Liquid ejecting module

A liquid ejecting module comprising:

• an element arranged face on which a plurality of ejecting elements are arranged, each of the ejecting elements including:
• a pressure chamber in which liquid is contained,
• an energy generating element for applying energy to liquid in the pressure chamber, and
• an ejection port for ejecting liquid to which energy is applied by the energy generating element;
• a circulation flow path including a supply flow path which supplies liquid to the pressure chambers and a collection flow path which collects liquid from the pressure chambers;
• and
• a liquid delivery mechanism configured to circulate liquid between the inside of the pressure chambers and the outside thereof,
• wherein, in a case in which a direction of liquid to be ejected from the ejection ports is assumed to be a direction from a lower side to an upper side, the liquid delivery mechanism is disposed lower than the element arranged face, and the supply flow path supplies liquid by flowing the liquid from a lower position to a higher position and the collection flow path collects liquid by flowing the liquid from a higher position to a lower position,
• the circulation flow path further includes a connection flow path which connects the collection flow path and the supply flow path and does not include the pressure chambers,
• the liquid delivery mechanism is provided in the connection flow path to make liquid flow from the collection flow path to the supply flow path, and
• the liquid delivery mechanism is provided on a substrate on which the energy generating elements are formed at a rear face opposite to a face on which the energy generating elements are formed.