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Morehouse Instrument Company recently welcomed Calibration Engineer Tim Wetzel to the team. He is preparing to calibrate a scale using the Morehouse Universal Scale Calibrator. These USC machines are made to be plumb, level, square, rigid, and have low torsion. This matters because if a machine was not engineered with these things in mind, there could be large measurement errors from side loads or off-center loading, bending from lack of rigidity, and you would notice measurements that are not as reproducible as they should be. Your control charts should show these errors rather quickly. Anything calibrated on equipment not manufactured to be plumb, level, square, and rigid will likely contain high errors and may not be fit for use. Our team works tirelessly to ensure that each calibration service we provide meets the highest standards of quality and accuracy. Our technicians and engineers ensure that every piece of equipment is thoroughly checked and maintained, from verifying clear work instructions to ensuring all equipment is in top-notch condition. We go the extra mile by using specialized adapters to simulate real-world usage during calibration, ensuring that our services are accurate and relevant to your needs. #Morehouse #MeasurementsMatter #PrecisionGuaranteed #ActionShotFriday #ScaleCalibrator #Calibration #Force

What are the Ways that Maximize the Success of Instrument Calibration? To maintain efficient and dependable operations, manufacturing processes necessitate the use of hundreds of extremely precise instruments. These gadgets require routine inspection, maintenance, and calibration to keep them operating flawlessly and by specifications. Typically, these instruments are sent to a calibration lab or a calibration engineer is brought inside the facility if the timing, flow, temperature, or pressure has to be calibrated. Automation and control engineers, who has taken certified instrument calibration training can help assure proper instrument calibration in six ways that will help you maintain your plant operating as much as feasible. For reading this post, touch this below link: https://lnkd.in/dkCr3Hva #calibration #instrumentscalibration #calibrationlab #calibrationlaboratory #calibrationlabinIndia 

#Troubleshooting secret! ✅As a Line/maintenance technician, I frequently employed the trial-and-error method to troubleshoot and resolve complex machinery issues. One example involved a malfunctioning production machine that was intermittently shutting down, causing delays. After an initial inspection, I couldn't identify an obvious fault, as all diagnostic tools showed normal parameters. ✅Using the trial-and-error approach, I systematically tested different components one by one, including electrical circuits, sensors, and mechanical parts. I began by isolating each section of the machine, testing for irregularities. By ruling out possible causes, I eventually discovered that a faulty sensor was intermittently miscommunicating with the control system. Replacing this sensor resolved the issue entirely. ✅This method not only allowed me to find the root cause of the problem but also helped improve my problem-solving skills by learning the intricacies of the system and its various components. #maintenance #Automation #Electrical #instrumentation

* Calibration of Control Valves Calibration of control valves is a process of accurately setting the valve’s opening and closing points to achieve the desired flow rate. This is done through adjusting the actuator position, trim, and other valve parameters according to the manufacturer's specifications. **The #calibration process should be completed in accordance with the manufacturer's instructions. It also helps in maximizing the efficiency of the control system and ensures optimal performance of the valve. * To begin the calibration process, a #technician should first measure the flow rate of the valve at various actuator positions. * Then the technician should adjust the actuator position and the trim to achieve the desired #flow rate. *Finally, the technician should check the valve’s performance at the end of the calibration process. Remember, By performing periodic calibration, #control valve performance can be maintained at optimal levels and accuracy can be improved. ** See below 👇💥👇 the procedures of how to calibrate the control valve. #instrumentation #automation #plc #pneumatic #electronic #systems #process #instruments #controlvalves #industrialautomation #engineering #instrumentationandcontrol #sensors #processcontrol #industrialprocess #processautomation #measurements #controlsystems #calibration #processinstrumentation

🪛🔧⚙️How to Select the right Master Instrument for Calibration 🕶️Are you looking for guidance in selecting the right master instrument for calibration? 📡Knowing how to select the right #master instrument for calibration is crucial for ensuring accurate measurements. Here is a 6-step guide to help you get the job done. ✅ Assess your requirements: Start by understanding your needs and the environment in which you will be using the master instrument to calibrate. ✅ Gather information: Do a thorough research on the types of master instruments available in the market and their features. ✅ Understand the accuracy and resolution: Ensure that the instrument meets the accuracy and resolution requirements of your application. ✅ Consider the cost: Evaluate the cost of the instrument in relation to its performance. ✅ Check the #safety features: Check if the instrument meets the safety requirements of your application. ✅ Contact the manufacturer: Contact the #manufacturer for any questions and/or concerns you may have related to the instrument. 🔀👍⚛️ Following these steps will help you select the right master instrument for calibration and ensure accurate measurements. #instrumentation #automation #plc #pneumatic #electronic #systems #process #instruments #engineering #industrialautomation #sensors #instrumentationandcontrol #processcontrol #industrialprocess #processautomation #measurements #controlsystems #calibration #processinstrumentation

Megohm Testing Demystified: Your Guide to Electrical Safety 📚⚡" Hey there, LinkedIn champions of safety! 👷♂️📖 Today, we're unraveling the mystery of Megohm Testing, a cornerstone of electrical safety. Whether you're an electrical engineer, a technician, or just someone who values safety, this post is your guide to understanding and mastering Megohm testing. Let's demystify this essential tool! 🛡️🔍 Understanding Megohm Testing Megohm testing measures the resistance of insulation to high-voltage direct current (DC) to assess its quality and effectiveness. It helps identify potential issues before they become safety hazards. The Benefits of Megohm Testing Safety Assurance: By detecting insulation weaknesses, Megohm testing prevents electrical accidents and ensures safe operation. Predictive Maintenance: Regular testing can identify issues early, allowing for proactive maintenance and preventing costly breakdowns. Quality Control: Manufacturers use Megohm testing to verify the quality of their products, from cables to electrical equipment. Regulatory Compliance: Meeting industry standards for insulation resistance is essential in many sectors, from healthcare to aerospace. In my upcoming posts, we'll explore advanced testing methods, best practices, and the role of Megohm testing in various industries. Like, share, and follow for more insights into the world of electrical safety and expertise! 📚🔍🛠️ #MegohmTesting #ElectricalSafety #DemystifySafety #wire #cable #wireharness #cableassembly #wiresolutions #cableloop #pcb #pcba

BASIC INSTRUMENTATION MEASURING DEVICES AND BASIC PID CONTROL #instrumentation #automation #plc #pid #pneumatic #electronic #systems #process #instruments #industrialautomation #engineering #instrumentationandcontrol #sensors #processcontrol #devices #industrialprocess #processautomation #measurements #controlsystems #calibration #processinstrumentation

MY MACHINES ARE SPEAKING, DO I UNDERSTAND THEIR LANGUAGE? It is important to know when your machines are speaking to you as a technician or an operator. Before your machines eventually break down, they have been speaking in different languages but your inability to understand them makes their communication ineffective. Aside from undergoing your structured maintenance plan, it's a good practice to adopt the following: 🔺As an Operator or Technician, it's good to train your visual and sensory organs tuned with the machines operation. Know the sound of your machines when operating under normal conditions. Know when you have the perception of a worrisome smell. It's your machine, you should understand it better. 🔺What do you do with your readings? It's advisable to do analysis of your data at regular intervals. The measurements provided by your metering devices is telling you something. Your machines are communicating through them. The electrical and mechanical measurements are telling you about the status of your machine. It's a good practice to be conversant with the acceptable range, and know when your equipment are deviating from them. Operators and technicians, Decode. 🔺The operation of your protection systems are actually communicating something. Tripping of breakers, fault relays, and other SSDs are not for fun. Don't just go ahead and reset all the time, without understanding why they operated. Don't just assume it's transient everytime. Don't say the system is obsolete and that's why you're getting the tripping. Verify the language and ensure you're responding in line with your machine. Imminent/potential failures actually lead to functional failures. No equipment breaks down without prior signal(s), but inability to decode them was the major issue that worsen the condition. I'm open to learn more from various expertise as contributions and corrections are highly welcomed. #reliabilityengineering #maintenanceengineering #troubleshooting #diagnostics #analysis

New Post: Precision Instrument and Equipment Repairers, All Other - https://lnkd.in/e_BWGvsB of the Occupation:Precision Instrument and Equipment Repairers, All Other, are highly skilled technicians who specialize in the repair, maintenance, and calibration of a wide range of precision instruments and equipment used in various industries. They play a crucial role in ensuring that these instruments perform accurately and reliably, contributing to the quality and precision…

KEEPING THINGS GOING PREVENTATIVE MAINTENANCE, INSTRUMENT REPAIR AND TROUBLESHOOTING #instrumentation #automation #systems #process #instruments #engineering #industrialautomation #sensors #instrumentationandcontrol #controller #processcontrol #industrialprocess #controllers #processautomation #measurements #controlsystems #calibration #processinstrumentation #industrialengineering #controlvalves #industrialcontrolsystems