Kako izbrati moč električne toplotne cevi?

Napetost: V oblikovanju napetosti električne ogrevalne cevi bo napetost vplivala na raven moči . Zato je treba pri oblikovanju moči določiti normalno napetost . skupne napetosti 220V in 380V ., ko je napetost 180V, ko je moč 180V kot primer {{6}. je manjši od 380V . Ko je napetost večja od 380V, bo ogrevalna moč večja od 1000W, vendar je enostavno povzročiti prekomerno obremenitev in poškodbe ogrevalne cevi . 2. ogrevalno okolje: ogrevanje ogrevalnega ogrevalnega cevi lahko razdelite na suho ogrevanje in ogrevanje tekočega {{14} {14} {14} {14} {14} {14} {14} {14} {14} Moč suhega gorenja je 1000W moč, ki ustreza dolžini enega metra . 2) Cycle Cycle: V primeru cikla ventilatorja lahko moč 1500W dosežemo z dolžino enega metra; In the case of no fan circulation, the total length (meters) and power (KW) is 1:1. 2. Heating liquid: heating liquid can be divided into heating water and oil. 1) power design of conventional heating liquid: the relationship between the total length (meter) of electric heating tube and the power (KW) is 1:3, that is, the total length of one meter can be 3KW. 2) heating water: normally, the heating water can be made up to 3000W and up to 4000W. 3) heating oil: the power of heating oil is designed to be 2500W in total length of one meter, and 3000W in maximum. 3. Other special media heating: heating other special media, such as corrosive or mixed substances. The designed power is much lower than that of conventional heating environment. 3. Determination of total power: the total power of the electric heat pipe shall be determined according to the specific parameters of heating liquid or air. 1. Determine the parameters to be provided for the total power of heating liquid: the total volume of liquid, the total mass of liquid, the normal temperature of liquid, the temperature difference Za ogrevanje, časovna zahteva za ogrevanje itd. Zahtevano .