Electrical connection module for a generator set and generator set comprising such a module

A generator set comprising:

• a heat engine formed by at least one sub-set of cylinders;
• an alternator connected to said heat engine so as to transform energy received from said engine into electric energy;
• in each sub-set of cylinders, at least one device for measuring and controlling parameters of said sub-set of cylinders;
• in each sub-set of cylinders, a control module for controlling said sub-set of cylinders;
• an electrical harness for connecting said at least one measurement and control device to at least one said control module;
• and
• an electrical connection module comprising a casing inside which is housed a printed circuit supporting:
• electric power supply terminals for said printed circuit;
• a first connector of said electrical harness;
• second connectors for electrical protection members;
• and
• a third connector for connecting to a diagnostic tool to assess the operating state of each said control module.

A generator set comprising:

• an engine comprising a first set of cylinders and a second set of cylinders;
• an alternator configured to transform energy received from said engine into electric energy;
• a first device for measuring a parameter related to said first set of cylinders;
• a second device for measuring a parameter related to said second set of cylinders;
• a first control module configured to control said first set of cylinders;
• a second control module configured to control said second set of cylinders;
• an electrical harness that connects said first device to said first control module and said second device to said second control module, said electrical harness comprising a harness connector;
• and
• a connection module, comprising:
• a casing;
• a printed circuit in said casing;
• an electric power supply terminal supported by said printed circuit;
• a first module connector supported by said printed circuit configured to be engaged by said harness connector;
• second connectors supported by said printed circuit;
• fuses engaged with said second connectors;
• and
• a third module connector supported by said printed circuit, wherein said third connector is configured to be connected to said first control module and said second control module.