A normal engine can be damaged by the use of Easy Start. It tends to dry the bores, encouraging wear, and combustion is quite violent. This kicks the engine into life so violently that compression heat causes the engine to run more or less normally. (Light load misfires are quite common after first fire, until the pistons warm through. )
Ether was only used for starting true compression ignition engines at temperatures below – 30 C.
Until then, the normal induction heating methods sufficed
The "diesel" and glow plug engines used in model aircraft, model boats, and model racing cars have lubricant (often castor oil ) mixed with the fuel, as do conventional spark ignition two strokes, with their petrol
If a conventional engine requires ether to start under normal (Temperate ) temperatures,l there is something wrong.
Under moderate frost conditions an indirect injection engine should start, even if it misfires under light or no load conditions, once the heater plugs or thermostart have been deactivated..
Under severe frost conditions, a direct injection engine should start, even if it light load misfires until it warms a little.
The quickest way of warming the engine is put bit under load, (Although not excessive, for fear of producing bore scuffing, or even seizure )
Modern electronically controlled engines will keep the heater plugs energised after start up to ensure consistent combustion. Once the engine has reached suitable oil and coolant temperatures, the ECU will de-energise the heaters
If a conventional engine requires ether at normal ambient temperatures, the fault needs to be found, whether timing or lack of compression..
Howard
Edited By Howard Lewis on 29/06/2021 11:18:31