Ice Bath Chiller Unit

... cold crashing. First time used ICE in a cooler to circulate... the ice every day. Made a glycol chiller with a window AC unit. Had... set to 33 oF. The thermometer on the chiller... ran at 38 oF. I need to validate the thermometer in an ice bath... using DI water and crushed ice made with DI to...

I've been doing cold exposure therapy for a while now, and I'm trying to figure out if upgrading my setup makes sense. Right now I'm using the classic approach - fill the tub, dump ice in, try not to think about the hassle. It works, but honestly the prep time and inconsistency is starting to wear on me. Some days it's perfect, other days it's barely cold enough to matter. I keep seeing posts about people switching to dedicated units (not trying to name brands, just the general category of chillers/filtration systems), and I'm wondering if it actually makes a difference beyond convenience. Ok, here is the catch Does having consistent temperature actually change the experience? Like, is there a noticeable benefit to hitting the same temp every time vs the variability of ice baths? Did it help you stick with the routine? I'm wondering if eliminating the friction of setup makes it easier to stay consistent For anyone who went back to ice - what made you switch back? I'm not looking for equipment recommendations necessarily, more interested in whether the concept of a more permanent setup actually improved results or just made life easier. The ice bath method works when I do it, but I'm curious if I'm leaving gains on the table by not having better consistency. Anyone have experience with both approaches over a longer period? submitted by /u/Swimming-Win6864 to r/coldexposure [link] [comments]

I know this has been posted a few times in the past, I read those posts, but one more thing that I wanted to ask the professionals about: TL;DR: would it be cheaper long-term to sell all the pieces I've assembled for a chiller/inflatable plunge and invest in a box plunge/chest freezer conversion? I have all the pieces of the puzzle to make my semi-DIY cold plunge happen (following the plans from Joe over at DIYcoldplunge but using a Therapod); however, the night before I started putting it all together, my feed was filled with videos about how energy inefficient and ultimately expensive the chiller route would be... Bought the chiller used from eBay, seller claimed it was working, haven't tested anything since I'm now having second thoughts and might resell everything and go chest freezer which I believe would use far less electricity especially if I got a garage-ready unit. I suppose I could still plumb it the same with the Danner and everything, but don't want my electricity bill to skyrocket with the chiller running 24/7. Back story: I live in Austin, TX, summers get hella hot and the plunge will be outside on my back porch (in the shade all day, but still hot). submitted by /u/MithraScott to r/coldplunge [link] [comments]

I’m out over $7,500 and nearly three years of my life dealing with the absolute worst customer service I’ve ever experienced. If you’re thinking about buying from Polar Monkeys - especially internationally - read this first. The Financial Sinkhole: The Cost: $2,790 for the tub + $2,400 for shipping to Europe. The Defect: The chiller short-circuited instantly out of the box and killed our cables. The Repair Bill: I spent €2,400 out-of-pocket on professional gym builders, electricians, and AC technicians trying to fix it because their support dragged their feet. Independent experts confirmed the cooling unit was completely dead on arrival. How They Trap You: The Warranty Scam: Their support team explicitly asked my technician to identify the hardware issue. To do this, he removed 4 screws to film the dead motherboard for them. Polar Monkeys then turned around and threatened that opening the unit "may void the warranty." The Bait-and-Switch: They eventually offered a replacement chiller, but suddenly claimed a "new policy" meant they no longer ship internationally. They told me they'd ship it to the US, and I’d have to pay to freight it across the Atlantic myself. The Final Insult: After a year of stalling, they finally offered a refund (minus a 15% restocking fee) - but only if I pay thousands of dollars out-of-pocket to ship their massive, broken brick back to the US. The Bottom Line: I am not spending another dime to ship their unfixable garbage back across the ocean just to play their games. I am pushing for a full refund for a product that literally never worked once. I'm posting this so nobody else falls into the same trap. Expect zero accountability and a massive financial black hole if their hardware fails on you. Edit: Multiple people are saying I plugged in a 110v into a 220v outlet. We happen to have a dedicated 110v outlet from an old workshop that was in the house we rented. An electrician verified it beforehand, and Polar Monkeys confirmed in writing it was the exact voltage required. submitted by /u/SamzlawlYT to r/coldplunge [link] [comments]

Hey everyone!🎉 Welcome to join r/TURBROstore. If you're interested in innovating your lifestyle, and looking for heating, cooling, and ventilation systems, this is the new home for you. We're excited to have you join us! Who is TURBRO? Established in 2013, TURBRO's mission remains the same - innovating your lifestyle to create your own sanctuary where peace, joy, and life unite. From keeping your home or business warm in the winter and cool in the summer, to maintaining a healthy indoor environment full of clean air, TURBRO is like your personal butler, is building a healthy HVAC system for everyone.   🏡 How to get my home more cozy? Looking for solutions to improve home comfort? We got: 🧊 Cooling Solution Mini Split ACs Portable ACs Fan Ice Bath Water Chiller 🔥 Heating Solution Mini Split ACs with Heat Pump Electric Fireplace Firepit Pool Heat Pump Garage Heater Pet Heater 💧 Humidity Control Humidifier Dehumidifier Yes! We also take into account the warmth of your dogs and cats.   🚐 How to make RV life easier? Cooling and heating could be super essential when it comes to outdoor activities, especially like winter camping and boondocking. We got: Rooftop Inverter RV Air Conditioner 🏕️ Inverter Under Bench RV Air Conditioner 🚌 Diesel Heater ♨️ More to come this year Perhaps we're new in RV area, we're a pro at heating and cooling. More surprise on RV this year!   ✨ Join Us & Start Posting! We're all about being friendly, constructive, and inclusive. Here you can share: Share tips and tricks Get advice on heating and cooling solutions Learn about new product launches, exclusive deals, and special offers Ask questions, share reviews, and show off your TURBRO setup From homeowners at home to RVers on the road, feel free to join us! Together, let's make r/TURBROstore amazing.🤝 submitted by /u/TURBRO_Store to r/TURBROstore [link] [comments]

I’m hoping someone here might be able to help. Does anyone know which chiller unit is used in the Brass Monkey The Pro ice bath? I’ve checked their website but couldn’t find any technical details about the chiller model itself. If you own one, have tested one, or know anything about the system they use, I’d really appreciate any insight. Thanks in advance! ❄️🙏 submitted by /u/AmbaFR238ayy6 to r/coldplunge [link] [comments]

** Update 30/10/25 ** I decided to go for the aquarium pump. Referred as the pump of the brand "Danner" in lots of youtube videos. I bought the Eheim CompactON 3000. That has the proper waterflow. Ditched the paper filter; and I only use a pre-filter now. All works as expected. Since it works, and waterflow is still fine, I'll maybe add a new paper filter unit again (and connect my ozon machine to it). But for now, this is just good. Smallest tube opening: 1/2" (the tub connection itself). Tubes: 3/4" (19mm internal diameter) Lots of connections to get all attached (the pre-filter I already had, was 1" connection for example :')) Result: The pump is WAY more quite then the intex C1000. I don't hear the vibrations anymore. Now the chiller is the loudest element in this setup. Compare it with the noise of an aircon unit. So yeah, that still is pretty loud. But ok for my setup (the fan/blowing is a different noise than a vibration sound I find). New configuration: works as expected. Will add another of those camlock fittings to the bottom. Makes is easy to disconnect when I clean it all. ** Original Post ** Hi all This is my current setup, which was around 1000€; my setup, maintenance by 2x per week ozone and 1x per week H2O2 Lumi Ice Tub Pro Poolex O'Spa 5kW Chiller (and heater) A small pre filter Intex C1000 Pump with built in paper filter ==> All works pretty well together with this limited budget I'm living in the south of Europe, so I'm assembling my ice bath with parts/brands that are available over here. (if I would live in the US, I would just buy the desert plunge I assume) I recently moved houses, and now the setup is on the roof top terrace. Nice view, but the noise that the intex C1000 pump makes, annoys me. I hear the vibrations in the house itself. And thus, I'm looking for a more quite solution. Currently, looking into two options: Poolex Filter Max (costs around 170-200€'s where I live) => I like this option, because it's an all-in-one. Just have to connect it to the tub, chiller and I'm done. And, this price is about the same as putting it all together with seperate parts (option 2) -> What worries me, is the noise this will make, taking into count it's a powerful pump that's originally meant for pools. But, I do saw it appear on some "ice tub" websites (such as thenordicsauna or urbanicetribe) 2) Aquarium Pump, Eheim (which looks like the "Danner from the US" alternative) => Since this is made for aquariums, it may be the quietest solution with the least vibrations (it's less powerful then option 1) -> I do have to make more connections to other parts. Tub -> pre filter -> cartridge filter -> pump -> cooler -> bath Maybe someone over here who has one of both and can share their findings/advice me? Thanks! (and on a side note: another thing I don't like is the insulation level of that inflatable lumi pod pro tub. Best(/budget friendly) EU alternative looks this one: https://theralpine.com/products/rhone But, I can't justify the cost compared to just the cost of electricity by cooling my tub down every night) submitted by /u/Hexmans to r/coldplunge [link] [comments]

Lando Ice Bath Chillers: Advanced Cooling Solutions for Sports Recovery landochiller Cold plunge therapy has become an essential part of modern recovery for athletes, fitness enthusiasts, and wellness seekers. The benefits of ice baths—reduced inflammation, faster muscle recovery, improved circulation, and enhanced mental resilience—are widely recognized. To make this therapy truly effective, having a reliable and efficient chiller system is key. This is where Lando Ice Bath Chillers excel, offering professional-grade cooling technology tailored for both home and commercial use. Wide Range of Models Lando manufactures a variety of chillers to suit different needs: 0.6HP, 1HP, 1.5HP, and 2HP models. Whether you need a compact unit for personal recovery at home or a powerful system for gyms, spas, and sports facilities, Lando provides versatile solutions. Each chiller is engineered for durability and consistent performance, ensuring long-term use even under frequent operation. Key Features That Set Lando Apart Lando Ice Bath Chillers are designed with innovation and user convenience in mind. Some standout features include: Rapid Cooling Performance – Achieves and maintains water as low as 3°C (37°F) for optimal recovery. Integrated Water Pump & Filtration – Ensures continuous water circulation and cleanliness. Optional Ozone Filtration – Adds enhanced hygiene by naturally disinfecting and purifying water. Smart Controls – Choose between a digital controller or Wi-Fi connectivity, allowing you to set and monitor your bath temperature remotely. Eco-Friendly Refrigerant – Uses R410A non-Freon refrigerant for efficient and sustainable cooling. Durable Titanium Evaporator – Corrosion-resistant, ensuring reliability and long-lasting performance. Portable and Compact Design – Suitable for home users while powerful enough for professional environments. Perfect for Athletes and Wellness Facilities From individual athletes looking to speed up recovery to wellness centers offering high-performance treatments, Lando chillers are built to adapt. The 1HP model, equipped with a water pump, Wi-Fi control, and ozone filtration, is a popular choice, striking the perfect balance between portability and professional-grade features. The Power of Cold Therapy Using a Lando Ice Bath Chiller ensures that you get the full benefits of cold plunge therapy without the hassle of constantly adding ice. With precise temperature control and automated circulation, you can focus on recovery while the system maintains ideal conditions. Benefits include: Faster muscle recovery Reduced soreness and inflammation Boosted circulation and metabolism Improved mental clarity and stress resilience Experience Professional Cold Therapy at Home With their advanced features, customizable options, and reliable performance, Lando Ice Bath Chillers represent the ultimate solution for cold plunge therapy. Whether for personal use or commercial recovery programs, they deliver consistent cooling power, hygiene, and ease of use. Explore the full range of Lando chillers and customization options at lando-chillers.com. submitted by /u/landowaterchiller to r/coldplungechillers [link] [comments]

[Check Latest Arrivals water chiller for ice bath on Amazon.] Best Water Chiller for Ice Bath 2025: Reviews & Top Picks Maintaining a consistently cold temperature is crucial for maximizing the benefits of ice bath therapy. A water chiller designed specifically for ice baths allows for precise temperature control, eliminating the need for constant ice refills and making the process significantly more convenient and effective.This article explores the best water chiller options available in 2025, offering in-depth reviews and top picks to help you make an informed decision. [Explore Top Rated water chiller for ice bath on Amazon.] Key Features Analysis the optimal water chiller for ice baths provides consistent cooling, user-friendly operation, and durable construction to withstand regular use. Cooling Capacity: This is a critical factor when selecting a water chiller, indicating the amount of heat it can remove per unit of time, typically measured in BTUs (British thermal Units) or horsepower. Consider the size of your ice bath and the ambient temperature in your location.A higher cooling capacity enables faster cooling of the water and better maintenance of the desired temperature. The effectiveness of a water chiller is directly related to its cooling capacity. For smaller ice baths (around 80-100 gallons), a chiller with a cooling capacity of 1/4 HP might suffice, but for larger tubs or warmer climates, a 1/2 HP or even a 1 HP unit may be necessary to achieve and maintain optimal temperatures for effective cold therapy. Temperature Control & Settings: Look for a chiller with precise temperature control and a clear, easy-to-read digital display. The ability to set the desired temperature accurately is essential for safety and comfort during ice bath sessions. Some chillers offer pre-set temperature options or programmable schedules. Advanced water chillers feature sophisticated temperature control systems that maintain water temperatures within a narrow range (e.g., ±1°F or ±0.5°C). This level of precision ensures consistent cold therapy benefits. Programmable settings allow users to schedule cooling cycles in advance, which is a practical benefit. Filtration System: A built-in filtration system is essential for maintaining water quality and preventing the growth of bacteria and algae in your ice bath. Filters remove impurities and debris, ensuring the water remains clean and safe for repeated use. Filters can range from simple mesh screens to more advanced multi-stage filtration systems that include sediment filters, carbon filters, and UV sterilization. Replacing or cleaning filters regularly is also a critical maintenance aspect. The efficiency and ease of filter replacement should be considered when choosing a chiller. Energy Efficiency: Water chillers can consume a important amount of electricity, especially when running for extended periods. Look for models with energy-efficient compressors and insulation to minimize power consumption. Some chillers also offer energy-saving modes or timers to help reduce electricity bills. Energy efficiency is frequently enough indicated by a SEER (Seasonal Energy Efficiency Ratio) rating; though, this metric is not universally applied to water chillers. Rather, look for models with high-efficiency compressors and insulation. Additionally,a programmable timer is a valuable feature,preventing the chiller from running unnecessarily. Durability & Construction: A high-quality water chiller should be built to last,using durable materials that can withstand the rigors of frequent use in a humid habitat. Look for models with stainless steel components, corrosion-resistant coatings, and robust construction. High-quality chillers employ durable, corrosion-resistant materials like stainless steel, titanium, or high-grade plastics. Pay particular attention to the construction of the compressor, heat exchanger, and water pump, as these are the most critical components. A well-built chiller will typically have a longer lifespan and require less maintenance. Noise Level: The noise generated by a water chiller can be a concern, especially if it is located near living areas. Look for models that are designed for quiet operation, with noise levels typically specified in decibels (dB). Noise levels vary considerably between different models. Some high-end chillers include sound-dampening insulation and vibration-reducing mounts to minimize noise. A noise level of 50 dB or lower is generally considered acceptable for indoor use. [explore Top Rated water chiller for ice bath on Amazon.] Core Benefits A dedicated water chiller for ice baths provides several significant benefits when compared to traditional methods. Consistent Temperature Control: unlike ice, a water chiller maintains a consistent and pre-set temperature, eliminating the temperature fluctuations that can occur as ice melts. This ensures that you can enjoy the full therapeutic benefits of cold water immersion without worry. Maintaining a continuous cold temperature between 39-59 degrees Fahrenheit is crucial for maximizing the benefits of ice bath therapy. Fluctuating temperatures can reduce the effectiveness of the therapy and even pose risks. With a water chiller, you can precisely control the temperature and ensure consistent results. Improved Convenience and reduced Ice Usage: Water chillers eliminate the need to constantly buy and replenish ice. This saves time, reduces costs, and avoids the hassle of dealing with large quantities of melting ice. The continual need to purchase and store ice is a major drawback of traditional ice baths. A water chiller offers a one-time investment that eliminates this ongoing expense and effort. This makes ice bath therapy more accessible and convenient, allowing you to focus on the benefits rather than the logistics. enhanced Water Quality and Hygiene: Most water chillers include filtration systems that help to keep the water clean and free of bacteria, algae, and other contaminants. This enhances the hygiene of your ice bath and reduces the need for frequent water changes. Stagnant water can quickly become a breeding ground for bacteria and algae,especially at room temperature. Water chillers, in conjunction with filtration, help to maintain water purity, minimizing the risk of skin infections or other health problems. This ensures a safer and more enjoyable ice bath experience. Programmable and Automated Operation: with smart features like timers and programmable temperature settings, some chillers automate the ice bath process, allowing you to set it up in advance and enjoy a perfectly chilled bath whenever you are ready. Some high-end chillers offer integration with smart home systems, allowing you to control the temperature and operation remotely via a smartphone app. This level of automation provides unmatched convenience, allowing you to start cooling your ice bath while you're still at the gym or on your way home. [Explore Top Rated water chiller for ice bath on Amazon.] FAQs Section Is a water chiller a worthwhile investment for ice baths? For serious athletes, individuals undergoing regular cold therapy, or anyone seeking the convenience and consistency of controlled-temperature ice baths, a water chiller is definitely a worthwhile investment. The long-term convenience and improved hygiene justify the initial cost. What size chiller do I need for my ice bath? The appropriate size chiller depends on the size of your ice bath tub and the ambient temperature of the location where you'll be using it. As a general guideline, a 1/4 HP chiller is adequate for small tubs (under 80 gallons), while a 1/2 HP chiller is suitable for tubs up to 150 gallons. Larger tubs or warmer environments might require a 1 HP chiller. How frequently enough do I need to clean or replace the filters in a water chiller? The frequency of filter cleaning or replacement depends on the water quality and the frequency of use. As a general rule, you should inspect the filter every week and clean or replace it every one to three months, or as recommended by the manufacturer. Regular filter maintenance prolongs the lifespan of your chiller and ensures optimal water quality. Can I use regular tap water in my ice bath with a water chiller? While it's possible to use regular tap water, it's generally recommended to use filtered water or add water treatment chemicals to prevent the buildup of minerals and contaminants that can damage the chiller and affect water quality. Always follow the manufacturer's recommendations regarding water quality and treatment. [Explore top Rated water chiller for ice bath on Amazon.] Competitor Comparison Product Comparison Overview ChillWell Pro Water Chiller Cooling capacity: 1/2 HP (Suitable for up to 120-gallon tanks) Temperature Range: 39°F - 68°F (4°C - 20°C) Filtration: Multi-stage filtration with UV sterilization Noise Level: 48 dB IcePod Chiller 2.0 Cooling Capacity: 1/4 HP (Suitable for up to 80-gallon tanks) Temperature Range: 40°F - 70°F (4.4°C - 21.1°C) Filtration: Basic sediment filter Noise Level: 55 dB Polar Plunge Chiller Cooling Capacity: 1 HP (Suitable for up to 250-gallon tanks) Temperature Range: 37°F - 65°F (2.8°C - 18.3°C) Filtration: High-capacity sediment and carbon filter Noise Level: 60 dB Key Differences Summary The ChillWell Pro Water Chiller provides a good balance of cooling power, filtration, and noise level, making it a mid-range option. The IcePod Chiller 2.0 is more suitable for smaller ice baths, but its filtration system is relatively basic and it operates at a slightly higher noise level. The Polar plunge Chiller offers the highest cooling capacity for larger tubs, but its noise level may be a concern for some users, and it is considerably more expensive. [Explore Top Rated water chiller for ice bath on amazon.] Ideal User Profile Athletes and Fitness Enthusiasts: Individuals who frequently engage in high-intensity workouts and use ice baths to reduce muscle soreness and speed up recovery will greatly benefit from a water chiller's consistent temperature and convenience. A reliable chiller allows athletes to optimize their recovery routine without the hassle of managing ice. Wellness Practitioners: Physical therapists, chiropractors, and other wellness professionals who offer cold therapy treatments can enhance their services with a professional-grade water chiller. The ability to provide precisely controlled and hygienic ice baths improves the client experience and facilitates better therapeutic outcomes. [Explore top Rated water chiller for ice bath on Amazon.] Buying Recommendations & Conclusion When selecting a water chiller,carefully consider your ice bath size,desired temperature range,budget,and tolerance for noise. If you have a small ice bath and prioritize affordability, the IcePod Chiller 2.0 may suffice. For those seeking a balance of performance and features, the ChillWell Pro Water Chiller is a solid choice. If you need a high-capacity chiller for a larger tub, the Polar Plunge Chiller is a powerful option, but be mindful of its higher price and noise level. investing in a high-quality water chiller is a worthwhile decision for anyone who regularly incorporates ice baths into their routine. The convenience, consistency, and water quality benefits offered by a chiller significantly enhance the cold therapy experience, making it a more enjoyable, effective, and enduring practice. [shop Budget-Friendly water chiller for ice bath on amazon.] submitted by /u/JosephMitchREYI to r/Petsloverclubs [link] [comments]

Hey everyone! I have a Spike Flex + fermenter that I bought recently and tried my first beer on it that is still fermenting. Everything has gone great and I love it, but I'm looking at options for cold crashing later on. Currently I have no glycol chiller, but I have the cooling coil which is running from a cooler filled with ice and frozen ice in old soda bottles. Currently to cold crash, I'm going to need to carry the fermenter up to my garage and put in my keezer, but thinking what other options I have instead of moving the fermenter and instead of buying an expensive glycol chiller. I have seen people make their own glycol chillers from old AC units and I may try that at some point, but that leads to my question. Can't I just get a small refrigerator and put my water bath in it with the pump and cold crash through my coils that way? Refrigerators get down to like 34 degrees or so. I know I'll need to drill through the door or something to get the tubing through that goes to and from the water bath to my coils, but if I get a cheap one on marketplace, shouldn't be an issue. Any downside to doing this or any reason it wouldn't cool it down enough to be a cold crash and drop the sediment to the bottom? I guess I'm just trying not to move the fermenter a bunch if I can help it. submitted by /u/inthebackwoods to r/Homebrewing [link] [comments]

We have a couple of 300 gallon water tanks in our high bay area for cylinder curing. With summer coming on, I want to get ahead of it and implement some sort of cooling system. I think I can consolidate all of our cylinders into a single 200 to 300-gallon tank. How do you guys keep such tanks cool? I've weight building a room to install a window unit, having an ice bath chiller running a circulation pump, or even just freezing buckets of water in a deep freeze. Any ideas? submitted by /u/38DDs_Please to r/civilengineering [link] [comments]

Hey everyone, I just bought this legacy ice bath max with the 1hp chiller. When I first bought it, everything worked fine. Then I did a water change and the unit seems to have stuck air somewhere and now it keeps purging and shutting off flow randomly and also not pumping water as good as before. I’ve checked all hoses/seals for leaks as well as changing out filter and cracking filter to bleed any air. Also added plumbers tape to all threads to help but seems to work temporarily and then goes back to this. Any info would be greatly appreciated, it’s been driving me crazy! submitted by /u/Loose_Emu_4164 to r/coldplunge [link] [comments]

I'm looking for cost effective reading materials on refrigeration, i've seen Fundamentals of HVACR (3d Ed) recommended but it's pretty pricey for someone who doesn't make their living in the trade. I've been interested in this area for years and did consider moving over before now, but i'm a dairy engineer and really like my job, so not looking to move at the moment. I've built commerical WIC/WIF boxes, hung evap units and installed compressor units, including door heaters, heated vents and the controls wiring, plus installed my own a/c twice, (leaving brazing and gassing to my fridge guy). From time to time i have projects that might suit custom refrigeration, for example i currently have an ice bath running off a beer line chiller, not only would i like to up the cooling but i'd love to play with heat recovery into my domestic water, that sort of thing. submitted by /u/greenbeast999 to r/refrigeration [link] [comments]

I bought the Therapod brand inflatable ice bath from Sam's Club over the winter, so it's been fairly easy to keep the water cold and I've been plunging at 30°F 🥶 I still want to continue doing cold plunge in the summertime and am looking into getting a chiller. This is the one that is recommended as 'compatible' with the bath I bought and I was wondering if with this information, if anyone could help me figure out other brands that may be compatible with my particular ice bath? I'd like to stay in this price range or lower, I know they can get very pricey, and I don't have the extra money to afford a $1000 chiller at the moment. Thanks in advance if you're able to help :) submitted by /u/soup-sloth to r/coldplunge [link] [comments]

,Hi friends, I am going to purchase an ice bath chiller, the merchant told me that they will give me a two year warranty, I would like to know What is expected lifespan of ice bath chiller unit? submitted by /u/Gloomy-Age-8746 to r/coldplunge [link] [comments]

I have purchased a chiller unit from Ice Bath Club, which I believe has now changed its name to Fitness Club. I have followed the instructions and have successfully turned on the unit. However, I have noticed that the water is not circulating, despite the digital screen indicating that the pumps are activated. I have tried using both the start and stop functions, as well as performing a factory reset and programming the parameters according to the provided data sheet. The only parameter I am able to control is the temperature, but adjusting it does not cause any fluctuations. Is there anything else I should be considering? submitted by /u/ChazF3030 to r/coldplunge [link] [comments]

Hi, I've recently got a new Inflatable ice bath and chiller. Problem is, the pipe connectors that come with the unit seem to leak from the in built join (circled in the photo). Has anyone encountered this issue? Any ideas on solutions? Thanks in advance for your help. submitted by /u/thabuzman to r/BecomingTheIceman [link] [comments]

I have been in the market for a cold plunge / ice bath unit for over 6 months and did an incredible amount of research before landing on Sun Home (which I just received a few weeks ago). I splurged for their 'pro' model over their inflatable/portable model for a few reasons. Their pro model is coated with LineX which means it is truly rated for outdoors and withstand the elements (I live in an area with lots of weather), secondly, most cold plunges I found can only get down to around 38F. I wanted a true ice bath experience without having to buy ice. Sun Home's ice bath chiller is so powerful it actually creates ice in the tub - no one else is really doing that. And lastly they have built in wheels so I can easily move it around my property which no other premium cold plunge has. So far it's been a great experience and you can tell no expense was spared with this model. If you have the means, I definitely recommend a Sun Home cold plunge. Cheers! submitted by /u/thebiohacker1992 to r/Plunge [link] [comments]

I’ve got an ice bath and chiller set up that worked fantastic through winter. Ice bath looks like the attached pic. Now it’s summer here the chiller unit has to run almost constantly to keep the water temp below 6C, the chiller unit is 2hp so a bit of a beast! During the winter it hardly had to run at all. Obviously the problem here is no sort of insulation. Does anyone have any recommendations of what I can wrap the tub in to help reduce heat loss? I’m thinking some sort of closed cell foam as it doesn’t absorb water, but just wanted to see if anyone has overcome this problem before and what worked for you. submitted by /u/thruster2 to r/BecomingTheIceman [link] [comments]

Hey guys! So I remember a few years ago seeing a company that was advertising na addon to commercial HVAC units that reroutes refrigerant to an ice bath during peak hours instead of the condenser unit. Once the ice melts or peak hours are over, it routes back to the condenser unit. The water bath then freezes again overnight with its own small chiller during off peak hours. The entire purpose of the unit is to do peak shaving for HVAC cooling. I checked back on them lately and the company seems to be gone. From a technical perspective, was this feasible for long-term residential or commercial use? I'm trying to wrap my head around why the company disappeared: was it non-feasible tech, or some other business reason (bad management, poor sales, etc)? I'll mention the brand of I'm allowed to on this sub 🤔 submitted by /u/anotherguy75 to r/hvacadvice [link] [comments]

I'm in the process of setting up an ice bath, which will be used in my garage. I have another week before the chiller arrives so I'm starting to prepare. The garage is concrete and ideally I would like it to stay dry. I live in the southeast United States so it does get hot and humid. The tub I'm getting is inflatable. Is there anything you'd recommend doing to the tub itself to stop condensation or a particular mat that I should place the tub on top off? Any recommendations would be greatly appreciated. submitted by /u/tmcclt to r/BecomingTheIceman [link] [comments]

This is a basic how to, for the electronics side of building a glycol chiller from a digital window ac unit. It's what I had, so here's a basic explanation, and what to do to retain the digital control panel of the unit. This is not an original idea, I didn't think this up. I came across a post on homebrew talk that showed changing the temp sensor (thermistor), but I was not satisfied with the level of detail the OP had. I will not make a guide for the physical build of the chiller/ reservoir/ box. There's at least a hundred of those already out there... My objectives are to control the bath temp via the original controls on the ac unit, and use an inkbird to cycle a pump on / off for the temp control in the fermenter. First begin by disassembling the unit, to the point where the Thermistors can be found. Be careful to not cut any wires, and also don't damage the control panel. I couldn't figure out how to post pictures to this forum, so I signed up for imgur. Still newish to this side of it glycol chiller build more glycol pics The photo shows what a thermistor usually looks like, and then checking the resistance. In laymans terms, the lower the resistance, the cooler it will get before kicking off. My meter said around 13k ohms, which seems to be normal for a 10k nominal thermistor. By replacing this with a 5k ohm thermistor, the digital control still thinks it's maintaining a 60F temp when in actuality, it is maintaining about 35-38F. Note: there are two thermistors in an ac unit, one acts as a trigger by measuring ambient air temp and the other is placed to sense when the coils are icing over. The only one we care about is the ambient air temp sensor. It will usually be placed on the intake, before the air being pulled in gets to the coil. I ordered a 5k thermistor off of Amazon. I recommend getting a decently long wire on the sensor. The original was 6 ish inches and would never have reached my reservoir. The new one is 3 ft or so, and is plenty long enough to rout into the reservoir. I am not very good with electronics, and can not claim to fully understand why these things work. This is how I stumbled thru my build. At this point I have less than $50 in the chiller. The window unit has been kicking around for several years, so I'm not counting it. The cooler I found in the median of the highway on the other side of town. So all I have bought is the thermistor ($6.59 for a 6 pack), a gallon of glycol ($25) and a few additional pieces of lumber. The rest was scrap I salvaged from a shipping crate. If you have any questions, just let me know and I will try to help. I may eventually try to get the reservoir colder, but for now this should get me started. submitted by /u/no_sleep_johnny to r/Homebrewing [link] [comments]

submitted by /u/Justen913 to r/TheBrewery [link] [comments]