Cranium
Active Member
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I've just bought this engine preheater.
and the instructions (I've translated from German) suggest these possible installation positions:
1. Integration into the heating circuit: The heater is mounted in the return of the internal radiator (standard assembly)
2. Integration via the expansion tank: If the expansion tank has several hose connections, integration into the return to the engine is possible.
3. Integration into the water circuit of the oil cooler: Installation takes place in the return.
I'm opting for number 2. as the instructions also state
'Installation must be carried out below the coolant expansion tank, it is necessary. That the heat exchanger is always filled with coolant. Attention ! The coolant pump is not self-priming.'
I'm assuming it will burn out if run dry.
I thought this pipe shown in the image below, what direction is the flow, all comments welcome.
and the instructions (I've translated from German) suggest these possible installation positions:
1. Integration into the heating circuit: The heater is mounted in the return of the internal radiator (standard assembly)
2. Integration via the expansion tank: If the expansion tank has several hose connections, integration into the return to the engine is possible.
3. Integration into the water circuit of the oil cooler: Installation takes place in the return.
I'm opting for number 2. as the instructions also state
'Installation must be carried out below the coolant expansion tank, it is necessary. That the heat exchanger is always filled with coolant. Attention ! The coolant pump is not self-priming.'
I'm assuming it will burn out if run dry.
I thought this pipe shown in the image below, what direction is the flow, all comments welcome.