Sensor housing comprising a head part with a sensor chamber for reception of a sensor, a connection part, which adjoins the head part, with a terminal chamber and a terminal connection block arranged in the terminal chamber, wherein - the head part has in a back wall adjoining the connection part a passage opening for the passage of electrical connections, for example cables or pins, to the sensor chamber, - the connection part is connected with the head part by way of connecting means, - the connection part has a first side wall, which adjoins the back wall of the head part, with a passage opening, which at least overlaps the passage opening of the head part, to the passage opening for the passage of electrical connections, for example cables or pins, from the sensor chamber to the terminal chamber and - the connection part has a second side wall with an entry opening for cable passage into the terminal chamber, characterised in that - the terminal connection block comprises a base body, which consists of an electrically insulating material, with a plurality of side surfaces, - the base body has a first side surface (32.1) with at least two mutually spaced terminal connections, - the two terminal connections each have an opening extending into the base body and for reception of an end of an electrical line, a spring terminal and a take-off for the spring terminal, - the terminal connection block has at least two connection contacts and each of the two connection contacts is electrically operatively connected with a respective one of the take-offs, - the connection contacts are spaced from one another along a second side surface (32.2) of the base body, - each of the at least two connection contacts has a contact surface of an electrically conductive material at the first distance above the second side surface (32.2), wherein the first distance of the contact surface is reducible by resilient deformation of the spring terminal. - the head part has in a back wall adjoining the connection part a passage opening for the passage of electrical connections, for example cables or pins, to the sensor chamber, - the connection part is connected with the head part by way of connecting means, - the connection part has a first side wall, which adjoins the back wall of the head part, with a passage opening, which at least overlaps the passage opening of the head part, to the passage opening for the passage of electrical connections, for example cables or pins, from the sensor chamber to the terminal chamber and - the connection part has a second side wall with an entry opening for cable passage into the terminal chamber, characterised in that - the terminal connection block comprises a base body, which consists of an electrically insulating material, with a plurality of side surfaces, - the base body has a first side surface (32.1) with at least two mutually spaced terminal connections, - the two terminal connections each have an opening extending into the base body and for reception of an end of an electrical line, a spring terminal and a take-off for the spring terminal, - the terminal connection block has at least two connection contacts and each of the two connection contacts is electrically operatively connected with a respective one of the take-offs, - the connection contacts are spaced from one another along a second side surface (32.2) of the base body, - each of the at least two connection contacts has a contact surface of an electrically conductive material at the first distance above the second side surface (32.2), wherein the first distance of the contact surface is reducible by resilient deformation of the spring terminal.