DONAN’s Post

The Professional Engineers at Component Testing Laboratories (CTL) have identified 3 components particularly susceptible to #freeze failures: water filters, #plumbing pipes, and valves. Learn how their insights could impact your water loss claim resolutions: https://bit.ly/4fMhsTm

Thermal inspection certification done Lot to learn when using this high tech equipment

Since the publication of ISA-71.04-1985 (updated in 2013), a wealth of #corrosion / reactivity monitoring research has been performed relative to #industrial, #missioncritical, and other #electronic equipment reliability applications. Typical #emissions from natural or industrial processes have a direct impact on electronic reliability. These gases oxidize the copper and silver components of the #electronics damaging the #hardware and stalling operations. Identifying these gases qualitatively and quantitatively is critical. As per ANSI/ISA-71.04-2013 guidelines, the best way to go about it is to perform reactivity monitoring to be in compliance with the standard as compared to conventional gas monitoring. At Ripple Effect we help our customers assess their critical areas for such gases as per ISA 71.04-2013 guidelines with the help of Purafil, Inc. Corrosion Classification Coupons (CCC). These coupons are exposed in the area for 30 days and sent to Purafil, Inc.'s state-of-the-art laboratory for analysis and reporting. CCC report helps us determine the appropriate air filtration solution to eliminate these corrosive gases and provide G1 levels of air severity in the area of concern. If you want to understand the nature of emissions affecting your mission-critical electronics, write to us at info@rippleffectz.in Ripple Effect for Clean Air Solution #corrosionmonitoring #corrosionprevention #purafil #rippleffectz

Learn how pressure gauges and switches can get damaged in the harsh conditions found in pumping systems and different strategies you can use to protect your instrumentation. https://hubs.li/Q02K4Pmn0

A temperature controller in a furnace system consistently reads a lower temperature than the actual furnace temperature. During an inspection, an engineer notices this discrepancy. Which of the following is the most likely cause? A) A damaged thermocouple B) An open thermocouple circuit C) Incorrect placement of the thermocouple D) A faulty temperature controller input circuit   Refer the below link for troubleshooting procedure of temperature controller. https://lnkd.in/gif7YGt2

A temperature controller in a furnace system consistently reads a lower temperature than the actual furnace temperature. During an inspection, an engineer notices this discrepancy. Which of the following is the most likely cause? A) A damaged thermocouple B) An open thermocouple circuit C) Incorrect placement of the thermocouple D) A faulty temperature controller input circuit   Refer the below link for troubleshooting procedure of temperature controller. https://lnkd.in/gFYwafht

A temperature controller in a furnace system consistently reads a lower temperature than the actual furnace temperature. During an inspection, an engineer notices this discrepancy. Which of the following is the most likely cause? A) A damaged thermocouple B) An open thermocouple circuit C) Incorrect placement of the thermocouple D) A faulty temperature controller input circuit   Refer the below link for troubleshooting procedure of temperature controller. https://lnkd.in/gFYwafht

A temperature controller in a furnace system consistently reads a lower temperature than the actual furnace temperature. During an inspection, an engineer notices this discrepancy. Which of the following is the most likely cause? A) A damaged thermocouple B) An open thermocouple circuit C) Incorrect placement of the thermocouple D) A faulty temperature controller input circuit   Refer the below link for troubleshooting procedure of temperature controller. https://lnkd.in/gzRNxJrq

In this lab, I had to understand flow rate and pressure. When I was controlling it some of the methods I had to keep in mind were, control valves, which control how much water is passing through the system. variable frequency drive, which controls the speed of the water, and a flow meter to monitor and ensure that the flow is within the desired range.

A temperature controller in a furnace system consistently reads a lower temperature than the actual furnace temperature. During an inspection, an engineer notices this discrepancy. Which of the following is the most likely cause? A) A damaged thermocouple B) An open thermocouple circuit C) Incorrect placement of the thermocouple D) A faulty temperature controller input circuit   Refer the below link for troubleshooting procedure of temperature controller. https://lnkd.in/gif7YGt2