An electromagnetic pressure control valve for controlling an air pressure, with a) a housing which has a compressed air supply connector for connection to a compressed air supply, a compressed air outlet connector for connection to a load, and a compressed air ventilating connector for ventilation, and with b) an armature which, on its end sides which face away from one another, supports in each case one valve body, a first valve body and a second valve body, and which can be displaced within the housing by way of magnetic forces counter to a spring force of at least one first spring, in such a way that it connects the compressed air outlet connector selectively to the compressed air supply connector or the compressed air ventilating connector, and with c) a first valve seat which is connected to the compressed air supply connector, and with d) a second valve seat which is connected to the compressed air ventilating connector, wherein e) the first valve body forming, together with a first valve seat, an inlet valve, and the second valve body forming, together with the second valve seat, an outlet valve, characterized by f) a permanent axial compressed air connection through the first valve body, through the interior of the armature and through the second valve body, which compressed air connection comprises at least one central axial through bore of the armature, at least one first axial through opening in the first valve body, and at least one second axial through opening in the second valve body, wherein g) the first valve body having a first radially inner portion which closes the first valve seat sealingly when the inlet valve is closed, and a first radially outer portion which has the at least one first axial through opening, and wherein h) the second valve body having a second radially inner portion which closes the second valve seat sealingly when the outlet valve is closed, and a second radially outer portion which has the at least one second axial through opening. a) a housing which has a compressed air supply connector for connection to a compressed air supply, a compressed air outlet connector for connection to a load, and a compressed air ventilating connector for ventilation, and with b) an armature which, on its end sides which face away from one another, supports in each case one valve body, a first valve body and a second valve body, and which can be displaced within the housing by way of magnetic forces counter to a spring force of at least one first spring, in such a way that it connects the compressed air outlet connector selectively to the compressed air supply connector or the compressed air ventilating connector, and with c) a first valve seat which is connected to the compressed air supply connector, and with d) a second valve seat which is connected to the compressed air ventilating connector, wherein e) the first valve body forming, together with a first valve seat, an inlet valve, and the second valve body forming, together with the second valve seat, an outlet valve, characterized by f) a permanent axial compressed air connection through the first valve body, through the interior of the armature and through the second valve body, which compressed air connection comprises at least one central axial through bore of the armature, at least one first axial through opening in the first valve body, and at least one second axial through opening in the second valve body, wherein g) the first valve body having a first radially inner portion which closes the first valve seat sealingly when the inlet valve is closed, and a first radially outer portion which has the at least one first axial through opening, and wherein h) the second valve body having a second radially inner portion which closes the second valve seat sealingly when the outlet valve is closed, and a second radially outer portion which has the at least one second axial through opening.