QWS1000 connecting rod

Varillas de conexión

TianyuMfg fabrica varillas de conexión estándar y a medida para todas las bombas de pistón dominantes, incluyendo TWS600/TWS600S, QWS1000, TWS2250, QWS2500, HT400.

Como fabricante de varillas de conexión, TuanyuMfg diseña y fabrica la varilla de conexión a partir de una sola pieza de acero de aleación forjada con una tolerancia precisa y el más fino pulido. Nuestra varilla de conexión de alto rendimiento le proporcionará una mayor durabilidad en diversas aplicaciones de servicio de pozos.

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TianyuMfg fabrica varillas de conexión 100% intercambiables con las bombas de servicio de pozo originales, incluyendo:

Varilla de conexión HALLIBURTON HT400: 100011691, 316.11910 / Varilla de conexión, forjada, fabricada

Weir SPM TWS600/TWS600S varilla de conexión: 1P102967

Weir SPM TWS2250 varilla de conexión

Weir SPM QWS1000 varilla de conexión

Weir SPM QWS2500SD/ QWS2500XL varilla de conexión: 2P109997 CONN ROD/ 2A110004. CONN CONJUNTO DE COJINETE DE BIELA ( P112917 BEARING- HOUSING CAP)/ 2P110015 CONN CONJUNTO DE COJINETE DE BIELA

Weir SPM QWS2800 varilla de conexión

TianyuMfg también fabrica varillas de conexión a medida según los propios planos del cliente para ayudarle a construir su propia marca de bombas robustas.

Note: Manufacturers’ names or trademarks used on this website are for identification purposes only. TianyuMfg is not affiliated with these companies.

Productos relacionados

SPM QWS2500 frac pump bull gears
QWS2500 frac pump forged crankshaft
NFP18-393.7M-P69 QWS2500 bearings
QWS1000 frac pump gearbox/ reducer
TWS600 power end crosshead
Pasador de muñeca y cojinete del terminal de potencia

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Complete Guide about Connecting Rod

The connecting rod is a critical part together with the fracturing crankshaft in the power end structure of the fracturing pump. The connecting rod parts transfer large capacity which can fulfill the high pressure and large discharge capacity of the fluid end.

In this FAQ, we illustrate some ordinary questions about the fracturing pump connecting rod which is as follows:

What is a Power End Connecting Rod?

What is the Function of Connecting Rod in Fracturing Pumps?

How are Connecting Rods Manufactured?

Which Material is Best for Power End Connecting Rods?

What Would Cause the Failure of a Connecting Rod?

What Happens When a Power End Connecting Rod Goes Bad?

How Long Does Power End Connecting Rod Last?

How to Maintain the Power End Conn Rod?

FAQ: What is a Power End Connecting Rod?

The connecting rod is one of the most important components in the frac pump power end, which must be strong enough, but not too large in size and weight.

The connecting rod parts are composed of the connecting rod body, connecting rod bearings seat, bearing cover, bearing bush, bushing, connecting rod bolt, and other parts. The small end of the frac pump connecting rod is connected with the crosshead by a crosshead pin, the big end of the con rod is connected with the crankshaft journal. The big end hole and the small end hole are respectively installed with bearing bush and bushing.

Normally, The connecting rod body and the bearing seat, connecting rod bearings seat, and connecting rod bearings cover are made into separate structures in order to assemble and disassemble parts and adjust the bearing gap easily. And they are connected by connecting rods bolts which form a whole.

FAQ: What is the Function of Connecting Rod in Fracturing Pumps?

The connecting rod is a moving part that transmits power at the frac pump power end. It converts the rotational movement of the crank into the reciprocating movement of the plunger.

FAQ: How are Connecting Rods Manufactured?

Usually, the connecting rod manufacturers made the conn rod by casting, then blasting the casting, and machining the full dimensions completely.

It is critical that the center lines of bores must be parallel. Material heat treatment and nitriding treatment must also be done with great care to achieve qualified mechanical properties.

FAQ: Which Material is Best for Power End Connecting Rods?

The connecting rod parts are subjected to fluctuation and impact load, the most common type of material that the connecting rod manufacturers use is 4340, which has high fluctuating strength, tensile strength, rigidity, and high damping factor.

FAQ: What Would Cause the Failure of a Connecting Rod?

With the development of fracturing pumps in the direction of large displacement, high power, and high pump pressure, the working environment of the connecting rod parts is getting worse and worse. When fracturing pumps work, the connecting rod and crankshaft are required to have high strength and fatigue resistance. Ensure that the pump can work continuously and reliably in multiple stages under the conditions of large displacement, high power, and high pump pressure.

The connecting rod bearings are subjected to alternating tensile and compressive stresses and bending stresses during work. Therefore, the con rod is prone to fatigue fracture in the high-stress area when working under a complex stress state.

During work, it is subjected to alternating loads such as tension, compression, and bending, as well as the pulsating action of the fluid in the pump, which tends to produce large vibrations and cause fatigue failure of the connecting rod parts structure.

Thus, the connecting rod parts require high strength and fatigue resistance, which can ensure the frac pump can operate continuously and reliably in multiple stages under the conditions of large volume, high power, and high pump pressure.

FAQ: What Happens When a Power End Connecting Rod Goes Bad?

The connecting rod parts fastened around the crankshaft on one end and to the crosshead on the other end. As the crankshaft turns, the power end connecting rod also turns, forcing the plunger up and down. A bad connecting rod or rod bearing will eventually destroy the power end.

FAQ: How Long Does Power End Connecting Rod Last?

After analysis, it is generally considered the vulnerable parts of the connecting rod and crankshaft are the parts that connect the connecting rod bearings seat and the bolt. According to the statistics formed by the experts, the circling number of the alternating load that the connecting rod parts can withstand is 1.68*108, so the estimated working life span of the connecting rod would be around 500 hours.

It is just an estimated life span, you can take this time as a limit to check the connecting rod. And we believe that if the connecting rod manufacturer carburizing and nitriding the connecting parts can extend the working time.

FAQ: How to Maintain the Power End Conn Rod?

Firstly, we suggest that you should check the con rod every 500 hours if it is new. If there is no crack or deformed, the power end connecting rod can work still. But please check it every 100 hours since then.

Secondly, make sure the lubrication works are done pretty well. It is critical.

Thirdly, make sure your power end connecting rod is precisely matched with your frac pump. As we know the fluid end is formed unified, however, the power end parts vary according to the site requirement. It is known that a conventional connecting rod is a single unit. Multi pieces of the connecting rods have been developed as a substitute for the one-piece rods. What we are using now is usually separate to the connecting rod body and the connecting bearings seat, bearing seat, and bearing cover. The separate structures would make the assemble and disassemble parts and adjust the bearing gap easily. Please note that no matter one piece or multiple pieces, the wear tends to occur at the junction between the jointed pieces, check these parts carefully when maintenance.

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