Inverter-integrated electrically driven compressor
View Patent ↗The purpose is to provide an inverter-integrated electrically driven compressor by which the danger of contacting an inverter device while power is being applied can be overcome in a reliable manner, without the need to provide any extra components, such as safety devices or the like. In this inverter-integrated electrically driven compressor, the inverter device is arranged housed within an inverter housing part hermetically sealed by a cover, and power and communication lines from an external power supply and a control device are connectable to the inverter device through connectors. The connector on the compressor side is furnished to the cover side, and at least one bolt of a fastening means for fastening the cover to the inverter housing part is furnished at location covered by the connector on the power line side, making access impossible, when the connector on the power line side has been coupled to the connector on the compressor side.
1. An inverter-integrated electrically driven compressor having an inverter housing part, the inverter housing part having an inverter device arranged housed therewithin and being furnished on an outer periphery of a housing, the housing housing a compressor and an electric motor, the inverter housing part being hermetically sealed by a cover, and power and communication lines from an external power supply and a control device being connectable to the inverter device through connectors, the compressor comprising:
a connector on a compressor side furnished to the cover side, and
at least one fastening means for fastening the cover to the inverter housing part furnished at a location covered by a connector on a power line side, making access impossible, when the connector on the power line side is coupled to the connector on the compressor side.
2. The inverter-integrated electrically driven compressor according to claim 1 , wherein the connector on the power line side is integrally configured from a power line connector and a communication line connector, and configured so that the fastening means is covered from above by the communication line connector, the communication line connector being smaller than the power line connector.
3. The inverter-integrated electrically driven compressor according to claim 2 , wherein the fastening means is a bolt, the bolt being accessible when the compressor is being assembled, and the bolt being not accessible via a tool when the connector on the power line side is coupled.
4. The inverter-integrated electrically driven compressor according to claim 1 , wherein the fastening means is a bolt, the bolt being accessible when the compressor is being assembled, and the bolt being not accessible via a tool when the connector on the power line side is coupled.