SKU: 55867884652

Pool-Wärmepumpe OKU Inverheat 10 - 10,3 kW

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Description

Pool-Wärmepumpe OKU Inverheat 10 - 10,3 kWOKU Inverheat 10 Pool Wrmepumpe Mit der OKU Inverheat 10 genieen Sie angenehm temperiertes Poolwasser bei gleichzeitig hoher Energieeffizienz. Dank moderner Full Inverter Technologie passt die Wrmepumpe ihre Leistung automatisch an den tatschlichen Wrmebedarf an. Das sorgt fr einen besonders wirtschaftlichen Betrieb, einen leisen Lauf und eine konstante Wassertemperatur. Die Wrmepumpe eignet sich fr Pools mit einer empfohlenen Beckengre von 45 bis 55

OKU Inverheat 10 Pool-Wärmepumpe

Mit der OKU Inverheat 10 genießen Sie angenehm temperiertes Poolwasser bei gleichzeitig hoher Energieeffizienz. Dank moderner Full-Inverter-Technologie passt die Wärmepumpe ihre Leistung automatisch an den tatsächlichen Wärmebedarf an. Das sorgt für einen besonders wirtschaftlichen Betrieb, einen leisen Lauf und eine konstante Wassertemperatur.

Die Wärmepumpe eignet sich für Pools mit einer empfohlenen Beckengröße von 45 bis 55 m³ und kann sowohl zum Heizen als auch zum Kühlen des Poolwassers eingesetzt werden. Über die integrierte WLAN-Funktion lässt sich die Anlage komfortabel per App steuern.

Mit drei intelligenten Betriebsarten (Boost, Smart und ECO) bietet die OKU Inverheat 07 jederzeit die passende Balance zwischen schneller Aufheizung, optimaler Effizienz und besonders leisem Betrieb.

Eigenschaften

  • Full-Inverter-Technologie für maximale Energieeffizienz
  • Heizen und Kühlen mit einem Gerät
  • WLAN-Steuerung per App
  • Drei Betriebsmodi: Boost, Smart und ECO
  • Besonders leiser Betrieb
  • Für Pools von ca. 45 bis 55 m³ geeignet
  • Einfache Integration durch 50 mm Wasseranschlüsse
  • Energieeffizienzklasse A nach EN 17645

Lieferumfang

  • OKU Inverheat 10 Pool-Wärmepumpe
  • Schwingungsdämpfer-Set (4 Stück)
  • Anschlussset Ø 50 mm
  • Winterabdeckplane

Technische Details

Empfohlene Beckengröße    45 - 55 m³
Einsatztemperatur                -3 °C bis +43 °C
COP nach EN 17645            7,1
Energieeffizienzklasse           A
Heizleistung bei Luft 26 °C / Wasser 26 °C    bis 10,3 kW
Heizleistung bei Luft 15 °C / Wasser 26 °C    bis 7,3 kW
Heizleistung bei Luft 7 °C / Wasser 26 °C    bis 5,5 kW
Geräuschpegel in 1 m Entfernung    56 - 59 dB(A)
Geräuschpegel in 10 m Entfernung    28 - 31 dB(A)
Wasseranschluss    Ø 50 mm
Stromversorgung    230 V / 50 Hz
Durchflussmenge    2 m³/h
Gehäusematerial    ABS
Abmessungen (L x B x H)    958 x 380 x 569 mm
Gewicht    43 kg

Die technischen Daten gelten unter der Bedingung, dass das Schwimmbecken während der Nacht abgedeckt ist.

Hinweis zum Aufstellen

Die Wärmepumpe muss an einem gut belüfteten Platz aufgestellt werden. An allen Seiten der Wärmepumpe sollte min. 50 cm Freiraum zu Wänden oder anderen Gegenständen bestehen.

Was bedeutet die Angabe "COP" bei Wärmepumpen?

COP steht für „Coefficient of Performance“ und bezeichnet die Effizienz der Wärmepumpe. Liegt der COP z.B. bei 16, sagt dies aus, dass Sie mithilfe von 1 kWh Strom ganze 16 kWh Heizenergie gewinnen können. Je höher die Effizienz ist, desto vorteilhafter ist die Anlage. Die Effizienz hängt jedoch auch maßgeblich von den äußeren Umständen ab. Je höher die Außenlufttemperatur, desto leichter kann die Wärmeenergie daraus entnommen werden. Je nach Lufttemperatur kann der COP daher relativ stark schwanken.

Tipp!

Eine Solarplane konserviert die Wärme Ihres Wassers (in der Nacht), erwärmt das Wasser am Tag und schützt den Pool vor einfallendem Schmutz.

Berechnung zum Aufheizen Ihres Schwimmbadwassers

Das Aufheizen von 1 m³ Wasser um 1 °C erfordert eine Wärmeenergie von 1,16 kWh.

Ein Pool hat einen durchschnittlichen Wärmeverlust von 0,5 - 3 °C pro Tag. Ist Ihr Pool mit einer Solarfolie abgedeckt, verringert sich der Verlust auf ca. 1 – 1,5 °C pro Tag.

Für einen Pool mit einem Volumen von 10 m³ (10.000 Liter) benötigt man demnach pro Grad 11,6 kWh Energie.

Für einen Pool mit 30 m³ benötigen Sie somit das Dreifache an Energie.

Geht man von einem Wärmeverlust von 1 °C pro Tag aus, ergibt sich hochgerechnet auf 24 Stunden bei einem Volumen von 30 m³ ein Wärmebedarf von ca. 35 kWh (30 m³ x 1,16kW = 34,8kW).

Wählen Sie nun eine Pool-Wärmepumpe mit einer Heizleistung von z.B. 12,5 kW aus, so benötigt diese eine Laufzeit von ca. 2,8 Stunden pro Tag (35 kWh Wärmebedarf : 12,5 kW Heizleistung = 2,8), um den Wärmeverlust von 1 °C auszugleichen.

Bei allen elektrischen Anlagen ist unbedingt ein FI-Schutzschalter erforderlich. Diese Arbeiten führt ein konzessionierter Elektromeister durch.

Hinweis

Die abgebildeten Fotos entsprechen dem letzten Produktionsstand. Aufgrund der sich ständig ändernden Marktsituation kann jedoch die tatsächlich gelieferte Ware in Design und Farbe geringfügig davon abweichen. Infolge der technischen Weiterentwicklung sind Änderungen der Form kurzfristig möglich.

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SKU: 55867884652

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cloud-learner
Belleville, US
★★★★★ 3
have some good contents but too general
Format: Paperback
The book covers some good points, but overall, it's too general.
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Reviewed in the United States on June 28, 2024
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Engineer Dude
Pawtucket, US
★★★★★ 3
Why Politics in a Tech Book????
Format: Kindle
Well... I'm surprised to see the book blatently calls out its dedication to Black Lives Matter, which is in all caps so I assume it's referring to the political organization. It goes on to speak of 2020 being the year of an "awakening of injustices of systematic racism"... I thought I was buying a technical book??? Had I known this political bs was included I wouldn't have purchased it! However, I bought and I'm still reading it. If the politics goes away and the TECHNICAL content is good I'll update my review.
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Reviewed in the United States on December 13, 2020
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PeaceBee
West Palm Beach, US
★★★★★ 2
Not good use of time
Format: Paperback
It’s not clear who this book targets - neither experts nor novice will benefit. There are expert perspectives, only few of these are helpful, rest are too generic to be of any use. For instance the last entry is one an engineer who shares how she went from zero to expert in cloud engineering in six months but fails to mention a single resource or pathway for others to follow.
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Reviewed in the United States on April 2, 2022
N
Nilendu Misra
New York, US
★★★★★ 3
Uneven compendium of tips and insights, but still very useful
Format: Kindle, Format: Kindle
“In theory, theory and practice are the same. In practice, they are not" is why such bottom-up insights and lessons from the field are the fastest way to learn real life stuff. This series had a GREAT start with "Engineering Management" - I guess because it is way more subjective than Cloud Engineering and offered a variety of non-overlapping POVs. This one is a mixed bag, perhaps because "Cloud Engineering" was perceived amorphously by the authors. The scope was broad - from cloud-native (architecture), to cloud-ready (topology), to cloud-operations, to choosing tech (e.g., Lambda/serverless), to -ilities and economics -- it is like celebrating Halloween, Christmas and Labor Day together in a single long weekend. I would give it 4/+ stars if at least 25% of such a book was "superb", giving 3 because about 10% of the book is. That still leaves 10 solid insights or learning that would otherwise take many failures to learn. And failures, especially in this emerging domain of complexity, is VERY expensive. Would love to see more books like this. Let's summarize some key insights - -- Real-time visibility across the entire DevOps lifecycle is key to winning in cloud. -- Operations, especially operations at scale, is extremely hard. So, wherever possible, use Managed Services. -- Distinguish between "availability" and "uptime" and measure each separately, and concretely. -- In FaaS/Serverless, calling a function synchronously increases debugging complexity. -- Good code is like good joke - it needs no explanation. -- "Building your app or platform on top of the abstractions that a cloud provider gives you does not make the underlying layers stop existing. In many cases, it makes them even more important." That makes the failure modes LESS obvious than we were used to. Therefore having "extreme visibility" into your systems will help "separate the issues at the layer you're focused on from the fundamental system issues". i.e., just because what was under the hood is now even less visible, don't forget them. Many recent "cloud failures" have been in networking fault domains. -- Cloud is not optimized for replacing static infrastructures. -- Containers, service meshes and serverless jumpstart dev productivity but they also change the attack surface of apps and infra. -- "Number of containers that are alive for 10 sec or less has doubled to 22%". 73% of all containers live for 30 minutes or less. -- Adopt an "assume breach" stance for everything. Have a break-glass account. -- Ensure you have a thorough understanding of where and how secrets are secured. -- Grey failures (transient degradation of services) are often worse than complete crashes, since the latter have a short feedback loop. -- Resilience engineering has existed as a sub-discipline within safety sciences. We just recently started applying its concepts in technology. Resilience can be thought of as a "socio-technical system" with Robustness ("system X has property Y that is robust in sense Z to perturbation W"); Reliability (consistent operations or service levels); Rebound (ability to deal with a chaotic situation using structures developed AND deployed BEFORE the chaos). In other words, robustness protects systems against a SPECIFIC type of failure mode. When a system is robust in many dimensions, it approaches good resilience to failure. -- Resilience is something you "do", not something you "have". Resilience is a verb. -- Moving from one class of nines to the next is 10 times more expensive. -- Production System really means "system that someone else, anyone else, can hold you accountable for". -- Most common theme across incidents is that something, somewhere was surprising. -- Incidents are unplanned investments...your challenge is to maximize ROI. -- We used to think of scale in two dimensions - horizontal (more) and vertical (bigger). In cloud, think of "scale out" (when demands increase) and "scale in" (when demand decreases). -- Architecture diagram is also a map of failure modes. -- Async communication is a friend of Cloud Reliability. -- Test in production is a competitive advantage. The complexity of traffic patterns going through high-scale production systems is increasingly harder to reproduce in a controlled env. -- Hundreds of open issues is fine, but if the repo has gone months (or, years!) without a release, THAT is a warning sign. -- It is hard to write good tests for bad code. -- Platforms come and go. But first principles and patterns will always exist, because they are the ones and zeros.
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Reviewed in the United States on November 6, 2023
M
M. Klocker
New York, US
★★★★★ 2
Shallow, biased and significantly overpriced
Format: Paperback
Well, this purchase was a disappointment. 20% of the pages are dedicated to just highlighting the bios and backgrounds of the many different authors that contributed this great wisdom. And let me be clear, the authors are solid. They are professionals with credible backgrounds and experience. But it's the format and constraints of this book that makes it virtually impossible for that to shine through. Because the rest of the book (80%) is dedicated to the so called "97 things every cloud engineer should know". And unfortunately the average length of one of these "things" is about 1.5 pages long, and as such extremely shallow and in about 30% of the cases straight up promotions for specific company services. You will find Google cloud advocates telling you to use managed services, of Google of course. AWS engineers telling you to avoid them and use IaaS. LaunchDarkly employees telling you to use feature flags. The list goes on. The TL;DR: here is that if you have built anything on the cloud in the last 2 years, this book is going to be a waste of your time and money. You are better of googling: "cloud best practices" and dedicating 2h to reading the first 10 non-ad related search results.
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Reviewed in the United States on March 23, 2022

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