Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors

How to Order Reciprocating Pump Expendables

Pumps & Operations
Triangle Pump How to Order Reciprocating Pump Expendables

How to Order Reciprocating Pump Expendables

Even with hundreds of different reciprocating pumps and thousands of pump components available, it doesn’t have to be difficult to find the perfect part. To minimize your order processing time and get the correct parts for your pump the first time around, arm yourself with the appropriate information before reaching out to the expendables manufacturer.

There are many reciprocating pump manufacturers and within them there are several different pump models. To make the ordering process more efficient, use this simple checklist to ensure that you get the exact parts you need from the component manufacturer.

Download This Checklist

The minimum information needed when ordering reciprocating pump expendables includes:

  1. Make and model of pump
  2. Fluid end, if applicable
  3. Plunger size and material (ceramic, hardco, tungsten, cobalt)
  4. Style of valve (AR, Durabla®, plate w/Delrin® or titanium disc, or spherical)
  5. Packing type and material

Once you have all the above, it’s possible you may need more specific information particularly if your pump is not pumping efficiently or has other issues.

For those cases, the following information will be even more helpful:

  1. RPM of Pump
  2. Fluid being pumped
  3. Temperature of fluid
  4. Suction and discharge pressure

When the end-user has this checklist ready before reaching out to the expendables manufacturer, it helps both parties relay pertinent info in a timely manner.

Especially in remote areas, it’s not uncommon to drive hundreds of miles to deliver components for a pump. If the expendables manufacturer is forced to guess about the specifics of those parts, it can waste valuable time and money. Not only is time lost with the delivery of wrong parts, but production downtime is even more costly.

The top five pieces of information listed are the minimum required to ensure the right components are ordered. If there is a specific issue or if troubleshooting is required, the second four items can make all the difference in selecting the correct part.

For instance, if an operator is having a problem with ceramic plungers pulling apart, it could be a temperature issue. Standard epoxy is rated at 180 degrees so if the fluid is running hotter than that, a high-temperature epoxy or metal plunger should be used.

A similar scenario could happen if the fluid being pumped is at a temperature higher than a valve’s standard polyurethane insert can handle. The correct valve would then be one that has an insert made for a higher temperature or forego the insert and use a metal-to-metal valve. In addition, some valves have different pressure ratings. Knowing this information upfront will reduce costly errors.

Regarding the correct RPM, it’s important to remember that the faster the pump is running, the more fluid is pumping through it. That means you may need a different style of valve to help with the deficiencies and improve the performance of the pump.

For more information, please check out the Triangle Pump Components Inc. website at https://www.triangle-pump.com. Keep in mind that the “Request for Quote” form will help identify the correct part you need, but it will not place the order for you. Contact a TPCI sales professional to help you get the right part to get the job done.

Related Articles

Related Whitepapers

Specification Tips to Maximize Heat Transfer: Plate and Frame Exchangers

Choosing the right plate and frame heat exchanger for your application Heat exchangers are widely used in various industries including chemical, oil & gas, power…

Selecting Pump Upgrades and Operating Modifications for Existing Chilled Water System

Problem Natraj Arjunan, engineer at L&T Technology Services in Chennai India, was tasked with reviewing and simulating an existing chilled water system to diagnose system…

All-New Hydraulic Design of an Electrical Automotive Coolant Pump

CFturbo presentation at ISimT-24 in Munich/Germany! The paper “All-new Pump Design of an Electric Automotive Coolant Pump” describes a joint development between TENGAM Engineering and…

How to Read a Pump Curve (and Why you Want to)

If you have ever worked with pumps before, be it in an installation, maintenance, or engineering capacity, chances are high you have seen a pump…

Comments

Leave a Reply

Your email address will not be published. Required fields are marked *