When your water heater stops producing enough hot water, you need to identify which element to replace. Testing both the top and bottom elements of your water heater ensures you solve the real problem. You avoid wasting money on unnecessary parts and repairs.
Stets replace only the faulty water heater element. This approach saves you both time and resources.
Why Testing Both Water Heater Elements Matters
Testing both elements in your water heater is essential for accurate diagnosis and cost-effective repairs. You want to know exactly which element to replace, so you do not waste time or money on unnecessary parts. Many issues can mimic a failed heating element, so a thorough approach prevents misdiagnosis.
Signs Your Water Heater Element May Be Bad
Kein heißes Wasser
You may notice your electric water heater stops producing hot water altogether. This often points to a failed heating element or a problem with the thermostat. If both elements fail, you will get only cold water from your taps.
Not Enough Hot Water
Sometimes, you still get hot water, but it runs out quickly. This symptom usually means only one heating element works. For example, a failed lower element often causes hot showers to cut short. You might also notice lauwarmes Wasser instead of the usual hot temperature.
Das Erhitzen des Wassers dauert zu lange
If your water heater takes much longer than usual to heat up, a faulty element could be the cause. Other warning signs include strange hissing or popping noises, which often result from sediment buildup on the element. You might also see cloudy or discolored water, which can signal corrosion or mineral deposits. Watch for frequent breaker trips or unexpected spikes in your energy bill, as these can indicate electrical issues with the heating element.
Tip: Always test both elements before deciding which element to replace. This step helps you avoid unnecessary costs and ensures you address the real problem.
How Water Heater Elements Work
Top vs. Bottom Element Functions
In a standard electric water heater, the top heating element heats the upper part of the tank first. Once the water at the top reaches the set temperature, the thermostat switches power to the bottom heating element. The bottom element then heats the rest of the water in the tank. This sequence ensures efficient energy use and a steady supply of hot water.
Why Either Element Can Fail
Both the top and bottom heating elements can fail for several reasons:
- Mineralablagerungen can coat the heating element, causing it to overheat and malfunction.
- Electrical issues, such as faulty wiring or power surges, can damage the element.
- If both elements run at the same time, this usually signals a wiring fault or a broken thermostat. Only one element should operate at a time.
- Sometimes, the problem lies with the thermostat or wiring, not the element itself. Testing both elements helps you spot these issues.
- If your water heater is old or shows signs of corrosion, replacing the entire unit may be more cost-effective than replacing individual elements.
By testing both elements, you ensure the thermostat works properly and avoid replacing parts that still function. You also protect your home from potential electrical hazards and keep your water heater running efficiently.
Safety Steps Before Deciding Which Element to Replace
Before you begin any work on your water heater, you must follow strict safety steps. These precautions protect you from electrical shock and prevent damage to your equipment. Always make safety your top priority.
Turning Off Power to the Water Heater
Lokalisieren des Leistungsschalters
You need to cut power to your water heater before you touch any wires or components. Go to your home’s electrical panel and find the breaker labeled for the water heater. Most panels have clear labels, but if you are unsure, check your owner’s manual or consult a diagram inside the panel door.
Doppeltes Prüfen auf Stromausfall
After you flip the breaker, never assume the power is off. Use a non-contact voltage tester to check the wires leading to the water heater. Hold the tester near the terminals and wires. If the tester lights up or beeps, electricity still flows. Only proceed when the tester shows no voltage. This step ensures you avoid dangerous shocks.
⚡ Tipp: Always double-check for live wires, even if you believe the breaker is off. Electrical safety saves lives.
Gathering Tools for Testing and Replacement
Having the right tools makes your water heater repair safer and more efficient. You should gather all necessary items before you start.
Tools Needed for Testing Elements
To test your water heater elements, you need a few specialized tools. These tools help you diagnose problems accurately.
- Non-contact voltage tester – Confirms the power is off before you begin.
- Continuity tester or multimeter – Checks if the heating element works.
- 4-in-1 screwdriver – Removes access panels and electrical connections.
- Needle-nose pliers – Handles wires and small parts safely.
These tools allow you to test for continuity and short circuits. If your continuity tester shows no reading, the element has failed and needs replacement.
Tools Needed for Replacing Elements
When you replace a faulty water heater element, you need additional tools to complete the job.
- Water heater element wrench – Loosens and tightens the element securely.
- Garden hose – Drains water from the tank if necessary.
- Cold chisel and hammer – Helps remove a stuck element.
- Replacement heating element – Matches your water heater’s specifications.
Prepare these tools in advance. You will also need to remove cover plates and insulation to access the elements. After replacement, reconnect wires securely and restore all covers.
🛠️ Anmerkung: Using the correct tools prevents damage to your water heater and ensures a safe, professional repair.
How to Test Each Water Heater Element
Testing each heating element in your water heater is the only way to know for sure which element to replace. You need to follow a systematic approach to ensure accurate results and safe handling. This section will guide you through accessing the elements, using a multimeter, and interpreting your test results.
Accessing the Top and Bottom Elements
Removing Access Panels and Insulation
Start by locating the access panels on your electric water heater. Most models have two panels—one for the top heating element and one for the bottom. Use a screwdriver to remove the screws securing each panel. Set the screws aside in a safe place.
After removing the panels, you will see a layer of insulation. Gently pull back the insulation to expose the heating element and its wiring. Take care not to tear the insulation, as you will need to replace it later.
Tipp: Wear gloves to protect your hands from sharp edges and fiberglass insulation.
Locating Each Element
You will find the top heating element near the upper third of the tank, just behind the upper access panel. The bottom heating element sits behind the lower access panel, closer to the base of the tank. Each element has two terminals with wires attached. Label the wires if needed to make reassembly easier.
Using a Multimeter to Test Elements
Einrichten des Multimeters
To test your heating element, you need a digital multimeter. Set the multimeter to the lowest resistance (ohms) setting. If your multimeter has a continuity mode, Sie können das ebenfalls verwenden.
Befolgen Sie diese Schritte, um sich auf den Test vorzubereiten:
- Schalten Sie den Strom für Ihren Warmwasserbereiter am Sicherungskasten aus. Überprüfen Sie mit einem Spannungsprüfer, ob kein Strom mehr zum Gerät fließt.
- Entfernen Sie die Zugangsklappen und die Isolierung, um die Heizelemente zu erreichen.
- Trennen Sie die Drähte von den Anschlüssen des Heizelements. Beschriften Sie sie zur einfachen Wiederverkabelung.
- Legen Sie Sicherheitsausrüstung an, wie Handschuhe und Schutzbrille.
Prüfung auf Durchgang und Ohm
Jetzt sind Sie bereit, jedes Heizelement zu testen:
- Platzieren Sie je eine Multimetersonde an jedem Anschluss des Heizelements.
- Im Durchgangsprüfmodus achten Sie auf einen Piepton. Ein Piepton bedeutet, dass das Element durchgängig ist und nicht unterbrochen wurde.
- Schalten Sie auf die Ohm-Messung um. Berühren Sie erneut die Anschlüsse mit den Sonden.
- Lesen Sie die Anzeige ab. Ein intaktes Heizelement zeigt einen Widerstandswert zwischen 10 und 30 Ohm. Dieser Bereich gilt für die meisten Standard-Heizelemente von Elektro-Warmwasserbereitern.
- Wiederholen Sie den Vorgang für sowohl das obere als auch das untere Element.
Wenn Sie einen Wert von null oder einen unendlich hohen Widerstand sehen, ist das Heizelement defekt und muss ausgetauscht werden.
Testergebnisse verstehen
Wie ein guter Element-Messwert aussieht
Ein funktionsfähiges Heizelement zeigt einen Widerstandswert zwischen 10 und 30 Ohm auf Ihrem Multimeter an. Bei vielen gängigen Warmwasserbereiter-Modellen ist ein Wert um 14 Ohm typisch. Wenn Ihr Multimeter im Durchgangsprüfmodus piept und der Widerstand in diesem Bereich liegt, funktioniert das Element wie vorgesehen.
| Testmodus | Erwartetes Ergebnis | Was es bedeutet |
|---|---|---|
| Kontinuität | Piepton oder geschlossener Stromkreis | Element ist intakt |
| Ohm (Ω) | 10–30 Ohm (oft ~14 Ω) | Element ist funktional |
Wie ein schlechter Element-Messwert aussieht
Ein defektes Heizelement zeigt entweder keinen Wert (offener Stromkreis) oder einen Wert von null (Kurzschluss) auf Ihrem Multimeter an. Im Durchgangsprüfmodus hören Sie keinen Piepton. Im Ohm-Modus bedeuten unendlich hoher oder sehr hoher Widerstand, dass das Element gebrochen ist und ersetzt werden muss. Wenn Sie einen Wert außerhalb des Bereichs von 10–30 Ohm oder gar keinen Wert erhalten, haben Sie das zu ersetzende Element identifiziert.
Anmerkung: Testen Sie stets sowohl das obere als auch das untere Element. Manchmal können beide ausfallen, oder die Symptome können auf das falsche Element hindeuten.
Durch Befolgen dieser Schritte können Sie sicher den Zustand jedes Heizelements in Ihrem Elektro-Warmwasserbereiter bestimmen. Dieser Prozess stellt sicher, dass Sie nur das defekte Teil ersetzen, was Zeit und Geld spart.
Entscheidung, welches Warmwasserbereiter-Element zu ersetzen ist
Symptome eines Ausfalls des oberen vs. unteren Elements
Probleme im Zusammenhang mit jedem Element
Sie müssen die spezifischen Symptome erkennen, die mit jedem Heizelement in Ihrem Warmwasserbereiter verbunden sind. Dieses Wissen hilft Ihnen, zu entscheiden, welches Element zuerst ausgetauscht werden sollte, und verhindert unnötige Arbeit.
- Ein Ausfall des unteren Elements resultiert oft aus Sedimentablagerungen am Boden des Tanks. Wenn dies geschieht, stellen Sie fest, dass das warme Wasser sehr schnell zur Neige geht. Das Wasser beginnt möglicherweise heiß, wird aber viel schneller als üblich kalt.
- Sedimente verursachen selten einen Ausfall des oberen Elements. Stattdessen können Probleme mit dem oberen Element mit hartem Wasser oder dem Zustand der Opferanode zusammenhängen. Wenn das obere Element ausfällt, erhalten Sie möglicherweise überhaupt kein warmes Wasser, da das obere Element das Wasser erhitzen muss, bevor das untere aktiv wird.
- Die Symptome eines Ausfalls des oberen Elements unterscheiden sich von denen des unteren. Sie stellen möglicherweise fest, dass das Wasser nie heiß wird oder Sie nur lauwarmes Wasser erhalten, selbst nach längerem Warten.
Wenn Sie beobachten, dass warmes Wasser schnell zur Neige geht, konzentrieren Sie sich auf das untere Heizelement. Wenn Sie kein warmes Wasser erhalten, überprüfen Sie zuerst das obere Element.
Wann beide Elemente auszutauschen sind
Manchmal stellen Sie fest, dass beide Elemente in Ihrem Elektro-Warmwasserbereiter ausgefallen sind. Wenn Ihre Tests zeigen, dass keines der Elemente funktioniert, sollten Sie beide ersetzen. Sie können sich auch dafür entscheiden, beide Elemente auszutauschen, wenn Ihr Warmwasserbereiter alt ist oder Sie erhebliche Korrosion und Mineralablagerungen sehen. Dieser Ansatz kann die volle Leistung wiederherstellen und die Lebensdauer Ihres Systems verlängern.
Das gleichzeitige Ersetzen beider Elemente spart Zeit, wenn Sie den Tank bereits entleeren müssen, und gewährleistet eine ausgeglichene Erwärmung.
Auswahl des richtigen Ersatzelements
Anpassung von Spannung, Leistung und Länge
Die Auswahl des richtigen Ersatz-Heizelements ist entscheidend für Sicherheit und Effizienz. Sie müssen mehrere Spezifikationen mit Ihrem Originalteil abgleichen. Verwenden Sie die folgende Tabelle als Leitfaden für Ihre Auswahl:
| Faktor | Was zu überprüfen ist | Grund für die Bedeutung |
|---|---|---|
| Stromspannung | Muss exakt übereinstimmen | Verhindert elektrische Gefahren und Schäden |
| Wattzahl | Sollte die Original-Nennleistung nicht überschreiten | Vermeidet Überhitzung und verlängert die Lebensdauer des Elements |
| Länge | Original-Länge messen und anpassen | Gewährleistet korrekten Sitz und gleichmäßige Erwärmung |
| Gewindetyp | Einschraub- oder Bolzenbefestigung identifizieren | Verhindert Lecks und Installationsprobleme |
| Montageart | Kompatibilität bestätigen | Ermöglicht korrekte und einfache Installation |
| Material | Basierend auf Wasserqualität wählen | Erhöht Haltbarkeit und Korrosionsbeständigkeit |
| Energie-Effizienz | EF- und UEF-Werte prüfen | Erhält die Systemeffizienz |
You should always consult your owner’s manual or the manufacturer’s recommendations to confirm the correct voltage, wattage, and length. If you do not have the manual, use online cross-reference tools from the manufacturer. Enter your water heater’s brand and model to find compatible parts. This step reduces the risk of choosing the wrong heating element and helps you avoid operational issues.
When selecting a new heating element, consider the material. Copper elements offer good thermal conductivity and cost less, but they may corrode faster in hard water. Stainless steel elements resist corrosion and last longer, making them ideal for hard water or high sediment conditions. Incoloy elements, made from a nickel-chromium alloy, provide premium resistance to oxidation and corrosion. These work best in harsh water environments and offer a longer service life.
Regular maintenance and attention to water quality will help any new heating element last longer.
Where to Find the Right Replacement
You can find replacement heating elements at hardware stores, plumbing supply shops, or online retailers. Always bring your old element or its specifications to ensure a proper match. Many stores offer staff assistance to help you select the correct part. If you use an online resource, enter your water heater’s brand and model for the best results.
When you install a new heating element, remember these common mistakes:
- Failing to select the correct size and type for your water heater.
- Forgetting to replace the rubber gasket, which can cause leaks.
- Overtightening the element, making future removal difficult and risking tank damage.
- Undertightening, which leads to leaks around the installation point.
- Incorrect wiring connections because you did not document the original setup.
- Ignoring safety steps, such as turning off power and verifying with a multimeter.
Take a photo of the wiring before you disconnect anything. This simple step helps you avoid confusion during reassembly.
By following these guidelines, you ensure your replacement process is safe, efficient, and effective. You also avoid the most common mistakes that can lead to leaks, electrical hazards, or poor performance.
Step-by-Step Guide to Replacing the Faulty Water Heater Element
Draining the Water Heater (If Needed)
How to Drain Safely
Before you remove the heating element, you may need to drain your water heater. Start by turning off the power at the circuit breaker. Attach a garden hose to the drain valve at the base of the tank. Place the other end of the hose in a floor drain or outside. Open the drain valve slowly and allow the water to flow out. Open a hot water faucet in your home to let air into the tank, which helps the water drain faster.
Tips to Prevent Messes
To avoid water damage, check that the hose is secure and the drain path is clear. Use towels or a shallow pan under the drain valve to catch drips. Close the cold water supply valve to stop more water from entering the tank. If you only need to replace the upper heating element, you may not need to drain the entire tank—just enough to lower the water level below the element.
Tip: Draining the tank regularly helps reduce sediment buildup and extends the life of your water heater.
Entfernen des alten Elements
Loosening and Taking Out the Element
Once the tank is drained below the faulty heating element, use a water heater element wrench to loosen the element. Turn the wrench counterclockwise until the element comes free. Pull the element out carefully to avoid damaging the threads or tank opening.
Checking for Corrosion or Damage
Inspect the old heating element closely. Look for these common signs of wear:
- Green or white crusting on the terminals, which signals corrosion.
- Burnt or blackened terminals, showing overheating.
- Loose wires or cracked plastic around the terminals.
- Sediment buildup on the element, which can cause scale and reduce efficiency.
- Rust or mineral deposits, especially if you have hard water.
- Rusty water from your taps or corrosion on the outside of the water heater may indicate bigger issues.
If you see any of these problems, consider flushing your tank or checking the anode rod. Regular maintenance can prevent future damage and extend the life of your water heater.
Installieren des neuen Elements
Sealing and Tightening the New Element
Prepare the new heating element by wrapping the threads with plumber’s tape. This step ensures a watertight seal. Insert the new heating element into the tank opening. Use the element wrench to tighten it securely, but do not overtighten. A snug fit prevents leaks and makes future replacement easier.
Ensuring a Proper Fit
After installing the new heating element, reconnect the wires to the terminals. Make sure each connection is tight and matches your earlier labels or photos. Double-check that the gasket is in place to prevent leaks. Slowly refill the tank with water, watching for any drips around the new heating element. Open a hot water faucet to release trapped air. Once the tank is full and leak-free, restore power at the breaker.
Note: Always fill the tank before turning the power back on. Running the heating element dry can cause immediate failure.
By following these steps, you ensure a safe and effective replacement. Proper installation and inspection help your water heater run efficiently and extend its service life.
Reassembly, Refilling, and Testing Your Water Heater
Putting Everything Back Together
Replacing Insulation and Covers
After installing the new element, you need to restore the insulation and access panels. Place the insulation back over the element and wiring. Make sure it covers all exposed areas to maintain energy efficiency. Secure the access panel with the screws you set aside earlier. This step helps protect the internal components and keeps your water heater operating safely.
Alle Verbindungen doppelt prüfen
Before you move on, inspect every electrical connection. Confirm that each wire is attached firmly to the correct terminal. Loose wires can cause poor performance or even electrical hazards. Take a moment to review your work and ensure nothing is left unsecured.
Tank nachfüllen und auf Lecks prüfen
Avoiding Air Pockets
You must refill the tank properly to prevent air pockets, which can damage the new element. Follow these steps:
- Close the drain valve tightly by turning it clockwise.
- Open the cold water supply valve to let water flow into the tank.
- Open a hot water faucet in your home. Let it run until water flows steadily without sputtering. This process allows trapped air to escape and ensures the tank fills completely.
- Listen for air bubbles escaping from the faucet. Once the water runs smoothly, you know the tank is pressurized.
Inspecting for Leaks
As the tank refills, check around the new element and the drain valve for any signs of leaking. Use a towel to wipe the area and watch for drips. Even a small leak can cause problems over time. If you notice moisture, turn off the water supply and tighten the element or valve as needed.
Tip: Always monitor the area for leaks during and after refilling. Early detection prevents water damage and costly repairs.
Restoring Power and Testing for Hot Water
How Long to Wait for Hot Water
Once you confirm there are no leaks, restore power to your water heater by switching on the circuit breaker. Electric water heaters typically need about two hours to fully reheat an 80-gallon tank. Smaller tanks may recover in 20 to 30 minutes. Gas models heat water faster, often in under 70 minutes. The actual time depends on tank size, temperature rise, and the condition of your water heater.
| Heizgerät Typ | Typical Recovery Time |
|---|---|
| Electric (80 gal) | ~2 Stunden |
| Gas (80 gal) | 60–70 minutes |
| Small Tank | 20–30 minutes |
If your water heater takes longer than expected, check for sediment buildup or thermostat issues.
What to Do If Problems Remain
If you do not get hot water after waiting the recommended time, try these troubleshooting steps:
- Increase the thermostat temperature slightly and wait 30–40 minutes.
- Restart the water heater by turning it off, waiting a few minutes, and turning it back on.
- Reset the circuit breaker, even if it does not look tripped.
- Drücken Sie die Reset-Taste on the water heater if available.
- Test the new element and thermostat with a multimeter to confirm proper function.
- If you still have no hot water, contact a professional plumber or electrician.
Note: Always turn off power before performing any further checks or adjustments.
Tips to Avoid Common Water Heater Element Replacement Mistakes
Sicherheitsmaßnahmen überspringen
You should never overlook safety when working on your water heater. Failing to turn off the power at the circuit breaker puts you at risk of electrical shock. Always use a non-contact voltage tester to confirm the power is off before you touch any wires or components. Wear gloves and safety goggles to protect yourself from sharp edges and hot surfaces. If you skip these steps, you increase the chance of injury or damage to your equipment. Safety procedures may seem basic, but they form the foundation of every successful repair.
⚠️ Tipp: Double-check the power status before you begin any work. This habit can prevent serious accidents.
Using the Wrong Replacement Element
Selecting the correct replacement element is essential for your water heater’s performance and safety. If you install an element with the wrong voltage or wattage, you risk damaging the unit or causing electrical hazards. Always match the new element’s specifications—voltage, wattage, and length—to your original part. Bring the old element or its details to the store, or consult your owner’s manual for guidance. Using the wrong type can lead to leaks, poor heating, or even void your warranty. Take your time to verify compatibility before making a purchase.
| Spezifikation | Warum es wichtig ist |
|---|---|
| Stromspannung | Prevents electrical hazards |
| Wattzahl | Ensures proper heating |
| Länge | Fits your tank correctly |
Not Testing Both Elements
Many people make the mistake of replacing an element without testing both. Your water heater uses two thermostats and two heating elements. Each controls a different part of the tank. The lower element maintains heat for small or short uses. The upper element activates for longer or multiple uses. Testing both elements is important because each serves a unique function in heating the water. Proper testing helps you identify the faulty element and avoid replacing a working part. This approach also confirms that both thermostats and elements function correctly, supporting safety and efficiency.
- Each element heats a different section of the tank.
- The lower element handles quick, small demands.
- The upper element manages larger or extended hot water needs.
- Testing both ensures you only replace the part that has failed.
- You avoid unnecessary costs and keep your water heater running efficiently.
🔍 Anmerkung: Always test both elements before deciding which one to replace. This step saves you time and money.
Over-Tightening or Under-Tightening
When you install a new heating element, you need to pay close attention to how tightly you secure it. Many people make the mistake of either over-tightening or under-tightening the element. Both errors can lead to serious problems with your water heater.
If you over-tighten the element, you risk damaging the threads on the tank or the element itself. This damage can cause leaks that are difficult to fix. You may also crack the gasket, which is designed to create a watertight seal. Once the gasket fails, water can seep out and cause corrosion or even electrical hazards. Over-tightening can also make it nearly impossible to remove the element in the future. You might need special tools or even professional help to get it out.
On the other hand, under-tightening the element leaves the seal too loose. Water can leak around the threads and the gasket. Even a small drip can lead to rust, mold, or water damage over time. You may not notice a slow leak right away, but it can cause big problems if left unchecked. Under-tightening also means the element may not sit flush against the tank, which can affect heating performance.
Tipp: Always follow the manufacturer’s instructions for tightening. Most water heater elements require a snug fit, but not excessive force. If you use a water heater element wrench, turn the element until it feels secure, then give it a gentle extra turn—usually about one-eighth to one-quarter of a turn more.
You can use a table to remember the risks:
| Fehler | Possible Result | Lösung |
|---|---|---|
| Over-tightening | Damaged threads, leaks, stuck element | Tighten only until snug, avoid force |
| Under-tightening | Leaks, poor seal, loose element | Ensure a firm, flush fit |
You should always check for leaks after you refill the tank. Run your hand around the base of the element and look for moisture. If you see any water, turn off the power and tighten the element slightly. Never use tools to force the element tighter than recommended.
Proper tightening helps your water heater run safely and efficiently. You avoid unnecessary repairs and extend the life of your equipment by following best practices.
You should always test both elements before deciding which water heater part to replace. Replace only the element that fails your test to save money and time. Follow every safety step and double-check your work for a successful water heater repair. If you still face issues, consider these reasons to call a professional plumber:
- Professionals handle complex safety risks and ensure code compliance.
- They provide warranty protection and liability coverage.
- They complete installations efficiently, reducing your downtime.
Smart choices keep your water heater running efficiently and your costs down.
FAQ
Wie oft sollten Sie Ihre Heizelemente für den Warmwasserbereiter testen?
You should test your water heater elements once a year. Regular testing helps you catch problems early and keeps your system running efficiently. If you notice changes in water temperature or hot water supply, test the elements right away.
Können Sie ein Warmwasserbereiterelement austauschen, ohne den Tank zu entleeren?
You can replace the upper element without draining the entire tank. For the lower element, you must drain the water below the element level. Always turn off the power and check for leaks after replacement.
Welche Werkzeuge benötigen Sie zum Austausch eines Warmwasserbereiterelements?
You need a water heater element wrench, a multimeter, a screwdriver, and a non-contact voltage tester. You may also need a garden hose for draining and plumber’s tape for sealing. Gather all tools before starting the job.
Wie erkennt man, ob der Thermostat oder das Heizelement defekt ist?
Test both the thermostat and the element with a multimeter. If the element shows no continuity, it is faulty. If both elements test fine, the thermostat may be the problem. Replace the faulty part based on your test results.
Is it safe to use your water heater with only one working element?
Sie können Ihren Warmwasserbereiter mit einem funktionierenden Heizelement betreiben, erhalten jedoch weniger Warmwasser und längere Wiederaufheizzeiten. Tauschen Sie das defekte Element so bald wie möglich aus, um die volle Leistung und Effizienz wiederherzustellen.
Wo finden Sie das passende Ersatzheizelement für Ihren Warmwasserbereiter?
Ersatzheizelemente erhalten Sie in Baumärkten, Fachgeschäften für Sanitärbedarf oder bei Online-Händlern. Nehmen Sie Ihr altes Element oder dessen Spezifikationen mit, um eine passende Auswahl zu gewährleisten. Fragen Sie bei Unklarheiten das Verkaufspersonal um Hilfe.
Was sollten Sie tun, wenn das neue Heizelement das Wasser immer noch nicht erwärmt?
Überprüfen Sie zunächst alle elektrischen Verbindungen und stellen Sie sicher, dass die Stromversorgung eingeschaltet ist. Testen Sie das neue Element und den Thermostat mit einem Multimeter. Besteht das Problem weiter, wenden Sie sich zur weiteren Diagnose an einen zugelassenen Installateur oder Elektriker.
