#fin fan heat exchangers

[whatstruthgottodowithit]

The Girl He Left Behind [Epilogue]

Fandom: American Actor, RPF, Elvis Presley, Elvis Movie 2022

Pairing: Elvis Presley x Original Female Character

Characters: Elvis Presley, Addison Goodwin, Gladys Presley, Vernon Presley, Minnie May ‘Dodger’ Presley, Red West, Sonny West, Gene Smith, Billy Smith, Original Female Characters, Colonel Tom Parker, Billy Smith, Marci Cunningham, Steve Cunningham, Jerry Schilling, Mary Jenkins, Alan Fortas, Marty Lacker, Original Male Characters, Mona Goodwin, Joe Goodwin

Word Count: 2952 // Rating: Mature

Summary: When Elvis returns home to Graceland from the Army he’s followed by the headlines ‘The Girl He Left Behind’ but what the media don’t know is that Priscilla wasn’t the first. No, that title belongs to someone Elvis will never forget.

Tags/ Warnings: Angst, Fluff, Graceland, Poverty, Friends to Lovers, 1950s Elvis, Bad Parenting, Surprise Surprise the Colonel Is a Colossal Prick, Parental Loss, Grief, Fun Fairs, Kissing, Vaginal Sex, Oral Sex, Movie Nights, Arguing, Tension, Denial of Feelings, Age Gap Romance, Underage, Addison is 17 Elvis is 22, Guilt, Betrayal, Extortion, Blackmail, Jealous, Army Elvis, American Draft, US Army, Lying, Time Shift with Elvis moving to Memphis, Flashbacks, Caught

Notes: Fin! 

Thank you all so much for reading! I have absolutely LOVED writing this series even if it did end on a sad note. Not to worry though I’ve already started thinking about writing the follow on series so keep your eyes peeled! Xx

LINK TO ALL PARTS // AO3 LINK // PINTEREST LINK

@girlblogger2002 @sania562 @caitlin1996 @literally-just-elvis-fics @notstefaniepresley @artlesson8892 @18lkpeters​

‘Damn Memphis heat,’ the Colonel mumbled exasperatedly as he blotted his brow with his hanky once more. Tom Diskin looked at him apologetically even though he had no control over the weather, it wasn’t even his fault they were driving with the windows rolled up that had been the Colonel’s choice, a way of avoiding the fans crowded by the gates. There were always fans gathered there and most of the time the Colonel did engage with them out of courtesy but today was not the day for niceties.   ‘It sure is busy,’ Tom said as he navigated the car through the poorly parked vans and cars that littered the driveway. ‘Just drop me out front and find somewhere to park it,’ the Colonel said gesturing for Tom to pull up at the base of the steps which he did obediently. As the Colonel opened the door a rush of warm air hit him once more making those beads of sweat he had batted away not moments before return in an instant. He climbed out, taking a minute to mop his brow once more before he started to head inside. Before he could however a voice shouted his name, ‘hey Parker when is he coming out?’   The Colonel’s gaze travelled to the group of men standing just to the side of the steps, various pieces of equipment strewn around their small group from where they had gotten tired of waiting. At their friend’s words they all stopped to look at him.   ‘Yeah, we’ve been here hours,’ another man said, flicking his cigarette onto the lawn angrily which was followed by a murmur of angry agreements. The Colonel straightened up, offering them his most understanding look. ‘Soon gentleman,’ he said and before they could ask any further questions he carried on walking towards the house. A flurry of whispers broke out behind him, his name interspersed in the conversation frequently, though he didn’t let it phase him. After all, he had just as many questions as they did. That was why he was here.     He could still hear them as he reached the front door but once he stepped inside and shut it behind him they were gone. In fact, every noise was gone for a moment so much so he thought he was alone for a second but as he turned around he realised there were people inside, yet everything was still. People were sitting in the living room talking quietly amongst themselves though they looked up as he entered, both parties exchanging that uneasy sympathetic smile that everyone did when no one knew the appropriate greeting. Mary was bustling quietly in and out of the kitchen, laying out food for whoever wanted it though from the looks of things most of it remained untouched. And then sitting there on the stairs in front of him was Vernon.   He was slumped against the banister as if he needed that support to keep him upright. His face was ruddy and tear-stained, his shirt damp from where they had rolled off his chin and landed on his chest. He didn’t move when the Colonel entered. He didn’t even say hello. All in all, he looked like a broken man. And the Colonel could tell why. As he walked into the house he could hear it, heart-wrenching guttural sobs and wails coming from down the hall – Gladys and Vernon’s bedroom.   ‘Vernon,’ the Colonel said softly hobbling towards the man with his cane. Vernon looked up at him, not a flicker of energy to be seen on his face. Nevertheless, the Colonel pressed on, ‘Vernon, there are some fine folks from the press out front.’ ‘Are there?’ Vernon said indifferently. ‘Yes, and I was thinking...a few words…pictures…then they will leave us alone,’ the Colonel said trying to sound as sympathetic as possible, but Vernon didn’t do anything but shake his head gesturing to where Elvis’ inconsolable sobs were coming from down the hall. ‘He won’t,’ he said shakily, ‘I can't get him to do anything. No one can. He won't sleep. He won't eat. I keep asking myself what would she do?’ ‘Yes, he trusted her like nobody else and now she’s gone what does he have?’ the Colonel murmured. Vernon looked up at him exasperatedly as if he was missing something. ‘I don’t mean Lovie,’ he said as if it was obvious. The Colonel’s eyes narrowed for a moment before the meaning of what the other man was saying set in. ‘Vernon,’ the Colonel said shaking his head. ‘You have to admit it Colonel. She’d know what to do. He could do with her-’ ‘We agreed,’ the Colonel said angrily, ‘you agreed-’ ‘I know what we agreed but my wife wasn’t dead then!’ Vernon snapped loud enough a couple of heads turned away. He sighed and closed his eyes for a moment before he looked back at the Colonel pleadingly.   ‘I know what I said…but that was months ago. Everything’s different now,’ Vernon said holding in the sob that was inside him from fear it would reignite another round of crying he simply didn’t have the energy for, ‘I’m just asking you to try Colonel. Just try.’ ‘And if I can’t get hold of her?’ the Colonel asked stiffly. ‘Then you better hope he’ll listen to you,’ Vernon said flatly standing up. The two men looked at each other for a moment before the Colonel nodded ever so slightly signalling he had conceded. As Vernon walked into the living room and sat himself down next to his mother the Colonel sighed and started to head up the stairs towards Elvis’ private office. If he was going to do this, he was going to do it out of the way of any prying ears.   He had almost been home free. Elvis had adjusted to army life relatively well and the tabloids had eaten it up much to the Colonel’s delight. Not to mention that by the time the Colonel’s ‘no contact’ ban had lifted Elvis had been so preoccupied with his mother he’d barely had time to think about anything else. He had asked questions of course as the Colonel had anticipated but he’d been so malleable with worry the Colonel had been able to navigate through them with more ease than was he expected.   Now he was going to ruin it all. He supposed he didn’t have to but he couldn’t be sure Vernon wouldn’t come poking around after him. If the situation was going to be dealt with he was going to be the one to deal with. Besides he doubted she’d even still be there even if he had picked a school that let her board until the end of the year.   He sat down at the desk and reached into his pocket for his address book flicking through it to find the number he needed to call. He found it scribbled on a page at the back and though there was no information listed with it should anyone have cause to look through his book he knew that was the number. With a sigh, he picked up the phone and dialled. It rang for a while which didn’t surprise him, the offices were sure to be deserted given the time of year something that made him smile. Oh well, he could always say he tried and got nowhere but just as he was going to hang up the line clicked on a sweet southern voice answering.   ‘St Bernadette’s Boarding School for Girls, Mary-Ann speaking how can I help?’ the girl on the other of the phone said. ‘Uh, hello,’ the Colonel said gruffly as if he was annoyed that she had the audacity she had to answer the phone, ‘I was wondering if you could help me. I’m trying to get a hold of one of your students.’ ‘Well sir most of our students will have returned home for the summer by now I don’t know how feasible that will be,’ Mary-Ann replied. ‘It’s important,’ he said. ‘Oh, well I can have a look at our records. Some of them do remain on campus but I won't promise anything,’ she said, ‘could I have a name?’ ‘Addison Goodwin,’ he said. ‘Just bear with me for two seconds,’ she said. He muttered an agreement but he could hear she was already away from the phone. He could hear her flicking through pages of a book as she sat back down at her desk. After a moment he heard her pick it up and place it back to her ear.   ‘I’m sorry, I’m afraid I don’t have an Addison Goodwin listed here. Are you sure she was one of our students?’ she asked. ‘Well I've been paying her tuition since Christmas so I would hope so,’ the Colonel said snidely. ‘Oh,’ she said uncomfortably, ‘well just give me a second I’m sure there’s some explanation here.’   The Colonel sighed again and glanced at his watch. He didn’t have time for this. He had things to be doing, his mind drifting to reporters gathered outside waiting for any scrap of news though he supposed if he couldn’t get Elvis to go outside it didn’t matter much anyway. After a moment or so he heard her utter a soft, ‘oh.’ ‘What is it?’ he asked leaning forward at her tone. ‘It appears she was here,’ she said. ‘Yes, I know that silly girl but that’s not what I’m asking. I need to know where she is now,’ he snapped. ‘That’s the thing,’ Mary-Ann said nervously, ‘see she hasn’t been here since before our Easter term.’ ‘Do you know where she went?’ the Colonel asked hoping she wouldn’t have an answer. That had been what he had been hoping for all along, that she had taken off just like her mother. ‘It says here she was transferred,’ she said making nerves bubble inside him. ‘Transferred where?’ he asked. ‘I don’t think it’s my place to say,’ she said tentatively. ‘Is it your place to explain why your school has been cashing cheques for students that are no longer attending,’ the Colonel said angrily. ‘It’s not like that, she’s been transferred to our sister…school. I think it’s best I just patch you through they should be able to explain everything better than I can. Just don’t hang up the line,’ she said hurriedly and before the Colonel could protest he heard her click off, a series of buttons being pressed as she transferred the call. He should’ve just hung up. After all, he had tried to get hold of her, was it his fault if she was no longer there? But he was too curious to leave it be, so he held on.   ‘Hello,’ another voice said. She sounded older than the last girl, more matronly. ‘Hello who am I speaking to?’ he asked. ‘Sister Teresa. Can I help?’ she said. ‘I hope so. I’ve just been patched through here from St Bernadette’s I’m trying to locate one of their students. She informed me she’d been sent to your school instead,’ he said. ‘That’s not possible Sir,’ Sister Teresa said. ‘That’s what the girl told me,’ he said feeling irritation bubble inside him. ‘Well I don’t know what she’s told you but we’re not a school,’ she said sternly. ‘Then what have I been paying tuition for?’ he snapped. ‘Sir, if you have an issue with St Bernadette’s I suggest you call them back and take it up with them but this is not a school,’ she said. ‘Then what is it?’ he said. ‘This is a mother and baby home,’ she said, ‘hello? Sir?’   After one more call for him to answer she gave up, the dial tone ringing out as she hung up on him. The Colonel was silent. He had questions, millions of them, but they couldn’t make it past his lips his throat so dry they were stopped from escaping him. Mother and baby home. Baby.   The word didn’t seem real.   Dozens of scenarios whizzed through his mind. Could it be true? Was the woman from the school mistaken? He thought about it, trying to do the mental maths in his head. If there was a baby it would’ve more than likely been born and surely she would’ve come back by now if she intended for Elvis to know. No, if she hadn’t come back yet there was a good chance she was going to stay away for good. At least that was what he hoped. Whatever good PR Gladys’ death would bring would surely be washed away at the sniff of a baby out of wedlock.   After a moment he seemed to realise that he was still holding the phone and though he didn’t know how long he’d been sitting there in shock but the fact that the dial tone was no longer there signalled a while. He placed it back on its nook and paused pondering what he was going to do. It didn’t take him long to decide.   When he got downstairs Vernon was by the living room door mid conversation with someone but he looked towards the Colonel expectantly all the same. The Colonel didn’t say anything but he shook his head silently making the hope in Vernon’s eyes snuff out immediately though he nodded in recognition his gaze flickering up the hall towards his bedroom.   The Colonel nodded.   He headed down the hall pausing at the door to the bedroom for a moment before he ducked inside. Though Elvis’ sobs were still able to be heard from inside the bedroom they were no longer the wracking inconsolable ones that the Colonel had walked in on. He pushed the closet door open gently. Elvis didn’t even look up as the door swung open, his face buried in one of his mother's dresses, his body practically curled around it as if he was trying to let the scent of her consume him. At this, the Colonel faltered.   He looked broken. Utterly and completely wrecked and it was heart-breaking to watch.   He was broken from his thoughts as Elvis mumbled something. He didn’t know if it was directed to him, he didn’t even know if Elvis had registered he was even in the room but he heard it all the same, ‘come back Satnin.’   ‘My boy,’ the Colonel said sadly. Elvis looked towards him, finally acknowledging he there though he didn’t say anything, the tears continuing to fall silently down his cheeks. The Colonel didn’t know where to put himself. Tough love seemed like the wrong approach. In fact, any approach seemed like the wrong approach but he had to do something. He had to get him out of this room.   ‘My boy,’ he repeated moving tentatively towards him and offering a hand out, ‘my boy you need to come out of here.’ ‘I can’t,’ Elvis said shaking his head as he buried his face back in his mother’s dress once more. ‘Your daddy needs help. He’s trying the best he knows how to but he is overwhelmed. He needs you out there,’ the Colonel said. ‘No, I can't go out there,’ he said looking up at him with tears in his bloodshot blue eyes before he added brokenly, ‘I just wanna stay in here forever.’ ‘Oh I know, I know you feel like this right now. I know you feel as though you will never be right again but things will get better. They won't be easy but I will be there to help with whatever it is you need. Tell me and I’ll make it happen,’ he said. ‘Bring her back,’ Elvis whispered. ‘If only I could,’ he said leaning down to place a hand on the boy's shoulder, ‘anything else I can do I will. Whatever you need.’ ‘Addison,’ he whispered quietly. The Colonel paused the words of the nun popping into his head once more. ‘I don’t think,’ the Colonel said hesitantly. ‘She mustn’t know. If she did, she’d be here. I know it,’ Elvis said looking at the Colonel imploringly. ‘Or maybe she does and she’s choosing to stay away,’ the Colonel said making Elvis’ face crumple once more, ‘after all it is times like these where we see who truly cares for us. Now your mother, she cared for you like no other and I know if she had a choice she would not have left you. And whilst I know no one could ever replace her I promise that from now on I will try my best to do everything she would’ve done. Anything she would have done; I will carry out in her name. While you are overseas I'll stay home, and I will work and I will worry while you serve your time in the Army.’   Elvis looked at him and though he didn’t respond he allowed the older man to guide him to his feet, ‘but you also have your part to play. You must stand by your [papa, comfort him, comfort your friends, family, and even your fans. Because if you don't, then all your Mama sacrificed for you will have been for nothing... Trust me.’   Elvis seemed to let his words digest for a moment before he nodded gently and then in a move that surprised the older man he lay his head on his shoulder. ‘No matter what happens, stay with me through thick or thin, okay?’ he said in a heartbroken whisper. The Colonel hesitated for just a second before he moved his hands to the boys back holding him as gingerly as he could as the boy continued to weep.   ‘I don’t have anyone else,’ Elvis said quietly. ‘You have me my boy,’ the Colonel said, ‘you have me.’

#my writing #elvis #elvis presley #elvis fic #elvis presley fic #elvis x oc #elvis presley x oc #Addison goodwin #the girl he left behind

[nikygypex]

Remote jet air-conditioning unit

Characteristics of the heat recovery air treatment unit:

Energy saving: heat recovery The air treatment unit adopts heat recovery technology, which can recycle part of the heat in the exhaust gas and reduce energy consumption. At the same time, the unit can also automatically adjust the operating state according to the indoor and outdoor temperature and humidity and other parameters, to further save energy.

Environmental protection: heat recovery air treatment unit can filter the dust, pollen, bacteria and other pollutants in the air, reduce the pollution to the environment. In addition, the unit can also use environmental protection refrigerant and low-energy motors and other environmental protection technologies to further reduce carbon emissions. Heat recovery air treatment unit adopts heat recovery technology and air treatment technology can effectively adjust the indoor temperature and humidity, improve the air quality, and make the indoor environment more comfortable.

Convenient maintenance: the heat recovery air treatment unit adopts a modular design to facilitate maintenance and replacement. At the same time, the unit also has the intelligent fault diagnosis function, which can automatically detect and diagnose faults, and it is convenient for users to carry out maintenance and maintenance.

Strong adaptability: the heat recovery air treatment unit can adapt to different use environment and places, such as shopping malls, hotels, hospitals and other large public places. At the same time, the unit can also be customized and configured according to different places and needs, to meet the different needs of users.

Specification for heat recovery air treatment unit:

1.fillter section

Primary filter-folding plate or bag; mid-effect filter-bag; sub-filter-bag dense fold.

2.Thermal recovery section

Rotor heat exchanger: energy recovery function, super long service life, hig h runner surface flatness, good sealing, runner motor self-tension device, filter blockage alarm function (optional), prevent frosting device (optional), self-cleaning function, double cleaning fan.

Plate heat recovery: using the temperature difference between the two air flows on both sides of the partition plate to show heat and latent heat recovery.

Heat recovery: a heat tube is a kind of heat transfer component with high thermal conductivity, which transfers heat through the evaporation and condensation of the working medium in the fully enclosed vacuum tube shell.

3.Cold / hot coil

The heat recovery air treatment unit adopts seamless copper tube sleeve aluminum fin heat exchange tube, which adopts advanced mechanical rising tube and circular arc ripple double turning aluminum rib structure.

#Jet air conditioner

[geminairsolutionsau]

8 Tips for Seasonal Air Conditioning Maintenance

In the realm of home comfort, few systems are as essential as air conditioning, especially during the sweltering heat of summer or the erratic temperature shifts of transitional seasons. Your air conditioning Sydney unit serves as a silent guardian, tirelessly working to maintain the perfect indoor climate. However, like any mechanical marvel, it requires regular care and attention to operate at its peak efficiency. As seasons change, so do the demands placed on your HVAC system, necessitating a seasonal maintenance routine to keep it running smoothly. 

Change or Clean Air Filters Regularly

The journey to a well-maintained air conditioning system begins with clean air filters. Over time, filters accumulate dust, pollen, and other airborne particles, obstructing airflow and diminishing indoor air quality. Make it a habit to inspect and either clean or replace filters every one to three months. This simple task promotes optimal airflow, reduces strain on the system, and improves energy efficiency.

Inspect and Clean Condenser Coils

Outdoor condenser coils are susceptible to dirt, leaves, and debris buildup, hindering heat transfer and impeding overall performance. Regularly inspect and clean these coils using a soft brush or vacuum cleaner. Take care not to damage the delicate fins while removing debris. By keeping condenser coils clean, you ensure efficient heat exchange and maintain the system's cooling capacity.

Check and Clear Condensate Drain Line

The condensate drain line plays a crucial role in removing excess moisture generated during the cooling process. Over time, this line can become clogged with algae, mould, or debris, leading to water backups and potential water damage. Inspect the drain line periodically and flush it with a mixture of water and bleach to prevent blockages. This simple maintenance task safeguards against water-related issues and preserves indoor air quality.

Inspect and Tighten Electrical Connections

Electrical connections within your air conditioning system are susceptible to wear, corrosion, and loosening over time. Before the start of each cooling season, turn off power to the unit and inspect electrical components, including wiring, terminals, and contacts. Tighten any loose connections and replace damaged wires to prevent electrical malfunctions or safety hazards. This proactive approach ensures reliable operation and minimises the risk of unexpected breakdowns.

Check Refrigerant Levels

Refrigerant is the lifeblood of your air conditioning system, responsible for absorbing and dissipating heat to cool indoor spaces effectively. Low refrigerant levels often indicate a leak in the system, which can compromise performance and increase energy consumption. Schedule a professional HVAC technician to inspect and recharge refrigerant levels as needed. Addressing refrigerant leaks promptly not only restores cooling capacity but also prevents further damage to the system.

Calibrate Thermostat Settings

The thermostat serves as the command centre for your air conditioning system, dictating when it activates and deactivates to maintain desired indoor temperatures. Over time, thermostat settings may become inaccurate due to calibration errors or battery depletion. Check thermostat settings regularly and replace batteries if necessary. Consider upgrading to a programmable or smart thermostat for greater energy efficiency and customised comfort settings.

Inspect and Lubricate Moving Parts

Within your air conditioning system, various components such as fan motors and bearings rely on proper lubrication to minimise friction and reduce wear. Periodically inspect these moving parts and apply lubricant as recommended by the manufacturer. This simple maintenance task ensures smooth operation, reduces energy consumption, and extends the lifespan of critical components. Additionally, lubricating moving parts helps prevent annoying noises or vibrations associated with mechanical friction.

Schedule Professional Maintenance

While DIY maintenance is essential for day-to-day upkeep, nothing compares to the expertise of a professional HVAC technician. Schedule annual maintenance appointments to have your air conditioning system thoroughly inspected, tuned, and serviced. During these visits, technicians can identify potential issues early, perform necessary repairs, and optimise system performance. Investing in professional maintenance not only ensures peace of mind but also maximises the efficiency and longevity of your HVAC system.

Seasonal air conditioning maintenance is a proactive approach to preserving indoor comfort, minimising energy costs, and prolonging the lifespan of your HVAC system. By following these eight essential tips, you empower yourself to take charge of your system's well-being and ensure optimal performance throughout the year. Remember, a well-maintained air conditioning system not only keeps you cool but also enhances your overall quality of life.

#airconditioningSydney

[gamersguide]

DEEPCOOL AK500 CPU COOLER | HOW GOOD IS IT?

The DeepCool AK500 is a high-performance CPU cooler designed to keep your system running cool and quiet. This single-tower cooler boasts a variety of features that make it a compelling option for both budget-minded builders and those seeking a balance of performance and noise levels. Let’s explore it thoroughly:

Design and Construction:

Heatsink:

Unlike bulkier dual-tower coolers, the AK500 employs a single-tower heatsink, making it ideal for mid-tower and smaller cases where space is a concern. Despite its single-tower design, the AK500 boasts a large heatsink measuring 127 x 90 x 158mm, providing ample surface area for efficient heat dissipation.

The AK500 utilizes DeepCool’s signature black matrix fin design. These fins are strategically staggered to create micro-channels, increasing airflow and heat exchange with the surrounding air. The heat pipes directly touch the CPU’s integrated heat spreader (IHS), eliminating thermal resistance and ensuring rapid heat transfer from the CPU core.

Heat Pipes:

Five 6mm nickel-plated copper heat pipes efficiently transfer heat away from the CPU core and distribute it evenly across the large heatsink. Balanced Bidirectional Heat Pipe Technology optimizes the heat pipes’ layout to counteract the effects of gravity, ensuring efficient heat transfer even in vertical PC cases.

Fan:

The fluid dynamic bearing (FDB) fan uses a lubricating fluid to reduce friction, resulting in smoother operation, lower noise levels, and increased lifespan compared to sleeve bearing fans. The fan speed is intelligently controlled by the motherboard based on CPU temperature, ensuring optimal cooling while minimizing noise when the system is under low load.

Additional Details:

The heatpipes are angled slightly to ensure 100% compatibility with most standard and high-profile RAM modules, eliminating clearance issues. The AK500 is built with high-quality materials, including a nickel-plated base and aluminum fins, ensuring long-lasting performance and reliability.

Performance and Cooling:

Credit: Dannys Tech Channel

Cooling Capacity:

240W TDP rating signifies the maximum amount of heat the AK500 can effectively dissipate, making it suitable for cooling most modern CPUs, including mid-range and high-performance processors with a TDP of up to 240W. The combination of a large heatsink, five heat pipes, and Direct Touch technology facilitates efficient heat transfer away from the CPU core.

The black matrix fin design and PWM-controlled 120mm FDB fan work together to generate optimal airflow throughout the heatsink, effectively transferring heat to the surrounding environment.

Performance in Practice:

While real-world performance can vary depending on specific system configurations and usage scenarios, independent tests and user reviews consistently show that the AK500 is capable of maintaining safe CPU temperatures even under demanding workloads. Depending on your specific CPU and other system components, the AK500 may offer limited headroom for overclocking. However, it should be sufficient for moderate overclocking on most mid-range CPUs.

Noise Levels:

One of the AK500’s key strengths is its quiet operation. The FDB fan and PWM control work together to minimize noise generation. The fan operates at speeds between 300 and 1,500 RPM, depending on the CPU temperature. At its lowest speed, the AK500 is nearly inaudible, making it suitable for noise-sensitive environments.

While the AK500 prioritizes quiet operation, it’s important to remember that noise levels will increase as the fan ramps up under heavier loads to maintain optimal cooling. Users seeking absolute silence at the expense of some cooling performance might need to consider alternative cooling solutions.

Installation and Compatibility:

The DeepCool AK500 boasts a user-friendly and straightforward installation process. This makes it a great choice for both experienced builders and beginners. 

Installation Process:

Prepare your system: Before installation, ensure your system is powered off and unplugged. Locate the motherboard socket and remove any existing coolers or thermal paste.

Mount the backplate: The AK500 utilizes a universal backplate design compatible with various Intel and AMD sockets. Position the backplate on the backside of your motherboard and secure it using the provided screws.

Attach the mounting brackets: Depending on your specific CPU socket, attach the designated mounting brackets to the backplate using the included thumbscrews.

Apply thermal paste: Apply a thin, even layer of thermal paste (not included) onto the center of your CPU’s integrated heat spreader (IHS).

Position the heatsink: Carefully place the heatsink onto the CPU, ensuring the heat pipes make proper contact with the CPU’s IHS.

Secure the heatsink: Secure the heatsink to the mounting brackets using the provided thumbscrews. Tighten them evenly in an alternating pattern to avoid uneven pressure.

Compatibility:

The AK500 is compatible with a wide range of Intel and AMD CPU sockets, including:

Intel: LGA 115x, 1200, 1700, 2066

AMD: AM4, AM5

Installation Process:

Prepare your system: Before installation, ensure your system is powered off and unplugged. Locate the motherboard socket and remove any existing coolers or thermal paste.

Mount the backplate: The AK500 utilizes a universal backplate design compatible with various Intel and AMD sockets. Position the backplate on the backside of your motherboard and secure it using the provided screws.

Attach the mounting brackets: Depending on your specific CPU socket, attach the designated mounting brackets to the backplate using the included thumbscrews.

Apply thermal paste: Apply a thin, even layer of thermal paste (not included) onto the center of your CPU’s integrated heat spreader (IHS).

Position the heatsink: Carefully place the heatsink onto the CPU, ensuring the heat pipes make proper contact with the CPU’s IHS.

Secure the heatsink: Secure the heatsink to the mounting brackets using the provided thumbscrews. Tighten them evenly in an alternating pattern to avoid uneven pressure.

Compatibility:

Read Here

Originally Published @ Gamers' Guide

#pc cooler #cooler #pc hardware #gaming review #gaming

[bqsocial]

Instagram & Facebook – Winter Warming Giveaway 3 – 1 x Vonhaus Winter Warming Bundle Prize Draw Terms and Conditions – 15/02/2024

The Promoter:

B&Q Limited, B&Q House, Chestnut Avenue, Chandler’s Ford, Eastleigh, SO53 3LE

 Who can enter?

This promotion is open to all residents of the UK aged 18 years and over, excluding employees of B&Q Limited, their families, agents or anyone else connected with the promotion.

How to enter:

Follow @bandq_uk​

2️⃣ Like this post​

3️⃣ Tag a friend who needs to enter too! 🔥

Entries must be received by 23:59 on 22nd February 2024. Any entries received after this date will not be accepted.

 Entry:

Only one entry per person will be accepted. Third party or multiple entries by the same person will not be accepted and we reserve the right to disqualify any entries we reasonably suspect to have been made fraudulently including through the use of bots, computer software or by any other means. We accept no responsibility for any lost, damaged or incomplete entries or entries not received due to a technical fault or for any other reason beyond our reasonable control.

Prize details:

There will be 1 winners selected. The winners will receive the following prize:

1 x VonHaus Oil Filled Radiator 11 Fin, Oil Heater Portable Electric Free Standing 2500W for Home, Office, Any Room

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1 x VonHaus Fan Heater 2KW, Portable Electric Lightweight Heater for Home, Office, Any Room, Can be Placed Upright or Flat, White

The prize is non-transferable or exchangeable and no alternative is available. We reserve the right to replace the prize with a prize of equal or greater value where it becomes necessary to do so.

 Winner selection and prize fulfilment:

1 winners will be selected at random from all valid entries received.

The winner will be contacted via response to their winning comment by 5pm on the 27th of February. To receive the prize, the winner will need to respond via private message providing their contact details. If the winner fails to provide their contact details within 7 days of initial contact from the Promoter, the prize will be offered to the next randomly chosen entrant.

 Your Data:

We will process information about entrants in order to administer this promotion. For more information on how we use personal information, please see http://www.diy.com/customer-support/policies/privacy. By entering this promotion, you agree and consent to the processing of your personal data by us and by any third party acting on our behalf for the purposes of the administration and operation of the promotion.

Please note that we are obliged to either publish or make available on request the surname, county and, where applicable, the winning entry/entries of major prize winners. If you object to any of this information being made available in this way, please contact [email protected]. We must nevertheless share this information with the Advertising Standards Authority where it becomes necessary to do so.

 Your acceptance of these Terms:

We reserve the right to refuse entry or refuse to award any prize to anyone in breach of these Terms and Conditions and/or hold void, cancel, suspend or amend these Terms and Conditions where it becomes necessary to do so. Our decision on all matters relating to this promotion is final and binding. No correspondence will be entered into.

 Liability:

By entering this promotion, you are deemed to have accepted and agreed to be bound by these Terms and Conditions.

Insofar as is permitted by law the Promoter and its agents and distributors will not in any circumstances be responsible or liable to compensate the winner or accept any liability for any loss, damage, personal injury or death occurring as a result of taking up the prize except where it is caused by the negligence of the Promoter, its agents or distributors or that of their employees.

This promotion is in no way endorsed or administered by or associated with Instagram or Meta.

 Governing Law:

Nothing in these Terms and Conditions restricts your statutory rights as a consumer. This promotion will be governed by English law and entrants submit to the jurisdiction of the English Courts.

[rockhillindustria]

The Financial Benefits Of Regular Fin Fan Heat Exchanger Cleaning

Fin fan heat exchangers stand as unsung heroes in the realm of industrial processes, diligently maintaining optimal temperatures crucial for productivity. In this article, we delve into a critical aspect often overlooked – the financial advantages derived from regular fin fan heat exchanger cleaning.

Read More : https://www.myvipon.com/post/878046/The-Financial-Benefits-Regular-Fin-Fan-amazon-coupons 

[nzdepot]

$187.00 $ DEEPCOOL AS500 PLUS A-RGB Dual 120mm PWM Fan, CPU Cooler, Support Intel Socket LGA 1200/ 2066/ 2011/ 115X, AMD Socket: AMD AM4/AM3+/AM3/AM2+/AM2/FM2+/FM2/FM1 https://nzdepot.co.nz/product/deepcool-as500-plus-a-rgb-dual-120mm-pwm-fan-cpu-cooler-support-intel-socket-lga-1200-2066-2011-115x-amd-socket-amd-am4-am3-am3-am2-am2-fm2-fm2-fm1/?feed_id=128134&_unique_id=655d6ee4495ad Features: OVERVIEW The DeepCool AS500 PLUS single tower CPU cooler boasts a five heat pipe design with two TF140S PWM fans for great performance in a slim profile. ELEVATED COOLING PERFORMANCE Optimize heat exchange through a solid copper base with optimal surface contact that runs five 6mm heat pipes in a single tower with high fin density SIZED JUST RIGHT Designed for maximum RAM height compatibility in a slim (48mm) profile. CONTROL YOUR TEMPS The high-performance TF140S PWM fans provide precise control between extreme cooling or low-noise operation with long-life durability. 500~1200 RPM±10% – Wide Speed Range 70.81 CFM – […] #

[segotep]

Frozen 360: a worthy AIO

Many people consider a 120mm or 240mm AIO as a low-price liquid cooler. But as now more and more brands are taking part in the games, Segotep also sets its foot on the mid-level liquid coolers with its Frozen 360 AIO. A 360mm radiator ensure its heating dissipation capacity for a higher performance CPU or even overclocking. Users can enjoy the fun of OC with just a little cost.

The infinite mirror reflection design on the pump cover and the ARGB lighting make the amazing look of Frozen 360. Together with the lighting of the 3 fans on the radiator, the luminance of all these ARGB lighting are enough to light up the whole computer. Users don’t need to add extra lighting to their cases for a better look.

Meanwhile, most buyers are more interested in the capacity of the liquid cooler. If a entry-level AIO work for mid- and high-level CPUs, that means it is worthy. That’s the charms of DIY. The designed TDP of Frozen 360 is 280W, which means it can work for high-end CPUs like Core i7.

When turned off, the  infinite reflection has become to a smooth mirror. The water block is made of pure copper, which delivers effective heat transmission when it contact with the CPU. Inside the water block are an 8-pole motor of low noise level. You will not hear much noise even if you put your ears on the computer case.

Frozen 360 adopts the buckles as BeIced series does, which supports from 1st gen to 14th gen Core CPUs. If you are using AM4 or AM, the installation will be easier. You just need to fit into your original buckles. Therefore Frozen 360 provides buckles for old and new platforms. You can see how a low-cost 360 AIO builds itself for past, present and future.

As we can see, the fins of the radiator are neatly arrayed. The 27mm thick radiator if built with 12 high performance liquid channels for heat exchange. As a result, all the heat will be transferred to the fins and the 3 fans, each with an air volume of up to 82.61CFM, will finally bring the heat out of the case.

As we all know, most original ARGB fans are equipped with a 3pin ARGB and a PWM 4pin connectors. These will exacerbate the bother to manage the cable routing for some users. The good news is that the 3 fans of Frozen 360 are using a 2-in-1 connector, just like the high-end series Kunlun does. After the connection of the 2-in-1 connector, users just need to connect the ARGB cable and turn on their computers.

Putting the price aside, no one would believe that Frozen 360, with  such a beautiful appearance  and the detailed 2-in-1 connector, is a AIO costs just a little. As an old saying goes, technologies are for lazy persons. Now we can finally enjoy the technologies and convenience brought by  Segotep.

A 360 radiator and the ARGB lighting have made Frozen 360 worth than its price. When installed into the Segotep GANK 360 case, this small but strong computer really looks wonderful. The heat dissipation of the AIO is more than enough for 13th gen Core i5. You can even pair Frozen 360 with an integrated GPU if you like. In a word, Frozen 360 is suitable to from low to high end computers.

#segotep

[leddypowersystemsinc]

Air-Cooled vs. Liquid-Cooled Generators: Which Is Right For You?

There are many benefits to owning a generator. It comes in handy during unexpected power cuts and allows you to power important electrical appliances in your home. Factories have industrial generators to power large machines. In short, installing a generator is a great way to proactively prepare for unexpected situations.

When it comes to purchasing a residential/ commercial generator, there are a few things that you should keep in mind; one of which is whether the generator is air-cooled or liquid-cooled. The advantages and disadvantages of each of these generators are described below. Please take a look…

Air-Cooled Generator: Pros & Cons

To eliminate the excessive heat generated due to the combustion of air-fuel mixture inside the engine's cylinder, an air-cooled generator makes use of the surrounding air. Fans, fins, and other simple components are what an air-cooled generator uses to dissipate the heat generated by the engine.

This type of system to keep the engine temperature cool is found in small portable and standby generators with a power output of only 22 kW.

Pros;

#1- Low cost. Air-cooled generators are not as expensive as liquid-cooled generators. So, if you have a tight budget, you can opt for this type of generator.

#2- Low maintenance. Air-cooled generators don't come fitted with any complex system to dissipate the engine heat; which makes them easier to maintain. Their simple layout also makes them more reliable. 

#3- Easy to transport. Another advantage of having an air-cooled generator is that it can be easily transported from one place to another given that it is made up of simple parts.

Cons;

#1- Less efficient. A major drawback of air-cooling is that it is not as efficient as liquid-cooling systems. If you are looking for a generator for heavy-duty and high-power applications, you should go for liquid-cooled generators.

#2- Only suitable for small and medium-scale generators.

Liquid-Cooled Generator: Pros & Cons

Liquid-cooled generators essentially make use of water or a mixture of water and antifreeze as a heat-transfer medium to keep the engine temperature at an optimal range. Some of the major components that a liquid-cooled generator makes use of to get rid of excessive engine heat are the radiator, water pump, and dedicated hoses. The centrifugal force generated by the water pump pushes water/antifreeze to circulate between the engine and the radiator (or the heat exchanger).

As the fluid flows through the engine, it traps excess heat generated due to the combustion process. And as it passes through the radiator; heat energy trapped in liquid gets dissipated into the outside air.

Pros;

#1- More efficient. Yes, the liquid-cooling system is more efficient in keeping the generator engine temperature within the optimum range for a much longer period of time. So, if you are looking for a generator for heavy-duty applications, you should choose a liquid-cooling-based generator.

#2- Better power output. An interesting fact about the internal combustion engine is that it tends to operate at its full pace within a particular temperature range (which is around 195 to 220 degrees). By keeping engine temperatures within that range, the liquid-cooling system significantly increases generator power output.

#3- Suitable for many applications. Whether you are looking for a generator for commercial use or industrial use, liquid-cooled generators are always preferred over air-cooled generators.

Cons;

#1- More expensive. Liquid-cooled generators are generally slightly more expensive than air-cooled generators. But, if you give it a deep thought, you will find that it's worth every penny.

#2- Need more maintenance. As we already have discussed, liquid cooling does require the employment of many different parts some of which are really heavy. So, obviously… if you want these parts to work smoothly and efficiently so that your generator keeps operating for very long, it is important that you give them the attention they deserve.

#3- The water pump, coolant, radiator, and other key components of the cooling system need to be inspected every now and then.

Key Takeaways

So, there you have it… some of the key advantages and disadvantages of air-cooled and liquid-cooled generators. We hope this will add value to your knowledge and help you acquire a more suitable generator for your commercial/ residential property. We sincerely request you to do some research before purchasing a generator or booking generator servicing.

#generator #generator services #residential generator #generator maintenance #commercial generator

[qocsuing]

Condenser Expansion Machines: An Overview

Condenser Expansion Machines: An Overview

The world of thermal engineering is vast and complex, with numerous technologies and devices designed to manage and manipulate heat. One such device is the Condenser Expansion Machine, a critical component in many heating, ventilation, and air conditioning (HVAC) systems.Get more news about Condenser Expansion Machine,you can vist our website!

Condenser Expansion Machines are primarily used in the process of expanding tubes in heat exchangers, chillers, feedwater heaters, fin fan coolers, and surface condensers. These machines play a crucial role in ensuring the efficiency and reliability of these systems.

The operation of a Condenser Expansion Machine involves several steps. The machine is made up of several sections that are added to a threaded shaft3. The device is then inserted into the tube, and the expander is tightened3. This action forces the device to push outwards, resulting in the expansion of the tube3.

One of the key features of these machines is their ability to perform tube expansion and flaring in one working cycle. This not only increases efficiency but also ensures a uniform expansion process. The machines are equipped with various features depending on their size and application. For instance, products below 600mm are equipped with manual doors or double-station rotary worktables, while those above 600mm come with an 84° inclined turnover door.

Different types of Condenser Expansion Machines cater to different applications. For example, Elliott’s 4 Series Condenser Expanders are ideal for expanding tubes in chillers, heat exchangers, feedwater heaters, fin fan coolers, and surface condensers. On the other hand, Elliott’s PX4 Series offer true parallel pin tube expansion, which can reduce the stress created on welded tube joints when compared to tapered rolling.

Moreover, there are Flaring Boiler Tube Expanders like Elliott’s 900 Series and 500 Series that are specifically made for use in superheaters in watertube boilers or evaporator tubes. These expanders roll tubes parallel and flare projecting tube ends at 5 degrees from the tool center line.

It’s important to note that while these machines are incredibly useful, they must be used correctly to ensure safety and efficiency. Operators must be trained to handle these machines properly to avoid any potential hazards.

In conclusion, Condenser Expansion Machines are an integral part of many HVAC systems. They ensure efficient heat transfer by expanding tubes in various components like heat exchangers and condensers. As technology continues to advance, we can expect these machines to become even more efficient and versatile in their applications.

[lafayetterefrigeration]

Understand Refrigeration Cycle- Freezer And Refrigerator Training

The freezer or refrigerator training courses are developed to understand the Refrigerator and Air Conditioning working principles. The main component of refrigerator training is to understand the refrigeration cycle. The refrigeration course helps to understand a broader perspective of refrigeration. The everyday operation, troubleshooting, and repairing challenges can be practiced in the learning stage of the training program. It will also help you identify the different types of refrigerators and freezers with a variety of applications. The freezer in refrigerator training can be a useful method to learn the maintenance, repair, and servicing of the refrigerator.

Components Of Refrigerator Cycle

This training course is beneficial for those who are willing to learn the techniques and aim to become a refrigeration technician. The simplest form to understand the refrigerator is by learning and understanding the refrigeration cycle which consists of four basic components.

1. The Compressor

The compressor in the refrigerator is the material that can be thought of as the heart of the process. It acts like a pump to create circulation to make the refrigerator function smoothly by compressing the refrigerant gas. It creates a pressure difference that drives the refrigerant around the circuit in a continuous refrigeration cycle.

2. The Condenser

The condenser, also known as a programs condenser coil, is one of from the two varieties of heat exchangers used in normal refrigeration circuits. It is one of the vital components that is transferred with high-temperature, high-pressure, vaporized refrigerant coming off the compressor. The condenser reduces the heat from the hot refrigerator circuit vapor gas vapor until it condenses into a saturated liquid state; this process is also known as condensation.

3. The Restriction

The restriction blocks the liquid refrigerant flow and creates a pressure difference between the component and the evaporator. The restriction is more commonly referred to as a Metering Device, as it measures the amount of refrigerant entering the evaporator. The metering device comes in a few different designs, including fixed orifices, thermostatic expansion valves (TXV) and thermal expansion valves (pictured above), and the more innovative electronic expansion valves (EEVs).

4. The Evaporator

The evaporator is the second component which acts as a heat exchanger in standard refrigeration circuits. It serves as the component that absorbs heat in the air conditioning devices. When refrigerant enters the evaporator as a low-temperature liquid at low pressure, and a fan-like material forces air on all parts of evaporator’s fins, it functions by cooling the air by absorbing the heat from the in question into the refrigerant. This is the process of the refrigeration cycle, and in a loop, it works.

Get Refrigerator Training By Experts Here!

If you are looking for a place where you will get an advanced level of freezer or refrigerator training . Then, you have landed at the right pace Lafayette Refrigeration Training offers the best refrigeration training in Cheatham MD. You will get the training under the guidance of the professional experts and technicians. To know more, visit their website or connect with them!

#freezer and refrigerator training #freezer in refrigerator training #refrigeration technicians training

[longhua1]

Hybrid Evaporative Cooler

A type of high-efficiency cooling device created and developed for the petrochemical sector by Longhua Technology Group (Luoyang) Company is the hybrid evaporative cooler. The high-efficiency cooler for the petrochemical industry has achieved an optimized combination of different cooling methods such as evaporative cooling, air cooling, and water cooling, thereby achieving a stable and reliable structure, extensive application scope, and obvious benefits such as energy saving, water saving, and environmental protection performance. This is based on the basic theories of latent heat exchange and sensible heat exchange.

Hybrid Evaporative Cooler Operating Principle

The hybrid evaporative cooler is similar to the three-stage series cooling system of "air cooler + water cooler + cooling water tower" combined into one set of intensive equipment, but compared with the traditional series cooling system, it has significant "three reuse processes and three differences":

1. "Three reuse processes" means that the wind and water are reused three times in the high-efficiency equipment. The first reuse of wind occurs from the lowest end of the evaporation tube to the liquid level of the water tank, in which the wind with the lowest temperature cools the circulating water falling continuously above to ensure that the water temperature in the water tank remains unchanged. The second reuse of wind occurs outside the water film of the evaporation tube, and the air with higher speed flows through the outside of the water film to form local negative pressure, which is beneficial to the evaporation of the water film and taking away the water vapor in time, thereby preventing the water vapor from forming pressure outside the water film. When the wind reaches the outside of the fin in the upward direction, the flow pattern changes from laminar flow to turbulent flow. In this state, the air heat transfer coefficient is high, the air temperature rises greatly (generally 10℃ - 15℃), and the high-temperature air is discharged from the induced-draft fan duct, thus completing the three-step cascade utilization of the air. The first cascade utilization of water also occurs at the bottom of the evaporation tube, in which water is in counter-current contact with the air inhaled from the outside for the first time. The water in torrential rain state has the function of washing, which can thoroughly flush the impurities in the air to the bottom of the water tank, ensure clean air passing through the tube bundle, and reduce scaling and blockage between the gaps of the tube bundle. The second reuse of water occurs outside the evaporation tube, and its main function is to evenly distribute the water film. It is necessary to ensure that each line of pipes and each row of pipes are evenly covered by the water film, without dry areas, and prevent scaling and corrosion under the scale. Most of the liquid water is intercepted by the water collector at the upper part of the spraying device. When saturated water vapor passes upward through the outside of the finned tube bundle, secondary interception occurs, in which saturated water vapor becomes unsaturated steam when passing through the superheated section of the fin and is discharged to the outside of the air duct, without the white mist phenomenon, and the air heat transfer coefficient outside the humidified fin is also be improved. In a series of cascade utilization, the water is reused three times, realizing "full use".

2. "Three differences" means that the equipment is quite different from the traditional air cooler, water cooler and cooling water tower. The difference between the fin section of the equipment and the fin section of the air cooler is the difference in anticorrosion. The traditional air cooler generally operates in dry air environment, so the outer side of its aluminum fins basically does not need anticorrosion, but the fin outer side of the hybrid evaporative cooler operates in humid air environment, so the fin tube bundle needs to be anticorrosive as a whole, and the overall hot dip galvanized zinc anticorrosion is generally adopted on the processed steel pipe and steel sheet. The evaporation tube section of the equipment is also very different from the tube bundle of the water cooler. The cold medium of the water cooler generally goes through inside the tube and hot medium goes through outside the tube, but the hybrid evaporative cooler is just the opposite: The hot medium goes through inside the tube, the wind and water go through outside the tube, so the outer side of the tube also needs hot dip galvanized zinc anticorrosion. Hybrid evaporative cooler is also very different from cooling water tower. Traditional cooling water tower generally has packing, but hybrid evaporative cooler has no packing in the countercurrent contact section of wind and water. Besides, cooling water tower is generally installed on the ground, while hybrid evaporative cooler is a kind of movable equipment, which can be conveniently installed on pipe gallery, platform or roof, conducive to utilizing used equipment.

#hybrid #evaporative #cooler

[inlinefan]

What is a Blower and its subtypes?

A blower is suitable for a variety of applications including ventilation, cooling, and exhausting. It is a device that enhances the air velocity by moving gas and air at low to high pressure.

You can easily use a blower for a specific function and it is best suitable when the pressure requirement falls between the compressor and fan. The mechanical device comes in many different types depending upon the flow capacity and operating pressure.

The purpose of a blower is to increase the airflow thereby removing contaminants including dust and dirt.

HOW BLOWERS WORK: THE PRINCIPLE

An air blower uses a rotating impeller/rotor to create a vacuum. This vacuum causes air to rush into the blower. The air enters the center of the impeller and is divided by the rotating blades. Centrifugal force increases the speed of the air and volume of the air stream within the housing.

Effectively, the kinetic energy of the impeller is transferred to the air. Pressure builds up as the volume of the airstream increases inside the housing. The air is then discharged from the housing towards a defined point.

This targeted channeling of the air is what differentiates an air blower from a simple fan. Air blowers, designed in as part of this system, will create a balanced airflow – reducing wasteful over-generation of excess volume and pressure.

Types of Blowers

DOUBLE INLET EXTRUDER BLOWER - Double Inlet Blower is high performing air-cooling solution that provides various design options as well as powerful capabilities. They can easily handle an excellent pressure drop, which is best for use in heat sinks having high fin density and also the heat exchangers for high execution cooling.

These blowers produce airflow that is perpendicular to the inlet, thereby allowing for enhanced flexibility in a housing geometry. This also facilitates more localized cooling and also more creativity in the whole system design. They are made in a way to offer highly optimized cooling with minimum acoustics that allows active cooling.

SINGLE INLET BLOWER- Single inlet blower can heat and cool an area simultaneously, the fan of blower does not require any motorization. It means that these units are highly compact to use. They are also positively silent when operating, which is an added benefit. These units can function on single blades or variable speed motors. Each one will have its specific services, and it is up to you to determine the most critical factors in your particular application.

BLOW MOLDING MACHINE BLOWER- A Blow molding machine Blower is a type of blower that grounds of flow and pressure speed. As the proportion of technique inlet pressure and outlet stress determines if a blower or fan needs to be chosen according to this rigid definition, even though the phrases are from time to time used synonymous. It includes the intended application, mill sort, interface style, and style, in addition to the parameters of leak capability, electric ratings, and measurements.

FORWARD CURVED BLOWER- The Forward Curved Blower, sometimes also called a side-flow fan, is a device that is designed to reduce pressure on the combustion air in an engine. This device is used to reduce back pressure on the carburetor and blower, allowing the fuel to flow more freely. Many believe this technology should be used in all engines. It works by blowing air over the top of a machine and down into an ash collector.

EXTRUSION MACHINE BLOWER- An Extrusion Machine Blower is a blower whose primary role would be to produce an immense stream of gas or air into many industries’ numerous processes. They genuinely have been electric followers with blades and wheels to induce a current of gas or air from 1 point to the other using specific specs.

All these extrusion machine blowers supply you substantially functionality such as combustion, venting, aeration, particulate transportation, exhaust, cooling system, air-cleaning, drying is a few of the number of. Predicated around the application, there are several blowers readily available in the marketplace.

#extruder blower #blow molding machine blower #double inlet extruder blower #single inlet blower #forward curved blower

[treproducts]

Cars Engine Cooling Products: A Comprehensive Overview

Cars Engine Cooling Products

The Cooling System’s Functionality: At the core of every vehicle’s cooling system lies a fundamental objective: preventing the engine from overheating. The cooling system performs this task through a well-orchestrated process that involves a combination of components working in harmony.

The cooling system essentially circulates a liquid coolant through the engine and a radiator. This coolant absorbs the engine’s excess heat, which is then transferred to the radiator. A cooling fan aids in dissipating this heat by blowing air through the radiator. As the coolant releases heat into the air, it returns to the engine to continue the cycle.

Key Components of the Cooling System:

Radiator: The radiator acts as a heat exchanger. It cools the hot coolant as air passes through its fins, releasing heat into the atmosphere.

Thermostat: This component regulates the flow of coolant to the radiator. It opens when the engine reaches a certain temperature, allowing coolant to flow and cool the engine.

Water Pump: The water pump drives the circulation of coolant throughout the system, ensuring a steady flow and efficient heat transfer.

Cooling Fan: The cooling fan enhances the heat exchange process by blowing air across the radiator’s fins. It can be mechanically driven or electrically operated.

Fan Clutch: In some vehicles, the fan clutch adjusts the fan’s speed based on temperature, enhancing efficiency and reducing unnecessary power consumption.

Coolant: The coolant itself is a crucial component. It’s a mixture of water and antifreeze, designed not only to prevent overheating but also to prevent freezing in cold temperatures.

Choosing the Right Engine Cooling Products: Selecting appropriate cooling products is vital for maintaining a vehicle’s optimal performance and longevity. Various products cater to different aspects of the cooling system, each contributing to the overall efficiency of the engine’s temperature management. Here are a few notable cooling products that can make a difference:

Prestone Coolant/Antifreeze: Known for its performance and versatility, Prestone Coolant/Antifreeze offers corrosion protection for extended periods. With a wide temperature range, it suits various climates and can be safely added to existing coolant without causing damage.

Evans Waterless Engine Coolant: Ideal for high-performance vehicles, Evans Waterless Coolant eliminates many issues associated with water-based coolants. It offers a wider temperature range and reduces strain on engine components.

Comma Xstream: The Comma Xstream coolant boasts advanced organic additive technology that provides year-round protection against corrosion, overheating, and freezing. It caters to both petrol and diesel engines.

Valvoline Zerex G05: This popular engine coolant offers exceptional protection against corrosion, leaking, and deposits. Its formulation is designed to keep various cooling system parts clean and functioning properly.

CarPlan Premium Red Antifreeze & Coolant: Offering prolonged corrosion resistance and adaptability to different dilution ratios, this antifreeze and coolant solution is both versatile and cost-effective.

Conclusion: Engine cooling products play a pivotal role in maintaining the health and efficiency of a vehicle’s engine. The cooling system’s intricate design, encompassing components such as the radiator, thermostat, water pump, and cooling fan, ensures that the engine operates at optimal temperatures. Proper maintenance and the use of quality cooling products are essential to prevent overheating, extend engine life, and enhance overall vehicle performance. By understanding the significance of these components and products, vehicle owners can make informed decisions to ensure their vehicles remain reliable and efficient for years to come. To buy Cars Engine Cooling Products Visit us @ TRE Products UK LTD

#Cars Engine Cooling Products

[tommyhvaca]

What to Know About Air Conditioner Service and Maintenance?

There are a few things you should know about air conditioning systems before attempting repair work on your own house or place of business's air conditioner. Many people attempt DIY repairs on their air conditioning systems when they break down or develop faults, while without a solid grasp of the underlying principles. Although HVAC repair through calgaryhvac contractors is best left to the professionals, you can perform basic air conditioner repairs once you know the concepts involved.

The compressor and the condenser are the two separate parts of a typical air conditioning system that operate together to cool a building or room. At the condenser, pressurized Freon gas is routed via a heat exchanger, where its heat is dissipated and it becomes a liquid. After entering the evaporator via an expansion valve, the liquid Freon contracts and burns to a gas, drawing the latent heat required from the surrounding, cooled environment. The gas, now warmed by the warmer ambient air, is recycled back into the condenser, where the excess heat is dissipated.

As both the condenser and the evaporator are hermetically sealed, you will need to have a professional handle air conditioner maintenance near me. The best thing you may do is maintain a spotless environment, free of dust and debris in the mesh protectors and elsewhere. Simple AC and furnace maintenance Calgary is something you can do on your own, but emergency furnace repair Calgary is best left to the professionals. These are some first steps to take if you need to fix, diagnose, or service your air conditioner.

The computer will not boot up.

The fuses or breakers may need to be checked. If everything seems to be okay, then perhaps the thermostat is turned up too high. Turn it down by five degrees and if that does not work, call in an HVAC technician.

There is no air conditioning.

It is recommended that you lower the thermostat setting once again. The air input to the condenser should be checked if that does not work. Particularly if there are a lot of falling leaves, it could be obstructed in the autumn. If the fan's fins are not straight, straighten them. The next step, if nothing else has worked, is to contact an engineer.

Inconsistent Cooling

All you can do is clean the condenser as best you can, and if it does not fix it, call an engineer. Units are frequently obstructed by varying types of vegetation. Make sure the concrete pad the condenser is resting on is perfectly level, as any unevenness could throw off the alignment of the motor and the condenser.

Because to the sealed nature of the condenser and evaporator, DIY air conditioner repairs is best left to the professionals. Most HVAC issues are easily remedied by cleaning out the evaporator. Except in inclement weather when material like leaves and twigs can be swept into the unit, these issues should not arise if you have air conditioning contractor to service your air conditioner on a regular basis.

[bqsocial]

Instagram & Facebook – Winter Warming Giveaway 2 – 1 x Vonhaus Winter Warming Bundle Prize Draw Terms and Conditions – 07/02/2024

The Promoter:

B&Q Limited, B&Q House, Chestnut Avenue, Chandler’s Ford, Eastleigh, SO53 3LE

 Who can enter?

This promotion is open to all residents of the UK aged 18 years and over, excluding employees of B&Q Limited, their families, agents or anyone else connected with the promotion.

How to enter:

Follow @bandq_uk​

2️⃣ Like this post​

3️⃣ Tag a friend who needs to enter too! 🔥

Entries must be received by 23:59 on 14th February 2024. Any entries received after this date will not be accepted.

 Entry:

Only one entry per person will be accepted. Third party or multiple entries by the same person will not be accepted and we reserve the right to disqualify any entries we reasonably suspect to have been made fraudulently including through the use of bots, computer software or by any other means. We accept no responsibility for any lost, damaged or incomplete entries or entries not received due to a technical fault or for any other reason beyond our reasonable control.

Prize details:

There will be 1 winners selected. The winners will receive the following prize:

1 x VonHaus Oil Filled Radiator 11 Fin, Oil Heater Portable Electric Free Standing 2500W for Home, Office, Any Room

1 x VonHaus Heated Throw Blanket, Electric Digital Control, 160 x 130cm, 9 Heat Settings, 9hr Timer, Safety Shut Off, Machine Washable

1 x VonHaus Fan Heater 2KW, Portable Electric Lightweight Heater for Home, Office, Any Room, Can be Placed Upright or Flat, White

The prize is non-transferable or exchangeable and no alternative is available. We reserve the right to replace the prize with a prize of equal or greater value where it becomes necessary to do so.

 Winner selection and prize fulfilment:

1 winners will be selected at random from all valid entries received.

The winner will be contacted via response to their winning comment by 5pm on the 16th of February. To receive the prize, the winner will need to respond via private message providing their contact details. If the winner fails to provide their contact details within 7 days of initial contact from the Promoter, the prize will be offered to the next randomly chosen entrant.

 Your Data:

We will process information about entrants in order to administer this promotion. For more information on how we use personal information, please see http://www.diy.com/customer-support/policies/privacy. By entering this promotion, you agree and consent to the processing of your personal data by us and by any third party acting on our behalf for the purposes of the administration and operation of the promotion.

Please note that we are obliged to either publish or make available on request the surname, county and, where applicable, the winning entry/entries of major prize winners. If you object to any of this information being made available in this way, please contact [email protected]. We must nevertheless share this information with the Advertising Standards Authority where it becomes necessary to do so.

 Your acceptance of these Terms:

We reserve the right to refuse entry or refuse to award any prize to anyone in breach of these Terms and Conditions and/or hold void, cancel, suspend or amend these Terms and Conditions where it becomes necessary to do so. Our decision on all matters relating to this promotion is final and binding. No correspondence will be entered into.

 Liability:

By entering this promotion, you are deemed to have accepted and agreed to be bound by these Terms and Conditions.

Insofar as is permitted by law the Promoter and its agents and distributors will not in any circumstances be responsible or liable to compensate the winner or accept any liability for any loss, damage, personal injury or death occurring as a result of taking up the prize except where it is caused by the negligence of the Promoter, its agents or distributors or that of their employees.

This promotion is in no way endorsed or administered by or associated with Instagram or Meta.

 Governing Law:

Nothing in these Terms and Conditions restricts your statutory rights as a consumer. This promotion will be governed by English law and entrants submit to the jurisdiction of the English Courts.