Rogers Machinery Company, Inc.’s Post

Get back to the BASICS! Let’s review the fundamentals of gas #pressure, explore different #pressuremeasurement methods, and learn how to choose the correct pressure sensor to meet specific application requirements. https://ow.ly/1aA150QrTmc #semiconductor #vacuumtechnology

Another TestSmart Equipment by ETS Solutions climatic test chamber with liquid nitrogen cooling has just recently completed system check out and is now ready to ship. It is equipped with a custom liquid nitrogen interface and can achieve the temperature range of -170 degrees to +150 degrees, the normal temperature range is -70 degrees to +150 degrees, and the liquid nitrogen cooling part is -170 degrees to -70 degrees. The chamber can be cooled to -170 degrees using three modes: 1. Use air cooling alone to -70 degrees and then start the liquid nitrogen function to cool to -170 degrees. 2. It can be cooled directly from a certain temperature using liquid nitrogen to -170 degrees. 3. You can also use liquid nitrogen and air cooling mixed mode to cool to -170 degrees. Customers can choose the desired cooling mode in terms of energy consumption and cooling rate. Please contact Smithson & Associates for all your environmental chamber and dynamic test equipment needs. 952-239-2283 or 952-944-6121 #temperaturechamber #humiditychamber #environmentalchamber #shakeandbake #automotiveengineering #batterytesting #aerospacetesting #aerospaceengineering #batteryengineering #ETS #bettertest #thermalshockchamber #thermalshock #LN2

Another TestSmart Equipment by ETS Solutions climatic test chamber with liquid nitrogen cooling has just recently completed system check out and is now ready to ship. It is equipped with a custom liquid nitrogen interface and can achieve the temperature range of -170 degrees to +150 degrees, the normal temperature range is -70 degrees to +150 degrees, and the liquid nitrogen cooling part is -170 degrees to -70 degrees. The chamber can be cooled to -170 degrees using three modes: 1. Use air cooling alone to -70 degrees and then start the liquid nitrogen function to cool to -170 degrees. 2. It can be cooled directly from a certain temperature using liquid nitrogen to -170 degrees. 3. You can also use liquid nitrogen and air cooling mixed mode to cool to -170 degrees. Customers can choose the desired cooling mode in terms of energy consumption and cooling rate. Please contact Smithson & Associates for all your environmental chamber and dynamic test equipment needs. 952-239-2283 or 952-944-6121 #temperaturechamber #humiditychamber #environmentalchamber #shakeandbake #automotiveengineering #batterytesting #aerospacetesting #aerospaceengineering #batteryengineering #ETS #bettertest #thermalshockchamber #thermalshock #LN2

Another TestSmart Equipment by ETS Solutions climatic test chamber with liquid nitrogen cooling has just recently completed system check out and is now ready to ship. It is equipped with a custom liquid nitrogen interface and can achieve the temperature range of -170 degrees to +150 degrees, the normal temperature range is -70 degrees to +150 degrees, and the liquid nitrogen cooling part is -170 degrees to -70 degrees. The chamber can be cooled to -170 degrees using three modes: 1. Use air cooling alone to -70 degrees and then start the liquid nitrogen function to cool to -170 degrees. 2. It can be cooled directly from a certain temperature using liquid nitrogen to -170 degrees. 3. You can also use liquid nitrogen and air cooling mixed mode to cool to -170 degrees. Customers can choose the desired cooling mode in terms of energy consumption and cooling rate. Please contact Smithson & Associates for all your environmental chamber and dynamic test equipment needs. 952-239-2283 or 952-944-6121 #temperaturechamber #humiditychamber #environmentalchamber #shakeandbake #automotiveengineering #batterytesting #aerospacetesting #aerospaceengineering #batteryengineering #ETS #bettertest #thermalshockchamber #thermalshock #LN2

One of the requirements for accurate modeling and quantification of compressed air is accommodating for the differences between ‘Standard’ and ‘Actual’ values for flow (another common compressed air term is ‘Free Air Delivered (FAD)’).  Air compressors are volumetric machines that produce a steady flow volume of air regardless of the inlet temperature, pressure, water vapor content (RH), or density of the air being compressed.  Below we derive the expressions and illustrate with two examples the issues. At #SMARTCAir we are completely focused on the accurate application of first principles to produce timely and independent compressed air analysis. Talk to us about a free introductory assessment. #CompressedAir #CompressedAirSystems #EnergyEfficiency #EnergyManagement

How Does Draft Pressure Drive Efficiency in Power Plants? Draft pressure measurement is vital for optimizing combustion in power plant boilers by regulating airflow and ensuring efficient operation. It involves monitoring the difference between furnace or flue gas pressure and atmospheric pressure to control forced and induced drafts. Forced drafts push air into the furnace for oxygen supply, while induced drafts pull flue gases out, maintaining continuous flow. Measuring draft pressure at key points like the furnace and flue gas stack allows for precise control of airflow, preventing safety issues and minimizing energy loss. Proper draft management enhances efficiency, reduces fuel consumption, and lowers emissions. #sustainability

This large drum-like structure behind the cylinder head is the exhaust gas manifold. It plays a crucial role in the main engine of a ship, collecting exhaust gases from each individual cylinder and channeling them into a single outlet. This consolidation ensures a smoother and more efficient flow of gases, contributing to the engine's overall performance and longevity. The exhaust gas manifold helps maintain a balanced flow of exhaust gases from all cylinders, ensuring they reach the outlet simultaneously. This balance is important for maintaining the performance and longevity of the engine. Additionally, the manifold is designed to manage the extreme heat generated during the combustion process, protecting nearby components and reducing the risk of damage. Another important function of the exhaust gas manifold is noise reduction. By directing and channeling the exhaust gases efficiently, the manifold helps dampen the noise produced during the combustion process, contributing to a quieter and more comfortable onboard environment.

🌬️ Tired of Smoke Issues with Your Wood Burning Stove? Discover the Exodraft Particulate Filter! 🌬️🔥 Have you encountered smoke problems with your wood-burning stove? Introducing the Exodraft ESP particulate filter – your solution to a cleaner, healthier burn! 🌟 Purify Your Flue Emissions 🌟 Designed to combat hazardous and ultrafine particles, the Exodraft ESP particulate filter significantly reduces particle emissions by up to 95%. Not only does it filter out fine and ultrafine particles, but it also slashes the total particle mass by 70%-75%. 🔌 How it Works 🔌 Installed at the top of the chimney system where temperatures are lowest, this electrostatic particle filter employs a high-voltage electrode to charge particles in the flue gas, causing them to be attracted and collected inside the filter. Plus, it boasts a convenient self-cleaning feature for hassle-free maintenance. 🛒 Get Yours Today! 🛒 Contact your local Exodraft Technology Centre JRF to purchase your Exodraft ESP particulate filter. #CleanAir #WoodBurningStove #Exodraft #ParticulateFilter #JRFChimneys #ChimneySpecialists #ExodraftTechnologyCentre

Oxygen-deficient atmospheres are those that contain less than 19.5% oxygen. Breathing this air can cause workers to lose judgment, coordination, and consciousness and in extreme cases, it can cause suffocation and death. Oxygen depletion can occur in a variety of ways in confined spaces, but most often, it involves displacement. In spaces such as holes and pits, gases that are heavier than air gravitate to the bottom and push the oxygen above. Having the correct gas detection equipment that is constantly monitoring the atmosphere is essential. http://ow.ly/IIrl50FXEuX #gasdetection #confinedspaces

While the drive to conserve energy and control costs isn’t new, more and more companies are looking to rotary screw air compressors to help cut energy use and cost and reduce their carbon footprint. Of course, compressed air is not the most energy-efficient power source, but it is indispensable, especially when it is unsafe to introduce electricity. Air-powered tools run cooler and are much lighter (helping with worker fatigue), for example. They don’t generate sparks or fires. You can use them in environments where conductive materials and flammable liquids are present. And heat, dust and debris make a typical industrial plant a hostile environment for electric tools. Learn more about the energy-efficiency advantages of rotary screw air compressors in our featured blog! LEARN MORE: https://ow.ly/Zc0q50S7hEj #KaishanUSA #compressedair #blog #compressors #screwcompressors #rotaryscrewcompressors #energyefficiency