Oil module

A system, comprising:

• a motor including a gear;
• and
• an oil module attached to the motor, the oil module including:
• a conveyor which during operation conveys oil along a flow path;
• a heat exchanger for temperature-controlling the oil, the flow path extending through the heat exchanger;
• a main body having a front side and a back side facing away from the front side;
• the front side including (i) an inlet opening for letting oil into the main body and (ii) an outlet opening for letting oil out of the main body;
• the back side including a plurality of pump openings, the plurality of pump openings including (i) a first pump opening via which the oil is flowable into the conveyor from the main body and (ii) a second pump opening via which oil is flowable into the main body from the conveyor;
• the back side further including, disposed spaced apart from the plurality of pump openings, a first cooler opening and a second cooler opening;
• the first cooler opening fluidically connected with the second pump opening;
• the second cooler opening fluidically connected with the outlet opening;
• wherein the conveyor is arranged on the back side and fluidically connected with the plurality of pump openings such that the flow path extends between the inlet opening and the conveyor and between the conveyor and the first cooler opening;
• wherein the heat exchanger is arranged on the back side and fluidically connected with the first cooler opening and the second cooler opening such that the flow path extends through the heat exchanger between the first cooler opening and the second cooler opening and between the second cooler opening and the outlet opening;
• wherein the front side faces the motor;
• wherein the motor further includes an oil inlet for letting the oil into the motor and an oil outlet for letting the oil out of the motor, the oil inlet and the oil outlet facing the front side;
• and
• wherein the oil outlet is fluidically connected with the inlet opening and the oil inlet is fluidically connected with the outlet opening such that the flow path extends through the motor.

An oil module, comprising:

• a conveyor configured to convey oil along a flow path;
• a heat exchanger configured to temperature-control the oil, the flow path extending through the heat exchanger;
• a main body having a front side surface and a back side surface facing away from the front side surface, the main body including:
• a base plate having a base plate front side surface and a base plate back side surface, the base plate front side surface at least partially defining the front side surface of the main body, the base plate back side surface at least partially defining the back side surface of the main body;
• an ancillary plate having an ancillary plate front side surface and an ancillary plate back side surface, the ancillary plate front side surface at least partially defining the front side surface of the main body, the ancillary plate back side surface at least partially defining the back side surface of the main body;
• an inlet opening disposed in the ancillary plate front side surface via which the oil is flowable into the main body;
• an outlet opening disposed in the front side surface of the main body via which the oil is flowable out of the main body;
• at least one pump opening disposed in the ancillary plate back side surface, the at least one pump opening fluidically connected with the inlet opening;
• a first cooler opening disposed in the base plate back side surface, the first cooler opening fluidically connected with the at least one pump opening;
• and
• a second cooler opening disposed in the base plate back side surface, the second cooler opening fluidically connected with the outlet opening;
• wherein the conveyor is arranged on the back side surface of the main body and fluidically connected with the at least one pump opening such that the flow path extends between the inlet opening and the conveyor and between the conveyor and the first cooler opening;
• and
• wherein the heat exchanger is arranged on the back side surface of the main body and fluidically connected with the first cooler opening and the second cooler opening such that the flow path extends through the heat exchanger between the first cooler opening and the second cooler opening and between the second cooler opening and the outlet opening.