After selecting your pressure transducer, it is now time to select a power supply. It is important to select the proper power supply to ensure all components are functioning properly and recording accurate data.
July 18, 2016
Where are Capacitance Based Pressure Transducers Used?
Like we mentioned in our previous post, capacitance is used everywhere. Capacitance affects your day-to-day living without you even realizing it. It is difficult nowadays to find an application/industry that functions without, or is not impacted by, capacitance pressure transducers. When compared to other types of pressure sensors, capacitance pressure transducers have earned a reputation of high accuracy and long term stability, thus making it the primary choice for many of these applications:
July 14, 2016
How to Read Your Electric Bill
Has your electricity bill ever been higher than expected? Rather than blindly paying the amount, we will help you understand and breakdown the important areas of your bill.
Identifying where your money goes in your energy bill can allow you to better manage energy consumption and develop plans for cost savings.
July 11, 2016
Where are hospitals consuming the most energy?
Hospitals are one of the most energy intense buildings on the planet.
As budgets are becoming tighter, many hospitals today are moving towards energy management for cost savings. In breaking down how hospitals can save on energy costs, the first step is to understand what areas of the hospital consume the most energy. Keep in mind that energy consumption varies for each individual hospital based on certain factors such as the hospitals primary function and geographic location.
June 30, 2016
IP Rating Chart
IP Rating, commonly known as International Protection Rating or Ingress Protection Rating, is used to define levels of sealing effectiveness and degrees of protection against substances in electrical enclosures. Examples of substances include tools, dirt, moisture, dust and water. IP ratings are defined by the international standard EN 60529 (British BS EN 60529:1992, European IEC 60509:1989). The table below provides examples of IP ratings.
June 27, 2016
What is the difference between an absolute sensor and a gauge sensor and when should I use each?
When selecting an absolute, gauge or differential pressure sensor, the lines between absolute and gauge can be blurred. There are many differences between the two regarding performance and application. Therefore, it is essential to determine whether you need a gauge or absolute reference for measuring pressure. Like selecting a pressure range, it is important to select the correct pressure measurement to avoid errors in your measurement, especially when requiring a low range device.
June 23, 2016
How to Interpret an IP Rating Chart
IP Ratings are used to define levels of sealing effectiveness and degrees of protection against substances in electrical enclosures. Ratings are defined by the international standard EN 60529 (British BS EN 60529:1992, European IEC 60509:1989).
Engineering proper HVAC systems for critical environments often involves distinct areas of room pressure control and directional airflow. An anteroom between a primary room and corridor ensures a safe airflow buffer zone between the controlled pressurized space and an unclean area. The two spaces are separated by a completely walled area with a door. However, in some applications an ante area without walls or a door can achieve the same effect.
June 13, 2016
What is Sick Building Syndrome?
Buildings Can Get Sick Too…
When you are not feeling well, you usually attribute the root cause to bacteria or an infectious person. Not many people realize the root cause of an illness can be improperly regulated HVAC systems in buildings. Indoor air quality is becoming a matter of concern. In fact, Americans on average spend 90% of their time indoors; less than an hour a day is spent outside. All of this time spent indoors in a poorly controlled environment can lead to sick building syndrome (SBS).
June 09, 2016
How to Conduct a Pressure Decay Leak Detection Test
Although there are a variety of methods for leak detection, the most common is pressure decay. Other methods can be time consuming and costly, whereas pressure decay leak detection is a simple test that's sensitive to very small leaks. This method is ideal for high-volume industries that require quick accurate tests within their facility. By pressurizing the unit under test (UUT) and then removing it from the pressure source, any detection of pressure loss is a result of a leak within the UUT. Before performing a pressure decay leak detection test, make sure your system is properly setup. After the system is setup, follow the below steps to test the UUT with a differential pressure transducer.
