comes complete with everything you need to monitor two pumps at one time.  What you"ll get:

The Crown Two Pump Stroke Counter / Rate Meter displays strokes from 0 to 9,999 and strokes per minute from 8 to 240 SPM. Because this system is powered with a 3.6 Type D Lithium battery, no external electrical connection is needed. Being self-contained, this system is intrinsically safe. With normal use, this battery can last up to 5 years. When the system is not in use, the system will go into a null state, saving battery life and LCD screen life.

Crown"s limit switch assembly comes complete with limit switch, c-clamp assembly and stainless steel rod. The c-clamp assembly allows the switch to be mounted close to the pump piston for best contact. Because the stainless steel rod is bendable, it can be shaped into any configuration to meet your needs. All cables and junction box are made of only the most durable, dependable materials to give you the best possible stroke counter on the market.

Need more information about our Stroke counter systems? Check out our Stroke Counter Page or our Blog. And if you only need one of the components of this system, give us a call. We"re more than happy to get you exactly what you need.

This product contains lithium batteries and is classed UN3091, lithium batteries contained in equipment. It can only be shipped via ground in the US. If you would like to purchase a system outside the US, please contact us directly to arrange transport.  For international customers, if you"d like to ship this product without a lithium battery to save on shipping costs, we can provide you with the information needed to purchase the required battery and detailed instructions on how to install the battery. Just give us a call at 1-877-908-3790 or email sales@drillinginstruments.com, and we"ll set that up for you.

Explore a wide variety of mud pump stroke counter on Alibaba.com and enjoy exquisite deals. The machines help maintain drilling mud circulation throughout the project. There are many models and brands available, each with outstanding value. These mud pump stroke counter are efficient, durable, and completely waterproof. They are designed to lift water and mud with efficiency without using much energy or taking a lot of space.

The primary advantage of these mud pump stroke counter is that they can raise water from greater depths. With the fast-changing technology, purchase machines that come with the best technology for optimum results. They should be well adapted to the overall configuration of the installation to perform various operations. Hence, quality products are needed for more efficiency and enjoyment of the machines" full life expectancy.

Alibaba.com offers a wide selection of products with innovative features. The products are designed for a wide range of flow rates that differ by brand. They provide cost-effective options catering to different consumer needs. When choosing the right mud pump stroke counter for the drilling project, consider factors such as size, shape, and machine cost. More powerful tools are needed when dealing with large projects such as agriculture or irrigation.

Alibaba.com provides a wide range of mud pump stroke counter to suit different tastes and budgets. The site has a large assortment of products from major suppliers on the market. The products are made of durable materials to avoid corrosion and premature wear during operations. The range of products and brands on the site assures quality and good value for money.

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The HDI 2100 Pump Stroke Counter is an intrinsically safe, certified, solid-state electronic stroke counter primarily used for monitoring mud pumps. Found most commonly within the HDI 9000 Choke Console System, the HDI 2100 monitors and displays the total accumulated mud pump strokes and the stroke rate of up to 4 individual mud pumps simultaneously. The stroke rate for each mud pump can be individually selected for display and is updated every second. Once installed, there is virtually no maintenance or calibration required. The quartz crystal oscillator provides high precision counts with no drift. The stainless steel case is completely sealed and features stainless steel piezo switches for long life. The entire package is constructed to operate in harsh environments and high vibration conditions encountered in land and offshore drilling. All HDI Gauges provide safety, accuracy, reliability, and low maintenance for the user.

The 2,200-hp mud pump for offshore applications is a single-acting reciprocating triplex mud pump designed for high fluid flow rates, even at low operating speeds, and with a long stroke design. These features reduce the number of load reversals in critical components and increase the life of fluid end parts.

The pump’s critical components are strategically placed to make maintenance and inspection far easier and safer. The two-piece, quick-release piston rod lets you remove the piston without disturbing the liner, minimizing downtime when you’re replacing fluid parts.

Examines the different reasons for well servicing and intervention operations; Discusses acidizing, sanding problems, hydraulic fracturing (fracking), plugging, and gravel packing.

Explores fundamental properties of fluids. Examines density at the molecular level and introduces the equation for density. Looks at the consequences of density when different substances are mixed together, such as oil, water, and gas.

Uses the real-life example of a highway system to introduce valves and manifolds on a drilling rig. Walks through the definition, function, and importance of the pump, standpipe, and choke manifolds through vibrant animations. Introduces the adjustable choke and briefly goes into its importance in well control operations.

Examines pressure through several different, real-life examples. Introduces students to pressure differentials and the concept of equilibrium; setting the stage for later discussion on pressure in the wellbore.

Offers a comprehensive look at Formation Pressure deep underground. First, introduces the concept of porosity- taking a look at formation rocks at a molecular level. Then, examines underground pressures both before and after drilling begins, taking a look at what pressures are removed during drilling operations. Lastly, examines the Formation Pressure Gradient and walks through how formation pressure can be mathematically calculated. Student must interact with and answer a question to complete lesson.

Examines the pressure exerted by a column of fluid, both in and out of the wellbore. Derives the generally accepted equation for hydrostatic pressure in a well and walks students through examples. Interactive, in-module questions require student to read, answer, and think about question while going through the lesson.

Introduces friction and examines how frictional losses act against any movement along a surface. Identifies Pump Pressure as the pressure needed to overcome the frictional losses throughout the entire system. Lastly, explains how Annular Friction Loss can contribute to bottomhole pressure.

Examines the different reasons for well servicing and intervention operations; Discusses acidizing, sanding problems, hydraulic fracturing (fracking), plugging, and gravel packing.

Uses powerful, downhole animation to let students visualize the suction effect of Swabbing and how it can pull formation fluid upwards into the well. Introduces Swab Pressure and explains how it acts against bottomhole pressure.

Explains the second part of Kick Theory; the consequences of letting Bottomhole Pressure become too much larger than Formation Pressure. Through animation, demonstrates how Lost Circulation can cause True Vertical Depth to fall and cause a kick to occur.

Explains the importance of fluid measurement in detecting problems in the wellbore. Introduces the Pit Level Indicator, used to measure the amount of fluid returning to the mud tanks, the Mud Return Indicator, used to measure the speed of fluid returning to the mud tanks, and the Mud Pump Stroke counter, used to count how many strokes of fluid have been pumped into the well.

Provides a detailed, step-by-step conceptual understanding of the impact of well shut-in on underground pressures. Using the example of a bottle cap, explains how shutting-in the well makes bottomhole pressure automatically equal to formation pressure.

Explains the three most important parameters that need to be recorded after shut-in: Shut in Tubing Pressure (SITP), Shut in Casing Pressure (SICP), and Estimated Pit Gain. Walks through the importance of SITP and SICP in understanding Formation Pressure and explains why SITP is generally lower than SICP. Also introduces the procedure involved in recording slow pump rates or slow circulating rates.

Examines the importance of recording well information during all well servicing operations, looking specifically at some of the information that must be recorded.

The Two-pump Digital Stroke Rate Meter monitors and displays the Rate and Total Strokes of up to two individual pumps simultaneously. The unit continually displays, on large easy to read, low power LCD displays, RPM, TOTAL ACCUMULATED STROKES (0-9999 total strokes) and STROKE RATE (8-350 strokes per minute) for each pump. The unit is internally powered by a battery source having an operational life of 3 years.

At Matherne Instrumentation, we"re proud to provide both our two-pump and three-pump stroke counters to companies and oilfield operators across the states of Texas, Louisiana, North Dakota, and Pennsylvania. While our offices are based in Odessa, TX; Lafayette, LA; and Houma, LA, we"re proud to serve those across the cities of Midland, TX; Houston, TX; Williston, ND; and Pittsburgh, PA. To learn more or for a quote, please feel free to give us a call today!

An Immediate retest after review is available or within 45 days of the initial test failure. The delegate must score a 60% or better to qualify for the re-test option.

Formation PressureOffers a comprehensive look at Formation Pressure deep underground. First, introduces the concept of porosity- looking at formation rocks at a molecular level.

Lastly, examines the Formation Pressure Gradient and walks through how formation pressure can be mathematically calculated. Student must interact with and answer a question to complete lesson.

Derives the generally accepted equation for hydrostatic pressure in a well and walks students through examples. Interactive, in-module questions require student to read, answer, and think about question while going through the lesson.

Intro to ServicingExamines the different reasons for well servicing and intervention operations; Discusses acidizing, sanding problems, hydraulic fracturing (fracking), plugging, and gravel packing.

SwabbingUses powerful, downhole animation to let students visualize the suction effect of Swabbing and how it can pull formation fluid upwards into the well.

Lost Circulation & FracturingExplains the second part of Kick Theory; the consequences of letting Bottomhole Pressure become too much larger than Formation Pressure.

Fluid RecordingExplains the importance of fluid measurement in detecting problems in the wellbore. Introduces the Pit Level Indicator, used to measure the amount of fluid returning to the mud tanks, the Mud Return Indicator, used to measure the speed of fluid returning to the mud tanks, and the Mud Pump Stroke counter, used to count how many strokes of fluid have been pumped into the well.

Walks through the importance of SITP and SICP in understanding Formation Pressure and explains why SITP is generally lower than SICP. Also introduces the procedure involved in recording slow pump rates or slow circulating rates.

Recording Well InformationExamines the importance of recording well information during all well servicing operations, looking specifically at some of the information that must be recorded.