Thank you sir , am a student doing automotive engineering and i actually had this in my notes but couldn't understand it 🤝🏾 am now okay , i pray you continue making such videos 🙏🏾 so that i can pass
Clear explanation 👌 But does the coolant in radiator starts flowing n circulates in Engine immediately when the Bike Engine is on or starts circulating only when the maximize temperatures reaches and fan starts to cool down?
The answer is no. Coolant will not circulate through the radiator immediately when engine is just started. First engine should be warm up to get better performance . For that it's thermostat valve will not circulate the coolant towards the radiator immediately. But coolant circulation will be done between engine, Thermostat valve and coolant pump for warm up. Thermostat valve will only circulate coolant towards radiator when engine will reach it's working temperature and will be around 75 to 95 degree Celsius temperature depend upon manufacturer.. To understand better u must need to knew the path of coolant and function of thermostat valve. I have uploaded both video on my channel you can watch it. 😊😊 Thank you.
@@creativemind9056 Thank you soo much😊...so that means the coolant will be always circulating and flowing through Engine circuit as long as the Engine is running no matter the Engine is cold or warm
Yes. It does not matter. if the coolant is hot than it will circulate between radiator, water pump, engine, thermostat valve and again radiator. If engine is just started or cold it will circulate between engine, thermostat valve, water pump and engine..by observing the temperature of coolant, it only change the flowing route. And whatever will be it's temperature, it will always circulate after turn on the engine .
This cap belongs to L200 mitsubishi. But you have to understand that the working principle of all radiator caps is the same As I described in this video.
Thank you sir , am a student doing automotive engineering and i actually had this in my notes but couldn't understand it 🤝🏾 am now okay , i pray you continue making such videos 🙏🏾 so that i can pass
Okay bro..😎 best of luck..
If i finish my studies maybe i will come and you give me a job as a technician 😅
🤣😅😂
Great explanation... 👍
Tq😊😊🙏
Great lesson
Clear explanation 👌
But does the coolant in radiator starts flowing n circulates in Engine immediately when the Bike Engine is on or starts circulating only when the maximize temperatures reaches and fan starts to cool down?
The answer is no. Coolant will not circulate through the radiator immediately when engine is just started. First engine should be warm up to get better performance . For that it's thermostat valve will not circulate the coolant towards the radiator immediately. But coolant circulation will be done between engine, Thermostat valve and coolant pump for warm up. Thermostat valve will only circulate coolant towards radiator when engine will reach it's working temperature and will be around 75 to 95 degree Celsius temperature depend upon manufacturer.. To understand better u must need to knew the path of coolant and function of thermostat valve. I have uploaded both video on my channel you can watch it. 😊😊 Thank you.
@@creativemind9056 Thank you soo much😊...so that means the coolant will be always circulating and flowing through Engine circuit as long as the Engine is running no matter the Engine is cold or warm
Yes. It does not matter. if the coolant is hot than it will circulate between radiator, water pump, engine, thermostat valve and again radiator. If engine is just started or cold it will circulate between engine, thermostat valve, water pump and engine..by observing the temperature of coolant, it only change the flowing route. And whatever will be it's temperature, it will always circulate after turn on the engine .
Thank you for the video! Which car model (of which year) does this cap belong to?
Cheers!
This cap belongs to L200 mitsubishi. But you have to understand that the working principle of all radiator caps is the same As I described in this video.
@@creativemind9056 Thank you! 😀👍
Very good 👍 knowledge.
Tq
Great on.keep it up
good one keep it up
Thanks
Waw very good
ua-cam.com/video/-CVm3xmgOTQ/v-deo.html