Thermal Oil Heater Working Principle
ฝัง
- เผยแพร่เมื่อ 5 ก.ย. 2024
- Thermal Oil Heater Working Principle. The reason why thermal oil heating becomes more and more used, are mainly related to these features and arguments:
- High temperatures up to above 300°C
- at atmospheric pressure
- Choice-free set-points of the outgoing thermal fluid temperature
- Supreme part-load operations without compromising heating quality
- No equipment for pre-treatment, no chemicals, no additives etc.
- No heat loss due to hot condensate and flash steam
- No risk of corrosion in the boilers, nor the piping of the circuit
- Both cooling below 0°C and above 100°C using low-temperature fluid
- Low maintenance costs (no dynamic influences causing leakages)
- Quiet in operation (no steam stroke and flash steam noise)
- Easy to operate (does not require boiler certified staff etc.)
- Fluid sample analyzing that determine the condition of the system
- No risk of freezing damages in cold regions.
#Heater #ThermalHeater #Boiler
Don't Forget to Subscribe Us
Like Facebook: / marineonlineyoutube
Follow Twitter: / marineonlineyou
Follow Google+ plus.google.co...
Website: marineonlineyo...
Itna bhayankar graphics ke saath jo video explanation diye ho.. waah .. maja hi aa gaya.
Thermal Oil design which is very nice and luxurious. always success for you
Thank you! Cheers!
Poor choice for music but overall very splendid
Good quality
I am attempting a hydrostatic test using thermal oil. I’m having great difficulty and cannot seem to pressure up the large system. Do you have any advice?
No, but here's a quote from Fletch: "It's all ball bearings these days"
Offhand, I'm trying to visualize your question, assuming shell & tube construction: can air be bled from system, or is there a trap? It takes time, but air becoming entrained in fluid can show up as a pressure loss on a test... with no apparent leaks.
i wont understand haw oil go after hitting.
Urgent me chahiye 500 ltr.capycity wala
Kaha milega sir plz reply
Hi
junk