Classe 10 S - Coffee machine RANCILIO - Free user manual and instructions

Product type	Professional espresso coffee machine
Brand	Rancilio
Model	Classe 10 S
Dimensions (L x D x H)	400 x 500 x 450 mm
Weight	30 kg
Power supply	230 V, 50 Hz, 1500 W
Boiler type	Copper, heat exchanger
Boiler capacity	10 L
Number of groups	Dual group
Pump	Rotary, 15 bar
Water tank	Direct connection to water supply
Main functions	Espresso extraction, hot water, steam
Maintenance and cleaning	Regular descaling, cleaning of groups, emptying drip tray
Safety	Safety thermostat, safety valve, automatic shut-off
Spare parts and repairability	Available online, replaceable gaskets and extraction chambers
Chassis material	Stainless steel
Heating temperature	Electronically adjustable
Usage	Professional (bar, restaurant, café)
Included accessories	Portafilters, tamper, user manual

Frequently Asked Questions - Classe 10 S RANCILIO

How to turn on and off the Rancilio Classe 10 S machine?

Use the main switch on the front panel. To turn off, toggle the switch to the 'Off' position. Wait for the machine to cool down before unplugging.

How to adjust the extraction pressure?

The pressure is adjusted via the pressure switch. For optimal extraction, the pressure should be between 9 and 10 bar. Refer to the manual to adjust the pressure switch if necessary.

What is the boiler capacity?

The boiler has a capacity of approximately 10 liters, sufficient for intensive professional use.

How to descale the machine?

Use a descaling product suitable for espresso machines. Follow the manufacturer's instructions: dilute the product in water, circulate it through the boiler, rinse thoroughly. Perform this operation every 2-3 months depending on water hardness.

What to do if the machine does not heat up?

Check the power supply and circuit breaker. If the boiler remains cold, the safety thermostat may have tripped. Contact an authorized technician.

How to clean the extraction groups?

Use a brush and a damp cloth to remove coffee residues. Perform a backflush with cleaning powder (30 minutes per week) to keep the extraction chambers clean.

Steam does not come out or is weak, what to do?

Clean the steam wand by disassembling it and soaking it in a descaling solution. Check that the boiler is hot enough (steam temperature reached). If the problem persists, the steam valve may be clogged.

What type of ground coffee to use?

Use coffee roasted for espresso, finely ground (flour texture). The recommended dose is 7 to 9 grams per single shot.

How to change the group gasket?

Turn off the machine and let it cool. Unscrew the portafilter, remove the old gasket with a screwdriver, insert the new silicone gasket by pushing it firmly. Reassemble the portafilter.

Where to find spare parts for the Classe 10 S?

Spare parts are available from authorized Rancilio dealers or online through specialized websites. Use the model number to identify the exact parts.

USER MANUAL Classe 10 S RANCILIO

Line drawing of a Rancilio coffee machine with dual speakers and control panel (no text or symbols)

● SDE
•S
RE

RANCILIO

macchine per caffè

Gentile cliente,

First of all, thank you choosing RANCILIO.

We are confident that the product you have purchased will come up to all your expectations-just as all our other products are designed to do. The product that you are about to use is the outcome of painstaking research and tests. The Rancilio's consistency assures quite sure that the equipment we have supplied you with, is the most functional, safe and satisfactory of its kind to be found on the market, as regards both its design and its efficiency. The booklet of instructions for its correct use and maintenance will help you to get the best possible service out of your machine. We trust you will find our explanations clear and we may continue, in the future, to count you among our esteemed customers.

Treatment of waste from electric/electronic equipment

Dispose of the product in accordance with current regulations concerning differentiated waste disposal in dedicated waste disposal areas.

Do not treat as simple urban waste.

For any information please contact the manufacturer at the address specified in the user manual.

The product complies with the requirements of the new directives introduced for the environmental safeguard and must be disposed of appropriately at the end of its life cycle.

73/23/CEE, 93/68/CEE

89/336/CEE, 93/68/CEE, 92/31/CEE

Illustration of hands using a wrench to adjust a bolt and nut assembly (no text or symbols)

Fig. 8

Illustration of a person using a coffee cup to lift a coffee maker into a vehicle (no text or symbols visible)

Illustration of a hand holding a cable with a connector inserted, showing a close-up of the cable being held by another hand (no text or symbols present)

Illustration of a hand using a tool to adjust a component, showing two arrows indicating movement (no text or symbols present)

Illustration of a hand holding a tool applying material to a circular device component (no text or symbols visible)

IT ITALIANO 12-28

FR FRANCAIS 29-45

DE DEUTSCH 46-62

EN ENGLISH 63-79

ES ESPAÑOL 80-96

PT PORTUGUÊS 97-113

SCHEMI ELETTRICI 114-120

SCHEMAS ELECTRIQUES

SCHALTPLANE

WIRING DIAGRAMS

ESQUEMAS ELECTRICOS

ESQUEMAS ELÉTRICOS

SCHEMI IDRAULICI 121-123

SCHÉMAS HYDRAULIQUES

HYDRAULIKPLÄNE

HYDRAULIC DIAGRAMS

ESQUEMAS HIDRÁULICOS

ESQUEMAS HIDRÁULICOS

7.4 Vapore TSC (Optional)

Vapore TS (Optional)

graph TD
    A["SELEZIONE LINGUA"] --> B["ITALIANO"]
    B --> C["ENGLISH"]
    C --> D["ESPAÑOL"]
    D --> E["FRANCAIS"]
    E --> F["DEUTSCH"]
    F --> G["PORTUGUES"]
    H["RESET RIGENER. RESINE"] --> B
    I["BEEP SUI TASTI"] --> D
    J["OROLOGIO"] --> E
    K["SET TIMER"] --> F
    L["CONTATORI PARZIALI"] --> G

graph TD
    A["SELEZIONE LINGUA"] --> B["RESET RIGENER. RESINE"]
    B --> C["BEEP SUI TASTI"]
    C --> D["OROLOGIO"]
    D --> E["SET TIMER"]
    E --> F["ACCENSIONE AUTOMATICA"]
    F --> G["ABILITATO"]
    G --> H["NON ABILITATO"]
    H --> I["DOMENICA ORA ACCENS...... ORA FUNZ......"]
    I --> J["LUNEDI ORA ACCENS...... ORA FUNZ......"]
    J --> K["+"]
    K --> L["+"]
    L --> M["+"]
    M --> N["+"]
    N --> O["CONTATORI PARZIALI"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#ccc,stroke:#333
    style F fill:#ccc,stroke:#333
    style G fill:#ccc,stroke:#333
    style H fill:#ccc,stroke:#333
    style I fill:#ccc,stroke:#333
    style J fill:#ccc,stroke:#333
    style K fill:#ccc,stroke:#333
    style L fill:#ccc,stroke:#333
    style M fill:#ccc,stroke:#333
    style N fill:#ccc,stroke:#333

graph TD
    A["SELEZIONE LINGUA"] --> B["RESET RIGENER. RESINE"]
    B --> C["BEEP SUI TASTI"]
    C --> D["OROLOGIO"]
    D --> E["SET TIMER"]
    E --> F["CONTATORI PARZIALI"]
    F --> G["GRUPPO CAFFE' 1"]
    F --> H["GRUPPO CAFFE' 2"]
    F --> I["GRUPPO CAFFE' 3"]
    F --> J["GRUPPO CAFFE' 4"]
    F --> K["GRUPPO ACQUA"]
    F --> L["GRUPPO TSC"]
    F --> M["TOTALE CONTATORI"]
    F --> N["RESET CONTATORI"]
    G --> O["+"]
    H --> P["+"]
    I --> Q["+"]
    J --> R["+"]
    K --> S["+"]
    L --> T["+"]
    M --> U["+"]
    N --> V["+"]
    O --> W["-"]
    P --> X["-"]
    Q --> Y["-"]
    R --> Z["-"]
    S --> AA["-"]
    T --> AB["-"]
    U --> AC["-"]
    V --> AD["-"]
    W --> AE["↑"]
    X --> AF["↑"]
    Y --> AG["↑"]
    Z --> AH["↑"]
    AA --> AI["↑"]
    AB --> AJ["↑"]
    AC --> AK["↑"]
    AD --> AL["↑"]
    AE --> AM["↑"]
    AF --> AN["↑"]
    AG --> AO["↑"]
    AH --> AP["↑"]
    AI --> AQ["↑"]
    AJ --> AR["↑"]
    AK --> AS["↑"]
    AL --> AT["↑"]
    AM --> AU["↑"]
    AN --> AV["↑"]
    AO --> AW["↑"]
    AP --> AX["↑"]
    AQ --> AY["↑"]
    AR --> AZ["↑"]
    AS --> BA["↑"]
    AT --> BB["↑"]
    AU --> BC["↑"]
    AV --> BD["↑"]
    AW --> BE["↑"]

Geometric diagram of a right triangle divided into three smaller triangles (no text or symbols)

MODELES: SDE - S - RE

VERSION: 2 - 3 - 4 GROUPES

graph TD
    A["SELECTION DE LANGUE"] --> B["ITALIANO"]
    B --> C["ENGLISH"]
    C --> D["ESPAÑOL"]
    D --> E["FRANCAIS"]
    E --> F["DEUTSCH"]
    F --> G["PORTUGUÉS"]
    H["RESET RÉGEN. RESINES"] --> B
    I["BEEP"] --> C
    J["MONTRE"] --> D
    K["REGLAGE TYMER"] --> E
    L["COMPTEURS PARTIELS"] --> F

graph TD
    A["SELECTION DE LANGUE"] --> B["RESET RÉGEN. RESINES"]
    C["BEEP"] --> B
    D["MONTRE"] --> B
    E["REGLAGE TYMER"] --> B
    F["COMPTEURS PARTIELS"] --> B
    B --> G["RESET ? N"]
    G --> H["O"]
    H --> I["+"]
    I --> J["→"]
    J --> K["←"]
    K --> L["←"]
    L --> M["←"]
    M --> N["←"]
    N --> O["←"]
    O --> P["←"]
    P --> Q["←"]
    Q --> R["←"]
    R --> S["←"]
    S --> T["←"]
    T --> U["←"]
    U --> V["←"]
    V --> W["←"]
    W --> X["←"]
    X --> Y["←"]
    Y --> Z["←"]
    Z --> AA["←"]
    AA --> AB["←"]
    AB --> AC["←"]
    AC --> AD["←"]
    AD --> AE["←"]
    AE --> AF["←"]
    AF --> AG["←"]
    AG --> AH["←"]
    AH --> AI["←"]
    AI --> AJ["←"]
    AJ --> AK["←"]
    AK --> AL["←"]
    AL --> AM["←"]
    AM --> AN["←"]
    AN --> AO["←"]
    AO --> AP["←"]
    AP --> AQ["←"]
    AQ --> AR["←"]
    AR --> AS["←"]
    AS --> AT["←"]
    AT --> AU["←"]
    AU --> AV["←"]
    AV --> AW["←"]
    AW --> AX["←"]
    AX --> AY["←"]
    AY --> AZ["←"]
    AZ --> BA["←"]
    BA --> BB["←"]
    BB --> BC["←"]
    BC --> BD["←"]
    BD --> BE["←"]
    BE --> BF["←"]
    BF --> BG["←"]
    BG --> BH["←"]
    BH --> BI["←"]
    BI --> BJ["←"]
    BJ --> BK["←"]
    BK --> BL["←"]
    BL --> BM["←"]
    BM --> BN["←"]
    BN --> BO["←"]
    BO --> BP["←"]
    BP --> BQ["←"]
    BQ --> BR["←"]
    BR --> BS["←"]
    BS --> BT["←"]
    BT --> BU["←"]
    BU --> BV["←"]
    BV --> BW["←"]
    BW --> BX["←"]
    BX --> BY["←"]
    BY --> BZ["←"]

9.2.3. Beep

graph TD
    A["SELECTION DE LANGUE"] --> B["BEEP"]
    C["RESET REGEN. RESINES"] --> B
    D["MONTRE"] --> B
    E["REGLAGE TYMER"] --> B
    F["COMPTEURS PARTIELS"] --> B
    B --> G["ACTIVE"]
    G --> H["NON ACTIVE"]
    H --> I["+"]
    H --> J["-"]
    I --> K["+"]
    J --> L["-"]

9.2.4. Montre

graph TD
    A["SELECTION DE LANGUE"] --> B["RESET REGEN. RESINES"]
    B --> C["BEEP"]
    C --> D["MONTRE"]
    D --> E["SELECTIONS D'HORLOGE"]
    E --> F["MAÎROI 15-01-02 09:15:08"]
    F --> G["FORMAT DATE-HEURE"]
    G --> H["jour-mois-annee"]
    H --> I["annee-mois-jour"]
    I --> J["24 h"]
    J --> K["12 h"]
    K --> L["+"]
    L --> M["+"]
    M --> N["+"]
    N --> O["-"]
    O --> P["+"]
    P --> Q["+"]
    Q --> R["-"]
    R --> S["+"]
    S --> T["+"]
    T --> U["-"]
    U --> V["+"]
    V --> W["+"]
    W --> X["+"]
    X --> Y["-"]
    Y --> Z["+"]
    Z --> AA["-"]
    AA --> AB["+"]
    AB --> AC["+"]
    AC --> AD["-"]
    AD --> AE["+"]
    AE --> AF["-"]
    AF --> AG["+"]
    AG --> AH["+"]
    AH --> AI["-"]
    AI --> AJ["+"]
    AJ --> AK["-"]
    AK --> AL["+"]
    AL --> AM["-"]
    AM --> AN["+"]
    AN --> AO["-"]
    AO --> AP["+"]
    AP --> AQ["-"]
    AQ --> AR["+"]
    AR --> AS["-"]
    AS --> AT["+"]
    AT --> AU["-"]
    AU --> AV["+"]
    AV --> AW["-"]
    AW --> AX["+"]
    AX --> AY["-"]
    AY --> AZ["+"]
    AZ --> BA["-"]
    BA --> BB["+"]
    BB --> BC["-"]
    BC --> BD["+"]
    BD --> BE["-"]
    BE --> BF["-"]
    BF --> BG["+"]
    BG --> BH["-"]
    BH --> BI["+"]
    BI --> BJ["-"]
    BJ --> BK["+"]
    BK --> BL["-"]
    BL --> BM["-"]
    BM --> BN["+"]
    BN --> BO["-"]
    BO --> BP["-"]
    BP --> BQ["+"]
    BQ --> BR["-"]
    BR --> BS["-"]
    BS --> BT["+"]
    BT --> BU["-"]
    BU --> BV["-"]
    BV --> BW["+"]
    BW --> BX["-"]
    BX --> BY["-"]
    BY --> BZ["+"]
    BZ --> CA["-"]
    CA --> CB["+"]
    CB --> CC["-"]
    CC --> CD["-"]
    CD --> CE["+"]
    CE --> CF["-"]
    CF --> CG["+"]
    CG --> CH["-"]
    CH --> CI["-"]
    CI --> CJ["+"]
    CJ --> CK["-"]
    CK --> CL["-"]
    CL --> CM["+"]
    CM --> CN["-"]
    CN --> CO["+"]
    CO --> CP["-"]
    CP --> CQ["+"]
    CQ --> CR["-"]
    CR --> CS["-"]
    CS --> CT["+"]
    CT --> CU["-"]
    CU --> CV["-"]
    CV --> CW["+"]
    CW --> CX["-"]
    CX --> CY["+"]
    CY --> CZ["-"]
    CZ --> DA["+"]
    DA --> DB["-"]
    DB --> DC["+"]
    DC --> DD["-"]
    DD --> DE["+"]
    DE --> DF["-"]
    DF --> DG["+"]
    DG --> DH["-"]
    DH --> DI["+"]
    DI --> DJ["-"]
    DJ --> DK["-"]

9.2.5. Réglage Timer

graph TD
    A["SELECTION DE LANGUE"] --> B["RESET REGEN. RESINES"]
    B --> C["BEEP"]
    C --> D["MONTRE"]
    D --> E["REGLAGE TYMER"]
    E --> F["ALLUMAGE AUTOMATIQUE"]
    F --> G["ACTIVE"]
    G --> H["NON ACTIVE"]
    H --> I["DIMANCHE HEURE ALLUMAGE HEURE ACTIVE..."]
    I --> J["LUNDI HEURE ALLUMAGE HEURE ACTIVE..."]
    J --> K["NON ACTIVE"]
    K --> L["COMPTEURS PARTIELS"]
    L --> M["REGLAGE TYMER"]
    M --> N["ALLUMAGE AUTOMATIQUE"]
    N --> O["ACTIVE"]
    O --> P["NON ACTIVE"]
    P --> Q["COMPTEURS PARTIELS"]

graph TD
    A["SELECTION DE LANGUE"] --> B["RESET REGEN. RESINES"]
    B --> C["BEEP"]
    C --> D["MONTRE"]
    D --> E["REGLAGE TIMER"]
    E --> F["COMPTEURS PARTIELS"]
    F --> G["GROUPE 1"]
    F --> H["GROUPE 2"]
    F --> I["GROUPE 3"]
    F --> J["GROUPE 4"]
    F --> K["THE"]
    F --> L["TSC"]
    F --> M["TOTAL CONTEUR"]
    F --> N["RESET CONTEUR"]
    G --> O["+"]
    H --> P["+"]
    I --> Q["+"]
    J --> R["+"]
    K --> S["+"]
    L --> T["+"]
    M --> U["+"]
    N --> V["+"]
    O --> W["-"]
    P --> X["-"]
    Q --> Y["-"]
    R --> Z["-"]
    S --> AA["-"]
    T --> AB["-"]
    U --> AC["-"]
    V --> AD["-"]
    W --> AE["+"]
    X --> AF["+"]
    Y --> AG["+"]
    Z --> AH["+"]

Simple geometric diagram of a right triangle divided into three smaller triangles (no text or symbols)

13. VERSION MACHINE AVEC CHAUFFAGE D'APPOINT AU GAZ (Fig.15)

graph TD
    A["SPRACHE AUSWAHL"] --> B["ITALIANO"]
    B --> C["ENGLISH"]
    C --> D["ESPAÑOL"]
    D --> E["FRANCAIS"]
    E --> F["DEUTSCH"]
    F --> G["PORTUGUÊS"]
    H["REGENERATION RESET"] --> B
    I["BEEP"] --> C
    J["UHR"] --> D
    K["UHRZEITEINSTELLUNG"] --> E
    L["AUSWAHL ZAEHLER"] --> G

9.2.2. Regeneration reset

graph TD
    A["SPRACHE AUSWAHL"] --> B["REGENERATION RESET"]
    B --> C["RESET? N"]
    C --> D["J"]
    E["BEEP"] --> B
    F["UHR"] --> C
    G["JHRZEITEINSTELLUNG"] --> C
    H["AUSWAHL ZAEHLER"] --> C
    I["+"] --> B
    J["-"] --> C
    K["+"] --> C
    L["-"] --> C

graph TD
    A["SPRACHE AUSWAHL"] --> B["BEEP"]
    C["REGENERATION RESET"] --> B
    D["UHR"] --> B
    E["UHRZEITEINSTELLUNG"] --> B
    F["AUSWAHL ZAEHLER"] --> B
    B --> G["EINSCHALTEN"]
    G --> H["AUSSCHALTEN"]
    H --> I["+"]
    H --> J["-"]
    G --> K["+"]
    H --> L["-"]

9.2.4. Uhr

graph TD
    A["SPRACHE AUSWAHL"] --> B["Regeneration RESET"]
    B --> C["BEEP"]
    C --> D["UHR"]
    D --> E["UHRZEITEINSTELLUNG"]
    E --> F["DIENSTAG: 15-01-02 09:15:08"]
    F --> G["UHRANZEIGE"]
    G --> H["24 st"]
    G --> I["12 st"]
    H --> J["Tag-monat-jahr"]
    I --> K["jahr-monat-tag"]
    J --> L["+"]
    K --> M["+"]
    L --> N["+"]
    M --> O["+"]
    N --> P["+"]
    O --> Q["+"]
    P --> R["+"]
    Q --> S["+"]
    R --> T["+"]
    S --> U["+"]
    T --> V["+"]
    U --> W["+"]
    V --> X["+"]
    W --> Y["+"]
    X --> Z["+"]
    Y --> AA["+"]
    Z --> AB["+"]

graph TD
    A["SPRACHE AUSWAHL"] --> B["REGENERATION RESET"]
    B --> C["BEEP"]
    C --> D["UHR"]
    D --> E["JHRZEITEINSTELLUNG"]
    E --> F["STAND BY EINSTELLUNG"]
    F --> G["EINSCHALTEN"]
    G --> H["AUSSCHALTEN"]
    H --> I["SONTAG...UHR ANSTELLEN...ARBEITSSTUNDEN..."]
    H --> J["MONDTAG...UHR ANSTELLEN...ARBEITSSTUNDEN..."]
    I --> K["+"]
    J --> L["-"]
    K --> M["←"]
    L --> N["←"]
    M --> O["←"]
    N --> P["←"]
    O --> Q["←"]
    P --> R["←"]
    Q --> S["AUSWAHL ZAEHLER"]
    R --> T["←"]
    S --> U["←"]
    T --> V["←"]
    U --> W["←"]
    V --> X["←"]
    W --> Y["←"]
    X --> Z["←"]
    Y --> AA["←"]
    Z --> AB["←"]

graph TD
    A["SPRACHE AUSWAHL"] --> B["+"]
    C["REGENERATION RESET"] --> D["+"]
    E["BEEP"] --> F["+"]
    G["UHR"] --> H["+"]
    I["UHRZEITEINSTELLUNG"] --> J["+"]
    K["AUSWAHL ZAEHLER"] --> L["GRUPPE 1"]
    L --> M["+"]
    N["GRUPPE 2"] --> O["+"]
    P["GRUPPE 3"] --> Q["+"]
    R["GRUPPE 4"] --> S["+"]
    T["TEE"] --> U["+"]
    V["TSC"] --> W["+"]
    X["TOTALZAEHLER"] --> Y["+"]
    Z["TOTALZAEHLER RESET"] --> AA["+"]
    AB["-"] --> AC["-"]
    AD["-"] --> AE["-"]
    AF["-"] --> AG["-"]
    AH["-"] --> AI["-"]
    AJ["-"] --> AK["-"]
    AL["-"] --> AM["-"]
    AN["-"] --> AO["-"]
    AP["-"] --> AQ["-"]
    AR["-"] --> AS["-"]
    AT["-"] --> AU["-"]
    AV["-"] --> AW["-"]
    AX["+"] --> AY["+"]
    AZ["+"] --> BA["+"]
    BB["+"] --> BC["+"]
    BD["+"] --> BE["+"]
    BF["+"] --> BG["+"]
    BH["+"] --> BI["+"]
    BJ["+"] --> BK["+"]
    BL["+"] --> BM["+"]
    BN["+"] --> BO["+"]
    BP["+"] --> BQ["+"]
    BR["+"] --> BS["+"]
    BT["+"] --> BU["+"]
    BV["+"] --> BW["+"]
    BX["+"] --> BY["+"]
    BZ["+"] --> CA["+"]
    CB["+"] --> CD["+"]
    CE["+"] --> CF["+"]
    CG["+"] --> CH["+"]
    CI["+"] --> CJ["+"]
    CK["+"] --> CE

Geometric diagram of a right triangle divided into three smaller triangles (no text or symbols)

The operations marked with this symbol are to be undertaken exclusively by an installation technician

The operations marked with this symbol are to be undertaken by the user.

EN ENGLISH

CONTENTS

Machine identification data 64

1. General safety rules ....64

2. Description ....65

2.1. Specifications and composition 63
2.2. Machine equipment 65
2.3. Mechanical protective devices .64
2.4. Electric safety devices 66
2.5. Aerial noise 66
2.6. Vibrations 66

1. Technical data ....66

3.1. Dimensions and weights .....66

1. Use ......66

4.1. Precautionary measures ....67

1. Transport 67

5.1. Packaging 67

5.2. Inspection on receipt 67

1. Installation 67

6.1.Connections to be made by the user .....67
6.1.1. Water and gas supply 67
6.1.2. Electric supply 68
6.2. Preliminary operations ......68
6.3. Connections ......68

1. Operation ....69

7.1. Controls 69
7.2. Control instruments .....70
7.3. Starting up 70

1. Use ....70

8.1. Preparing coffee 70
8.2. Preparing cappuccino 71
8.3. Warming a beverage 71
8.4. Preparing tea, camomile, etc....71
8.5. Machines with TSC-TS automatic system 72
8.5.1. Heating Milk or a Drink (TSC-TS) .....72
8.5.2. Preparing Frothed Milk (TSC-TS) .....72

1. Adjustments and settings of the dose ..... 72

9.1.For models SDE 72
9.1.1. Adjusting the dose 72
9.2. Programming (Mod.SDE) .....73
9.2.1. Selecting the display language .....73
9.2.2. Softener regeneration .....74
9.2.3. Enabling/disabling button beeping .....74
9.2.4. Clock 74
9.2.5. Set Timer 75
9.2.6. Selection counts .....75
9.3. Displaying 76
9.3.1. Warming up phase .....76
9.3.2. Operating mode 76
9.4. Operating safety devices .....76
9.5. The cup-warmer 76
9.6. Dose programming phases .....76
9.7. List of malfunctions .....76

1. Maintenance ....77

10.1. Daily 77
10.2.Weekly 77
10.2.1. Washing of the coffee groups .....77
10.2.2. TSC Washing (mod.SDE) .....77
10.2.3. TSC quick washing 78
10.2.4 Cleaning TSC 78
10.2.5. Timer 78
10.3. Periodical 78
10.3.1. Renewal of water 78

1. Stopping the machine .....78

2. Troubleshooting .....78

3. Machines with alternative gas heater version ....79

NAME: Coffee machine, CLASSE 10 series

MODEL: SDE - S - RE

VERSIONS: 2 - 3 - 4 GROUPS

The label illustrated on the EC Declaration of Conformity of this instruction manual corresponds to the identification label placed on the machine Fig. 2. (Pos. A).

Label identification (Fig.1):

1 Manufacturer
2 Model and version
3 Voltage
4 EC conformity mark (if required)
5 Serial number
6 Boiler data
7 Machine total absorption
8 Protection level
9 Motor power
10 Heating element power
11 Frequency
12 Conformity marks
13 Year of manufacture

Symbols

Warning signal. The instructions which refer to this signal must be followed with great care in order to avoid accidents or damage to the machine.

This manual is an integral and essential part of the product and must be delivered to the user. The warnings contained in it must be read carefully, as they supply important indications relating to the safety of installation, use and maintenance. Keep this manual for future reference.

1. GENERAL SAFETY RULES

• Don't leave the packing elements (plastic bags, expanded polystyrene, nails, cardboard, etc.) within the reach of children, as these elements are potential sources or danger.
• Check that the data on the machine corresponds to that of the electrical supply network, before connecting the equipment.
  ● Adaptors, multiple sockets and /or extensions must not be used.
• In doubt, request an accurate control of the plant by qualified personnel. The electric plant must be provided with the following safety devices:
• efficient earth connection;
• section of conductors suitable for absorption capacity

• efficient earth leakage protection circuit breaker.
  ● Install the machine on a water repellent surface (laminate, steel, ceramic, etc.) away from heat sources (oven, cooking stove, fireplace, etc.) and in conditions in which the temperature may not go below 5°C. KEEP WARM.

• Do not leave the machine exposed to atmospheric agents or place them in damp rooms such as bathrooms.

• Do not obstruct the suction or dispersion grilles and do not cover with cloths, etc.
• Keep the packed machine in a dry place, not exposed to atmospheric agents and in conditions in which the temperature does not go below 5°C. Do not stack more than three items of the same kind. Do not place heavy items on the packaging.
• In an emergency, such as the breaking out of a fire, unusual noise, overheating, etc., take immediate action, disconnecting the power and closing gas and water taps.
• Only use original spare parts in order to avoid compromising the safety and proper functioning of the machine.

Erroneous installation can cause damage to people, animals and things for which the manufacturer cannot be considered responsible

2. DESCRIPTION

The machines in the CLASSE 10 series have been designed to prepare express coffee and hot beverages.

A positive-displacement pump inside the machine powers the heater in which the water is heated. By pressing the appropriate buttons, water is supplied to the spouts in the form of hot water or steam, according to needs.

The hot water used to make drinks comes from the boiler and is mixed directly with cold water from the water outlet.

The machine is composed of a steel carrying structure on which the mechanical and electrical components are fitted. These are completely covered with panels made of aluminium.

The beverages are dispensed at the front of the machine, where all the buttons, control devices and dispensers are to be found.

There is a cup-warming plate on the top of the machine.

2.1. Specifications and composition (Fig.3 - 4)

A B C D E F
SDE	- ok 2 - 3 - 4	2 2 ok
S	ok -	2 - 3 - 4	2 2 ok
RE	ok -	2 - 3 - 4	2 2 ok

Legend:

A Semiautomatic system; manual dispensing start and stop.
B Automatic system; electronic control of coffee and hot water doses dispensed.
C N. of coffee dispensing units.
D N. of steam spouts.
E N. of hot water spouts.
F Operating with economizer.

Gas heating, on request.

1 Steam tap
2 Steam spout
3 Function/service button panel
4 Hot water spout thermoregular
5 Coffee dispensing unit
6 Coffee dispensing button panel (mod.S - SDE)
7 Manual water supply button
8 Level indicator
9 Gauge
10 Power on-off switch and led
11 Gas lighter (on specific models)
12 Valved gas tap (on specific models)
13 Switch and boiler resistance engagement light.
14 Lower opening for control access.
15 Display (mod.SDE)
16 Programming panel (mod. SDE)
17 Hot water spout
18 Dispenser control lever (mod.RE)

2.2. Machine equipment

	2 GROUP	3 GROUP	4 GROUP
1 dose filter holder	1	1	1
2 dose filter holder	2	3	4
Filters	3	4	5
1 mt. supply pipe	1	1	1
1,5 mt. supply pipe	1	1	1
1,5 mt. drainage pipe	1	1	1
Pipe connections	1	1	1
Blind disks for cleaning	2	3	4
Doser and presser	1	1	1
Instruction manual	1	1	1
Brush	1	1	1

Models equipped with gas connections (when applied).

2.3. Mechanical protective devices

The machine is equipped with the following protective devices:

• complete panelling protection of all the parts subject to heat and of the steam and hot water supplier;
• cup-warmer plate supplied with a tray to collect spilt liquids;
  ● work surface provided with grill and tray to collect spilt liquids;
  ● expansion valve in the hydraulic system and valve on the boiler to avoid overpressure;
  ● nonreturn valve on the hydraulic system to avoid flowing back to the main supply.

2.4. Electric safety devices

The safety devices provided are:

● 12V low tension push buttons an the SDE control key panel;
● thermal protection on the pump motor;
● gas failure thermocouple and thermocouple thermostat automatically closing gas tap;
● safe resistance thermal;
● Electronic safety devices.

2.5. Aerial noise

Noise level in the working place does not usually exceed 70dB(A).

2.6. Vibrations

The machine is supplied with rubber vibration damping feet. In normal working conditions, the machine does not produce vibrations harmful to the operator and the environment.

3. TECHNICAL DATA

3.1. Dimensions and weights (Fig.5)

2 GROUP 3 GROUP 4 GROUP

A mm	780 1020 1260
B mm	700 940 1180
C mm	540 540 540
D mm	470 470 470
H mm	530 530 530
Boiler capacity in litr.	11 16	22
Machine weight kg	76 94	112
Water inlet	3/8"	3/8" 3/8"
∅mm drainage	14 14	14
Packaging
Volume m^3	0,44 0,55 0,67
Dimensions L x P x H mm	910x670x720	1150x670x720	1390x670x720
Gross weight kg	91	111 134

You'll find all the technical data on electric connection, on the machine identification label Fig. 1.

Machines provided with gas heating have a standard connection kit to carry out the following connections with:

• direct stiff pipe;
• copper and double cone pipe;
• rubber support.

Gas connections must be made in compliance with the safety regulations in force in the relative country.

4. USE

The machine have been designed, manufactured and protected to be used to make express coffee and hot beverages (tea, cappuccino, etc.). Any other use is to be considered unsuitable and therefore dangerous.

The manufacturer cannot be held responsible for any damage caused to people or things due to unsuitable, erroneous or irrational use of the machine.

The operator must always follow the indications contained in this manual. In the case of a failure or if the machine is not working properly, switch it off and do not attempt any direct repair. Refer exclusively to a service centre.

The user must not:

● touch the hot surfaces and dispensing areas;
● place liquids containers on the machine;
● put his hands under the spouts during use;
● transport the machine or carry out maintenance operations when the plug is connected or when the machine is hot;
● wash the machine with water or steam jet;
● dip completely or partially the machine in water;
● use the machine if the cable is damaged;
● touch the machine when his hands or feet are wet or damp;
● use the machine when there are children in its proximity;
- allow the machine to be used by children or unfit people;
- obstruct the suction or dispersal grilles with cloth or any other thing;
● do not use the machine when wet or very damp.

4.1. Precautionary measures

This machine may only be used with foodstuffs. It cannot be used for heating liquids or grinding any other kind of product that could damage and pollute it.

The manufacturer cannot be held responsible for damage to people or things caused by unsuitable, erroneous or irrational use.

5. TRANSPORT

5.1. Packaging

The machine is delivered in a strong cardboard box with internal protection.

The packaging bears symbols which must be observed during handling and stocking of the item.

Always keep the package in a vertical position during transport. Do not turn it over or lay it on its side and avoid bumping and exposure to atmospheric agents.

5.2. Inspection on receipt

Check that the machine received corresponds to the one indicated on the delivery note, including any accessories.

Check that it has not been damaged during transport and, if so, inform the forwarder and our customer service office immediately.

The packing elements (plastic bags, expanded polystyrene, nails, cardboard, etc.) must not be left within reach of children as they are potential sources of danger. Do not dispose of the packing elements in the environment; consign them to firms authorized for their disposal.

6. INSTALLATION

The appliance is only to be installed in locations where use and maintenance is

restricted to trained personnel.

The machines are fitted with height adjustable feet.

The support surface shall be levelled, dry, smooth, steady and stable and at such a height that the cup-warming surface is at over 150 cm from ground. Do not use water jets or install where water jets are used.

In order to guarantee normal operation, the machine must be installed in areas that the environmental temperature is between +5^ ÷ +32^ end humidity of not over 70%.

It does not need to be anchored to the surface and it does not require any technical operations to dampen vibrations in order to operate properly.

It is recommended to leave the area around the machine free to facilitate its use and the performance of any maintenance operations.

If the machine is wet or very damp, wait until it is completely dry before installing or using it. It is always necessary to request an accurate control to qualified service people in order to find any possible damage to the electric components.

Reserve an area near the machine for the installation of the coffee grinding and dosage machine (see relevant documentation).

The machine is usually equipped with a water softener, type DP2 or DP4, which must be connected by the user in compliance with the laws in force.

Should a different softener be installed, refer to the documentation of the relevant product.

A dreg drawer should be fitted by the installer.

6.1. Connections to be made by the user

Hook-up must be carried out by qualified personnel in full accordance with federal, state and local regulations.

6.1.1. Water and gas supply (Fig.6)

This equipment is to be installed to comply with the applicable federal, state or local plumbing codes.

Connections must be installed close to the machine.

● Water drainage pipe 1, having a minimum internal diameter of 30 mm, equipped with a water-trap accessible for inspection.
● Water supply pipe 2, with a 3/8"G cut-off tap.
● Gas supply pipe 3, with a cutoff tap.

Make sure that the maximum supply pressure does not exceed 6.5 bar; otherwise, install a pressure reducer.

The machine with gas heating must be installed in compliance with current local laws.

6.1.2. Electric supply

The machine is supplied ready for connection according to the required electrical specifications. Before connecting the machine ensure that the plate details comply with those of the electric distribution network.

The electrical connection cable must be directly connected to the connection provided according to current legislation. Ensure that the earthing system is efficient and in compliance with current legal requirements.

The earthing system and the lightening protection system must be realized in accordance with the provisions of current legislation.

For the supply network use a cable in compliance with standards with protective conductor (earthing wire).

For three-phase power use a cable with 3 conductors (3 phases + neutral + earth).

For single phase power supply use a cable with 3 conductors (phase + neutral + earth).

In both cases it is necessary to provide an automatic differential switch (Fig. 6) at the start of the power cable, complete with magnetic release elements in accordance with the identification plate details (Fig.

1). The contacts must have an opening of equal or over 3 mm and with dispersed current protection of 30 mA.

Remember that each machine must be fitted with its own safety elements.

WARNING:

Should the power supply cable be damaged it is to be replaced by the manufacturer or by its technical assistance service or by person with equivalent qualification, in order to prevent any risks.

6.2. Preliminary operations (Fig.7)

POTENTIAL-EQUALIZING CONNECTION

This connection, which is the one called for by several norms, avoids electrical potential differences, building up between any equipment that may be installed in the same room. There is a terminal clip on the under side of the base of the machine to which an external potential-equalizing wire should be connected.

This connection is ABSOLUTELY NECESSARY and must be made right after the machine is installed.

Use a wire whose cross-sectional area conforms to the existing norms.

6.3. CONNECTIONS

- Place the machine on the horizontal surface previously prepared.

Before connecting, thoroughly wash the mains water pipes:

• Leave the water supply taps running at full pressure for several minutes.
• Connect to the mains water supply.
• Connect the machine to the socket.
• Connect the gas pipe

Thoroughly wash all the water pipes of the machine:

• Leave the water supply taps running at full pressure.
• Switch on main switch 1 (Fig.8): wait until the boiler fills up to the level set.
  ● Boiler resistance switch2 (Fig.8) to begin heating the water in the boiler.
• Operate each unit in order to allow the water to escape for about one minute; repeat the operation twice.
• Deliver steam from the steam jets for about one minute.
• Deliver hot water for about one minute; repeat the operation twice.
  ● Switch off switches 1 and 2.
  ● Empty the water from the boiler: see point 10.3.

IMPORTANT

Should the machine not deliver water for over 24 hours, wash the internal components before beginning work, repeating the operations as described above.

7. OPERATION

7.1. Controls (Fig.8)

1 Main switch

Two-position switch with led.

Turn on the switch (led on) the machine is turned (apart from the boiler) and the pump is turned on to fill the boiler;

2 Boiler resistance switch

Two-position switch with led.

On activating the switch (the led comes on) and power is supplied to the resistance for the boiler water.

3 Coffee dispensing switch (mod.S)

Two-position switch:

With switch ON, coffee is dispensed;

With switch OFF, dispensing of coffee is interrupted.

4 Dispenser control lever (mod.RE)

Move the lever downward to start dispensing coffee.

To stop dispensing, move the lever upward.

5 Coffee Dispensing Electronic Panel (mod. SDE)

This panel features 5 buttons for each dispenser (max 4) and 5 LEDs consisting of the following:

4 (A-B-C-D) buttons for start/stop dispensing the programmed coffee dose

1 (E) button for:

- Stop dispensing any dose

- Start in continuous mode

- Initialize dose programming for self-learning if pressed for about 8 sec.(If the function is enabled)

Each time a coffee is dispensed, the LED of the relative button lights up.

During dose programming, the LED of the 5^th button flashes rapidly.

If the dose is supplied irregularly or the volumetric counter is malfunctioning, the LED of the pressed button flashes dispensing the dose on a time basis.

6 Hot Water and Cup-Warmer Panel (mod.S-RE)

6.1 Cup-warmer switch with two positions:

With switch ON, the LED flashes and the cup warmer resistance is energized.

With switch OFF, the LED switches off and the resistance is de-energized.

6.2 Two-position hot water switch (thermoregulated):

With switch ON, the LED flashes and thermoregulated hot water is dispensed.

With switch OFF, the LED switches off and dispensing stops.

6.3 Hot water switch (picking up directly from the boiler) with two positions:

With switch ON, the LED flashes and hot water is dispensed directly from the boiler.

With switch OFF, the LED switches off and dispensing stops.

7 Hot Water and Function Panel (mod.SDE)

This panel features 5 buttons and 5 LEDs consisting of the following:

1 cup-warmer button (7.1)

2 buttons for dispensing hot water (7.2 - 7.3)

1 steam-dispensing button with temperature control (7.4)

1 steam delivery with temperature and emulsion control (7.5)

7.1 The Cup Warmer

When the button is pressed, the display shows the set power status of the resistance, which can be of four types (off - minimum - medium - maximum).

If the button is pressed again within 2 seconds, the set power status of the resistance moves to the next step.

When the cup-warmer resistance is active (min, med, or max status), the relative LED lights up.

7.2 When the button is pressed, thermoregulated water is dispensed for the set time or until the button is pressed again. During this type of dispensing, the pump is switched ON.

7.3 When the button is pressed, hot water is dispensed directly from the boiler for the set time or until the button is pressed again.

If you press the 2 buttons for 2 seconds, dispensing is continuous and only stops when the button is pressed again.

Dispensing is discontinued automatically after 30 and 60 seconds, respectively.

7.4 Steam TSC (Optional)

When the button is pressed, the steam dispensing solenoid valve is excited until the set temperature is reached or until the button is pressed again.

7.5 Emulsion steam TSC (Optional)

Press the button to excite the steam and emulsion delivery electromagnetic valves until the programmed temperature and froth level are reached or until the function is switched off.

Steam TSC (Optional)

When the button is pressed, the steam dispensing solenoid valve is excited until the set temperature is reached or until the button is pressed again.

Safety Devices

Dispensing cannot be carried out if the machine has not reached the operating pressure or temperature at least once, and each time that the boiler pressure drops too much.

8 Steam supply handwheel.

Tap: turn in an anticlockwise direction to open and clockwise to close.

9 Supplementary manual water filling button positioned under the discharge basin.

Press down to fill the boiler.

10 Valved gas power tap (models with gas heating).

Open: vertical position;

Closed: turn 90° in clockwise direction.

11 Piezoelectric button (models with gas heating).

Firing button: press down firmly to give off the spark to light the gas for the burner.

7.2. Control instruments (Fig.8)

12 Gauge with mobile needle on a fixed dial with a double scale.

Visual control of the pump (manometer on the left-hand side) and of the boiler pressure (manometer on the right-hand side)

13 Minimum and maximum water level indicator.

Visual control of water level in boiler.

14 Control window (models with gas heating).

Visual control of lighting and functioning of the flame of the gas burner.

7.3. Starting up

● Turn on the water supply tap 2 Fig.6.

● Turn the main switch 1; the pump is activated, filling the boiler.

- When the water reaches the correct level, the pump stops.

Turn the main switch 2 to begin heating the water in the boiler then turn each one until water begins to flow from them.

● Wait for the machine to reach its working pressure and to reach the correct thermal balance.

Models with gas (Fig.8)

● Turn on the water supply tap 2 (Fig.6).
● Turn on the gas tap 3 (Fig.6).
● Turn the main switch 1; the pump is activated, filling the boiler.
- When the correct level is reached, the pump stops. Turn the switch 2.
- Turn the gas tap 10 to the vertical open position and hold down the incorporated button, at the same time repeatedly press hard on the piezoelectric button 11 until the spark lights the gas flame (carry out this operation looking through window 14). Hold the tap button 10 down for approx. 30 seconds to allow the safety system to keep the flame lighted. If the flame goes out, repeat the operation.

Should the flame not light up, avoid insisting and close the gas tap by turning it 90^ in a clockwise direction.

● Wait until the machine reaches its working pressure and until the correct thermal balance is achieved.

8. USE

The machine has a top shelf on which the cups are kept and heated, ready for use.

This is very important to obtain good coffee as the pre-warmed cup stops the coffee from growing cold too quickly.

8.1. Preparing coffee

● Unclamp the filter-holder from the dispensing unit and knock any grouts out into the drawer especially provided for this purpose, taking care not to damage the rim of the filter.
● Use the filter for 1 or 2 coffees, according to need.
● Fill the filter with the measure of coffee, level it off and press it down gently with the presser.
- Remove any ground coffee that has stuck to the rim of the filter while pressing.

If ground coffee is left on the rim of the filter, a leaktight seal is not ensured, with consequent leaking of water and coffee grounds.

• Lock the filter-holder into the dispensing unit firmly to obtain a leaktight seal.
• Place the cups under the spouts and start pouring using control 3 - 4 or button panel 5 according to model (Fig.9).
• When the coffee has been poured, leave the filter-holder attached to the dispensing unit until the next coffee is required.

When pouring, beware of the hot parts of the machine, especially the coffee dispensing units, the steam and hot water spouts. Do not put your hands for any reason under the units and the spouts when they are operating.

The grinding of the coffee beans is of fundamental importance to the making of good coffee, and the granular texture of the resulting grounds should be such that it takes 25-30 seconds to produce the beverage. If the coffee is ground too coardsely the coffee will be pale in colour and weak in flavour, with only a very small amount of white cream, and if the grounds are too fine, the coffee will be dark with no cream. Good coffee can only be made if the beans are freshly and uniformly ground (only possible when the blades of the coffee grinder are sharp) and are then measured out into the correct quantities (roughly 6 grams per measure).

The importance of freshly ground coffee beans is due to the fact that once ground, they rapidly lose their aromatic qualities, and fats present in the beans go rancid.

8.2. Preparing cappuccino (Fig.9)

● Make cup of cappuccino with the express coffee.
● Use a high and narrow jug, half-filled with milk.
- Place the jug under the spout so that the nozzle touches the bottom.
● Turn on the steam tap and lower the jug so that the nozzle is almost at the surface of the milk.
- Now, raise and lower the vessel constantly so that the steam nozzle is immersed in and out of the milk to create the froth.
● Turn off the steam tap and pour the milk into the cup.

Immediately after carrying out this operation, clean the spout with a sponge or a clean cloth so that the milk does not dry on it. Be careful as the spout is hot and may burn your hand.

8.3. Heating a beverage

• Immerse the steam spout into the liquid to be heated.
  ● Gradually turn on the steam tap 8 Fig.8; the steam that bursts in the liquid heats it to the desired temperature.
  ● Turn off the steam tap when the desired temperature has been reached.

Immediately after carrying out this operation, clean the spout with a sponge or clean cloth. Be careful as the spout is hot and may burn your hand.

8.4. Preparing tea, camomile, etc.

• Place the jug under the hot water spout and use the delivery control according to the model (Fig.8). When the desired quantity has been obtained, turn off the switch.
• Add the beverage desired.

Models SDE

For these models, hot water is dispensed in specific measures (see paragraph 9, adjusting the dose of hot water).

To dispense hot water in different quantities, proceed as follows:

• Hold down the delivery control 7.3 Fig.8 for at least four seconds then release the button; the machine continuously delivers water.
• When the desired measure has been obtained, press the button E again to interrupt delivery.

When the dose of hot water is being delivered electronically, delivery can be interrupted by pressing the button 7.3.

When purified water is used, these beverages often assume a darker colour.

Should the user prefer a lighter coloured drink, draw fresh water from an ordinary tap and proceed with the heating phase as described in point 8.3.

8.5. Machines with TSC-TS automatic system (Fig.8) (only Mod. SDE)

8.5.1 Heating Milk or a Drink (TSC-TS)

● Immerse the wand in the drink
● Press button 7.4 on the keypad (Fig.8)
● The display will show the temperature of the drink
- Press button 7.4 again to stop heating at the desired temperature.
- Wait for the machine to stop automatically at the programmed temperature.

8.5.2. Preparing Frothed Milk (TSC-TS)

• Immerse the wand in a container containing at least 250 cc of milk (the sensor must be at least 3 cm below the water level).
  To obtain best results, use refrigerated milk ( ≤ 5^ ) - ( ≤ 41^ )
  ● Press button 7.5 on the keypad (Fig.8)
  ● The display shows the temperature of the milk.
• Press button 7.5 again to stop the machine at the desired temperature and emulsion level.
• Wait for the machine to stop automatically at the set temperature and level of froth.

9. ADJUSTMENT AND SETTING OF THE DOSE

9.1. Models SDE

It is possible to adjust the dose of coffee and hot water dispensed by electronically controlled models. (If the function is enabled)

9.1.1. Adjusting the dose

The quantity of coffee and hot water dispensed can be adjusted using the button panel or the hot water controls.

1 Press the button E on any button panel and hold it down for 8-10 seconds until water stops flowing from the dispensing unit and the led of the continuons button on the first button panel on the left begins flashing.
2 It is necessary to act as to make 1 or 2 cups in order to reach the correct coffee amount adjustment in the cup.
3 Put the filter-holder (with ground coffee) on the left unit and the cup under the spout.
4 Operate the selected button (i.e. button A for one small cup).
5 One the required coffee amount in the cup has been reached, press the stop button A. Coffe will stop pouring and the microprocessor will store the dose.

6 Press the continuous button E again; the led will go out and the machine will store the new quantity.
7 Make the coffee and check the cup amount in order to check that programming is correct.

If some doses have to be changed (A-B-C-D), once at point 5 repeat the instructions in points 3-4-5 for each dose, remembering to use the filter-holder with relevant filter and freshly ground coffee.

Then carry out point 6 and repeat point 7 to check all changed doses.

If all units are to be programmed with the same doses, the selection of coffee doses is finished. If the dosage of another unit is to be changed (1-2-3-4 doses), proceed as indicated in the above-mentioned point 1-7, using only the button panel of the selected unit.

9.1.2. Adjusting the quantity of hot water

Proceed as follows:

1 Press the continuous E button on any button panel and hold down for 8-10 seconds until water stops flowing from the dispensing unit and the led of the E button on the first button panel on the left starts flishing. The machine is ready to accept quantity variations.
2 Put a cup or a jug to receive the water under the water spout 17 (Fig.3).
3 Push the delivery button 7.2.
4 Once the required amount is reached, press the button 7.2 again. Water will stop pouring and the microprocessor will store the dose.
- To adjust the water dose for the dispensing spout 4 (Fig. 3), proceed in the same way using button 5.
5 Once adjusted, press the stop-continuous button E on any button panel; the led will go out and the machine will store the new quantity.
6 Pour out doses of hot water to check that programming is correct.

WARNING!

The amount of hot water dispensed can be controlled by proceeding as follows:

- press the hot water control button 7.2 or 7.3 and hold down for at least 2 seconds; when the button is released, the machine will dispense water continuously.;

● to manually stop dispensing, press the water control button 7.2 or 7.3 again when the required amount has been dispensed.

To stop dispensing the measured amounts of hot water, press the water control button 7.2 or 7.3.

9.2. Programming (Mod.SDE)

Programming Panel

This panel features 4 buttons with the following functions:

• Button with "+" sign To move to a higher level in the programming menus. Or to increase the value
• Button with "-" sign To move to a lower level in the programming menus. Or to decrease the value
• Button with "enter" sign To enter the programming menu. Or to confirm entries
• Button with "esc" sign To quit the menu Or to quit programming mode.

When the "+" and "−" buttons are pressed for approximately 2 seconds, the "bartender" programming menu is activated. This menu contains the following submenus:

Pure electrical circuit lines without any symbols

Language selection

• Softener regeneration
• Beep
• Clock
• Set clock
• Date-time format
• Set timer
• Automatic switching ON
• Selection counts
• Coffee group 1
• Coffee group 2
• Coffee group 3
• Coffee group 4
• Water group
• TSC group
• Counter total
• Reset counters

graph LR
    A["LANGUAGE SELECTION"] --> B["REGENERATION RESET"]
    B --> C["BEEP"]
    C --> D["CLOCK"]
    D --> E["SET TIMER"]
    E --> F["SELECTION COUNTER"]

To move from one submenu to another, press "+" or "-". To enter in a submenu, press "enter", while to quit, press "esc".

When you enter a submenu, the display flashes the editable value. To make changes, use the "+" or "-" buttons.

9.2.1. Selecting the Display Language

This menu allows you to select the language to be used to show and messages on the display. You can select among the following languages: Italian, English, Spanish, French, German and Portuguese.

If you make changes, these must be confirmed by pressing "enter" until you quit the submenu. If you do not wish to save your changes, press "esc".

graph TD
    A["LANGUAGE SELECTION"] --> B["ITALIANO"]
    B --> C["ENGLISH"]
    C --> D["ESPAÑOL"]
    D --> E["FRANCAIS"]
    E --> F["DEUTSCH"]
    F --> G["PORTUGUÉS"]
    H["REGENERATION RESET"] --> B
    I["BEEP"] --> C
    J["CLOCK"] --> D
    K["SET TIMER"] --> E
    L["SELECTION COUNTER"] --> F

9.2.2. Softener regeneration

If the function is enabled, you can select

"Reset" N (no) or Y (yes)- by pressing

keys "+" or "-" . Press "enter" to confirm.

graph TD
    A["LANGUAGE SELECTION"] --> B["REGENERATION RESET"]
    B --> C["RESET? N"]
    C --> D["Y"]
    E["BEEP"] --> B
    F["CLOCK"] --> B
    G["SET TIMER"] --> B
    H["SELECTION COUNTER"] --> B
    I["+"] --> B
    J["−"] --> C
    K["−"] --> C
    L["+"] --> B

9.2.3. Enabling/Disabling Button Beeping

If you enable this function, whenever you press a button you will hear a beep.

graph TD
    A["LANGUAGE SELECTION"] --> B["+"]
    C["REGENERATION RESET"] --> D["+"]
    E["BEEP"] --> F["-"]
    G["CLOCK"] --> H["+"]
    I["SET TIMER"] --> J["+"]
    K["SELECTION COUNTER"] --> L["+"]
    M["ENABLE"] --> N["+"]
    O["DISABLE"] --> P["+"]
    Q["+"] --> R["+"]
    S["−"] --> T["−"]
    U["−"] --> V["−"]
    W["+"] --> X["+"]
    Y["−"] --> Z["−"]

9.2.4. Clock

Sub-menu to set date, time and mode (24 hours ou 12 hours for the time, dd/mm/yy or mm/dd/yy for the date).

graph TD
    A["LANGUAGE SELECTION"] --> B["REGENERATION RESET"]
    B --> C["BEEP"]
    C --> D["CLOCK"]
    D --> E["CLOCK SETTING"]
    E --> F["TUESDAY: 15-01-02 09:15:08"]
    F --> G["CLOCK MODE"]
    G --> H["day-month-year"]
    G --> I["month-day-year"]
    H --> J["24 h"]
    I --> K["12 h"]
    J --> L["+"]
    K --> M["+"]
    L --> N["+"]
    M --> O["+"]
    N --> P["+"]
    O --> Q["+"]
    P --> R["+"]
    Q --> S["+"]
    R --> T["+"]
    S --> U["+"]
    T --> V["+"]
    U --> W["+"]
    V --> X["+"]
    W --> Y["+"]
    X --> Z["+"]
    Y --> AA["+"]
    Z --> AB["+"]

9.2.5. Set Timer

This menu allows you to set the automatic switching ON and OFF times of the machine. It has the following submenus:

• Enable/disable function
• Set the time the machine switches ON and the number of working hours for every day of the week.
  To temporarily exclude the functions, see par.10.2.2.

graph TD
    A["LANGUAGE SELECTION"] --> B["SET TIMER"]
    C["REGENERATION RESET"] --> B
    D["BEEP"] --> B
    E["CLOCK"] --> B
    F["SELECTION COUNTER"] --> B
    B --> G["STAND BY TIMER"]
    G --> H["ENABLE"]
    H --> I["SUNDAY TURN ON TIME...... WORKING HOURS.."]
    H --> J["MONDAY TURN ON TIME...... WORKING HOURS.."]
    H --> K["DISABLE"]
    H --> L["+"]
    H --> M["-"]
    H --> N["+"]
    H --> O["-"]
    H --> P["+"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style F fill:#f9f,stroke:#333
    style G fill:#ccf,stroke:#333
    style H fill:#ccf,stroke:#333
    style I fill:#cfc,stroke:#333
    style J fill:#cfc,stroke:#333
    style K fill:#cfc,stroke:#333
    style L fill:#cfc,stroke:#333
    style M fill:#cfc,stroke:#333

9.2.6. Selection counts

This displays the counts for each coffee group, the water group, the TSC group and the total of the counters. It also asks you whether you wish to reset the counters or not.

If enabled to the counting of output, the number of the coffees and water output is accounted for the and the 5^th key on the coffee keyboard operates as Stop dose only.

graph TD
    A["LANGUAGE SELECTION"] --> B["+"]
    B --> C["REGENERATION RESET"]
    C --> D["+"]
    D --> E["BEEP"]
    E --> F["+"]
    F --> G["CLOCK"]
    G --> H["+"]
    H --> I["SET TIMER"]
    I --> J["+"]
    J --> K["SELECTION COUNTER"]
    K --> L["GR 1"]
    L --> M["+"]
    M --> N["GR 2"]
    N --> O["+"]
    O --> P["GR 3"]
    P --> Q["+"]
    Q --> R["GR 4"]
    R --> S["+"]
    S --> T["TEA"]
    T --> U["+"]
    U --> V["TSC"]
    V --> W["+"]
    W --> X["GRANDTOTAL"]
    X --> Y["GRANDTOTAL RESET"]

9.3. Displaying

9.3.1. Warming Up Phase

During the warming up phase, the following message is displayed:

"Machine "not ready" "

Until the set pressure is reached.

The following messages are also displayed, concerning:

"Please make the regenerate softener", if the function is enabled and the set values have been reached (this message will be then repeated every hour until it is reset)

“Please make the service time”, if the function is enabled and the set values have been reached (this message will be then repeated every hour until it is reset)

9.3.2. Operating Mode

Once the temperature/pressure has been reached, current date/time or pressure is displayed (for 20 sec.) alternatively to two logo (10 sec. each, to be personalized).

During dispensing, the following is displayed:

WATER

COFFEE

TS 56°C

If one of the two time control functions is activated, instead of the coffee symbol the following is shown in sequence:

• The GrX (X= n. activated group) flashing throughout the dispensing period
• The dispensing time in the row under GrX for 10 seconds at the end of dispensing

WATER

Gr1 Gr2 Gr3 Gr4 XX XX XX XX

TS 56°C

9.4. Operating Safety Devices

When the coffee maker is switched ON, it checks whether there is enough water in the boiler.

9.4.1 If the water level is inadequate, the machine tops up the level automatically. If this does not take place within a set period, the boiler filling operation is discontinued and a warning message is displayed: "Low water level".

9.4.2 If the water presence check result is positive, the boiler heating resistances are enabled. If the set pressure is not reached within a specific time, the power supply to the heating resistances is cut off and a warning message is shown on the display: "Low pressure".

9.4.3. If the safety device for slow dispensing intervenes, the LED of the dispensing button must flash until the end of dispensing.

The boiler safety devices can be reset by switching the machine OFF and then back ON again

9.5 .The Cup-Warmer

By pressing the relative button, the display shows the following:

Geometric diagram of a right triangle divided into three smaller triangles (no text or symbols)

Depending on the darkened segments it indicates the selected power status of the cup-warmer resistances (min - med - max - off).

The passage from one level to the next is explained in the relative chapter (7.1 pag.17).

9.6. Dose Programming Phases

During the programming phase for self-learning, the display shows the following flashing message:

Programming doses...

9.7. List of malfunctions

G00 = CPU check
G01 = Water missing
G02 = Pressure low
G03 = Boiler probe short-circuited
G04 = Boiler probe cut off
G05 = Connection IDS
G06 = No resin reconditioning
G07 = No maintenance
G08 = Coffee washing cut off
G09 = TSC washing cut off

10. MAINTENANCE

Maintenance operations have to be carried out when the machine is off and cold and the plug is disconnected. Some particular operations have to be effected when the machine is operating.

Do not clean the machine by using metal or abrasive devices, such as steel wool, metal brushes, needles, etc. or general detergents (alcohol, solvents, etc.)

When necessary, use special detergents for coffee machines that can be bought in specialized service centres.

Use a clean cloth or sponge that does not leave hairs or fluff (preferably cotton or linen).

• Carefully clean the outside surface, following the grain of the satin finish on the parts in stainless steel.

• Clean the steam and hot water spouts and check that the nozzles are not encrusted (if they become encrusted, be careful not to deform or damage them).

• Clean the spray units and the seals under the casing of the delivery units using the special brush supplied.

• Remove the filter-holders and remove the filter and the clamp which secures the filter, use a brush to remove any coffee deposits and rinse with hot water in order to dissolve any grease deposits.

10.2. Weekly

Operations to be carried out with the machine operative and under pressure.

• Place the supplied blind filter in the filter-holder, put in a spoonful of detergent in powder for coffee machines and fit the filter-holder in the unit to be cleaned.
• Press the coffee dispensing button and draw water for approx. 30 seconds.
• Stop and start dispensing several times until clean water comes out of the discharge unit tube.
• Remove the filter-holder, take out the blind filter and insert a normal one. Replace the filter-holder on the unit and rinse by drawing water several times.
  ● Make a coffee to eliminate any unpleasant taste.

Cleaning the filters and delivery heads (Fig.11)

Operation to be carried out when the machine is off and cold.

● Prepare a solution of 4 sachets of detergent powder Code 69000124 dissolved in a litre of boiling water in a stainless steel, plastic or glass recipient (NOT ALUMINIUM OR IRON).
- Remove the filters and immerse them with the filter holders in the prepared solution, leaving them for at least 10/20 minutes (all night is better).
- Remove them from the container and rinse them thoroughly in running water.
- Remove the cup rack 1 (Fig.12), slide out the drip tray and clean them both.
- Check and clean the drainage sump 4 (Fig.14), removing any sludge with the help of a spoon.

10.2.1 Washing of the coffee groups

At the fixed time, if the automatic washing (par.2.6) mode is enabled, a message on the display requests to wash the coffee groups.

Keep "ENTER" button pressed to start washing until the display shows:

Coffee Cleaning Cycle

Start cleaning cycle

Group?

press

If you press "enter" within 10 seconds, the following cycle starts (if you do not leave this menu automatically):

- The display shows:

Coffee Cleaning Cycle

Insert the blind

filters then

press

- When you press "enter", the cleaning cycle starts and the display shows:

Coffee Cleaning Cycle

CLEANING RUNNING

The machine carries out n. 10 cycles as follows:

• Starts dispensing from the groups for 10 sec.
• Pauses for 10 sec.

At the end of the 10 cycles, the display reads:

Coffee Cleaning Cycle

Remove the

filterholders

press

If you press "enter" the display shows:

RINSE RUNNING

The machine carries out n. 2 cycles as follows:

- Starts dispensing from the groups for 30 sec.

- Pauses for 30 sec.

Keeping "esc" pressed for 2 seconds, during the cycle the current washing phase will stop and the next phase will take place.

It is advisable to always complete the rinsing cycle to remove any detergent residues.

N.B. In the washing and rinsing phases the groups are operated alternatively.

In any case the washing of the coffee groups can be enabled whenever necessary according to the previously described procedure.

10.2.2 TSC Washing (mod.DE)

At the set time, if the automatic washing mode is enabled, a message on the display will request the TSC washing.

Prepare a container with water and detergent to remove any milk. Insert the silicone pipe on the hose holder, remove the nozzle and immerse it into the container with detergent.

Immerse the lance into a half litre cold water bowl.

Keep “-” button ( 2^nd button) pressed to start washing until the display shows:

TSC Cleaning Cycle

Start cleaning cycle

TSC?

press

If "enter" is pressed within 10 sec. the following cycle will be started (otherwise you will automatically exit from this menu):

- the display will show:

TSC Cleaning Cycle

Prepare detergent

then press

press

- by pressing "enter" the cycle will be started and the display will show:

CLEANING RUNNING

no.2 dispensing cycles are carried out as follows:

- steam dispensing start for 20 sec.

- pause for 2 sec.

At the end of the 2 cycles the display will show:

TSC Cleaning Cycle

Prepare clean water

then press

press

Immerse the silicone pipe into a clean water bowl for rinsing. Replace the water of the bowl where the lance is immersed with cold clean water.

By pressing "enter" the display will show

RINSE RUNNING"

and no.2 cycles will start as follows:

- steam dispensing start for 40 sec.

- pause for 2 sec.

Keeping “esc” pressed for 2 seconds, during the washing cycle the current phase is stopped and the next phase will take place.

It is advisable to always complete the rinsing cycle to remove any detergent residues.

Rinsing phases cannot be avoided.

In any case the TSC washing can be enabled whenever necessary according to the previously described procedure.

If during the washing cycle the water where the lance has been immersed exceeds 80^ C, the message below will be displayed

temperature

too high

and the current cycle will be interrupted.

In this case replace the water where the lance is immersed with at least half litre of cold water and press “enter” to continue the washing cycle.

10.2.3. TSC quick washing

If enabled, at the programmed interval the display will show the message to carry out TSC quick washing and both leds of TSC keys will flash.

Press one of the two keys to carry out quick washing (steam dispensing for approx. 3 sec.)

10.2.4. Cleaning TSC (Fig.13)

● Clean the TSC nozzle frequently with a sponge or damp cloth. Make sure to clean the lower parts.
- Periodically use the cleaning tool included to clean the TSC air pipe.

After this operation, push "Latte" button for 2-3 seconds.

10.2.5. Timer

The Timer buttons are used to exclude the timed switching ON and OFF of the machine.

When the timer function is selected, if the machine is OFF, press the "Esc" buttons on the programming keypad (for at least 3 seconds) to switch the machine ON; the machine remains ON until the next timed switching OFF or until you press the same controls again (for at least 3 seconds).

When the timer function is selected, if the machine is ON, press the "Esc" buttons on the programming keypad (for at least 3 seconds) to switch the machine OFF; the machine remains OFF until the next timed switching ON or until you press the same controls again (for at least 3 seconds).

10.3. Periodical maintenance

Have been fitted with economizers which do not draw water from the boiler to make hot water, the water in the boiler need only to be renewed from time to time.

10.3.1. Renewal of water in the boiler

To be carried out only by qualified personnel.

• Turn off the machine and wait for the pressure in the boiler to diminish (gauge needl on "0").
• Insert a rubber hose into the hose-end fitting (3) (Fig.14)
• Use the wrench (1) to immobilize the fitting (2) and loosen the hose-end fitting (3).
• Allow the water to flow out completely; then, close the fitting (3) and remove the rubber hose.
  ● Refill the boiler (paragraph 7.3.).

11. STOPPING THE MACHINE

A - Temporary stop

● Carry out cleaning and maintenance operations.
● Wind up the cable and fasten it to the machine with sticky tape.
- Cover the machine and place it in a dry room. Do not leave it exposed to atmospheric agents and do not allow it to be touched by children or unift persons.

To disconnect from the main power supply, consult qualified personnel.

B - Definitive stop

- Besides carrying out the operations necessary for a temporary stop, cut off the cable, pack the machine in cardboard, polystyrene or other packing material and consign it to firms authorized for its disposal or to second-hand goods dealers.

12. PROBLEMS AND REMEDIES

Check operations to be carried out by the user with the plug disconnected.

For any type of problem or inconvenience not specifically indicated, disconnect the plug and contact our service centre without attempting any direct repairs.

A) The machine does not start:

• check that the plug is connected;
• In case of power failure wait for the power to return and check if the earth leakage protection circuit breaker or the main switch is on;
• check the condition of the plug and the supply cable; if damaged have them replaced by qualified personnel.

B) There is water under the machine:

• check that the drainage tray is not obstructed.
  C) Slow dispensing:
• check that the filters and delivery heads are clean;
• check that the coffee is not too finely ground.
  D) Irregular steam delivery:
• check that the nozzles are not obstructed.

13. MACHINES WITH ALTERNATIVE GAS HEATER VERSION (Fig.15)

N.B. Installation of the machine and any adjustment or adaptation to the type of gas should be done by a technically qualified person.

The machine leaves the factory all set for use with liquid gas (GPL).

The gas regulator (1) is therefore fitted with the appropriate injector shown in the table below:

Model	Nominal thermic capacity	GPLG30 - 29 mbar (cent of millimeter)	Natural gasG20 - 20 mbar (cent of millimeter)
2 Gr.	2,5 KW(2150 Kcal/h.)	75 102
3-4 Gr	3,3 KW(2850 Kcal/h.)	90 135

The primary air intake regulator (2) is set with the reference notch showing “GPL” corresponding to the secuting screw (3).

The flame is regulated (minimum and maximum) to suit this type of gas.

If the machine is to be used with a different type of gas, it will be necessary to replace the injector in accordance with the above table and to rotate the primary air regulator (2), which, in the case of natural gas, will have to be set with the reference notch showing "N" corresponding to the securing screw (3).

To do this, it will of course be necessary to loosen the securing screw (3) and to tighten it again after rotating the primary air intake regulator (2).

Connections to mains gas, from the gas tap available in the room to the valve fitted on the machine, must be carried out in accordance with the regulations in force, using a flexible pipe or a rigid pipe in annealed copper.

In the latter case, the special rubber-pipe fitting in connected tightly to the valve by means of the biconical nozzle and securing nut supplied.

The flexible pipe is fitted over the end of the mains outlet and secured with the metal strip supplied.

Alternatively, the annealed copper pipe can be connected up, again using the special biconical nozzle and the appropriate nuts, directly to the valve.

Once the machine has been connected up to the gas main, and after filling the boiler up with water in accordance with the instructions in the booklet ("INSTRUCTIONS FOR USE AND MAINTENANCE"), the burner can be lit in the following manner:

- Open the main gas tap.

- Press on the gas valve knob, on the machine rotate it 90° anti-clockwise, and keep it pressed in. At the same time, press the piezoelectric lighter one or more times – the lighter knob bears a symbol resembling a spark – until the burner lights up.

- Wair about 20 seconds, then release the valve knob and the burner should stay lit – the flame is visible through the special hole in the panel behind the dispenser units.

N.B.

Should the burner not light up, do not persist, but release the valve knob, and then check that lighter spark on the burner is in order and about 5 mm long.

Should the flame go out when te valve knob is released, check the position of thermocouple and the circuit connected to it.

The flame should be bright blue; if not, slightly regulate the primary air intake (2) until the desired effect is achieved.

Wait until the machine has the correct pressure, according to instructions. Otherwise, adjust the gas pressure regulator, which has two regulating screws.

The one that protrudes more (4) serves to regulate the boiler's operating pressure, while the other (5) serves to set the flame at the minimum.

When the machine is pressurized, check to see that the minimum flame is correct by adjusting the screw (4) if necessary; after loosening the locking-nut, unscrew the screw until it feels loose (the main gas-pipe is closed), and check whether, under these conditions, the low flame remains lit, thus acting as a pilot.

If the flame is too high, it will be necessary to regulate screw (5), turning it slightly clockwise, of course after having loosened the locking-nut. If, on the contrary, the flame tends to go out, then regulate screw (5) by turning it anti-clockwise, until a very low, but constant flame is obtained. Having achieved this correct adjustment of the minimum flame, hold the screw still and lock it with the locking-nut.

Then rotate the screw (4) clockwise until there is a there is a high flame, and wait for the boiler to reach the desired operating pressure: if the flame dies down before reaching the required pressure, tighten screw (4) further; if the flame dies down at a higher pressure, then unscrew the screw.

Check once or twice by opening the steam tap to release the pressure in the boiler, then hold screw (4) still and lock it with the locking-nut.

IT ITALIANO 12-28

FR FRANCAIS 29-45

DE DEUTSCH 46-62

EN ENGLISH 63-79

ES ESPAÑOL 80-96

PT PORTUGUÊS 97-113

SCHEMI ELETTRICI

SCHEMAS ELECTRIQUES

SCHALTPLANE

WIRING DIAGRAMS

ESQUEMAS ELECTRICOS 114-120

ESQUEMAS ELÉTRICOS

SCHEMI IDRAULICI

SCHÉMAS HYDRAULIQUES

HYDRAULIKPLÄNE

HYDRAULIC DIAGRAMS

ESQUEMAS HIDRÁULICOS 121-124

ESQUEMAS HIDRÁULICOS

1 Interruptor general

graph TD
    A["SELECCIÓN IDIOMA"] --> B["ITALIANO"]
    A --> C["ENGLISH"]
    A --> D["ESPAÑOL"]
    A --> E["FRANCAIS"]
    A --> F["DEUTSCH"]
    A --> G["PORTUGUÉS"]
    H["REGENER. RESTABLECIDA"] --> B
    I["BEEP"] --> C
    J["RELOJ"] --> D
    K["IMPOSTACIÓN TIMER"] --> E
    L["CONTADORES PARCIALES"] --> F

9.2.2. Regeneration restablecida

graph TD
    A["SELECCIÓN IDIOMA"] --> B["REGENER. RESTABLECIDA"]
    C["BEEP"] --> B
    D["RELOJ"] --> B
    E["IMPOSTACIÓN TIMER"] --> B
    F["CONTADORES PARCIALES"] --> B
    B --> G["RESET? N"]
    G --> H["S"]
    H --> I["+"]
    I --> J["+"]
    J --> K["-"]
    K --> L["-"]
    L --> M["+"]
    M --> N["+"]
    N --> O["-"]
    O --> P["+"]
    P --> Q["+"]
    Q --> R["-"]
    R --> S["+"]
    S --> T["+"]
    T --> U["-"]
    U --> V["+"]
    V --> W["+"]
    W --> X["-"]
    X --> Y["+"]
    Y --> Z["+"]
    Z --> A

9.2.3. Beep

graph TD
    A["SELECCIÓN IDIOMA"] --> B["BEEP"]
    C["REGENER. RESTABLECIDA"] --> B
    D["RELOJ"] --> B
    E["IMPOSTACIÓN TIMER"] --> B
    F["CONTADORES PARCIALES"] --> B
    B --> G["ABILITAR"]
    G --> H["DESACTIVAR"]
    H --> I["+"]
    H --> J["-"]
    I --> K["+"]
    J --> L["-"]
    K --> M["+"]
    L --> N["-"]

9.2.4. Reloj

graph TD
    A["SELECCIÓN IDIOMA"] --> B["RELOJ"]
    C["REGENER. RESTABLECIDA"] --> B
    D["BEEP"] --> B
    E["IMPOSTACIÓN TIMER"] --> B
    F["CONTADORES PARCIALES"] --> B
    B --> G["FUNCIONES RELOJ"]
    G --> H["MARTES: 15-01-02 09-15.08"]
    G --> I["FORMATO FECHA-HORA"]
    I --> J["día-mes-año"]
    I --> K["mes-día-año"]
    J --> L["24 h"]
    K --> M["12 h"]
    L --> N["+"]
    M --> O["-"]
    N --> P["+"]
    O --> Q["-"]
    P --> R["+"]
    Q --> S["-"]

graph TD
    A["SELECCIÓN IDIOMA"] --> B["REGENER. RESTABLECIDA"]
    B --> C["BEEP"]
    C --> D["RELOJ"]
    D --> E["IMPOSTACIÓN TIMER"]
    E --> F["ENCENDIDO AUTOMATICO"]
    F --> G["HABILITAR"]
    G --> H["DESACTIVAR"]
    H --> I["Domingo....HORA ENCENDIDO...HORAS EN FUNCION"]
    I --> J["LUNES....HORA ENCENDIDO...HORAS EN FUNCION"]
    J --> K["+"]
    K --> L["+"]
    L --> M["+"]
    M --> N["+"]
    N --> O["CONTADORES PARCIALES"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#ccc,stroke:#333
    style F fill:#ccc,stroke:#333
    style G fill:#ccc,stroke:#333
    style H fill:#ccc,stroke:#333
    style I fill:#ccc,stroke:#333
    style J fill:#ccc,stroke:#333
    style K fill:#ccc,stroke:#333
    style L fill:#ccc,stroke:#333
    style M fill:#ccc,stroke:#333
    style N fill:#ccc,stroke:#333

9.2.6. Contadores parciales

graph TD
    A["SELECCIÓN IDIOMA"] --> B["REGENER. RESTABLECIDA"]
    B --> C["BEEP"]
    C --> D["RELOJ"]
    D --> E["IMPOSTACIÓN TIMER"]
    E --> F["CONTADORES PARCIALES"]
    F --> G["GRUPO CAFÉ 1"]
    F --> H["GRUPO CAFÉ 2"]
    F --> I["GRUPO CAFÉ 3"]
    F --> J["GRUPO CAFÉ 4"]
    F --> K["GRUPPO AGUA"]
    F --> L["GRUPO TSC"]
    F --> M["TOTAL CONTADORES"]
    F --> N["GRANTOTAL CONTADORES"]
    G --> O["+"]
    H --> P["+"]
    I --> Q["+"]
    J --> R["+"]
    K --> S["+"]
    L --> T["+"]
    M --> U["+"]
    N --> V["+"]
    O --> W["-"]
    P --> X["-"]
    Q --> Y["-"]
    R --> Z["-"]
    S --> AA["-"]
    T --> AB["-"]
    U --> AC["-"]
    V --> AD["-"]
    W --> AE["↑"]
    X --> AF["↑"]
    Y --> AG["↑"]
    Z --> AH["↑"]
    AA --> AI["↑"]
    AB --> AJ["↑"]
    AC --> AK["↑"]
    AD --> AL["↑"]
    AE --> AM["↑"]
    AF --> AN["↑"]
    AG --> AO["↑"]
    AH --> AP["↑"]
    AI --> AQ["↑"]
    AJ --> AR["↑"]
    AK --> AS["↑"]
    AL --> AT["↑"]
    AM --> AU["↑"]
    AN --> AV["↑"]
    AO --> AW["↑"]
    AP --> AX["↑"]
    AQ --> AY["↑"]
    AR --> AZ["↑"]
    AS --> BA["↑"]
    AT --> BB["↑"]
    AU --> BC["↑"]
    AV --> BD["↑"]
    AW --> BE["↑"]
    AX --> BF["↑"]
    AY --> BG["↑"]
    AZ --> BH["↑"]

Geometric diagram of a right triangle divided into three smaller triangles (no text or symbols)

graph TD
    A["SELECAO LINGUA"] --> B["ITALIANO"]
    A --> C["ENGLISH"]
    A --> D["ESPAÑOL"]
    A --> E["FRANÇAIS"]
    A --> F["DEUTSCH"]
    A --> G["PORTUGUES"]
    H["ANULAR DEPURACAO"] --> I["↑"]
    J["SOM TECLAS"] --> K["↑"]
    L["RELOGIO"] --> M["↑"]
    N["PROGRAMACAO TIMER"] --> O["↑"]
    P["CONTADOR SELACAO"] --> Q["↑"]

graph TD
    A["SELECAO LINGUA"] --> B["ANULAR DEPURACAO"]
    B --> C["ANULAR? N"]
    C --> D["S"]
    E["SOM TECLAS"] --> B
    F["RELOGIO"] --> B
    G["PROGRAMACAO TIMER"] --> B
    H["CONTADOR SELACAO"] --> B
    B --> I["+"]
    C --> J["-"]
    D --> K["-"]
    E --> L["-"]
    F --> M["-"]
    G --> N["-"]
    H --> O["-"]

9.2.3. Beep nas teclas

graph TD
    A["SELECAO LINGUA"] --> B["SOM TECLAS"]
    C["ANULAR DEPURACAO"] --> B
    D["RELOGIO"] --> B
    E["PROGRAMACAO TIMER"] --> B
    F["CONTADOR SELACAO"] --> B
    B --> G["HABILITADO"]
    G --> H["NAO HABILITADO"]
    H --> I["+"]
    H --> J["-"]
    I --> K["+"]
    J --> L["-"]
    K --> M["+"]
    L --> N["-"]

9.2.4. Relógio

graph TD
    A["SELECAO LINGUA"] --> B["ACERTAR RELOGIO"]
    C["ANULAR DEPURACAO"] --> B
    D["SOM TECLAS"] --> B
    E["PROGRAMACAO TIMER"] --> B
    F["CONTADOR SELACAO"] --> B
    B --> G["MODO DATA-HORA"]
    G --> H["24 h"]
    G --> I["12 h"]
    H --> J["+"]
    I --> K["-"]
    J --> L["+"]
    K --> M["-"]
    L --> N["+"]
    M --> O["-"]
    N --> P["+"]
    O --> Q["-"]
    P --> R["+"]
    Q --> S["-"]
    R --> T["+"]
    S --> U["-"]
    T --> V["+"]
    U --> W["-"]
    V --> X["+"]
    W --> Y["-"]
    X --> Z["+"]
    Y --> AA["-"]
    Z --> AB["+"]
    AA --> AC["-"]
    AB --> AD["+"]
    AC --> AE["-"]
    AD --> AF["+"]
    AE --> AG["-"]
    AF --> AH["+"]
    AG --> AI["-"]
    AH --> AJ["+"]
    AI --> AK["-"]
    AJ --> AL["+"]
    AK --> AM["-"]
    AL --> AN["+"]
    AM --> AO["-"]
    AN --> AP["+"]
    AO --> AQ["-"]
    AP --> AR["+"]
    AQ --> AS["-"]
    AR --> AT["+"]
    AS --> AU["-"]
    AT --> AV["+"]
    AU --> AW["-"]
    AV --> AX["+"]
    AW --> AY["-"]
    AX --> AZ["+"]
    AY --> BA["-"]
    AZ --> BB["-"]

9.2.5. Set timer

graph TD
    A["SELECAO LINGUA"] --> B["PROGRAMACAO TIMER"]
    C["ANULAR DEPURACAO"] --> B
    D["SOM TECLAS"] --> B
    E["RELOGIO"] --> B
    F["CONTADOR SELACAO"] --> B
    B --> G["INICIO FUN. AUT."]
    G --> H["HABILITADO"]
    H --> I["NAO HABILITADO"]
    H --> J["Domingo HORA ACION ...... HORA FUNC......"]
    H --> K["SEGUNDA HORA ACION ...... HORA FUNC......"]
    J --> L["+"]
    K --> M["-"]

graph TD
    A["SELECAO LINGUA"] --> B["ANULAR DEPURACAO"]
    B --> C["SOM TECLAS"]
    C --> D["RELOGIO"]
    D --> E["PROGRAMACAO TIMER"]
    E --> F["CONTADOR SELACAO"]
    F --> G["GRUPO CAFE' 1"]
    F --> H["GRUPO CAFE' 2"]
    F --> I["GRUPO CAFE' 3"]
    F --> J["GRUPO CAFE' 4"]
    F --> K["AGUA QUANTE"]
    F --> L["TSC"]
    F --> M["CONTADORES TOTAL"]
    F --> N["RESET CONTADORES"]
    G --> O["+"]
    H --> P["+"]
    I --> Q["+"]
    J --> R["+"]
    K --> S["+"]
    L --> T["+"]
    M --> U["+"]
    N --> V["+"]
    O --> W["-"]
    P --> X["-"]
    Q --> Y["-"]
    R --> Z["-"]
    S --> AA["-"]
    T --> AB["-"]
    U --> AC["-"]
    V --> AD["-"]
    W --> AE["-"]
    X --> AF["-"]
    Y --> AG["-"]
    Z --> AH["-"]

Geometric diagram of a right triangle divided into three smaller triangles (no text or symbols)

graph TD
    subgraph Power Supply
        M1["MT"] --> MV["Ground"]
        L3["L3"] --> M["M"]
        L2["L2"] --> N["N"]
        L1["L1"] --> R["R"]
        N["N"] --> B["B"]
        MV --> MV
        MV --> MV
        MV --> MV
        MV --> MV
        MV --> MV
        MV --> MV
        MV --> MV
        MV --> MV
    end

    subgraph Control Circuit
        PO["PO"] --> J7["J7"]
        PO --> J8["J8"]
        PO --> J9["J9"]
        PO --> J5["J5"]
        PO --> J4["J4"]
        PO --> J3["J3"]
        PO --> J2["J2"]
        PO --> J1["J1"]
        PO --> J0["J0"]
        PO --> J7["RC"]
        PO --> RS["RS"]
        PO --> MP["MP 2~"]
    end

    subgraph Display
        MP --> J1["J1"]
        MP --> J2["J2"]
        MP --> J3["J3"]
        MP --> J4["J4"]
        MP --> J5["J5"]
        MP --> J6["J6"]
        MP --> J7["J7"]
        MP --> J8["J8"]
        MP --> J9["J9"]
        MP --> J10["J10"]
        MP --> J11["J11"]
        MP --> J12["J12"]
        MP --> J13["J13"]
        MP --> J14["J14"]
        MP --> J15["J15"]
        MP --> J16["J16"]
        MP --> J17["J17"]
        MP --> J18["J18"]
        MP --> J19["J19"]
        MP --> J20["J20"]
        MP --> J21["J21"]
        MP --> J22["J22"]
        MP --> J23["J23"]
        MP --> J24["J24"]
        MP --> J25["J25"]
        MP --> J26["J26"]
        MP --> J27["J27"]
        MP --> J28["J28"]
        MP --> J29["J29"]
        MP --> J30["J30"]
        MP --> J31["J31"]
        MP --> J32["J32"]
        MP --> J33["J33"]
        MP --> J34["J34"]
        MP --> J35["J35"]
        MP --> J36["J36"]
        MP --> J37["J37"]
        MP --> J38["J38"]
        MP --> J39["J39"]
        MP --> J40["J40"]
    end

    subgraph CPU
        CPU1["CPU 1"] --> ER["STSC"]
    end

    subgraph Control Circuit
        V1["VG1"] --> E1["EG1"]
        V2["VG2"] --> E2["EG2"]
        V3["VG3"] --> E3["EG3"]
    end

    subgraph Display
        S1["RE_040x SA"] --> ST["SST"]
    end

    subgraph Control Circuit
        T1["STSC"] --> STSC["STSC"]
    end

    subgraph Control Circuit
        T2["STSC"] --> T3["STSC"]
    end

    subgraph Control Circuit
        T4["STSC"] --> T5["STSC"]
    end

    subgraph Control Circuit
        T6["STSC"] --> T7["STSC"]
    end

    subgraph Control Circuit
        T8["STSC"] --> T9["STSC"]
    end

    subgraph Control Circuit
        T9["STSC"] --> T10["STSC"]
    end

    subgraph Control Circuit
        T10["STSC"] --> T11["STSC"]
    end

    subgraph Control Circuit
        T11["STSC"] --> T12["STSC"]
    end

    subgraph Control Circuit
        T12["STSC"] --> T13["STSC"]
    end

    subgraph Control Circuit
        T13["STSC"] --> T14["STSC"]
    end

    subgraph Control Circuit
        T14["STSC"] --> T15["STSC"]
    end

    subgraph Control Circuit
        T15["STSC"] --> T16["STSC"]
    end

    subgraph Control Circuit
        T16["STSC"] --> T17["STSC"]
    end

    subgraph Control Circuit
        T17["STSC"] --> T18["STSC"]
    end

    subgraph Control Circuit
        T18["STSC"] --> T19["STSC"]
    end

    subgraph Control Circuit
        T19["STSC"] --> T20["STSC"]
    end

    subgraph Control Circuit
        T20["STSC"] --> T21["STSC"]
    end

    subgraph Control Circuit
        T21["STSC"] --> T22["STSC"]
    end

    subgraph Control Circuit
        T22["STSC"] --> T23["STSC"]
    end

    subgraph Control Circuit
        T23["STSC"] --> T24["STSC"]
    end

    subgraph Control Circuit
        T24["STSC"] --> T25["STSC"]
    end

    subgraph Control Circuit
        T25["STSC"] --> T26["STSC"]
    end

    subgraph Control Circuit
        T26["STSC"] --> T27["STSC"]
    end

    subgraph Control Circuit
        T27["STSC"] --> T28["STSC"]
    end

    subgraph Control Circuit
        T28["STSC"] --> T29["STSC"]
    end

    subgraph Control Circuit
        T29["STSC"] --> T30["STSC"]
    end

    subgraph Control Circuit
        T30["STSC"] --> T31["STSC"]
    end

    subgraph Control Circuit
        T31["STSC"] --> T32["STSC"]
    end

    subgraph Control Circuit
        T32["STSC"] --> T33["STSC"]
    end

    subgraph Control Circuit
        T33["STSC"] --> T34["STSC"]
    end

    subgraph Control Circuit
        T34["STSC"] --> T35["STSC"]
    end

    subgraph Control Circuit
        T35["STSC"] --> T36["STSC"]
    end

    subgraph Control Circuit
        T36["STSC"] --> T37["STSC"]
    end

    subgraph Control Circuit
        T37["STSC"] --> T38["STSC"]
    end

    subgraph Control Circuit
        T38["STSC"] --> T39["STSC"]
    end

    subgraph Control Circuit
        T39["STSC"] --> T40["STSC"]
    end

    subgraph Control Circuit
        T40["STSC"] --> T41["STSC"]
    end

    subgraph Control Circuit
        T41["STSC"] --> T42["STSC"]
    end

    subgraph Control Circuit
        T42["STSC"] --> T43["STSC"]
    end

    subgraph Control Circuit
        T43["STSC"] --> T44["STSC"]
    end

    subgraph Control Circuit
        T44["STSC"] --> T45["STSC"]
    end

    subgraph Control Circuit
        T45["STSC"] --> T46["STSC"]
    end

The equipment has been designed for 230V rated power connection.

If power supply is lower than 10% of this value turn switch A to LOW.

If power supply is higher than 10% of this value turn switch A to HI.

ATENCIÓN

1) Connect cable as shown in the picture.

2) On the power board, move resistance connection from connector marked 3VN\~ to connector marked 3V\~
1) Conectar el cable de alimentación como se ilustra en la figura.
2) Cambiar la conexión de las resistencias del conector con la sigla 3VN\~ a 3V\~ en la tarjeta de potencia.
1) Ligar o fio de alimentação como indicado na figura.
2) Transferir a ligação das resistências do conector siglado 3VN\~ para àquele 3V\~ na placa de potência.

200-240 3V\~ mod. S

COLLEGAMENTO-RACCORDEMENT-VERBINDUNG-CONNECTION-CONEXIÓN-LIGAÇÃO

1) Connect cable as shown in the picture.
2) Disconnect the light blue cables (neutral) from electric resistance and insulate them.
3) Connect boiler electric resistance according to the diagram below.

EN Reserved property.

Partial or total reproduction of this manual is forbidden without written authorisation of RANCILIO S.P.A.. RANCILIO reserves the right to effectuate, in any given moment, any modifications which are considered necessary.