If you work in a chemical manufacturing facility, water treatment center or oil/gas refinery, you likely use pump systems to transfer products between different stations. Suction and discharge installations can be particularly problematic environments for the instruments used to monitor the pressure in these systems. If your instruments get damaged, the entire process can break down, so protecting them is a priority. Ashcroft has been a major contributor to water/wastewater pressure and temperature instrumentation for decades, so we understand the challenges of keeping instruments protected in harsh environments. Read this article for our recommendations for keeping your pressure gauges, switches, and sensors working properly, regardless of where they are positioned during pump system installations. Once you have finished reading, you will be equipped to determine the most suitable approach for your needs. Additionally, you will have access to relevant articles and guides to help keep your systems running smoothly.

Ashcroft has written other articles on selecting the best pressure gauges or pressure transducers for ammonia applications (see links at the bottom of this piece). However, we noticed we were still getting questions from people about the ammonia element itself. So, for the industry novice, this article will take a step back to address those specific questions. Ashcroft pressure and temperature instruments are used in virtually every type of industrial application, including ammonia, so it is our job to know how they will perform in every situation. Here we will review a couple of ammonia applications, and what to look for when selecting the best pressure gauge for your specific needs. At the end of the article, you will find additional resources that may interest you.

Before you install a piping system for a new plant construction project or an existing plant expansion, it is important to conduct a hydrostatic test on the piping system. This test pressurizes the piping system and may expose instruments such as pressure indicators, switches and transmitters to pressures that exceed their capacity. At Ashcroft – a leading authority in pressure and temperature instrumentation – we are often asked by customers what they can do to prevent their instruments from getting damaged in over-pressure applications. Read this article to learn about 5 common strategies that we recommend to keep your instruments protected during the testing process. When you are done reading, you will be able to decide which approach is best for your specific needs. You will also be given additional resources that address other common questions we receive about keeping systems running safely and efficiently.

If you work in any industry where you need pressure instrument assemblies mounted on diaphragm seals, fluctuations in ambient temperature can affect the accuracy of your pressure instrumentation, especially in low-pressure systems. To help minimize temperature fluctuations and improve the accuracy of your instrument readings, we recommend keeping the fill fluid volume as low as possible using a low-volume tee fitting in your diaphragm seal assembly. As an industry leader in pressure and temperature instrumentation since 1852, Ashcroft developed a series of Understanding the Basics articles that cover common process industry topics and terms. If you are new to manufacturing or process applications or just want a refresher, this is a great place to start. Read this article to learn the basics of low-volume t-fittings, including what they are, how they work and the benefits of using them as part of your assembly for these types of applications.

Whether you are measuring low-pressure airflow in a critical environment, high-pressure mobile hydraulics in OEM applications, or even ultra-high purity gases in semiconductor manufacturing, you are likely relying on a pressure transducer to keep your system running safely and efficiently. In each of these instances, the challenge is selecting the best transducer for the specific application, especially when there are so many options available to you. Ashcroft and its parent company Nagano Keiki Co. LTD have a proven track record of reliability and excellence in pressure measurement instrumentation. All the sensing technologies discussed in this article have been designed and manufactured by Ashcroft along with Nagano Keiki, allowing us to control the performance, cost and lead time of our pressure sensors. Read this article to learn what sets Ashcroft pressure transducers apart from the competition and why our company is the best choice for customers in many industries around the globe. You will also gain access to other valuable insights and resources to enhance your understanding of these instruments and their functionality. When you are done reading this article, you will be in a better position to take the next step in your purchasing decision.

Finding a new job takes time, energy and planning. Beyond thinking about the type of work you want and your career goals, it is equally important to consider the type of company you want to work for. Before you apply for any opportunity, it's good practice to do a little research on the employer that is advertising the position. One thing to look for is whether the company has a people-first culture. For instance, Ashcroft, a global leader in pressure and temperature measurement instrumentation, was recently recognized as a national 2024 Manufacturing Top Workplaces award winner. This honor is given to companies voted as an employer of choice by its employees. Ashcroft was the only Connecticut-based company to receive this national recognition. Last year, the company won a regional Top 2023 Top Workplace in Western Connecticut. Read this article to learn more about the Top Workplaces program, developed by Energage LLC, what makes Ashcroft an employer of choice and the qualities to look for in your next employer.