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Descrição do Produto: ACDelco Gold 213-4514 (19236568) Sensor de Temperatura do Líquido de Arrefecimento do Motor
O ACDelco Gold 213-4514 (19236568) é um sensor de temperatura do líquido de arrefecimento do motor que se destaca como uma opção profissional e premium no mercado de reposição. Este componente é projetado para fornecer a performance e a confiabilidade que você espera da ACDelco, uma marca reconhecida pela sua qualidade e inovação. Fabricado para atender às expectativas de ajuste, forma e função, o sensor ACDelco Gold 213-4514 é a escolha ideal para quem busca um produto que não apenas se encaixa perfeitamente, mas também opera de maneira eficiente e duradoura.
O sensor de temperatura do líquido de arrefecimento é crucial para o funcionamento adequado do motor, pois monitora a temperatura do líquido de arrefecimento e envia informações precisas para a unidade de controle do motor (ECU). Isso permite que o sistema de gerenciamento do motor ajuste a mistura de combustível e o tempo de ignição, garantindo um desempenho otimizado e uma eficiência de combustível superior. Com a ACDelco Gold 213-4514, você pode ter certeza de que está utilizando um produto que foi rigorosamente testado e fabricado com materiais de alta qualidade, garantindo uma longa vida útil e resistência a condições adversas.
- Instruções de Uso:
Para instalar o sensor de temperatura do líquido de arrefecimento ACDelco Gold 213-4514, siga os passos abaixo:
1. Desconectar a Bateria: Antes de iniciar a instalação, desconecte a bateria do veículo para evitar qualquer curto-circuito.
2. Localizar o Sensor: O sensor geralmente está localizado próximo ao termostato ou na parte superior do bloco do motor. Consulte o manual do veículo para a localização exata.
3. Remover o Sensor Antigo: Desconecte o conector elétrico do sensor antigo e, em seguida, remova-o com uma chave apropriada.
4. Instalar o Novo Sensor: Aplique um pouco de vedante de rosca no novo sensor, se necessário, e instale-o no lugar do sensor antigo, apertando-o com cuidado.
5. Reconectar o Conector: Conecte o conector elétrico ao novo sensor.
6. Reconectar a Bateria: Por fim, reconecte a bateria e ligue o veículo para verificar se o sensor está funcionando corretamente.
Características do Produto:
– Compatibilidade: Projetado para se encaixar em uma ampla gama de veículos, garantindo versatilidade.
– Material de Alta Qualidade: Fabricado com materiais resistentes a altas temperaturas e corrosão, aumentando a durabilidade.
– Precisão: Oferece medições precisas da temperatura do líquido de arrefecimento, contribuindo para um desempenho ideal do motor.
– Instalação Simples: O design do sensor permite uma instalação fácil e rápida, reduzindo o tempo de manutenção.
– Desempenho Confiável: Testado rigorosamente para garantir que atende ou supera os padrões da indústria.
Perguntas Frequentes (FAQ):
Pergunta: O sensor ACDelco Gold 213-4514 é compatível com meu veículo?
Resposta: O sensor é projetado para se encaixar em uma ampla gama de veículos. Consulte o manual do proprietário ou verifique a compatibilidade com o seu modelo específico.
Pergunta: Como posso saber se o sensor de temperatura do líquido de arrefecimento está com defeito?
Resposta: Sinais de um sensor defeituoso incluem superaquecimento do motor, luz de verificação do motor acesa e leituras de temperatura inconsistentes no painel.
Pergunta: É necessário realizar alguma calibração após a instalação do sensor?
Resposta: Na maioria dos casos, não é necessária calibração. No entanto, é sempre bom verificar o manual do veículo para orientações específicas.
Pergunta: Qual é a garantia do produto?
Resposta: O ACDelco Gold 213-4514 geralmente vem com uma garantia limitada, mas é recomendável verificar as condições específicas no momento da compra.
Pergunta: Posso instalar o sensor eu mesmo ou preciso de um mecânico?
Resposta: A instalação pode ser feita por você mesmo se tiver conhecimentos básicos de mecânica. Caso contrário, é aconselhável procurar um mecânico profissional.
Nathan A. Hickman –
LOVE THE AC DELCO QUALITY AND BEST PRICE AROUND
Ali Hawi –
Genuine GM sensor in GM packaging. Arrived quickly and was a good price. Perfect fit for my Gen IV LS swap with X Max engine harness.
K –
Worked great
Nathan A. Hickman –
Fits my 2007 Chevy Equinox perfectly. I suspected the old one was bad due to a “Engine Hot, turn off AC” message after a coolant change. Replaced this, the thermostat, and bled the system from the coolant bleeder above the water pump. Not entirely sure if the old one was bad, but this one works perfectly. It comes with sealant on the threads. Last get ready for a little coolant to come out so be ready to get this in right when the old one comes out to cut down on the mess.
james benton –
Can’t go wrong with AC. Delco on g m it worked flawlessly.We’ll order again if needed.
Joel Hammer –
I think my first review was lost, so, here is my experience with a 2007 Saturn Ion. I followed the book. The stuff on U-tube wasn’t very helpful.
1. Remove splash guard.
What splash guard and why? First, I got out the jack and the mounting stand, and jacked up the left side of the car. This will involve unloading all the junk in the trunk. I thought I would be getting to the sensor from below. Not possible. I removed the long splash guard that runs under the entire radiator. Four push pins. Just pry out the central pin of each push pin with a screw driver and pull out the external piece. Trouble was, the two center push pins were installed “backward.” Had to push the pins out with a screwdriver, but the radiator above the guard didn’t have the clearance for the pin to clear the opening. This was a big pain. Remove the two end push pins first to get some play in the splash guard.
2. Removing the splash guard did nothing useful, as access to the drain plug for the radiator was not helped at all. Access to it is from the passenger side from outside the car. It opens behind the radiator. It is designed for finger use but there is no way to get a good grip on it. The right side wheel splash guard and the radiator rubber mount block access. Removing the mounting bracket was no help. Had to push it with a screw driver or something.
3. As the antifreeze comes out, it it will fall onto the radiator mounting bracket, making a very messy irregular stream. The book said attach a plastic hose to avoid splashing. Don’t see how that is possible. A small funnel with a plastic hose on it might do the trick. Wear safety goggles. When you open the cap on the expansion reservoir the stream will increase in volume and likely change course. Be prepared for a mess. Have a lot of water available to wash away and dilute the spilled antifreeze.
4. Remove the engine cowl. That is done by removing the oil fill cap, then pulling up on the cowl. There are two push connectors, one in back on the passenger side, the other in front.Try to keep dirt from falling into the oil filler opening.
5. The sensor is behind the engine, low, on the driver’s side. Access to it is only possible by standing in front of the engine, and using your left arm, reach behind the engine. I hope you have long arms. And, your arms aren’t too big around.
6. You have to raise the prong or pin on the plastic housing to slip it off. The clip points towards the engine, so you just raise it up and pull the housing off, with one hand. I tried to raise the pin up with a screw driver, to at least loosen it up. The orientation of the housing will be crucial. The pin might be facing to the left or right or up or down (where you can’t see it.)
Mind was facing away (to my right, with my arm coming from the left). After a lot of frustration I was on the verge of giving up when finally I managed to get the housing off with the fingers of my left hand.
7. I used a sparkplug socket to unscrew it (3/4’s inch). It was almost too big too fit in the available space, which is to the left and below the sensor as you turn it. A ratchet wrench is essential, since there is almost no room to work.
8. The sensor was not torqued very tight.
Installation is the reverse of the above. A mirror is very useful to see the hole which you put the connector into. With the teflon wrapping on the sensor threads, it screws in with mild resistance even when very “loose.” I tightened it until it got very difficult to turn, which happened in the space of 1/2 turn or so. When I was done, the connecting pin was completely hidden from view, as it was facing downwards. I wanted to have that pin facing to the left for easy removal next time. I pity the next guy who does this job on this car.
I refilled the antifreeze and all. The next day I got a low coolant error, since I had lost enough coolant from the irregular stream noted above.
Of interest, the check engine light still came on for a day after replacing the switch although the engine temperature gauge was working.
I spent upwards of four hours on this, believe it or not. Still not done, as I have to clean up the mess in the garage and put the spare tire and jack back into the care, since I was called away to work just as I got the job done.
But, hey, $10.00 is a steal.
So, what would I do differently next time?
1. Forget the jack and the splash guard stuff.
2. Have a small open ended 3/4’s inch wrench to turn the sensor to get the connecting pin on the harness pointing in a direction it is easy to get to.
3. Don’t bother draining the radiator. Put a big pan beneath the sensor to catch the antifreeze and work fast.
Doing the above would have made this 4 hour job into a 30 minute job.
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UPDATE Oct 30, 2015
A couple of days after fixing this problem the check engine light came on. The error code was P0118 this time, which indicates a short circuit or bad connection in the ECT circuit. The coolant temperature was reported correctly, so this is an “intermittent” problem. I reset the error code and several days later all is well.
=========UPDATE Nov 2, 2016=====
Still working. Still with rare,intermittent error codes.
=========UPDATE May 21th 2017===========
The symptoms were now the temp gauge reading zero, the check engine light on, and the radiator fan going constantly, similar to what I have experienced off and on for a year or more. . The error code was P0128, engine not reaching thermostat regulating temperature. This problem was erratic. Using a OBD reader, the temperature reported to the PCM was about 160-180 degrees, just below the thermostat open setting. Turns out with this code the PCM turns off the temp gauge and runs the fan constantly, I assume because the PCM isn’t trusting the ECT data. Replacing the thermostat fixed the problem.
I wonder if the original problem was related to the thermostat and not the ECT sensor? The thermostats routinely wear out. They should be replaced anytime your car seems to be colder in the winter than it used to be.
Ronald simonton –
Working great so far. Installed fine and everything is working well. No complaints here.
JY –
Working good, no problems 👍🏻
Ryan –
Works just like it should. No check engine light. Seems durable. Has a great price. Easy to install. What more could you ask for.
Dougie –
Reasonable price and match parts.