Electromagnetic spring pressure brake and method for producing same

A method for producing an electromagnetically released spring-applied brake (BR), wherein the spring-applied brake (BR) consists of a coil carrier (1), of at least one armature disc (4), at least one brake rotor (5) and a flange plate (9),

• wherein the coil carrier (1) is equipped with one or more solenoids (3) and with one or more compression springs (11),
• wherein the parts of the coil carrier (1) up to the flange plate (9) are arranged one behind the other in the stated order along the rotational axis (A),
• wherein the coil carrier (1) has, in the region of its outer circumference and proceeding from the pole surface, at least three axially extending spacer strips (2), which ensure, via a guiding region (2.1), a rotationally fixed and axially movable mounting of the at least one armature disc (4) and which allow, via a centring region (2.2) and via a connection point (12), a permanent connection to the flange plate (9),
• wherein the individual parts of the spring-applied brake (BR), from the coil carrier (1) to the flange plate (9), are inserted in the stated order into a device which consists of a device plate (V) and at least one press stamp(S),
• wherein either the press stamp(S) presses all the parts of the spring-applied brake (BR) onto each other in direct contact against the device plate (V) and is then retracted in a displacement-controlled manner by the size of the desired air gap (L), and the spacer strips (2) are connected to the flange plate (9) or to the coil carrier (1) in this position,
• or wherein the press stamp(S) presses all the parts of the spring-applied brake (BR) with spacer films (D) inserted therebetween onto each other in direct contact against the device plate (V), then the spacer strips (2) are connected to the flange plate (9) or to the coil carrier (1), and at the end the spacer films (D) are removed from the spring-applied brake (BR).