Cesco Products, a Division of Mestek Inc.’s Post

In this Condenser article, we examine blade seals for adjustable blades. Learn how seals provide tight closures and minimize leakage. Originally published August 2022. #hvac #dampers

🎐 Many industrial HVAC units have exposed shafts, belts, and rotating parts. Can you say for certain that all of these components are guarded right now on your property? 💠 HVAC V-Belt - https://hubs.ly/Q02yjzp_0 HVAC Coupling - https://hubs.ly/Q02yjJGq0 #safety #safetyfirst #hvacsafety #HVAC #rotatingequipment #guarding #machineguarding

Blades are the most important part of any louver or damper. They help determine the unit’s purpose in your HVAC system. Learn how different blade types can serve your HVAC system on the MCDLG Newsstand. (First published September 2022) #hvac #louvers #dampers

🛠️ HVAC Maintenance 101: Inspecting & Cleaning Blower Components 🔄 Proper blower maintenance is key to HVAC efficiency. Here's a comprehensive overview and checklist to keep your system running smoothly: Turn Off Power: Safety first! Switch off the HVAC system at the thermostat and circuit breaker for a secure maintenance process. Access the Blower Compartment: Locate the blower compartment in the air handler or furnace. Remove necessary panels or covers to reach the blower components. Inspect Belt (if applicable): For belt-driven blowers, check for wear, fraying, or misalignment. Measure tension with a gauge and replace if needed. Check Motor and Blower Wheel: Inspect for wear, damage, or debris. Look for loose components affecting blower performance. Remove Debris: Gently clean the blower components from debris, dust, or dirt using a soft brush or vacuum cleaner. Inspect Bearings (if applicable): Lubricate motor bearings if required, following manufacturer recommendations. Check Alignment: Ensure proper alignment of the blower wheel with the motor shaft to prevent vibration. Inspect Wiring: Examine wiring for loose connections, damage, or signs of overheating. Tighten connections and replace damaged wires. Check Capacitor (if applicable): Inspect for bulging or leakage. Replace a faulty capacitor affecting motor performance. Verify and Adjust Blower Speed (if applicable): Match blower speed settings to manufacturer specifications for variable-speed blowers. Inspect Air Filter: Check and replace the air filter if necessary to maintain airflow and ease the strain on the blower motor. Perform a Functional Test: After maintenance, observe blower operation in response to temperature changes. Ensure efficient functionality. Document Findings: Record all inspection details, adjustments, and replacements for future reference and planning. Reassemble and Turn On: Complete the process by reassembling panels. Power on the system, monitoring for optimal and efficient operation. Regular blower maintenance is a key contributor to HVAC longevity. Share your maintenance tips and tag us for expert insights! 🌬️✨ #HVACMaintenance #BlowerCare #EnergyEfficiency #HVACTips #hvac #facilitymanagement #facilitysolutions #facilitymanager #heatingandcooling #michigan #michiganbusiness #maintenance

MANIFOLDS ACCESSORIES - FOR COOLING UNITS #HVAC #Refrigeration #AirConditioning #CoolingSystems #EnergyEfficiency #IndoorAirQuality #CommercialRefrigeration #HVACR #CoolingTechnology #HVACIndustry #SustainableCooling #Chillers #HVACService #HVACTechnician #HVACMaintenance #ACRepair #RefrigerationEngineering #ClimateControl #HVACDesign #CoolingSolutions

ℹ️ Educational Insight: Metal Cleat vs. PVC Cleat for HVAC Installations. When choosing between the CLWard Standard Metal Cleat and the PVC Cleat, your preference matters! However, if it's an outside application, we advise against using the PVC Cleat. The weather can impact its durability. #hvac #hvacinstallation #installinghvacductwork #ductwork #hvacparts

Heavy duty exterior cabinet coating on these Trane packaged units. Protect Your HVAC. Protecall.com #hvac #hvaclife #corrosionprotection #sustainability #teamwork

Title: Ensuring Peak Performance: Finned Chiller Maintenance Checklist #chiller #airconditioner #heatpumps #heatexchanger Proper maintenance is key to ensuring the efficient operation and longevity of finned chillers in industrial and commercial settings. To help users stay on top of essential tasks, here's a comprehensive maintenance checklist: 1. **Regular Inspections:** Conduct visual inspections of the chiller for signs of leaks, damage, or wear. Address any issues promptly to prevent further damage. 2. **Clean Condenser Coils:** Regularly clean the condenser coils to remove dirt, debris, and buildup. Clogged coils impede heat transfer and reduce efficiency. 3. **Inspect Air Filters:** Check and clean or replace air filters as needed to maintain proper airflow and prevent strain on the system. 4. **Monitor Refrigerant Levels:** Regularly check refrigerant levels and top up as needed to ensure optimal cooling performance. 5. **Inspect Electrical Connections:** Inspect electrical connections for tightness and signs of corrosion. Loose or damaged connections can disrupt chiller operation. 6. **Lubricate Moving Parts:** Lubricate moving parts according to manufacturer recommendations to reduce friction and extend component lifespan. 7. **Check for Proper Drainage:** Ensure proper drainage to prevent water buildup, which can lead to corrosion and mold growth. 8. **Test Controls and Safety Features:** Test controls and safety features, such as pressure switches and temperature sensors, to verify proper operation. 9. **Monitor Performance Metrics:** Keep track of key performance indicators, including temperature, pressure, and energy consumption, to detect anomalies and identify potential issues. 10. **Schedule Professional Service:** Regularly schedule professional maintenance and servicing by qualified technicians to address any complex issues and ensure optimal performance. By following this maintenance checklist, users can proactively manage their finned chillers, optimize performance, and minimize the risk of costly downtime. Consistent maintenance not only extends the lifespan of the chiller but also ensures reliable and efficient cooling for critical industrial and commercial applications.

HVAC tips to keep your A/C working like a charm in these hot months: ✅Schedule maintenance checks 💨Change Your filters 🔍Inspect your vents for blockage #TidewaterTech #HVAC #HVACtips #summer #trades #tradeschool

Preventing Hazardous Liquid Refrigerant Return in refrigeration Compressors   After 6 years of effort, I have successfully obtained patents in key global markets including Europe, the United States, Japan, and South Korea for a breakthrough new device that protects refrigeration compressors from threats of liquid return better than any existing option.   Liquid refrigerant returning to the compressor is a major reliability threat in refrigeration compressors . Up to 30% of compressor failures result from liquid slugging, oil dilution, and related issues.    Hazards of Liquid Return   The four primary hazards when excessive liquid enters the compressor are:  1. Liquid slugging - causing pressure spikes, component impacting, and potential damage  2. Oil dilution - reduced viscosity increasing wear   3. Oil carryover - temporary lack of lubrication  4. Flashing during pressure drops - temporarily removing liquid    I ask my LinkedIn connections to help commercialize this meaningful technology by sharing this overview with any of your refrigeration industry contacts that may be interested in licensing or partnering. With your support getting this compressor protection method to market, we can positively impact system reliability and address a $100Billion+ global refrigeration equipment market. Please let me know if you have any other questions! you can watch the below short video.