46
08/2009 Rev. 0.4
S1000 All in One
S3000 All in One (MAXI)
S1000 / S3000 / S3000 MAXI
08/2009 Rev. 0.4
47
S1000 All in One
S3000 All in One (MAXI)
S1000 / S3000 / S3000 MAXI
1.1 Boiler System
Turn on the device using the ON/OFF switch. The display will light up.
The magnetic valve (
fi
g. 1-11) will open and the hot water reservoir (
fi
g. 1-9) will be
fi
lled to the maxi-
mum electrode. The heating element will be switched on. The display shows [ boiler
fi
lling ] and
[ boiler heating ]. As soon as the NTC sensor measures the set temperature, the heating element will
be switched off.
When a drink is being dispensed the water level drops and the maximum electrode is released;
the inlet valve (2.5 litres/min.) opens and immediately re
fi
lls the reservoir until the maximum level
is reached again. If the water level falls under the minimum electrode level during operation, the
operating panel display will show [re
fi
lling boiler]. If the supply of water is not restored within 90
seconds, the display will show the error message [ E3 level error ] and shut off the inlet valve.
1.2 Temperature regulation
The heating element is turned on when the water temperature falls below the temperature setting and
the minimum electrode registers water. The temperature in the water reservoir is measured using an
NTC precision sensor mounted on the outside wall of the reservoir.
The water temperature also drops when drinks are dispensed. To avoid the temperature regulator from
responding too late, the heating element is switched on as soon as the inlet valve (
fi
g. 1-11) opens
and cold water is added. The heating element switches off again as soon as the inlet valve shuts
off. The software can also be used to delay when the heating element switches off. See menu item
2.4 Settings / Temperature in the service menu. The heating element always switches off when the
maximum boiler temperature of 97
˚
C is reached.
1.3 Hot water dispensing
When dispensing drinks one of the dispensing valve (
fi
g. 1-10) opens and hot water
fl
ows to the brew-
er or mixer system. The
fl
ow velocity for each valve is set using the adjustment screw on the valve.
The amount of out
fl
ow is determined by the length of time that the valve stays open. In order to rinse
the brewer unit and mixer system, a small amount of rinsing water is released shortly after dispensing
to rinse away any ingredient residue.
1.5 Evaporation extractor system
Evaporation released during mixing is largely absorbed by the evaporation extractor ring (
fi
g. 1-5) and
sucked into the machine via the
fi
lter (
fi
g. 1-8). The evaporation and ingredient residue are absorbed
by the
fi
lter. The
fi
lter (
fi
g. 1-8) can be easily reached (for cleaning purposes) by dismantling the mixer
unit (
fi
g. 1-4). To a large extent, this prevents evaporation from entering the canister outlet and making
ingredients damp.
1.5 Ingredients and mixer system
The ingredients cartridges (
fi
g. 1-12) are
fi
tted in a holder (
fi
g. 1-13). The ingredient slide inside the
holder is driven via a special mechanism by a gear motor (
fi
g. 1-15). The instant product (ingredient)
is dispensed by a drawer in the bottom of the cartridge and directly dispensed into the mixer unit (
fi
g.
1-15). At the same time, the dispensing valves (
fi
g. 1-10) dispense hot water into the mixer unit. The
mixer motor (
fi
g. 1-7) blends the instant product with water at a speed of 10,700 RPM using the mixer
rotor (
fi
g. 1-3). The drink
fl
ows into the cup via the drink outlet (
fi
g. 1-1). All individual parts mentioned
in this section can be sequentially coordinated using adjustable
parameters (timers) in the control unit.
1.6 Coffee Splitter
The coffee splitter (
fi
g. 1-2) is specially designed for dispensing two cups of coffee at the Same time.
The build-in
fi
lter creates the perfect creme layer on top of the coffee.
1.7 Solid State Relay (SSR)
The heating element is controlled by a solid state
relay (
fi
g. 2C), which supersedes the magnetic
switch that was formerly used for this purpose.
1.8 Steam thermostat
The solid state relay (
fi
g. 2C) is secured by a steam
thermostat (
fi
g. 2D) which is build in line with the
over
fl
ow tube (
fi
g. 2A). The steam thermostat
contact is in series with the solid state. This ther-
mostat prevents the boiler from boiling empty when
the solid state breaks down in a operating condition.
The thermostat switches the heating element OFF
(
fi
g. 2B) when steam escapes from the boiler. The
thermostat must be manually reset.
* Modifi ed in the Symfoni models from machine
number 1S06945 (March 2009)
1.9 Adjustment
1.9.1 Cup volume
First of all we would like to remind you that the
cup volume
(ml) can easily be set in the service menu
2.1 Quick recipe
(page 49 of this document).
The operator of the device (end user) also has access to this quick recipe, which is found under
section 1.4 Quick recipe (see user manual).
As supplier of the device, you can remove the quick recipe from the operator menu if desired. Go to
2.4 Settings / 2.4.9 I/0 Quick recipe
via the service menu and change
Yes
into
No
.
1.9.2 Drink strength
The amount of product dispensed, and therefore the strength of the drink, is determined by the
number of the times (shots) the cartridge drawer is opened whilst the drink is being made, and how
far the drawer opens each time.
Fig. 3
A. Cartridge holder
B. Ingredient slide
C. Push rod
D. Lock nuts
E. Adjustment screw
To Fine adjust the ingredient pull please follow below written instructions:
1. Remove the relevant cartridge holder (
fi
g. 3A).
2. Loosen the adjustment screw lock nuts (
fi
g. 3D).
3. Adjust the screw (
fi
g. 3E) as required. Anti-clockwise increases the strength and clockwise
decreases the strength.
4. Replace the cartridge holder and cartridge.
5. Taste the drink and re-adjust as necessary.
6. When the adjustment is correct tighten both the lock nuts (
fi
g. 3D) against the push rod (
fi
g. 3C).
7. Replace the cartridge holder and cartridge. Important: After replacing check that the push rod is
free To move back and forwards pushing the slide out as it moves forwards.
Fig. 2
Fig. 3
SSR
N
B
C
D
24Vdc
L1
SSR
A
B
C
D
-
+
B
C
E
D
A
