Need to test the linearity of the GE LM2500 gas turbine vibration monitoring and protection system as part of routine safety checks? Check out our in-depth video and learn how to promote saftey by calibrating the Meggitt 6240M and Bently Nevada 86517 instrumentation using a Portable Vibration Calibrator. https://ow.ly/MSTE50Tkhoh #PromoteSafety #EnsureUptime #VibrationMonitoring
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Understanding Industrial Safety and Efficiency: Instrumentation Key Concepts and Configurations In the industrial sector, safety and efficiency depend on understanding protection systems, configurations, and industry-specific standards. Steam Turbine Interlocks and Associated Protection Systems https://lnkd.in/gbpdWN5z Exploring Explosion-Proof: Safety in Hazardous Environment https://lnkd.in/gUKTNp45 Why Normally Closed Contact is used for Emergency or Stop Push Button https://lnkd.in/gbWvmdpy Ingress Protection IP and NEMA Ratings: Selecting the Right Enclosure for Your Application https://lnkd.in/gHgzuzc4 Understanding 2 out of 2 SOV: Working & Configuration https://lnkd.in/g5GeuaP4 #IngressProtection #IPRatings #NEMARatings #IndustrialEnclosures #SafetyStandards #Automation #Engineering #SOV #SolenoidValves #Instrumentation #ValveConfiguration #ProcessControl #AutomationEngineering #SafetySystems #SteamTurbine #Interlocks #ProtectionSystems #IndustrialSafety #TurbineControl #Engineering #ProcessSafety #ExplosionProof #HazardousEnvironment #SafetyStandards #IndustrialSafety #ExplosionProtection #Engineering #Automation #NormallyClosed #EmergencyStop #PushButton #SafetySystems #ControlSystems #IndustrialSafety #AutomationEngineering
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Understanding Industrial Safety and Efficiency: Instrumentation Key Concepts and Configurations In the industrial sector, safety and efficiency depend on understanding protection systems, configurations, and industry-specific standards. Steam Turbine Interlocks and Associated Protection Systems https://lnkd.in/guqe3i-r Exploring Explosion-Proof: Safety in Hazardous Environment https://lnkd.in/gWZg6wq7 Why Normally Closed Contact is used for Emergency or Stop Push Button https://lnkd.in/gSYMXiST Ingress Protection IP and NEMA Ratings: Selecting the Right Enclosure for Your Application https://lnkd.in/gzDETdMp Understanding 2 out of 2 SOV: Working & Configuration https://lnkd.in/gfnj3icp #IngressProtection #IPRatings #NEMARatings #IndustrialEnclosures #SafetyStandards #Automation #Engineering #SOV #SolenoidValves #Instrumentation #ValveConfiguration #ProcessControl #AutomationEngineering #SafetySystems #SteamTurbine #Interlocks #ProtectionSystems #IndustrialSafety #TurbineControl #Engineering #ProcessSafety #ExplosionProof #HazardousEnvironment #SafetyStandards #IndustrialSafety #ExplosionProtection #Engineering #Automation #NormallyClosed #EmergencyStop #PushButton #SafetySystems #ControlSystems #IndustrialSafety #AutomationEngineering
Steam Turbine Interlocks and Associated Protection Systems
https://automationforum.co
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📷 This week for #MAMonday, the video shows how RDI Technologies Inc.'s Iris MX™ camera helped the Motion Amplification® team to detect the root cause of failing temperature probes on a large Gas Compressor. 💬 Stuart Walker "We have had some great applications in the Oil & Gas Industries. MA technology works really well on piping and instrumentation vibration problems helping get down to the root cause and rectification of the problem. ♨️ Nice example here of some failing temp probes on a large Gas compressor. Vibration was the suspected cause so MA was used to visualize the problem in a poor access area. Now with the vibration (Pulsation frequency from compressor 5XRPM) occurring 250 times a second (250Hz) we used our high speed IRIS MX™ camera to capture this motion to visualize in full HD. We could see straight away why the probes were failing due to the out of phase motion with the main discharge pipe. As the vibration was very directional on the pipe we suspected a resonance problem. 📈 A quick bump test confirmed the pipe had a natural frequency of 242Hz very close to the compressor pulsation frequency of 250Hz. Plan is to change the natural frequency of the pipe at least 20% away from the pulsation frequency and re-assess levels. We will probably do some temp stiffening and visualize with the camera on how the piping and probes react before fitting a final solution." 🔗 Learn more about the Iris MX™ camera online at: https://lnkd.in/decTw7b, or email the MA team: info@motionamplification.co.uk. #motionamplification #vibrationanalysis #reliabilityengineering #oilandgas #resonance
⚠️ Directional vibration indicates a possible resonance problem
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The Iris MX™ camera helps reveal a suspected resonance problem 👇
📷 This week for #MAMonday, the video shows how RDI Technologies Inc.'s Iris MX™ camera helped the Motion Amplification® team to detect the root cause of failing temperature probes on a large Gas Compressor. 💬 Stuart Walker "We have had some great applications in the Oil & Gas Industries. MA technology works really well on piping and instrumentation vibration problems helping get down to the root cause and rectification of the problem. ♨️ Nice example here of some failing temp probes on a large Gas compressor. Vibration was the suspected cause so MA was used to visualize the problem in a poor access area. Now with the vibration (Pulsation frequency from compressor 5XRPM) occurring 250 times a second (250Hz) we used our high speed IRIS MX™ camera to capture this motion to visualize in full HD. We could see straight away why the probes were failing due to the out of phase motion with the main discharge pipe. As the vibration was very directional on the pipe we suspected a resonance problem. 📈 A quick bump test confirmed the pipe had a natural frequency of 242Hz very close to the compressor pulsation frequency of 250Hz. Plan is to change the natural frequency of the pipe at least 20% away from the pulsation frequency and re-assess levels. We will probably do some temp stiffening and visualize with the camera on how the piping and probes react before fitting a final solution." 🔗 Learn more about the Iris MX™ camera online at: https://lnkd.in/decTw7b, or email the MA team: info@motionamplification.co.uk. #motionamplification #vibrationanalysis #reliabilityengineering #oilandgas #resonance
⚠️ Directional vibration indicates a possible resonance problem
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📈 Following on from the posts last week about High-speed MA cameras, here's a nice example of the Iris MX™ in action helping to rectify piping and instrumentation vibration issues with a large gas compressor. 💬 Stuart Walker "We have had some great applications for the Motion Amplification® Technology in the Oil & Gas Industries. The MA technology works really well on piping and instrumentation vibration problems helping get down to the root cause and rectification of the problem. 👀 Nice example here of some failing temp probes on a large Gas compressor. Vibration was the suspected cause so MA was used to visualize the problem in a poor access area. Now with the vibration (Pulsation frequency from compressor 5XRPM) occurring 250 times a second (250Hz) we used our high speed IRIS MX™ camera to capture this motion to visualize in full HD. We could see straight away why the probes were failing due to the out of phase motion with the main discharge pipe. As the vibration was very directional on the pipe we suspected a resonance problem. 📉 A quick bump test confirmed the pipe had a natural frequency of 242Hz very close to the compressor pulsation frequency of 250Hz. Plan is to change the natural frequency of the pipe at least 20% away from the pulsation frequency and re-assess levels. We will probably do some temp stiffening and visualize with the camera on how the piping and probes react before fitting a final solution." 🔗 See the comments below for a list of helpful resources. 📧 MA Team: info@motionamplification.co.uk #MAMonday #MotionAmplification #OilandGas #Innovation #HighSpeedCamera #RootCauseAnalysis
⚠️ Failing Temp Probes on a Large Gas Compressor
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The One Series Safety Transmitter's large digital display, 100% programmable high-capacity safety relay (switch set point & deadband) and 4-20 mA analog output with field scaling capability make it one of the best tools to have in your plant. Typical applications that utilize the One Series include controlling rotating equipment – pumps, compressors, turbines, seal pot monitoring, filter monitoring, BOP and wellhead control, and cryogenic monitoring for LNG storage and transport. https://lnkd.in/ektQq9jn #engineering #transmitter #instrumentation #manufacturing #UnitedElectricControls
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Understanding Industrial Safety and Efficiency: Instrumentation Key Concepts and Configurations In the industrial sector, safety and efficiency depend on understanding protection systems, configurations, and industry-specific standards. Steam Turbine Interlocks and Associated Protection Systems https://lnkd.in/gbpdWN5z Exploring Explosion-Proof: Safety in Hazardous Environment https://lnkd.in/gUKTNp45 Why Normally Closed Contact is used for Emergency or Stop Push Button https://lnkd.in/gbWvmdpy Ingress Protection IP and NEMA Ratings: Selecting the Right Enclosure for Your Application https://lnkd.in/gHgzuzc4 Understanding 2 out of 2 SOV: Working & Configuration https://lnkd.in/g5GeuaP4 #IngressProtection #IPRatings #NEMARatings #IndustrialEnclosures #SafetyStandards #Automation #Engineering #SOV #SolenoidValves #Instrumentation #ValveConfiguration #ProcessControl #AutomationEngineering #SafetySystems #SteamTurbine #Interlocks #ProtectionSystems #IndustrialSafety #TurbineControl #Engineering #ProcessSafety #ExplosionProof #HazardousEnvironment #SafetyStandards #IndustrialSafety #ExplosionProtection #Engineering #Automation #NormallyClosed #EmergencyStop #PushButton #SafetySystems #ControlSystems #IndustrialSafety #AutomationEngineering
Steam Turbine Interlocks and Associated Protection Systems
https://automationforum.co
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ESP Safety Subsea Particle Detector "ECHO-UW" The Echo-UW detects liquid (water) and solid particles in gas flow and solid (sand) particles in oil pipeline. Employing ultrasonic technology the Echo-UW detects acoustic noise generated by sand and other particles when they collide into the walls of pipeline and notify operator if their concentration reaches above acceptable level. The output signals from Echo-UW sand detector are transmitted directly to a control system for online data monitoring. Being the next generation of smart instruments the Echo-UW uses advanced digital signal processing algorithms to provide reliable, high-resolution data to operator. The Echo-UW non-intrusive device can be easily tied into any existing system or implemented into new pipeline installation. #ESPSafety #ESPAssetIntegrity #Subsea #Sandmonitoring #Sanddetector #Sandmanagement #System #OilandGas #Oil #Pipelineintegrity #Ultrosonic #Acoustic #sensor #AssetIntegrity
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The arsenal in our inventory is our ability to make a precise solution for combustion needs such of example is this High Pressure Gas Train. Withstand inlet capacity of 5 kg/cm2 giving the output of 220 - 480 mbar with variable flow output of 300 - 2000 m3/hr. Inbuilt orifice type of flow meter for accurate readings and live flow measurement. Pressure Transmitter for pressure readings in your PLC or PID. Mechanical safety such as Shutoff Valve and Relief Valve and electrical safety such as minimum and maximum pressure switches and line SOV. #combustion #gas #naturalgas #gastrain #gasregulation #flowcontrol #riello #geca
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Main differences between digital and mechanical Flow Meters #flowmeter #watersolutions #instrumentation #water ATOM FLOW SYSTEMS #saver_water_save_the_planet
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