Capri DLX - Coffee machine Sanremo - Free user manual and instructions

USER MANUAL Capri DLX Sanremo

Person wearing a safety helmet and gloves, focused on equipment (no visible text or symbols)

Black-and-white photo of an industrial machine setup with visible components and wiring, no text or symbols present.

Close-up of a robotic arm performing a precision valve on a white surface (no visible text or symbols)

mod. CAPRI DELUXE SAP - SED

Instruction

Booklet

Bedienungsanleitung

Livret D'Instructions

This manual is for use by qualified personnel and contains information and tips to use and keep your coffee maker as efficiently as possible. Please read all instructions very carefully before you actually use your machine to make sure the machine works properly and to ensure a long working life. Instructions are part of the product. Please keep this document. This booklet refers to the following models:

Model - CAPRI DELUXE SAP

Semiautomatic with continuous dispensing and solenoid valve controlled by rocker switch located on the control panel. Available in 1, 2 group versions.

Model - CAPRI DELUXE SED

Microprocessor-controlled electronic model with programmable dosing through a keypad with indicator lights. Available in 1, 2 group versions.

SPECIFICATIONS

Technical line drawing of a portable industrial machine with control panel and side view showing 3D coordinate axes (X, Y, Z) — no text or symbols present.

	GROUPS	1	2
Width (X) mm 430 600
Depth (Y) mm 485 485
Height (Z) mm 535 535
Capacity litres 4,5 10
Net weight Kg 38 49
Gross weight	Kg	41 53
Voltage	V	120/230/400	120/230/400
Heating element input	kW	1,95/2,4	2,7/4,5
Electric pump input	kW	0,15	0,15
Power absorbed by the external electric pump	kW	0,15	0,15
Solenoid valve input	kW	0,0135	0,0225
Automatic level controller input	kW	0,01	0,01
Boiler design pressure	(2 Bar) MPa	0,2	0,2
Boiler working pressure	(0,8-1 Bar) MPa	0,08:0,1	0,08:0,1
Safety valve calibration pressure	(1,8 Bar) MPa	0,18	0,18
Exchanger design pressure	(20 Bar) MPa	2	2
Exchanger safety valve calibration pressure	(12 Bar) MPa	1,2	1,2
Mains water pressure (max)	(6 Bar) MPa	0,6	0,6
Coffee dispensing pressure	(8-9 Bar) MPa	0,8/0,9	0,8/0,9

The weighted sound pressure level A of the coffee machine is less than 70dB.

For correct appliance operation and trouble-free maintenance, please read this booklet carefully and comply with the instructions and rules, also referring to the diagrams given in it.

INSTALLATION

Before installing the appliance ensure that the mains voltage and power correspond to the data given in the specifications table. Take the appliance out of the packaging and put it in its final place of installation ensuring that it is stable and safe and that there is the necessary space for using it.

Place the machine in a way that the distance between the grid and the floor is wider than 1,5 mt. To clean the internal circuit more efficiently, you are recommended to empty and fill the boiler a number of times and deliver simple water and coffee to be thrown away.

ELECTRICAL CONNECTION

Before connecting the power cable, follow the instructions below to install a safety switch and of the proper capacity:

Install ground cable, then phase cables. Uninstall phase cables first and then ground if needed.

Make sure the ground connection complies with existing standards and regulations.

N.B. CHECK THAT THE DATA ON THE RATING PLATE CORRESPOND TO YOUR MAINS ELECTRICITY SUPPLY.

INSTALLING THE POWER SUPPLY CABLE

400 VOLTS
THREE-PHASE + NEUTRAL
230 VOLTS
SINGLE-PHASE
120 VOLTS
SINGLE-PHASE
Feeding cable installation diagram

Water connection

1) Only cold water must be supplied to the appliances.
2) If the mains water pressure exceeds 6 bar, a pressure reducer must be installed to regulate the outlet pressure to a maximum of 6 bar.
3) Connect the drain hose to the tray, avoiding sharp bends and keeping a sufficient slope for regular flow of the drain water.
4) Connect the 3/8" hose to the mains outlet and then to the water softener and to the appliance.

N.B. A water softener is indispensable for correct appliance operation, best coffee in the cup and long life of the components, since it removes scale and residues from the water that would otherwise shorten their life.

The company is relieved of all and any liability in the event of failure to comply with the above instructions.

Open the tap and let water flow through the deconcentrator to clear dirt off the circuit before plugging the hose into the pump.

USE

Preliminary check

Before using the appliance, check that:

- the plug is inserted properly into the mains power outlet;

- the water filling hose is correctly connected to the mains water outlet, check for leaks and that the water tap is open; - the drain pipe is positioned in accordance with the preceding instructions.

With a steam tap (B) open, put the on/off switch (D) to position 1 and wait for the water in the boiler to reach the maximum level set by the electronic control. If the boiler does not fill within the set time-out (90 sec.), the pump stops and the indicator lights on the keypad start to blink. In this case put the on/off switch (D) to position 0 and then to position 1 to finish filling the boiler.

Now put the on/off switch (D) to position 2 so that the heating elements are powered and therefore start to heat the water.

Wait for steam to come out the steam nozzle (B), then close the tap and, using the Boiler pressure gauge, check that the pressure has reached and maintains a value of 0.8:1 bar. If it is not on this value, turn the adjusting screw on the pressure switch (+increase, - decrease, see figure below).

Technical line drawing of a mechanical component with a central pin and mounting base (no text or symbols)

Hot water

Ensure that the boiler pressure gauge indicates a pressure of 0.5:1 bar. Turn the tap knob (C) counter-clockwise.

Pay the utmost attention in order to prevent scald burns.

Steam

Except for the 1-group machine that has just one steam nozzle, all the other models have 2 located at the sides. These steam nozzles are recessed but can swivel out thanks to an articulated joint. To dispense steam, just turn the knobs (B) counter-clockwise.

Pay the utmost attention in order to prevent scald burns.

Coffee with Mod. CAPRI DELUXE SAP

Insert the filter holder (E) into the group head (F) turning the filter holder counter-clockwise. Press button (I), wait for the required quantity of coffee to be dispensed and then put it back to its original position.

Coffee with Mod. CAPRI LUXE SED

Insert the filter holder (E) into the group head (F) turning the filter holder counter-clockwise. Select the type of dispensing required on the keypad (M):

M1=One strong/normal coffee.

M2=One normal/weak coffee.

M3=Two strong/normal coffees.

M4=Two normal/weak coffees.

M5=Electronic programming key or continuous manual dispensing.

Dispenser programming

a) To access this phase keep the button M5 on the first pushbutton panel on the left pressed for over 5 seconds. The indicator lights of the buttons M5 start to blink continuously. Select the caption corresponding to the amount required and press to dispense. The indicator light of button M5 and that of the selected caption remain lit. When the required amount has been dispensed, press the selected dispensing button again so that the control unit stores the data. Repeat the above procedure for all 4 dispensing buttons on the pushbutton panel. A dispensed quantity may also be set for the hot water button (M6) by repeating the above procedure. Upon completion of the procedure, the remaining groups will automatically use the stored quantity. The other groups may, however, be programmed independently by repeating the same procedure as above after having programmed the first group on the left.
b) There are 2 safety systems inside the control unit designed to protect the electronic system and the various parts of the appliance. If, upon pressing a dispensing button, the corresponding indicator light starts blinking, this indicates a malfunction in the electronic system or lack of water. For safety reasons, the dispensing of water stops after 4 minutes and in any case after 4 litres of water.
c) The CAPRI XLC SED electronics also offers the possibility of reproducing the pre-brewing effect by wetting the coffee for 0.6 seconds and then stopping the subsequent brewing from starting for 1.2 seconds. This option is only applicable for single shots of coffee.

To enable pre-brewing

With the appliance switched off, put the on/off switch (D) to position 1 and at the same time keep the button (M1) on the left-hand group pressed until the indicator light corresponding to the button (M5) remains lit; then release the button (M1). Now put the on/off switch (D) to position 0 and then to position 2 in order to store the operation.

To disable pre-brewing

With the appliance switched off, put the on/off switch (D) to position 1 and at the same time keep the button (M2) on the left-hand group pressed until the indicator light corresponding to the button (M5) remains lit; then release the button (M2). Now switch the appliance off and then on again using the on/off switch (D) in order to store the operation.

CLEANING

Filter: after having dispensed the last cup of coffee, the filter and filter holder must be washed with water. If they are damaged, worn or clogged, they should be replaced.

Drip tray and grid: the drip tray and grid should be removed frequently and coffee residues cleaned away.

Water softener: the softener should be periodically regenerated according to the manufacturer's directions given in the instruction booklet.

External housing: the external housing and the steel parts should be cleaned with sponges and soft cloths to avoid scratching. Only use detergents that do not contain abrasive powders or solvents and do not use steel wool.

WARNINGS: when using the appliance it is recommended that the various instruments be kept under control, checking that they are in the previously indicated normal working conditions.

When the appliance has been left unused for a number of days, or every 2/3 months during normal use, to clean the internal circuits more efficiently, it is good practice to fill the boiler a number of times and deliver simple water and coffee to be thrown away.

APPLIANCE FAILURE

The user must check that this is not due to:

- power failure or blackout.

- lack of mains water supply or no water inside the boiler.

For any other causes, contact a qualified SANREMO After-Sales Service Centre.

BEFORE CARRYING OUT ANY WORK INSIDE THE APPLIANCE OR REMOVING ANY PART OF THE HOUSING, ALWAYS DISCONNECT FROM THE ELECTRICITY SUPPLY.

WARRANTY

Every purchased appliance (keep the receipt, invoice and delivery note) is covered by a statutory guarantee. This warranty envisages the replacement free of charge of parts that are shown to the service centre or manufacturer's satisfaction to be defective due to faulty materials or workmanship and providing that the appliance has not been misused or tampered with by unauthorised persons or persons using incorrect components or techniques.

Any defective part shall be returned to the manufacturer.

NOTE: never activate the pump without water. Excessive heat will damage the pump and no warranty replacement is granted in that case.

WARNINGS

The appliance must not be cleaned using a water jet.

Do not put the appliance in water.

The appliance must not be positioned near to any source of heat.

The appliance is unsuitable for outdoor installation.

To ensure safe use the appliance must be in a level position.

If the power cable is damaged, have it replaced by a SANREMO After-Sales Service Centre, since a special tool is required for this purpose.

The appliance must be used in rooms with a temperature between 5°C and 35°C.

IN THE EVENT OF FAILURE OR MALFUNCTION, REQUEST SERVICE ONLY FROM QUALIFIED PERSONNEL AT THE AFTER-SALES SERVICE CENTRE.

The data and features indicated in this booklet are not binding on the manufacturer, which reserves the right to make changes to its models at any time. The manufacturer shall not be under any liability for injury to persons or damage to property arising from failure to comply with the instructions given in this booklet.

INFORMATION FOR USERS

In accordance with article 13 of legislative decree no. 151 "Implementation of directives 2002/95/EC, 2002/96/EC and 2003/108/EC on restriction of the use of certain hazardous substances in electrical and electronic equipment and the disposal of waste".

The appliance or packaging is marked with the symbol of a bin with a cross to indicate that at the end of its working life it must be disposed of separately from other waste.

Separate collection of this appliance at the end of its working life is organised and managed by the manufacturer.

The user wanting to dispose of this appliance should therefore contact the manufacturer and follow the separate waste collection system to dispose of the appliance at the end of its working life.

Appropriate separate collection and the subsequent recycling, treatment and ecological disposal of the disused appliance help avoid possible negative effects on the environment and health and encourage the re-use and/or recycling of the constituent materials.

The unlawful disposal of the product by the user is punishable by the administrative sanctions provided for by the legislation in force at the time.

External pump connection instructions

LEGEND D - MAIN SWITCH 0 - OFF 1 - PUMP AND AUTOMATION SWITCH-ON 2 - PUMP, AUTOMATION AD HEATING SWITCH-ON S - 3-WAY FEMALE UNIT T - 3-WAY MALE UNIT U - WATER LOAD TRACTION PIPE V - OUTSIDE PUMP Place outside pump firmly on its feet. Do not place the pump in the vicinity of heat or water. Report to the service centre in case of cable damage as special equipment is required to make repairs. DECONCENTRATOR / WATER NETWOR

Warning - correct use of rotary pumps

1-Proper Alignment of Pump and Motor

On occasion the noise of a motor-pump assembly is caused by a poor alignment.

When the coupling between motor and pump is rigid, the pump rotor and the motor rotor may be out of axis. If this condition is maintained over time the most likely damage is seizure of the pump.

An efficient solution of this problem is the use of an elastic coupling between pump and motor. Fluid-o Tech supplies an optional kit code N. 10051020.

2-Quality of Water.

Tight mechanical tolerances of components and materials used for rotary vane pumps require a very clean water, free from suspended particles. Sand, deposits on connecting pipes or the resins of the sweetener, when flowing through the pump, may scratch graphite parts causing problems of insufficient pressure and flow rate.

Technical diagram showing mechanical assembly and component details, including a shaft, housing, and coiled spring assembly with model number Cod. 10051020.

If a closed loop hydraulic circuit is not available to guarantee a clean water and no sources of contamination Fluid-o-Tech recommend to install a 5-10 micron filter between the sweetener and the pump.

Recommended filter: food approved polipropilene wire cartridge.

Keep the filter clean.: an upstream dirty filter will create cavitation and the pump will break shortly (see section 4).

3-Dry operation

Rotary vane pumps may operate in dry condition only for a very short time- few seconds!

Without a proper water cooling the temperature of the mechanical seal will increase very quickly with resulting breakage. The most likely impact is a remarkable leak visible from the four drain holes close to the motor clamp. For potential lack of feed from city water line Fluid-o-Tech recommend the installation of a minimum pressure safety switch upstream from the pump.

In case of feed from a tank install on the tank a minimum level switch.

4-Cavitation

Cavitation shows when feed flow rate does not match the pump design requirement: most frequent causes are dirty filters, small diameter pipes, more users on the same line.

Opening of the safety valve (generally installed upstream from pump and filter) must happen

before the pump start up. This will avoid cavitation. For the same reason closing of the safety valve must be delayed after the pump shut down.

The most noticeable effect is an increase of noise. If cavitation continues the impact is the same as of dry operation.

5-Back Feed of Hot Water

If a non return valve between the pump and the hot water vessel is defective the pump may come in contact with hot water(90-100°C). Dimensional variations of components will cause seizure of the pump.

6) Wrong connections

Pumps connectors are 3/8"NPT(conical) or 3/8" GAS(cylindrical).

Connectors with thread different from the recommended type are occasionally used. Sealing is made with a glue or with teflon tape. If the connector is forced it is possible to create beards; if excess sealing glue is used the extra quantity of glue may enter into the pump body.

In both cases it is likely to create a damage.

7) Pressure strokes

To avoid pressure strokes opening of solenoid valves installed downstream must happen before the start of the pump. For the same reason closing of the valve must be delayed after stopping of the pump.

A pressure stroke may break graphite parts and damage mechanical seal causing blockage of the pump and leaks.

8) Handling

A crash on the floor may create deformations that will jeopardize the tight mechanical tolerances of the pump components. For the same reason be very careful when clamping the pump to mount or demount connectors.

9) Scale build up

Scale deposits will quickly show on inner components when using hard water, not sweetened with ion exchange resins.

Scale formation increases when the pressure relief valve is used as flow rate regulator: the rate of scale deposition increases with increasing of closed loop circulation.

Scale deposits cause an increase of torque, occasional seizure of the pump or a reduction of operating pressure because the pressure relief valve cannot work properly.

To minimize this problem Fluid-o-Tech suggest to use pumps with flow rate matching the hydraulic circuit features.

In some circuits it is advisable to periodically remove scale with a chemical treatment.

Mod. CAPRI 2GR SAP

M5 M4 M3 M2 M1 B F E P N D C M1 M1 M3 M4 M5 B F E

Mod. CAPRI 2GR SED

I B C I B F E F E P N D

PARTS

B - Steam tap knob
C - Water tap knob
D - On/off switch
O - Off

1 - Pump and automatisms on
2 - Pump, automatisms and electric heating on
E - Filter-holder
F - Filter-holder head unit

I - Dispense stop button
M1 - Dispense one short shot of coffee
M2 - Dispense one long shot of coffee
M3 - Dispense two short shots of coffee
M4 - Dispense two long shots of coffee
M5 - Continuous dispensing and programming key
M - Pump pressure gauge
P - Boiler pressure gauge

Exploded view diagram of a household appliance with numbered parts and exploded views

Exploded view CAPRI DELUXE update 02-09

PARTS OF EXPLODED VIEW CAPRI DELUXE UPDATE 02-09

POS. CODE DESCRIPTION

1A 10022828 FRAME CA 1GR XLC-XLE-DLX BLACK

1B 10022834 FRAME CA 2GR DLX BLACK

2A 10022765 R.H. SIDE PANEL CA BLUE

2B 10022766 R.H. SIDE PANEL CA BLACK

2C 10022802 R.H. SIDE PANEL CA RED

2D 10022814 R.H. SIDE PANEL CA WHITE

3A 10022768 L.H. SIDE PANEL CA BLUE

3B 10022769 L.H. SIDE PANEL CA BLACK

3C 10022803 L.H. SIDE PANEL CA RED

3D 10022816 L.H. SIDE PANEL CA WHITE

4 10852031A R.H./L.H. CUP GUARD CA

5A 10022760B SS REAR PANEL CA 2GR

5B 10022786B SS REAR PANEL CA 1GR

6A 10022778 REAR CUP GUARD BLACK CA 2GR

6B 10022779 REAR CUP GUARD BLUE CA 2GR

6C 10022795 REAR CUP GUARD. BLUE CA 1GR

6D 10022807 REAR CUP GUARD RED CA 2GR

6E 10022809 REAR CUP GUARD BLACK CA 1GR

6F 10022811 REAR CUP GUARD RED CA 1GR

6G 10022818 REAR CUP GUARD WHITE CA 1GR

6H 10022812 REAR CUP GUARD WHITE CA 2GR

7A 10022772 UPPER FRONT PANEL CA 2GR SED

7B 10022774 UPPER FRONT PANEL CA 2GR SAP

7C 10022791 UPPER FRONT PANEL CA 1GR SED

7D 10029773 UPPER FRONT PANEL CA 1GR SAP

8A 10015442 UPPER GRID CA 2GR XLC

8B 10015444 UPPER GRID CA 1GR XLC

9A 10015440 UPPER DRIP TRAY CA 2GR XLC

9B 10015446 UPPER DRIP TRAY CA 1GR XLC

10A 10022758A LOW GROUP HEAD PROTECTION CA 1GR

10B 10015312A LOW GROUP HEAD PROTECTION CA 2GR

11A 10015532 DRAIN GRID CA 1GR FILINOX

11B 10015534 DRAIN GRID CA 2GR XLC FILINOX

12A 10015830 DRAIN PLATE CA 2GR XLC

12B 10015836 DRAIN PLATE CA 1GR XLC

13A 10015834 BOTT. FRONT PANEL CA DLX 2GR PRINTED

13B 10015838 BOTT. FRONT PANEL CA DLX 1GR PRINTED

14A 10022764 FRONT PROTECTION CA 2GR

14B 10022821 FRONT PROTECTION CA 1GR

15 10352065 TELESCOPIC FOOT D50X55 INOX

16 10012144 FLOW REGULATOR FOR DRIP TRAY

17 10022474 UNIVERSAL DRIP TRAY

18 10806099 SS HOSE CLAMP

19A 10455050 RESISTOR 1950W 230V 1GR

19B 10455051 RESISTOR1950W 120V 1GR

19C 10455052 RESISTOR2700W 230V 2GR

19D 10455053 RESISTOR 2700W 120V 2GR

19E 10455060 RESISTOR 2400W 230V 1GR

19F 10455065 RESISTOR 2400W 120V 1GR

19G 10455080 HEAT. ELEM 4500W 230V 2GR

20 10502020 PTFE WASHER D56X41X2mm

21A 10002635B COPPER BOILER 1GR D.180

21B 10002670 COPPER BOILER 2GR 10 LITRES D.190

22A 10252079A EL. MOTOR150W 120V W/CONNECTOR

22B 10252080A EL. MOTOR 150W 230V W/CONNECTOR

23 10255022 VIBRATION DAMPING BUFFER

24 10252070A ROTARY PUMP 150L/H W/CLAMP

25 10602010A PRESSURE SWITCH

26A 10112010A LEVEL CONTROL SAP 230V

26B 10112011 LEVEL CONTROL SAP 120V

26C 10112012 CONTROL UNIT XLC SED 120V

POS. CODE DESCRIPTION

26D 10112072B CONTROL UNIT XLC SED 230V

27A 10303088 2-WAY SOL. V. 230V 0-10B

27B 10303090 2-WAY SOL. V.120V 0-10B

28 10112134 VOLUMETRIC METER 1/8"

29A 10122036A SINGLE-PHASE JUMPER SWITCH

29B 10122038A THREE-PHASE JUMPER SWITCH

30 10052028 SPOUT ASSEMBLY RING W/FILTER DISK AND GASKET E61

31A 10302066 LOW 3-WAY SOL. V. 32X32 230V

31B 10305555 LOW 3-WAY SOL. V. 32X32 120V

32A 10553021 ORANGE IND. LIGHT D6 230V WIRED

32B 10553024 ORANGE IND. LIGHT D6 120V WIRED

33A 10102155 WIRING CA 2GR SAP

33B 10109103B WIRING CA 1GR SED XLC

33C 10109104B WIRING CA 2GR SED XLC

33D 10109110A WIRING CA 1GR SAP

34 10552021A PRESSURE GAUGE

35 10552022A FLANGE FOR SELECT. SWITCH

36 10805069 SCREW (HEX.CONV.SO) M3X10 A2

37 10402056 O RING 2062 VITON

38 10402043 ARTIC. JOINT SPRING

39 10402054 ARTIC. JOINT CAP

40 10402063 O RING 115 EPDM

41 10402022B ARTIC. JOINT NUT

42 10858589 ARTICULATED JOINT

43 10422136A STEAM NOZZLE CAPRI

44 10753050 ANTI-SCALD RUBBER PROTECTION

45 10402202 INOX NOZZLE JET 4 HOLES 12x35

46A 10015448 CONTROL UNIT PROT. PLATE, CA 2 XLC

46B 10015482 CONTROL UNIT PROT. PLATE, CA 1 XLC

47 10022140 WATER DISPENSING TUBE

48 10502041 O RING 2025 EPDM

49 10402140 DISPENSING HEAD

50 10402145 COMPLETE WATER NOZZLE CA

51 10402010 COMPLETE WATER TAP CA

52 10402120A TAP BODY

53 10505561 TAP COPPER BUSHING

54 10505121 O RING NBR TAP ROD

55 10402015 TAP ROD BUSHING

56 10402014 TAP ROD SPRING

57 10402061 CENTRAL TAP ROD

58 10505558 TAP ROD SEAL

59 10803547 PLAIN WASHER D20 ZN

60 10402070 KNOB RING NUT

61 10402074 TAP KNOB

62 10806370B TAP SPLIT PIN

63 10351115 WATER TAP KNOB CAP PRINTED

64 10402040 TAP BRASS WASHER

65 10402028 CHROMED RAISED HALF NUT 1/2"

66 10351114 STEAM TAP KNOB CAP PRINTED

67 10402260 COMPLETE STEAM NOZZLE CA

68 10402230 COMPLETE STEAM TAP CA

69 10402121A 1-CUP FILTER HOLDER ASSY

70 10402122A 2-CUP FILTER HOLDER ASSY

71A 10052088 SMALL 2-WAY SPOUT, OPEN

71B 10052090 2-WAY SPOUT

72 10052040 FILTER-HOLDER HANDLE

73 10052030 FILTER-HOLDER BODY

74 10052050 FILTER RETAINING SPRING

75 10052100 1-CUP FILTER

76 10052110 2-CUP FILTER

77 10052220 SOLID FILTER

Power supply 3P+N+PE 400 V 50 Hz 0 - 1 - 2 2 2 1:2 1:2 On/off switch Pos 0: Off Pos 1: Auxiliary operation Pos 2: Heating element + Auxiliary operation Brown Blue Voltage present 230V Brown Blue Red Blue Red P302 400V/30A REG:0.5-1.4 Brown Black White Safety thermostat Brown Black White Heating element BOILER Coffee outlet solenoid valve Water filling solenoid valve Level controller NRL30/1E-2C/F N L1 F L2 R SM White braided wire COM NO NO Black Blue Black CONDENSATORE 6 μF M Water inlet 230V - 150W - 1.5A Boiler water level

WIRING DIAGRAM CAPRI 1 GR SAP Update 09-05

Power supply 3P+N+PE 400 V 50 Hz On/off switch Pos 0: Off Pos 1: Auxiliary operation Pos 2: Heating element + Auxiliary operation Voltage present 230V Brown Black White Blue Brown Blue Red Blue Red P302-6 400V/30A REG.0.5-1.4 Brown Black White Safety thermostat Brown Black White Boiler heating element Left coffee outlet solenoid valve Right coffee outlet solenoid valve Water filling solenoid valve Blue BLU BLU Level controller NRL30/1E-2C/F N L1 F L2 R SM White braided wire COM NO NO Capacitor 6 μF M Water inlet 230V - 150W - 1.5A Boiler water level

WIRING DIAGRAM CAPRI 2GR SAP Update 09-05-05

graph TD
    A["POWER SUPPLY 3P+N+PE 400 V 50Hz"] --> B["BROWN BLACK"]
    B --> C["PRESSURE SWITCH"]
    C --> D["TANK RESISTOR"]
    D --> E["COFFEE RUN-OFF SOL. VALVE GR1"]
    E --> F["COFFEE RUN-OFF SOL. VALVE GR2"]
    F --> G["HOT WATER RUN-OFF SOL. VALVE"]
    G --> H["WATER FILL 230V - 150W - 1.5A"]
    H --> I["CONDenser M"]
    I --> J["CONTROL UNIT 3d5 3GRCT XLC 230Vac"]
    J --> K["GR1 GR2 GR3 OUT3 OUT2 SM YELLOW"]
    K --> L["TANK WATER LEVEL"]
    L --> M["FLOW METER"]
    M --> N["FLOW METER"]
    style A fill:#f9f,stroke:#333
    style N fill:#ccf,stroke:#333
    subgraph MAIN SWITCH
        O["POS. 0: ALL OFF"]
        P["POS. 1: AUXILIARY OPERATION"]
        Q["POS. 2: ELEMENT + AUXILIARY OPERATION"]
    end
    subgraph POWER SUPPLY 230 V ON
        R["BROWN BLUE"]
        S["BROWN BLACK"]
        T["NERO"]
        U["BLE"]
        V["BLE"]
        W["BLE"]
        X["BLE"]
        Y["BLE"]
        Z["BLE"]
        AA["BLE"]
        AB["BLE"]
    end
    subgraph ELECTRONIC KEYPADS
        AC["GR1 GR2 GR3 OUT3 OUT2 SM YELLOW"]
        AD["CONTROL UNIT 3d5 3GRCT XLC 230Vac"]
    end
    subgraph OPTIONAL GROUPS
        AE["TANK WATER LEVEL"]
        AF["FLOW METER"]
        AG["FLOW METER"]
    end

WIRING DIAGRAM CAPRI 1-2GR SED Update 08-08

graph TD
    A["14"] --> B["13"]
    B --> C["17"]
    C --> D["6"]
    D --> E["20"]
    E --> F["15"]
    F --> G["16"]
    G --> H["18"]
    H --> I["19"]
    I --> J["1"]
    J --> K["2"]
    K --> L["3"]
    L --> M["P 5"]
    M --> N["4"]
    N --> O["7b"]
    O --> P["21"]
    P --> Q["8"]
    Q --> R["9"]
    R --> S["P 10"]
    S --> T["11"]
    T --> U["12"]
    U --> V["13"]

1. Feed pump
2. Water dispenser with filter
3. Solenoid valve for automatic filling
4. Check valve
5. Pump pressure gauge (scale end 16 bar)
6. Heating element
   7b. Dispensing button
7. Hot water tap
8. Steam tap
9. Operating pressure switch
10. Boiler pressure gauge (scale end 5.5 bar)
11. Safety valve
12. Dispensing solenoid valve
13. Dispensing group head
14. Boiler
15. Exchanger
16. Dispensing valve drain
17. Level controller
18. Mains water connection
19. Expansion valve
20. Boiler drain tap

WATER CIRCUIT DIAGRAM CAPRI SAP Update 09-05

graph TD
    A["14"] --> B["13"]
    B --> C["17"]
    C --> D["6"]
    D --> E["20"]
    E --> F["7a"]
    F --> G["18"]
    G --> H["22"]
    H --> I["1"]
    I --> J["19"]
    D --> K["12"]
    K --> L["P"]
    L --> M["10"]
    M --> N["8"]
    N --> O["9"]
    O --> P["15"]
    P --> Q["16"]
    Q --> R["21"]
    R --> S["22"]
    S --> T["4"]
    T --> U["P 5"]
    U --> V["3"]
    V --> W["2"]
    W --> X["22"]
    X --> Y["1"]

1. Feed pump
2. Water dispenser with filter
3. Solenoid valve for automatic filling
4. Check valve
5. Pump pressure gauge (scale end 16 bar)
6. Heating element
   7a. Volumetric meter
7. Hot water tap
8. Steam tap
9. Operating pressure switch
10. Boiler pressure gauge (scale end 5.5 bar)
11. Safety valve
12. Dispensing solenoid valve
13. Dispensing group head
14. Boiler
15. Exchanger
16. Dispensing valve drain
17. Automatic dispensing control unit
18. Mains water connection
19. Expansion valve
20. Boiler drain tap
21. Keypad

WATER CIRCUIT DIAGRAM CAPRI SED Update 09-05

SANREMO PASSION / PERFORMANCE / STYLE

SANREMO

MACCHINE PER CAFFE' ESPRESSO

SANREMO s.r.l.

Via Bortolan, 52

Zona Industriale Treviso Nord