Bauer Built Inc.’s Post

Having any of these challenges with your car? It's an indication that your car engine is very weak and needs overhauling or replacement: 1. *Reduced Power*: The engine struggles to accelerate or climb hills. 2. *Decreased Fuel Efficiency*: The engine consumes more fuel than usual. 3. *Rough Idling*: The engine shakes or vibrates when idling. 4. *Misfiring*: The engine misfires or stalls frequently. 5. *Difficulty Starting*: The engine takes multiple attempts to start. 6. *Strange Noises*: Unusual sounds like knocking, clunking, or grinding come from the engine. 7. *Oil Leaks*: Oil spots under the car indicate engine leaks. 8. *Overheating*: The engine temperature gauge rises higher than normal. 9. *Slow Performance*: The engine takes longer than usual to reach its maximum power. If you notice any of these signs, it's essential to have your engine checked and maintained by JN EXPERT MECHANICAL ENGINEERING to prevent further damage. Call us now 0542872898/0241933816

In our latest article, we've highlighted five key considerations for evaluating mechanical cable assemblies. Check out the slides below or read the full article here: https://bit.ly/3R6vzbW #MechanicalEngineering #WireRope

Most manufacturers are entirely uninterested in rectifying common faults on their vehicles. They often require you to replace and entire mechanism (i.e. a complete intake manifold, handbrake, tailgate) to repair a simple fault. That's where we come in! We take a look at common faults and create solutions that the everyday person can fit with minimal tools and mechanical knowledge/experience.

🔧 Understanding Blowby in Engines: Why It Matters 🔧 For those in the automotive and mechanical engineering fields, "blowby" is a term you're likely familiar with. But what exactly is blowby, and why should you care? Blowby occurs when combustion gases escape past the piston rings and enter the crankcase of an engine. This can lead to several issues: 🚗 Reduced Engine Efficiency: The escaping gases can reduce the efficiency of the engine, leading to increased fuel consumption. 🛠️ Increased Wear and Tear: Contaminants from blowby can mix with engine oil, leading to increased wear on engine components. 🌱 Environmental Impact: Blowby gases contribute to emissions, impacting air quality and environmental health. Prevention and Management: Regular Maintenance: Ensure regular engine checks and maintenance to detect and address blowby early. Quality Parts: Use high-quality piston rings and maintain proper engine assembly techniques. Oil Monitoring: Regularly check and change engine oil to prevent contamination from blowby gases. #AutomotiveEngineering #EngineMaintenance #MechanicalEngineering #Efficiency #Sustainability #Blowby

In case anyone's wondering what we've been up to at Mechanical Orchard... our team put together a short video that explains our new approach to de risking legacy modernization. Companies have been trying (and failing with) the same modernization methods for decades. It's time to shake things up! https://lnkd.in/gY9z63AS

Using our truck wiring diagrams will save your technicians time. Instead of walking away from their work to look up information, they'll have all the answers. Our diagrams show you where the wire connect, making it super easy to see how everything is connected. This means you can fix things faster and move on to the next job without any delays. It's like having a cheat sheet for truck repairs! No need to take notes and then back out to find information on the related component. If this is a problem you face, message me or schedule a demo at https://lnkd.in/gXkMCX9f

From Theory to Practice: This video exemplifies the real-world applications of mechanical engineering concepts. Stay inspired, fellow engineers! https://lnkd.in/dyEA_W2u

Braking Resistor Sizing Criteria: 1-The resistance of the braking resistor must be equal to or greater than the minimum allowable resistance, Rmin, as specified in the VFD supplier’s technical specifications or user manual. 2-The resistor’s resistance must also be below a certain maximum value. While exceeding this maximum value does not risk damage, it will reduce braking power. This maximum resistance can be calculated using the following formula: Rmax = Udc^2 / VFD max power = Udc^2/ (Overload Value* VFD rated power) 3-The braking resistor's power rating must be appropriate for the connected load. Although this criterion is not related to resistance, it is crucial for ensuring proper operation. The power rating should be selected based on the load and its cycling conditions. Typically, this requires calculating the average braking power or using values provided for typical load cycles in product catalogs. For further details, please refer to the Allen-Bradley Engineering Handbook - Drive Application Engineering and the Schneider ATV user manual.

What can we help you with? Whether you’ve got an unexpected breakdown or planned maintenance routine, at Fletcher Moorland we’re available 24/7 to support you. 📨 hello@fletchermoorland.co.uk 📞 01782 411021 #MaintenanceEngineering #ElectricalEngineering #MechanicalEngineering #AssetManagement #Engineering

A finished project and happy customer is our favorite way to start the week! #getafterit #bethesoultion #mechanicalengineering #electricalengineering #facilitysolutions #teamappreciation #automotiveindustry