A capacity control valve (1; 100) for controlling a flow rate or a pressure of a variable capacity compressor according to a valve opening of a valve unit, the valve (1; 100) comprising: a valve body (10; 110) including first communication passages (11; 111) that pass fluid under a first pressure (Ps; Pc), second communication passages (12; 112) that are arranged adjacent to the first communication passages (11; 111) and pass fluid under a second pressure (Pd), third communication passages (13; 113) that pass fluid under a third pressure (Pc; Ps), and a main valve seat (15a; 115a) that is disposed in a valve hole (17; 117) communicating the second communication passages (12; 112) and the third communication passages (13; 113); a pressure-sensitive element (24; 124) that is arranged in the valve body (10; 110) on the side of the third communication passages (13; 113) and is configured to extend and contract; a valve element (20; 120) including an intermediate communication passage (29; 129) that communicates the first communication passages (11; 111) and the third communication passages (13; 113), a main valve portion (21c; 121c) that is separated from and comes into contact with the main valve seat (15a; 115a) to open and close the valve hole (17; 117), and an auxiliary valve portion (23d; 123d) configured to open and close the intermediate communication passage (29; 129); a solenoid (30; 130) that drives a rod (36; 136); a first biasing member (43; 143) that is configured to bias the valve element (20; 120) in a valve closing direction of the main valve portion (21c; 121c); and a second biasing member (44; 137) that is configured to bias the valve element (20; 120) in a valve opening direction of the main valve portion (21c; 121c), characterized in that the auxiliary valve portion (23d; 123d) is configured to be separated from and to come into contact with an auxiliary valve seat (24d, 124d) provided on a free end side of the pressure-sensitive element (24, 124) to open and close the intermediate communication passage (29; 129), wherein the pressure-sensitive element (24; 124) is is configured to extend and contract according to the first pressure (Ps; Pc) guided through the intermediate communication passage (29; 129), and the rod (36; 136) is configured to press the pressure-sensitive element (24; 124) by moving relative to the valve element (20; 120) so that the auxiliary valve portion (23d; 123d) is separated from the auxiliary valve seat (24d; 124d) of the pressure-sensitive element (24; 124) to open the intermediate communication passage (29; 129). a valve body (10; 110) including first communication passages (11; 111) that pass fluid under a first pressure (Ps; Pc), second communication passages (12; 112) that are arranged adjacent to the first communication passages (11; 111) and pass fluid under a second pressure (Pd), third communication passages (13; 113) that pass fluid under a third pressure (Pc; Ps), and a main valve seat (15a; 115a) that is disposed in a valve hole (17; 117) communicating the second communication passages (12; 112) and the third communication passages (13; 113); a pressure-sensitive element (24; 124) that is arranged in the valve body (10; 110) on the side of the third communication passages (13; 113) and is configured to extend and contract; a valve element (20; 120) including an intermediate communication passage (29; 129) that communicates the first communication passages (11; 111) and the third communication passages (13; 113), a main valve portion (21c; 121c) that is separated from and comes into contact with the main valve seat (15a; 115a) to open and close the valve hole (17; 117), and an auxiliary valve portion (23d; 123d) configured to open and close the intermediate communication passage (29; 129); a solenoid (30; 130) that drives a rod (36; 136); a first biasing member (43; 143) that is configured to bias the valve element (20; 120) in a valve closing direction of the main valve portion (21c; 121c); and a second biasing member (44; 137) that is configured to bias the valve element (20; 120) in a valve opening direction of the main valve portion (21c; 121c), characterized in that the auxiliary valve portion (23d; 123d) is configured to be separated from and to come into contact with an auxiliary valve seat (24d, 124d) provided on a free end side of the pressure-sensitive element (24, 124) to open and close the intermediate communication passage (29; 129), wherein the pressure-sensitive element (24; 124) is is configured to extend and contract according to the first pressure (Ps; Pc) guided through the intermediate communication passage (29; 129), and the rod (36; 136) is configured to press the pressure-sensitive element (24; 124) by moving relative to the valve element (20; 120) so that the auxiliary valve portion (23d; 123d) is separated from the auxiliary valve seat (24d; 124d) of the pressure-sensitive element (24; 124) to open the intermediate communication passage (29; 129).