Pulsar Measurement’s Post

HYDRAULIC ACCUMULATOR. The hydraulic accumulator stores hydraulic energy to maintain pressure stability in the system. It releases excess energy during pressure fluctuations to ensure smooth operation. Regular maintenance is crucial to prevent gas leaks or diaphragm damage, which can impact efficiency and lead to costly repairs. Key maintenance includes checking gas pressure, inspecting for leaks, and monitoring the condition of the diaphragm or piston. Regular care helps extend the accumulator's lifespan and ensures reliable system performance. #HYDRAULIC #HYDRAULIQUE #MAINTENANCE #PREVENTIVE #ACCUMULATOR #TECHNOLOGY

Crucial component for hydraulic systems.

Why Use a Rotameter (Variable Area Flow Meter) to Measure Gas or Liquid Flow

#Condenser_Vacuum_Pump A condenser vacuum pump is a critical piece of equipment used to maintain a vacuum in a condenser, typically found in thermal power plants, petrochemical processes, and other industries where condensation of steam or vapors occurs. Here's an overview of its purpose and operation: #Purpose_of_a_Condenser_Vacuum_Pump 1. Maintain Low Pressure: It removes air and non-condensable gases from the condenser to maintain a vacuum. This improves the condensation process and enhances system efficiency. 2. Prevent Air Ingress: Helps to prevent air from leaking into the system, which can lower the condenser's performance. 3. Improve Heat Transfer: By maintaining a vacuum, the heat transfer between steam and cooling water becomes more efficient, optimizing plant performance. 4. Protect Equipment: Removing non-condensable gases prevents corrosion and scaling inside the condenser and associated equipment. #Types_of_Vacuum_Pumps_for_Condensers 1. Liquid Ring Vacuum Pump: Commonly used due to its simplicity and reliability. It uses water or other liquid to create a vacuum. 2. Steam Ejector: Uses high-pressure steam to create suction and evacuate air. 3. Rotary Vane Vacuum Pump: Employs rotating vanes for creating vacuum, suitable for smaller systems. 4. Dry Vacuum Pump: Uses mechanical compression without any working fluid, often employed in modern systems. #How_It_Works 1. Air and non-condensable gases are drawn from the condenser. 2. The pump creates a low-pressure zone, allowing steam in the condenser to condense at a lower temperature and pressure. 3. The extracted gases are either vented to the atmosphere or discharged to a designated outlet. #Key_Parameters_to_Monitor 1. Vacuum Level: Ensure it meets process requirements. 2. Sealing Fluid Flow (for liquid ring pumps): Adequate flow is crucial for operation. 3. Temperature of Discharge: High temperatures may indicate inefficiencies or issues. 4. Noise and Vibrations: Any abnormality could signal mechanical issues.

🔍 Water contamination in hydraulic oil can lead to serious issues, from reduced lubrication effectiveness and accelerated wear to catastrophic failures. Even slight water saturation can cause metal corrosion, sludge buildup, and seal degradation. 🔹 Signs of Trouble: Milky or cloudy oil indicates severe water saturation. 🔹 Key Test: Regular oil analysis, including the Karl Fischer test, can detect water content in ppm, helping you manage and prevent damage. 🔹 Solutions: Remove free water with filter elements, or use a vacuum dehydrator to dry out saturated oil. Don’t let water ruin your hydraulic system! Regular testing and timely intervention can save you from costly repairs and extend the life of your equipment. Read more: https://hubs.li/Q02JJf5Z0 #manufacturer #manufacturing #industrial #industrialmanufacturing #OEM #hydrauliccylinder #hydraulic #maintenance

The SmartValve is a secondary backflow preventer incorporating a variable spring loaded plunger that maintains backpressure. The device is installed on the demand side of the water meter where backpressure acts to stabilize irregular flow patterns equalizing pressure through the water meter. Pressure lose in the water meter allows gas to expand, and since most water meters in use, including turbine meters, single jet, multi-jet and other positive displacement meters, measure volumetric flow, pressure lose leads to inaccurate metering. Excessive flow and turbulence can also lead to inaccurate metering as the positive displacement meter doesn't account for backflow and nonlinear regimes. Backpressure applied by the SmartValve compresses entrained gas ensuring it occupies a negligible volume, much like a carbonated beverage. The novel device also normalizes any fluctuations to water pressure, flow rate and flow regimes to ensure accurate metering while preventing excessive flow rates, which can have a dramatic effect on the utility bill. We supply second and third generation SmartValves. The device is now externally adjustable allowing backpressure and flow adjustments to be made without breaking any connections. It also features either double flanged, for 3-inch or larger, or female threaded, for valves 2-inch or smaller pipe connections. This increases the internal diameter of the valve to help ensure no loss in flow capacity while increasing its visibility to facility personnel. The SmartValve provides for the following benefits: 1 - Backpressure eliminates air volume passing through the water meter. 2 - Flow rate is normalized for improved meter accuracy. 3 - Excessive pressure spikes are eliminated to prevent overconsumption. 4 - Provides for water conservation without the use of a pressure reducer or flow regulator. 5 - Maintains constant pressure eliminating pressure shock to the system.

Flow Meter Series #flowmeter #watertreatment #waterandwastewater #waterfilter #waterfiltration #waterpurification #waterpurifier #waterfilters #wastewatertreatment

🚢 Solution | Ballast Tank Level Monitoring Monitoring ballast tank levels enables accurate management of the ballast water system by utilizing instrumentations such as #electromagneticflowmeters, #leveltransmitters, and #pressuretransmitters to track inflow, level, and pressure data. Find out more solution details here: https://lnkd.in/gGdA4PJz #MICROSENSOR #Solution #MeasuringInstruments #Maritime

Is your hydraulic cylinder moving at a snail's pace? It might be time to investigate the flow of fluid in your system. Check for potential leaks, stuck relief valves, or inefficient directional valves that could be causing the issue. Remember, identifying the source of lost fluid can prevent further performance problems. Read more on how to fix these issues: #Hydraulic #HydraulicCylinder #FluidPower #HydraulicMaintenance https://lnkd.in/eTvxE-SQ

Flow Meter Series #flowmeter #watertreatment #waterandwastewater #waterfilter #waterfiltration #waterpurification #waterpurifier #waterfilters #wastewatertreatment