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

Armstrong Fluid Technology Test Lab Facility Approved through Hydraulic Institute’s Pump Test Lab Approval Program

Armstrong Fluid Technology
Armstrong Fluid Technology Test Lab Facility Approved through Hydraulic Institute’s Pump Test Lab Approval Program

Armstrong Fluid Technology Test Lab Facility Approved through Hydraulic Institute’s Pump Test Lab Approval Program

The Hydraulic Institute introduces member company, Armstrong Fluid Technology, as the latest company to have their pump test laboratory approved through the HI Pump Test Lab Approval Program. The approved pump test lab is located at 23 Bertrand Ave Toronto, Ontario, Canada M1L 2P3.

The HI program assists pump OEMs and other pump test laboratories improve their current laboratory procedures and policies by working with an experienced third-party auditor to develop and maintain accurate, uniform and repeatable pump testing protocols. The program also helps participating organizations adhere to the requirements of the international test laboratory accreditation standard (ISO 17025) concerning test measurement equipment.

As the DOE requires increased efficiencies for commercial and industrial pumps, a manufacturer’s ability to demonstrate accurate pump performance will be an important part of compliance. Performing these tests in a lab that not only applies the industry standard (HI 40.7) but also stands up to an independent third party audit will build confidence in the market that the stated efficiencies will be achieved.

The pump test lab approval program is HI’s latest program designed to support the DOE’s energy saving initiatives.

For more information or to participate in the program please visit www.pumps.org/40.7 or contact the HI Program Manager at PTLAP@pumps.org.

Related Articles

Related Whitepapers

Pump Maintenance Mistakes Checklist

A pump is an expensive piece of any water system. Maybe not the most expensive, but certainly not the least. However, only a small fraction…

Selecting the Right Bearings to Improve Vertical Turbine Pump Reliability

Selecting the Right Bearings to Improve Vertical Turbine Pump Reliability Vertical Turbine Pumps (VTPs) are available in a variety of configurations and are used for…

Torque Measurement Precision: Why the Overload vs. Overrange Distinction Matters for Quality Control

Why properly understanding and differentiating between overload and overrange helps to maintain the accuracy and longevity of the torque meter. Two easily overlooked, yet extremely…

Implementing Predictive and Prescriptive Digital Maintenance Technologies for Rotating Equipment

Business and operations systems are becoming increasingly integrated in the digital era. With accessible data and information, enhancing the business value of plants that utilize…