Nuova Simonelli 'Aurelia' Group Head Bell O-Ring (02280033)
02300 EPDM rubber, this is installed underneath the group bell.
02300 EPDM rubber, this is installed underneath the group bell.
Fits all Gicar flowmeter bodies, though check your lid: the pin configuration may be different. It is recommended that you also replace the oring.
M8 x 8 mm, 3mm orifice. Cross-references: Part number Manufacturer S..416 Ascaso 25-039 Atel 5072823 LF 07300225 Nuova Simonelli
Thermostat bracket that will fit most thermostats
M4 x 0.5 mm x 10mm length. Solenoid flange, Faema sight glass face, Nuova Simonelli fork, many more: a very commonly used screw - many other appl...
View full detailsConnector for Gicar flowmeters. The female voltage terminal slots are spaced at 9.5 mm from left to right and the center ground wire terminal slot ...
View full detailsM4 x 0.5 mm x 12mm length. Solenoid flange, Faema sight glass face, Nuova Simonelli fork, many more: a very commonly used screw - many other applic...
View full detailsThis is the most common solenoid voltage connector. It is of square shape and the distance between the female voltage terminal slots is 12mm (left...
View full detailsO-ring 02093 EPDMring thickness 1.78 mm - internal ø 23.52 mm Cross-references: Part number Manufacturer F..440 Ascaso 15-094 Atel 11-138...
View full detailsM8 x 1.25 mm, 2.5mm orifice. Cross-references: Part number Manufacturer S..415 Ascaso 25-037 Atel 5063127 LF 07300127 Nuova Simonelli
Used on the Adonis, Appia, Aurelia, Mac 2000 and Premier group heads 3/8" M - 3/8" M Cross-references: Part number Manufacturer S..129 Asca...
View full detailsUsed on the Adonis, Appia, Aurelia, Mac 2000 and Premier group heads. Cross-references: Part number Manufacturer S..126 Ascaso 1439020 LF ...
View full detailsStainless steel M4 x 0.5 mm x 16mm length with hex socket. Cross-references: Part number Manufacturer 7816004 Bezzera 10084087 Lavazza ...
View full detailsFour per group on the Aurelia models. 6 x 35mm
Includes only one per purchase. The image is provided to demonstrate the two different sides of the part.