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Go cable-free even in hazardous zones. Operatives can simply move this around the area to light their work, improving efficiency, reducing risk. Got a tank maintenance job? Easy! #SAEquip #EX | #rechargeable | #floodlight #led | #lighting | #hazardousarea | #oilandgasindustry #shutdown | #maintenance | #confinedspace | #contractor #shipbuilding | #offshore | #renewable | #refinery | #fpso

Do you know the different cooling methods for motors? 1. Natural cooling: This is the simplest cooling method, the motor shell is designed with heat sinks or fins to dissipate heat by natural convection. It is suitable for low power and light load applications and does not require additional cooling equipment. 2. Forced air cooling: A fan is set on the motor casing to force air cooling through the fan. This method is suitable for medium power and load application, can effectively improve the cooling efficiency. 3. Liquid cooling: Liquid cooling is done by setting cooling water or cooling oil inside or outside the motor. Liquid cooling is suitable for high power and heavy load applications, and can provide higher cooling efficiency and thermal stability. 4. Oil cooling: Oil cooling is usually used in some high load and high speed applications, where it can cool both the motor part of the motor reducer and the gear part of the reducer. 5. Combined cooling: Some motors use a combination of cooling methods, such as natural cooling combined with air cooling, or air cooling combined with liquid cooling, to fully utilize the advantages of different cooling methods. Selection of the appropriate cooling method depends on the actual application requirements, including power, speed, load, ambient temperature and other factors. When applying the motor, the cooling method should be selected and used in strict accordance with the specifications and guidelines provided by the manufacturer to ensure proper operation and lifespan of the motor. 👉 Choose Germana For Your Business Success. 🌐 www.germanatj.com 📧 info@germanatj.com #motors #germanamotors #aluminummotors #metricmotors #castironmotor #electricmotors #dcmotors #acmotors #IECmotors #moremotors #HQmotors #highvoltagemotors #motorsolutions #powertransmission #rotatingequipment #manufacturing #materialhandling #machinery #industrial #ordertoday #serveduty #bestservice #customerfirst  #highquality #professional #gearmotors #gearboxes #Pump #pumpsolutions #pumpsystems

#Weenhance the heating 🌡️ NRC: 📌Stub-shaft with rigid coupling 📌Higher hydraulic efficiencies 📌Durable and robust 📌Maintenance and vibration free Learn more on ebitteurope.com #EbittFluidTechnologies #hvac #heating #pumps #engineering

#Weenhance the heating 🌡️ NRC: 📌Stub-shaft with rigid coupling 📌Higher hydraulic efficiencies 📌Durable and robust 📌Maintenance and vibration free Learn more on ebitteurope.com #EbittFluidTechnologies #hvac #heating #pumps #engineering

https://lnkd.in/dDC7ytSq What is a Vane Pump? Vane pumps are a type of rotary positive displacement pump. A set of paddle-like vanes, mounted radially on a cylindrical rotor, create a number of compartments in which fluid can be trapped and transported through the system. The vanes maintain a close seal against the wall of the pumping chamber preventing fluid from leaking back across the pump. Vane pumps are particularly useful for pumping thin liquids at high pressures. The pumps give low pulsation, accurate flows and have hardened components to resist wear and extend pump life. How does a vane pump work? During a rotation cycle, the volume between adjacent vanes changes because of the rotor’s eccentric mounting position. This creates the pumping action. There are two main types of vane pumps: sliding vane and flexible vaneIn a sliding vane pump, the vanes are fitted into radial slots in a cylindrical rotor. When the pump is stationary, the vanes rest in their slots. However, when the shaft rotates at sufficient speed (about 700 rpm) the vanes travel outwards under centrifugal force, maintaining close contact with a perforated cam ring around the casing wall. The vanes may also be spring-loaded to ensure contact even when the pump is stopped. Any wear occurring at the edge of the vanes is compensated by further extension. In a flexible vane pump, the rotor, or impeller, is made from a flexible material, shaped with several supple lobes that maintain contact with the perforated cam ring and pump casing. The rotor is offset and slightly larger than the pump casing so the vanes are compressed at the ‘short’ side of the cycle and expand again at the opposite side as they conform to the internal shape of the pumping chamber. This action creates separate compartments between the vanes, expanding at the pump inlet to create suction and compressed at the outlet causing discharge. Some wear on the rotor’s lobes can be tolerated since it is larger than the pump casing. Vane pump casings can be balanced, unbalanced or variable. The pumps shown in Figure 1 are unbalanced designs since the rotor is offset: the centre of the drive shaft and the centre of the pump casing are not aligned. Pressure differences between the inlet and outlet can cause vibrations and increased wear on the drive shaft bearings. In a balanced design, the centre of the pump casing and the rotor coincide (see Figure 2). To achieve this, and still create the same functionality, the pumping cavity is elliptical rather than circular. Pairs of inlets and outlets on opposite sides of the pump also cancel out any pressure imbalances. In a variable design, the dimensions of the pumping chamber can be varied. This feature allows the discharge rate of the pump to be adjusted.

EXPLORING THE BENEFITS OF MAGNETIC BEARINGS IN HVAC PUMP TECHNOLOGY | A magnetic bearing is a type of bearing that supports a load using magnetic levitation. Magnetic bearings support moving parts without physical contact. For instance, they are able to levitate a rotating shaft and permit relative motion with very low friction and no mechanical wear. Magnetic bearings support the highest speeds of any kind of bearing and have no maximum relative speed. The advantages of using magnetic bearings in HVAC pump technology include: 💧 Reduced Water Consumption 🚫 Reduced Noise and Vibration 🚀 Increased System Capacity 🌍 Environmental Benefits 💨 Improved Performance 🔧 Reduced Maintenance 🔒 Increased Reliability 🕹️ Improved Control 💡 Energy Efficiency 🚦 Faster Start-up Magnetic bearings can provide significant benefits in HVAC pump technology. They are special because they do not have rolling elements. Instead, they use magnetic force to levitate and support the shaft without making contact. For this reason, they can be rotated very smoothly without any resistance from rolling friction. #hvac #hvacdesign #buildingperformance #hvacsystems #IndoorAirQuality #FacilityManagement #energy #HVACcontrols #hvacmaintenance #EfficientComfort #HVACExpertise #commercialhvac #airconditioning #energysolutions #energyefficiency #heatingandcooling #BuildingOperations #HVACequipment #bearings #pumps

#Weenhance the heating with NRC: 📌Stub-shaft with rigid coupling 📌Higher hydraulic efficiencies 📌Durable and robust 📌Maintenance and vibration free Learn more on ebitteurope.com #EbittFluidTechnologies #hvac #heating #pumps #engineering

Weighing instrument sets power saving mode to extend battery working time #weighingindicator #indicator #palletjackscale #battery #weighing #led #floorscale

Keep your truck stocked with the 50M56X843 Ignition Module for those urgent repair situations and avoid costly "on-call" fees. This White-Rogers ignition module is a trusted industry standard, compatible with a wide variety of furnace models, ensuring you have the right part when you need it most. 🔧 Why it's a Must-Have: Ideal for Truck Stock: Always be prepared for emergencies without worrying about service delays. White-Rogers Quality: A well-known brand with a reputation for reliability in HVAC. Broad Compatibility: Works with many furnace models, offering versatility for a range of repairs. Save on On-Call Fees: Get the job done quickly and efficiently, eliminating the need for emergency service charges. Ensure you’re always ready for whatever comes your way with the 50M56X843 Ignition Module – a trusted, high-quality solution for HVAC professionals. White-Rodgers by Copeland #HVAC #TruckStock #EmergencyRepairs #IgnitionModule #FurnaceRepair #MasterCA #WhiteRogers

🛢️ 𝗘𝗠𝗚𝘀 𝗛𝗔/𝗛𝗥 𝗛𝘆𝗱𝗿𝗮𝘂𝗹𝗶𝗰 𝗨𝗻𝗶𝘁𝘀 𝗳𝗼𝗿 𝗦𝘁𝗿𝗶𝗽 𝗚𝘂𝗶𝗱𝗶𝗻𝗴 𝗦𝗼𝗹𝘂𝘁𝗶𝗼𝗻𝘀 #hydrauliccontroller #stripguiding #servovalves #actuators The hydraulic control unit HR and the hydraulic power unit HA reliably generate hydraulic energy for any power range. A hydraulic control unit HR means a hydraulic power unit HA with a proportional valve that controls the volume flow of the fluid. For strip guiding systems, hydraulic power units with a rating of between 0.55 and 18.5 kW are normally used. 𝗞𝗲𝘆 𝗳𝗮𝗰𝘁𝗼𝗿𝘀: ✅ hydraulic energy for any power range ✅ high level of reliability in all areas of application ✅ power units can be tailor-made for coilers that require extreme capacities ✅ monitoring device (level, temperature, pressure) integrated ✅ protection of the components from contaminations in the hydraulic oil is guaranteed via special filters ✅ customer specific design and optimization 📰 𝗗𝗼𝘄𝗻𝗹𝗼𝗮𝗱 𝘁𝗵𝗲 𝗮𝗰𝘁𝘂𝗮𝘁𝗼𝗿 𝗯𝗿𝗼𝗰𝗵𝘂𝗿𝗲: https://ow.ly/c6OY50T9Lzf