A refrigerator comprising: a first sliding door configured to open and close a refrigeration compartment; a second sliding door configured to open and close the refrigeration compartment, the second sliding door being located between the refrigeration compartment and the first sliding door when the refrigeration compartment is in a fully opened state; a compressor disposed at a position closer to a closing end of the second sliding door than a closing end of the first sliding door when the refrigeration compartment is in the fully closed state; a fan configured to generate an airflow that passes through a periphery of the compressor; a housing in which an air blow port is formed, the housing being configured to house the compressor, the air blow port being configured to blow out the airflow toward the first sliding door and the second sliding door; a recorder attaching part disposed inside the housing at a position closer to the closing end of the first sliding door than the closing end of the second sliding door, a recorder attachable to the recorder attaching part and configured to record a temperature of the refrigeration compartment, eaves located on a lower side of the refrigeration compartment, and configured to cover the recorder attached to the recorder attaching part from an upper side, and a temperature sensor that measures the temperature inside refrigeration compartment, wherein the first sliding door and the second sliding door are located on a front side of the housing, wherein the housing includes a front surface panel configured to cover the inside from the front side, the recorder attaching part is located at a surface of the front surface panel on the inside, and on a lower side of the air blow port, and the recorder being configured to print the temperature inside the refrigeration compartment on a recording sheet and output the recording sheet to outside of the refrigerator. a first sliding door configured to open and close a refrigeration compartment; a second sliding door configured to open and close the refrigeration compartment, the second sliding door being located between the refrigeration compartment and the first sliding door when the refrigeration compartment is in a fully opened state; a compressor disposed at a position closer to a closing end of the second sliding door than a closing end of the first sliding door when the refrigeration compartment is in the fully closed state; a fan configured to generate an airflow that passes through a periphery of the compressor; a housing in which an air blow port is formed, the housing being configured to house the compressor, the air blow port being configured to blow out the airflow toward the first sliding door and the second sliding door; a recorder attaching part disposed inside the housing at a position closer to the closing end of the first sliding door than the closing end of the second sliding door, a recorder attachable to the recorder attaching part and configured to record a temperature of the refrigeration compartment, eaves located on a lower side of the refrigeration compartment, and configured to cover the recorder attached to the recorder attaching part from an upper side, and a temperature sensor that measures the temperature inside refrigeration compartment, wherein the first sliding door and the second sliding door are located on a front side of the housing, wherein the housing includes a front surface panel configured to cover the inside from the front side, the recorder attaching part is located at a surface of the front surface panel on the inside, and on a lower side of the air blow port, and the recorder being configured to print the temperature inside the refrigeration compartment on a recording sheet and output the recording sheet to outside of the refrigerator.