So I'm the HR support for several different functions within Viking Pump. Right now I support our foundry, our team in Windsor, Canada, and our finance team which sits at a couple of different locations. I did not have the foundry when I first started and I have the foundry now so that was a huge change in responsibilities since we have a union in the foundry and I actually had no experience working in a union environment when I started here. It actually was one of the reasons that I was interested in this job when I took it though.

Welcome!  In this video we will guide you through the disassembly and reassembly of Viking Pump’s 893, 895, and 897 Series™ mag drive internal gear pumps.

This video applies to these pump models: GG893, HJ893, HL893, AS893, AK893, AL893, GG895, HJ895, HL895, AS895, AK895, AL895, GG897, HJ897, HL897, AS897, AK897, AL897

[NARRATOR] The Viking Pump ROOTS program is proud to partner with the Iowa Heartland Habitat for Humanity to provide affordable housing and home ownership programs to our local communities. [DUSTY] Habitat for Humanity is an international organization that has helped over 70 million people find affordable housing throughout the globe. Our local affiliate here - Iowa Heartland Habitat for Humanity - serves four counties. We're a Christian-centered organization so our mission is to put God's love into action by bringing people together to build homes, communities, and hopes.

Packing is one of the most common and simplest seals for positive displacement pumps. Packing consists of braided or formed rings that are compressed inside the stuffing box of a pump. As the packing gland is tightened, the packing is compressed against the shaft and the inside of the stuffing box bore - creating a seal. When the pump is operating, process liquid cools and lubricates the packing. The pump must leak or "weep" slightly to ensure proper lubrication. Packing is one of the oldest forms of shaft sealing. Original packing was made of materials such as leather or rope.

In Nebraska, soybean oil is just one edible oil that's produced. Soybean oil is used not only for cooking but also in the manufacture of personal care products and as a feedstock in the manufacture of biodiesel. And just down the road, you’ll find pumps for corn oil, sunflower oil, even walnut oil. And expanding that search globally you’ll find Viking pumps for palm oil, olive oil, peanut oil, rapeseed oil, grapeseed oil, and dozens of others. Next is Arizona. Seal coat is an asphalt emulsion used in the repair of paved surfaces.

[INTERVIEWER] In kind of your own words, how would you describe your role as HR manager after being here for 5 years? [KRISTIE] That's a great question because every day is a little bit different... So I'm the HR support for several different functions within Viking Pump. [LUKE] I worked in Viking Pump's PE lab for 13 years now I'm part of the applications team. [MICHAEL] So I did an internship here. Once I graduated, transitioned into a production planning and scheduling type of role and then recently transitioned to production manager for about 2 years now over the assembly team.

Let's start in Connecticut. Fuel oil is one of Viking Pump’s oldest applications and can be found in EVERY US state, so why highlight Connecticut? First Connecticut, like much of the US Northeast, utilizes fuel oil to heat their homes. In fact, nearly half of all Connecticut households are heated by fuel oil. As a result, much of the fuel oil reserve is stored in Connecticut as well. Viking Pump fuel oil pumps can be found at every step of the supply process.

The machine shop is Viking Pump’s largest facility. Since its opening in 1960, the shop has undergone multiple expansions and has now grown to 320 thousand square feet. Today this facility houses many departments including machining, tooling, assembly, paint, shipping, quality, procurement and planning. In the machine shop, parts are machined from castings and bar stock. Dimensions, especially those inside the pump cavity, must be precise to ensure the pumps operate efficiently and are capable of high pressures and self-priming.

Located on Viking Road in the Cedar Falls Industrial Park, the 78,000 square foot facility is used to produce gray iron, carbon steel, 316 stainless steel, and 770 non-galling stainless steel. 
In a foundry, parts are cast by pouring molten metal into a hollow mold. To create a mold, core and mold technicians pull patterns for the various cast parts. Each pattern is a template for one side of one or more parts. Sand is compressed against the plate and when the plate is removed the shape of the part remains and half of a mold is created.