Ramasre Baliram’s Post

A busbar temperature sensor is a contact-type temperature probe specifically designed for measuring the temperature of perforated busbars. The busbar temperature sensor probe consists of two parts: a surface-mount sleeve and a threaded section. The surface-mount sleeve is waterproof, has a thin-wall design for quick response, and can closely adhere to the measured object. The threaded section is used to secure the temperature sensor probe. The entire sensor can operate in high-temperature environments for extended periods, with an accuracy of ±0.15-0.2°C at zero degrees Celsius.

Crack Width Tester Application Overview                                               The crack width tester is used to measure houses, roads Crack width in concrete buildings such as bridges. Applicable Standard: [GJ125-99 standard for house safety appraisal] Product Features: ※ Newly upgraded, with three proof shell design, waterproof, dustproof and shockproof. ※ Imported sensor chip is adopted, with high test accuracy ※ The host screen is provided with scale marks for direct reading ※ The probe is equipped with night vision function and can also be tested in dark environment ※ Built in rechargeable polymer lithium battery greatly prolongs the working time and service life

Continuing the discussion on Nozzles. Below is a look at a few design aspects that are more straightforward. Nozzle Alignment - a plomb bob or even a laser is not going to correct this issue. Changes in pressure and air velocity play into how the air exits. It is not hard to get this wrong and the effect can cancel out entire bags. Nozzle Height - The design of the nozzle impacts the shape and angle of the released air. Too narrow and instead of stopping the vacuum pressure, it increases it. This causes the the top 1/3 of the media to not get cleaned. Too wide and the wasted air hits the tubesheet. Air Entrainment - The ability of the pulse jet to bring additional air into the bag and multiply the volume has a large impact on the cleaning efficiency. As the pressurized air escapes the nozzle, an oscillating wave is formed. The attraction force within the first negative pressure region in the pressure propagation is the main force behind the entrainment effect of the pulse gas. Weak puffs and waves don't clean the media. Alignment images: https://lnkd.in/gxhS9Nnh Height images: https://lnkd.in/g22a7yjz Entrainment: https://lnkd.in/gqCFQXU9

How can we build a digital led wall wrapped a column with 360 degrees today? The flexible led module pushes this type of project to make easily. Flexible led module is soft to be bent for concave or convex, it combines to the curved steel structure to realize. #digital #digitalsignage #digitaldesign #visualdesign #creativedesign #digitalsolution

calculation of scraber with design pressure 1400 psi

🔍 When is a Thermally Broken Lintel Not a Thermally Broken Lintel? Understanding the nuances of thermally broken lintels is crucial for ensuring optimal thermal performance in building designs. 🗝️Key Points: ➢Thermal Bridging: Discrete brackets or fixings can create thermal bridges, increasing heat flow. ➢Historical Design: Traditional steel lintels created significant thermal bridges by crossing the insulated cavity. ➢Catnic’s Innovation: Our lintels feature two folded steel sections bonded to a high-strength, thermally efficient insulating core, ensuring no additional brackets or cold bridges. Psi values are no greater than 0.05 W/mK. ➢Market Comparisons: Many so-called thermally broken lintels still use brackets or fasteners, which compromise their thermal efficiency. When evaluating thermally broken lintels, ensure there are no components that could create thermal bridges. Choose true Thermally Broken Lintels for superior performance. #BuildingDesign #ThermalEfficiency #ConstructionInnovation #Catnic

Skid mounted 5bar-30bar all-in-one machine Integrated design, saving installation cost and space, beautifulappearance and compact layout; Less parts and connections, reducing the possibility of unit failure and leakage;

Recently I was discussing blowers and how some have adopted the idea that these will have short life spans and will be a constant maintenance issue. I understand what people think but there are things that can be done to improve the reliability of these machines. The one common issue I see with a lot of these are the weak design of the frames and structures they are mounted to. I have attached an example of how that issue can be improved and my thoughts on these machines. #Vibration #MotionAmplification #DesignForReliability #PrecisionMaintenance