Commercial Blog

Gain insight from IPEG commercial experts and stay up-to-date on industry-related topics.

LEESON Electric Reduces Energy Costs





Credited with a knack for thinking outside the solutions box, LEESON Electric, one of IPEG’s featured electrical vendors, provides customers with significant energy savings by producing energy-efficient motors uniquely designed to conform to the customer’s application. LEESON stands out as one of the world’s most customer-focused motor, gear motor and drives company.

In the article, titled “Mining Motors Reduce Downtime,” LEESON Electric explains how installing high-efficiency motors can offer significant energy savings, as well as lower equipment vibration and increased reliability, making a big impact on a company’s bottom line.

LEESON’s mantra of listening to the customer’s needs and concerns, and then building for their unique application, can benefit almost every industry including but not limited to food processing, industrial, farming and commercial buildings such as hospitals and universities.

Cooling towers designed with high-efficiency motors support more effective subsystems, preventing system failures for facilities needing reliable lighting and dependable equipment function, HVAC system support, and water usage systems. To find more ways to reduce operation costs and increase energy efficiency, contact the IPEG experts.


SMC Pneumatics – A Myriad of Choices for Endless Applications

SMC Pneumatics, a jewel in IPEG’s crown of vendors, is the world’s largest manufacturer of pneumatic automation products, offering more than 8,900 products with more than 520,000 variations!

IPEG answers the need for cylinder, actuator, valve and vacuum solutions, with a variety of SMC products, including actuators, fittings, tubing, vacuums, valves and more!

Directional Control Valves

SMC directional control valves feature high-flow capacities, compact design, low-power consumption, high-speed response, long life and a clean, aesthetic design. The solenoid valves are used exclusively in the semi-conductor, automotive, packaging, medical, specialty machine and machine tool industries. SMC also offers a variety of valve manifold options, including:

  • One-touch fittings
  • Prewired electric connections
  • Serial interface for simple installation, maintenance and control

SMC Directional Control Valve types include:

  • Three types of solenoid valves
  • ISO valves
  • Mechanical / hand valves
  • Air operated valves

Fluid Process Valves

The standard design and dimensions of SMC’s fluid process valves make them perfect for simple replacements. The unique construction of the direct-operated, two-port solenoid valves feature improves durability and doubles their service life.

The unique solenoid and air-operated fluid process valves are suitable for a variety of applications and industries, such as:

  • General purpose air and water
  • Oil and high temperature oil
  • Steam and heated water
  • Chemical and pure water
  • Coolant
  • Dust collection

No matter the need, no matter the industry, the countless options offered with SMC’s Pneumatic valves guarantee a perfect fit. SMC Pneumatic valves can be altered to meet your specific application.

To learn more about SMC Pneumatic valves, along with other products and capabilities, contact the IPEG team today.


IPEG Positioned as One of John Crane’s Elite Authorized Service Centers in U.S.


IPEG has a long history with John Crane as an authorized distributor. Now, with the closing of John Crane’s St. Louis service center site, IPEG has acquired the right as one of the few authorized service centers for mechanical seal manufacturers in the country.

As of January 2016, working with John Crane, a complete seal repair room was constructed in-house at IPEG’s St. Louis location on Hazelwood Avenue. Now, rather than collecting and transporting seals to the John Crane location for repair, the whole process is handled completely in-house at IPEG.

Our new repair center boasts specialized equipment from John Crane, along with the hiring of one of John Crane’s former seal technicians.

The new designation as an authorized repair center, as well as an authorized John Crane distributor, allows a more comprehensive service for our seal customers. IPEG’s expert repair team is prepared to handle a variety of seal repairs, including:

  • 20” component seals
  • 20” cartridge seals
  • Seal polishing
  • Face lapping
  • Seal fixture testing

As an authorized John Crane repair facility, customers in Missouri, Illinois and Kentucky can now expect a quicker, more efficient turnaround of their mechanical seal repairs. Repairing seals locally provides customers the opportunity to personally come in for the inspection, more effectively identifying the issues of the initial problem or failure. Now that seals can be repaired in the pump, a more comprehensive pump repair is also possible.

Comprehensive Repair Services
Service doesn’t stop with the sale. Known for our extensive and comprehensive industrial repair services, we pride ourselves on taking care of our customers, even after the sale. As one of the top pump repair companies in the region, it is our highest priority to help customers maintain their industrial products, parts and equipment.

Our expert service technicians are trained to handle a variety of repairs, including:

  • Centrifugal pump repair
  • Positive displacement pump repair
  • Blower repairs
  • Hydraulic pump repair
  • Industrial equipment maintenance
  • And much, much more

To learn more about our new seal repair capabilities, contact a member of IPEG’s expert service team today.


Viking Pumps

Viking unit repair after

Viking Pumps, IPEG’s featured vendor, is the global leader in positive displacement pumping solutions. With more than 100 years in the industry, Viking Pumps are experts in industrial pump applications and products. Offering superior quality products, customer solutions and support and endless customization options, Viking Pumps are found across all seven continents and in more than 200 countries across the globe.

Each Viking pump is uniquely designed for the task at hand, from simple solutions to the most advanced and demanding needs. Vertically integrated and able to create from concept to final product. Viking Pump is the one source for pumps, accessories, parts, service and support.

Viking Pumps Specialize in:

The Workhorse of Countless Manufacturing Processes

The internal gear pumping principle was invented by Jens Nielsen, one of the founders of Viking Pump. It uses two rotating gears which un-mesh at the suction side of the pump to create a vacuum which pulls fluid into the pump. The spaces between the gear teeth transport the fluid on either side of a crescent to the discharge side, and then the gears re-mesh to discharge the fluid.

The Ultimate Solution for High Pressure Pumping

The external gear pumping principle uses two rotating gears which unmesh at the suction side of the pump to create a vacuum which pulls fluid into the pump. The spaces between the gear teeth transport the fluid along the outer perimeter of the housing to the discharge side, and then the gears re-mesh at the center to discharge the fluid. The gears are supported by bearings on both sides, which allows high discharge pressure capabilities.

Compact and Powerful Pumping Technology

Vane pumps are used for liquid transfer applications from chemicals to liquefied gases. Vanes extend from slots in the rotor, sweeping liquid through a cam-shaped cavity. The vanes provide very low slip and high volumetric efficiency.

For more information on Viking Pumps or their products, contact an IPEG expert today.



By Ben Azerolo

The Reduction of Lead in Drinking Water Act, or “low lead law,” went into effect January 4, 2014. The law reduces the permissible levels of lead in the wetted surface of pipes, pipe fittings, plumbing fittings and fixtures to a weighted average of not more than 0.25%. Products that meet this standard are referred to as “Lead Free.”


  • The new standards do not apply to pipes, pipe fittings, plumbing fittings or fixtures that are exclusively for non-potable services, or uses where water is not anticipated to be used for human consumption.
  • The law also excludes toilets, bidets, urinals, fill valves, flushometer valves, tub fillers, shower valves, service saddles or water distribution main gate valves that are 2” or larger.


  • If the product has a current certification of NSF/ANSI 61 Annex G or NSF 372, then it meets the requirements of the federal law.
  • NSF/ANSI 61 Annex G has provisions that overlap NSF/ANSI 372. Annex G is expected to be replaced by the provisions of NSF/ANSI 372.
  • Emblems: (may be different than shown below)

NSF/ASI 61-G & 372

Pumps and Pumping Systems
Grundfos has met or exceeded the new Reduction of Lead in Drinking Water Act consistently and strives to stay ahead of the curve on all federal regulations. As of January 1, 2014, all of Grundfos Commercial pumps and pumping systems meet the NSF 61/G or NSF 372 standards. Please contact your IPEG account manager to help you select the proper pump for your application.

Premature Seal Failure in Your Heating Hot Water Pump?

By Dave Ruckman

How is the heating hot water (HHW) pump working in your building? Do the seals seem to wear out far too quickly? Does it always look black when you open it, as though it is burnt on the inside? I have seen these symptoms on a number of occasions—usually in older buildings. What typically happens is that the same parts are put back into the pump, and six months later the seal is leaking again. Our objective at IPEG is to always increase the mean time between failures of your pump, particularly if we are aware there is an ongoing problem. We will look at options, materials of construction, type of pump and other possible factors.

The first thing to do is assess the problem before it is possible to find a solution. If there is premature seal failure, there are always several questions to answer:

  1. Is there excessive vibration when the pump runs?
  2. What is the temperature of the water being pumped?
  3. Is there adequate water supply to the inlet of the pump?
  4. Is the pump running on the curve?
  5. If the pump is black internally: Why is the pump black internally?

Pump Vibration

Excessive vibration in a pump will cause premature failure in the seals. You don’t have to have expensive test equipment to assess excessive vibration in the pump. If you can feel a lot of vibration when you place a hand on the running pump, it most likely has excessive vibration. It can be caused by a bad pump bearing, motor bearing, a worn coupling, an unbalanced impeller, closed inlet or discharge valve, pipe strain, poor installation or many other things. The cause of the excessive vibration must be corrected in order to increase the seal life.
Temperature of Pumped Water
If the pumped water temperature exceeds the limits of the elastomer used in the seal of the pump, this may have caused the leak in your seals. For most HHW applications, this will not be a problem as the high temperature range is normally within range of a standard Buna mechanical seal. It may be good to eliminate the elastomer temperature limit as a problem if the pumped water temperature is above 270 F.

Water Supply to the Pump Inlet

It is always a good idea to have a working pressure gauge on the suction and discharge of a pump to help evaluate problems. The suction pressure required by the pump (NPSHr) is unique to each pump model and can be determined on the performance curve of most pumps. The pump will cavitate and will perform poorly if the available pump inlet pressure (NPSHa) runs lower than the NPSHr on the performance curve. Cavitation can cause many different problems in a pump. Early seal failure is one of the results.

Running on the Curve

HHW pumps, like all pumps, are often oversized for the application. If the pump is oversized, it may be running below the minimum continuous duty point of the pump. Dead head is included in this category. Pump performance below this point can be very unstable and create vibration, cavitation, high bearing loads, high temperatures due to inadequate circulation and seal failure. This point can often be found on the performance curve, or you may have to consult the pump manufacturer.

It also creates instability in the pump if it is undersized and running on the far right side of the performance curve near runout. Artificial head pressure can be created with a valve on the discharge side of the pump to get the pump running in a more stable place on the performance curve. It would then have to be determined if there is still adequate flow for the application.

Pump is Black Internally

I have seen this many times. The problem each time was caused by a high concentration of iron in the pumped water. I was able to come to this conclusion by scraping the black off of the seal and inside of the casing, and I then held a magnet to the scrapings. If the magnet picks up the scrapings it is a pretty good indication that there are iron fines in the water being pumped.

The iron fines can be removed from the pumped water by using a filter, magnetic strainer basket or other similar means. If controlling the iron fines is not an option, it is possible to put a hardened seal in the pump. Most HHW pumps are originally specified with a standard Buna or EPDM mechanical seal with carbon graphite and ceramic seal faces. Typically the carbon graphite seal face has been completely worn down to the metal seal holder by the iron fines. With most pumps there is usually an option to get hardened seal faces. Tungsten carbide with carbon graphite faces are commonly offered, but I have not found them to be effective. The carbon face still wears down. Silicon carbide seal faces have worked very well. I have been very successful finding silicon carbide seal faces in the aftermarket. They are often at a lower cost than the standard seal from the OEM.

Another way to attack the premature seal failure due to iron fines in the water is to replace the pump with a Grundfos wet-rotor design circulating pump, which does not need a mechanical seal. The only seal required on the wet-rotor pump is a case O-ring.

If you have continuing problems with mechanical seals in your HHW, or any other pump, please contact your IPEG representative for an evaluation of your current pump or for help finding a replacement pump.