Alberici AL66 FG modifiable ccTalk User manual

AL66 FG MDB COIN ACCEPTOR
Rev. 1.00
User Manual
Operator’s Manual
Rev. 2.00

CONTENTS
1. TECHNICAL SPECS: .............................................................................................................................5
2. CONNECTIONS ....................................................................................................................................6
3. DIP-SWITCH SETTINGS:.......................................................................................................................7
4. MANUAL AUTO-PROGRAMMING (SELF-TEACH):..............................................................................8
5. PROGRAMMING BY PC SOFTWARE : .................................................................................................8
7. DRIVING IS3 and IS4 SPI SORTERS:..................................................................................................11
8. MAINTENANCE:...................................................................................................................................14
9. WARRANTY:........................................................................................................................................15
10. CUSTOMER SERVICE:....................................................................................................................15
STORICO REVISIONI
Revisione n°
Data
Modifica
Note
2.00 Creazione nuova
versione
13.02.20
Creazione
Fw: u3.1A +

NOTICE
This manual has been drafted with the utmost care. Nevertheless, it is not possible to guarantee at all times the
absolute correspondence of the descriptions contained therein with the actual characteristics of the product.
Alberici S.p.A. declines any and all responsibility towards the User with reference to damages, losses, or claims of
third parties, resulting from the use of the product or caused by incorrect interpretations of this manual.
Alberici S.p.A. reserves the right to modify, without prior notice and in any way, any part of this manual and the
technical specifications of this product, as part of the continuous pursuit of improvement of its products.

1. TECHNICAL SPECS:
This AL66 FG coin acceptor is available in the following versions:
S = rejected coin sorted from slot low front end, dropping slot at upper front end
V = rejected coin sorted from bottom rear slot, accepted coin sorted from bottom
front slot
I = rejected coin sorted from bottom front slot, accepted coin sorted from bottom
rear slot
Technical specs
Mechanical features
Format
Size
Weight
3½” standard
88 x 102 x 52 mm
212 g
Electrical features
Supply voltage min.
Supply voltage max.
Power consumption:
in acceptance
inreading
in Standby
Standard powersave
Self-wake up
Output type
Saturation output voltage
Output voltage max.
Output current max.
Input trigger voltage min.
Input voltage max
Input impedance
12 V DC (min. 10 V DC)
24 V DC (max. 26 V DC)
max. 350 mA(30 ms)/100 mA
≤30mA
≤25mA
≤5mA
≤6mA
Open collector Darlington
≤1 V
50 V (Active Low)
250 mA
3Vdc/24Vdc(ActiveHigh)
50 V
≈55 kfi
Coin acceptance
Coin channels number
16
Coin diametre min.
16 mm
Coin diametre max.
32 mm
Coin thickness
1 to 3,4 mm
Speed
3 coins/sec. (V) –4 coins/sec. (S, K, I)
Communication modes
Pulse
Modifiable ccTalk
switchingbyDip-Switchorby
programmingsoftware
Timing data
Power-up recovery time
≤ 200 ms
Wake-up recovery time
≤ 50 ms
Pulse or time out tolerance
± 2%
Ambient conditions
Working ambient temperature
0°C to 60°C
Storage temperature
- 30°C to 70°C
Humidity
up to 75% (non condensing) for standard
up to 95% for tropicalized version
EMC performance
This product is compliant with EN55014-1 and EN55014-2 test specification
> 8-bittop-performing microcontroller with 36 KBFlash-memory, highly immunetomagnetic interference and
to environmental conditions.
> 13 discriminating parameters.
>Sixmagneticsensorsandtwoopticdetectorscombinetoguaranteethemostaccuratecapacityof
discrimination. Data-digitizer interface designed tocope at best with bi-metal and magnetized coins. The
systemsharpensselectivityandsecurity,andmakestheprogrammingprocesseasy andfaster.
> Onewire-shearer andtwowire-tearers inversion Vprovide mechanical shielding against fishing-fraud.
Coin-Guard anti-cheatsystem,based onthesynergyof3suitably positioned opticsensors.
V
S
I

2. CONNECTIONS
The selector connects to other peripherals and to the main board by the following sockets:
X1.PULSEor MDB interface. ConnectorX1 isan IDC10-psocket.
PULSE (set Dip-switches 1=2=OFF) pin-out is shown inthe grid aside :
it consists of:2 power supply pins (pin1= ground & pin 2= +),1 input
(pin 6, normallyused to inhibitacceptance of coins),and 7 “open
collector” outputs (pins 3,4,5,7,8,9 & 10), one of which (pin 5) is
normally used for the multi-pulse totalizer signal (“open collector”
output), orelseasadditionalinput(i.e.forcredit request).
OUTPUTSACTIVESTATE=LOW (reversible)
INPUTSACTIVESTATE =HIGH(reversible)
MDB (set Dip-switches 1=OFF, Dip-Switch 2 = ON) pin-out is shown below:
MDB 10p pin-out to 6p plug
When setting the reader for MDB protocol (see
4.3.4 Dip-Switch Settings), the 10p outputs must
be converted to the 6p MDB standard cable from the
master pcb of the machine.
Adapting cable is available (ref. S-031005-000).
X2. SPI Display or SPI Sorter.
SocketX2 (8pins) is meant for
display connection. Displays
withSPIorI²Cbusprotocols
aresupported (see aside).
Theacceptormustbepresetby
Albericitohostthedisplay (AA-
0410-0900). The display functions
can later be modified using the
‘AlbericiCoinSelector’ software.
X4. USB Mini-B (option –activation must be requested when placing the order).
To be able to operate, the USB acceptor must be powered through pins 2 and 4 in X3.
The USB port allows to drive the acceptor directly from the USB port of a PC Mother Board.
The USB port provides only the communication channel: for thecommunication itself make use
of the serial MDB protocol, that must therefore be implemented in the Hostsoftware.
This socket will be enabled onlyafterinstallation of theUSB drivers,unless Hostis Win10(See below).
USB installation notice
- Install the drivers using the relevant exe file (i.e.: for Windows 7 64bit: “VCP_V1.5.0_Setup_W7_x64_64bits.exe”),
available in the Alberici web site (FG coin acceptor page). Windows 10 generally includes the drivers bydefault.
- Only after the drivers ("STMicroelectronics Virtual COM Port") are installed, connect the coin acceptor through theUSB;
Windows will automatically start the installation ofthe driver;
- At the endof the installation process, a dialogue window will confirm "STMicroelectronics Virtual COM Port (COMxx)”.
- It is now possible to connect 12/24V power to the pins 2 (GND) and 4 (+) of the X3socket.
NOTICE: Thecoinselectorcanacknowledge16 differentcoinpieces,evenifsomeamongthembelongto thesamedenomination;
one piece for each of the 16 available channels. Coinscanalsobemanuallyprogrammedbythe2Dip-SwitchRowsSW1and
SW2locatedontheacceptorrearside (seebelow‘AL66 FGMANUALAUTO-PROGRAMMINGINSTRUCTIONS’).
TAKE CARE! The coin selector must be installed 90°-95° with respect to level plane. Because of the built-in advanced security
system, it is essential that the whole coin path gets not hindered.
Alberici is not responsible for any malfunctioning due to lack of compliance with such recommendations.
no.
Description
1
Gnd
2
+10-26 Vdc
3
Out 5 / sorter coil B
4
Out 6 / sorter coil A
5
Out 7 (totalizer) / In 2
6
In 1 (inhibit)
7
Out 1
8
Out 2
9
Out 3
10
Out 4 / sorter coil C
+ 24V
+ 24V
Pin
Signal
Function
Pin
Signal
Function
1
NC
Not connected
6
TX +
Tx ( Active low )
2
RX +
Rx (+V MDB)
7
Vcc
+ 24 Vdc (Power supply)
3
RX -
Rx (Active low)
8
Vss
GND (Powersupply)
4
GND
GND
9
NC
Not connected
5
TX -
Tx (0V MDB)
10
Vcc
+ 24 Vdc (Power supply)
+24 Vdc

DISABLE PROGRAMMED COINS
SET THE ACCEPTANCE TOLERANCE LEVEL
SETTINGS by SW1 ROW
SETTINGS by SW2 ROW
Dimensions
3. DIP-SWITCH SETTINGS:
TO INHIBIT ANY COINS, MOVE TO POSITION ON THE
DIP-SWITCH CORRESPONDINGTOTHECHANNEL INWHICH THE
COIN IS PROGRAMMED (see grid aside).
THEN SWITCH OFF AND ON AGAIN.
TO FIND THE CHANNELTHAT CONTAINS THE COINTO BE
DISABLED, PLEASE CHECK THE “CH” COLUMN
IN THE SELECTOR LABEL GRID.
dip-switch nr. in
row SW1
Channel (CH)
nr.
1
1
2
2
3
3
4
4
5
5
6
6
SW1 Dip-
Switch Row
DS1
DS2
DS3
DS4
DS5
DS6
ON
Enable CH1
(ex. 2€)
Enable CH2
(ex. 1€)
Enable CH3
(ex. 0,50€)
Enable CH4
(ex. 0,20€)
Enable CH5
(ex. 0,10€)
Enable CH6
(ex. 0,05€)
OFF
Disable CH1
(ex. 2€)
Disable CH2
(ex. 1€)
Disable CH3
(ex. 0,50€)
Disable CH4
(ex. 0,20€)
Disable CH5
(ex. 0,10€)
Disable CH6
(ex. 0,05€)
SW2
Dip- Switch Row
DS2 OFF
DS2 ON
DS4 OFF
DS4 ON
DS1 OFF
PULSE
MDB
DS1 ON
CCTALK (*)
SAS (*)
(*) Not available in this version
DS3 OFF
Multi-pulse totalizer, OUTPUT as per programmed setting
DS3 ON
Multi-pulse totalizer on OUTPUT 3
DS5 OFF
Modify credit
value
x 1
x 4
DS5 ON
x 2
: 10
DS6 OFF
STANDARD Discrimination (L / SLC)
DS6 ON
HIGH Discrimination (H / SLC)

4p/4p cct cable
4. MANUAL AUTO-PROGRAMMING (SELF-TEACH):
A) HOW TO TEACH (NEW)COINS
1) Takenote of thepositionsof thedip-switches.
2) Power off the coinacceptor.
3) Set all thedip-switchesinSW1 rowtoOFF.
4) Movethedip-switch 2of theSW2 rowtoON.
5) Powerupthecoinacceptor:startoftheauto-programmingmodeisconfirmedbysinglecoilactivation.
6) InSW1row,movetoONthedip-switchcorrespondingtothechannelinwhichthecoinswillbeteached.
7) Drop10suchcoinsintotheacceptor:doublecoilactivationwillconfirmthatthecoinshavebeenprogrammed.
8) Poweroffthecoinacceptorandsetthedip-switchesaccordingtothedesiredoperation.
B) HOW TORESET theAuto-programmed configurations
1) Takenote of thepositionsof thedip-switches.
2) Power off the coinacceptor.
3) Set all thedip-switchesinSW1 rowtoOFF.
4) Movethedip-switch 2of theSW2 rowtoON.
5) SettoONbothdip-switches1 and 6 of theSW1row.
6) Powerupthecoinacceptor:afterfewseconds,triplecoilactivationwillconfirmthatthecoins/channelsthathavebeenmanually
programmedhavebeencancelled,andthatthepreviousconfigurationasbeenrestored.
7) Poweroffthecoinacceptorandsetthedip-switchesaccordingtothedesiredoperation.
5. PROGRAMMING BY PC SOFTWARE :
1 Download the application “Programming sw 66 v. 2 - AlbericiCoinSelector.exe” and the drivers for
the programming interface tool from our web site http://www.alberici.it, “Downloads” section at the
bottom of the coin acceptor page).
2 Installthedrivers intoyourPC,then install theapplication
in your desktop or in a different convenient place
3 Makeuseof theprogramming-testing-powertoolK-P1C-000009.
4 Makesurethatvoltage supplyisoff.
5 Connect theUSBportof thePCtotheUSBAportof theinterface.
6 Connectthe4pincablebetweentheccTalkoutputoftheinterfaceand
the4-pin socket(X3) oftheacceptor.
7 Connectthe10pin flat cablebetweenthe STDoutputoftheinterface
andthe 10pinsocket(X1) oftheacceptor:
10p/10p flat cable
8 Powertheselector(greenpushbuttonon theinterfacetool).
9 Launchtheapplicationandmodifytheacceptor’s dataappearingonthescreenaccordingtoyourneeds.Thesoftware
interfaceisverysimpleanduser-friendly;incase,itsInstructionManualisavailableon thesamepageofourwebsite.
10 Downloadthenewconfigurationtothecoinacceptor,switchpowersupplytoselectoroffandthenonagain.
11 Testthatoperationcorrespondstothenewconfigurationprogrammed.
12 Switchpower offanddisconnecttheselectorfromthePCUSBport.
THIS IS DONE THROUGH THE K-P1C-000009 PROGRAMMING KIT AND THE
“Programming sw 66 v. 2 - Alberici coin selector” SOFTWARE.
THE SOFTWARE ITSELF AND ITS MANUAL, CONTAINING INSTRUCTIONS FOR KIT CONNECTIONS AND PROGRAMMING
PROCEDURES,ARE BOTH AVAILABLE FREE FOR DOWNLOAD ON OUR WEBSITE www.alberici.net.

6. AL66 FG MDB COMMANDS:
Please find following the commands relevant to the operation of the AL66 FG coin acceptor.
For further details, please refer to the document “Multi-Drop Bus / Internal Communication Protocol MDB/ICP
(Version 4.2 - February, 2011)”, Section 5 "Coin Acceptor/Changer VMC/Peripheral Communication
Specifications"
The following set of commands has been implemented in the AL66 FG MDB version:
Command
Byte1
Byte2
Data no. bytes
expected
Data no. bytes
returned
Reset
0x08
0
ACK
Status
0x09
0
23
Poll
0x0B
0
1..16
Coin Type
0x0C
4
ACK
Expansion Command: Identification
0x0F
0x00
0
33
Expansion Command: Diagnostic Info
0x0F
0x05
0
2…16
Examples:
Please Note: the mark “*” indicates ‘mode bit set’; “_” indicates ‘mode bit not set’.
// Reset
TX> *08 _08
RX< *00
// Status
TX> *09 _09
RX< _03 _19 _78 _01 _02 _00 _00 _C8 _64 _32 _14 _0A _05 _00 _00 _00 _00 _00 _00_00 _00 _00 _00 *18
TX> _00
z1=03 : level 3
z2,z3=1978 : euro
z4=01 : coin scaling factor
z5=02 : decimal places
z6,z7=0000
z8=C8 : coin type 0 has value 200
z9=64 : coin type 1 has value 100
z10=32 : coin type 2 has value 50
…
z13=05 : coin type 5 has value 5
z14=00 : coin type 6 is unused
…
// Poll
TX> *0B _0B
RX< _00 *00 // just reset
TX> _00
TX> *0B _0B
RX< *00 // ack
TX> *0B _0B
RX< _01 *01 // flight deck open (escrow lever activation)
TX> _00
TX> *0B _0B
RX< _05 *05 // double arrival
TX> _00

TX> *0B _0B
RX< _21 *21 // slug
TX> _00
TX> *0B _0B
RX< _22 *22 // two slugs since last poll
TX> _00
TX> *0B _0B
RX< _41 _00 *41 // coin type 1 accepted
TX> _00
TX> *0B _0B
RX< _40 _00 *40 // coin type 0 accepted
TX> _00
TX> *0B _0B
RX< _21 _40 _00 *61 // slug + coin type 0 accepted
TX> _00
TX> *0B _0B
RX< _41 _00 _40 _00 *81 // coin type 1 accepted + coin type 0 accepted
TX> _00
// Coin Type
TX> *0C _00 _03 _00 _00 _0F
RX< *00
y1/y2=00 03 : coin type 0 and 1 enabled; all the others are disabled
// Expansion Command: Identification
TX> *0F _00 _0F
RX< _41 _4C _42 _30 _30 _30 _30 _30 _31 _32 _33 _34 _35 _36 _37 _43 _53 _20 _50 _43 _4D _20 _30 _31
_20 _20 _20 _09 _99 _00 _00 _00 _02 *46
TX> _00
z1,z2,z3=414C42 : "ALB" manufactur code
z4..z15=303030303031323334353637 : serial nuber=000001234567
z16..z27=43532050434D203031202020 : model number="CS PCM 01"
z28..z29=0999 : sw version=9.99
z30..z33=00000002 : b1=1 extended diagnostic command supported
// Expansion Command: Diagnostic Info
TX> *0F _05 _14
RX< _06 _00 *06 // (06,00)=Inhibited by VMC
TX> _00
TX> *0F _05 _14
RX< _03 _00 *03 // (03,00)=OK
TX> _00
TX> *0F _05 _14
RX< _11 _10 *21 // (11,10)=flight deck open
TX> _00
TX> *0F _05 _14
RX< _11 _00 *11 // (11,00)=general internal error (eg: sensor/optic fault)
TX> _00
TX> *0F _05 _14
RX< _11 _00 _06 _00 *17 // = general internal error + Inhibited by VMC
TX> _00

The connector is pin-to-pin compatible with
the one on the AL66 FG coin selectors
7. DRIVING IS3 and IS4 SPI SORTERS:
To attribute the appropriate sorting commands, please refer to the output paths shown below, and to the
directions given in the description below “7SPI DISPLAY AD01 SERIAL PROTOCOL”.
SPI DISPLAY AD01 SERIAL PROTOCOL
The Alberici display AD01 consists of standard 16x2 characters LCD module with parallel interface,
background light, equipped with a small controller pcb for SPI communication with the host. It has
been designed to be used as a display accwessory for AL66 FG coin selectors, but it can be used
with any other host capable to interface through SPI.
7.1 Communication specifications
Slave mode operation
8 bit rate
Maximum Clk freq. = 2 MHz
Clk phase = 0; Transfer on the first clock edge
Clk polarity = 0; Transfer on clock transition low to high
7.1.1 Clock frequency
Clock frequency is not critical but if it is to low thandisplay will blink whennewdata or refresh of the
olddata is done. Maximum frequency is limited with connection cable capacity and should be max 2
MHz for short connection(less than 300 mm). Recommendedfrequencyisabove100KHztill1MHz.
7.1.2 Power supply
The background light of the displaymust be powered by 8-26Vdc. The logic circuit must be powered by 5
Vcd.See connectorin section 1.3.
7.1.3 Connection (SPI Interface)

7.2 Message structure
The display can work only as slave and does not reply to any of the command messages sent by
the host. Thereare two differentsetsof commands:
- Display coin selectordata
- Display message
First set is used to show specific coin selector data and second is used to show any display message.
7.2.1 Display coin selector data
The coin selector will send to the display controller the following command string:
[ 0xC0]
[ 0x08]
[ Display mode ]
[ Display multiplier and decimal position ]
[ Display light int. ]
[ Accumulated credit ]
[ Accumulated value ]
[ Timein minutes ]
[ Time in sec. ]
[ Display warnings ]
The first byte 0xC0 in message string means the type of message. The Hex code 0xCO displays specific
data of the coin selector.
The second byteisalways 0x08 andrepresents the8bytes of data in the string.
Display mode is the code for showing further
and different coin selector data. It is not possible
to show all the data of the coin selector at the
sametime.
Table 2 shows ossible combinationsandcodes:
A special case of message is when this byte is
0x00 and there are no other of data to consider.
It is used to turn off the background light of the
display, stop the operation of the display device,
and set to power saving mode (stop mode) the
MCU communication.
Details concerning such data are not described in this document.
The Display multiplier and decimal position code
must be used when the inserted
value must be displayed.
Coin selectors use relative coinvalue for
their programming - but this is not at all
a practical information to be displayed for
Users.
Becauseof that, this value must usually be
multiplied and decimals must be set.
For instance: if the 50 cent coin has been
programmed with relative value = 1, in
order to display its value as an
understandable 0,50 €, the relevant value
1 must be multiplied by 50. For this reason,
2decimal positions must be made available.
Tables 3a and 3b show the codes
corresponding to the various multipliers
and to the decimal positions.

Warning: when the host sends the brightness value to the display, be aware that high power supply
can damage the light driver or the background LED-s if a high brightness value has been set.
The Display light intensity byte allows to set the duty cycle of the driver of the light brightness
(Pulse Width Modulation).
When the display is connected to the coin selector, the intensity of its background light will then be stored
into the coin selector NV memory (FLASH), and it will remain stable even if powersupplyischanged.
The Accumulated credit byte represents the amount of the accumulated credit for the coin
selectors that are programmed for releasing the credit signal only after the “Request” command
has been activated.
The Accumulated value can be the coin value inserted in the coin selector, or the credit value
remaining after the credit impulse has been activated, or the remaining time after the timer count-
down has been activated. The accumulated value will be displayed according to the multiplier and
decimal position code!
The Time is displayed in format: 'mm : ss'. The coin selector will refresh the display every second
as long as the timer output is active.
The Display warnings can show the status of the coin selector or other warnings. Warnings and
relevant codes are shown in table4.
Any other code sent will produce no result on the display, so this one will be blank.
7.3 Display message
The Host can send commands to show any text on a 16x2 digits display. The following command
strings must be used:
[ 0xC1 ]
[ number of bytes ] [ Character address ] [ Data 1 ]
[ Data 2 ]
……
[ Data n ]
First byte 0xC1 string means the type of message. The Hex code 0xC1 is for general message.
The second byte means the amount of data bytes (n) in the message, including the address (n+1).
The third byte corresponds to the character address: it starts by 0x00 for the beginning of the first digit
on first line (top), and finishes by 0x1F for the last digit on second line (bottom). T
he second line begins by address 0x10.
The bytes that follow share the same structure of the character codes of the Display table (Table 4).

8. MAINTENANCE:
To ensure proper functioning, clean the coin path approx. every 10.000 dropped coins.
Take special care to the optical sensors.
1 Cleaning the coin path
Use a clean cloth moistened with glass cleaning product. Do not use smeary liquids.
2 Cleaning the optical sensors:
Insert a flatscrewdriver as in picture,t hen carefully force the lower cover up and out.Pay attention not
to break the plastics, andtakecarenottostretch orbreak thecopper wiresoftheelectriccoil.
Removedustanddirtyparticlesfromthe
opticalsensorprisms.
Ifmattorscratched,theprismsmustbereplaced.

9. WARRANTY:
The manufacturer will fix malfunctions arising from production faults in this machine or parts of it within
12 months from the date of sale.
All communications referring to guarantee repairs or replacements must be accompanied by the
product serial number and the copy of the sale invoice.
To obtain your guarantee repair, please send the part to the Dealer where you purchased the machine,
together with the following documents:
- copy of the sale invoice
- delivery note stating “returned for guarantee repair”
- detailed report of the problem found and the circumstances in which it occurs.
Before sending the product, please get in touch with your Dealer or with Alberici S.p.a. (+39 051
944300); very malfunctions can be fixed via a simple phone call, saving you costs and time.
Alberici S.p.a. will verify that warranty is applicable, i.e. that problem is not caused by:
- transport damages
- damages from incorrect installation or wrong configuration
- installation in premises or areas not complying with the prescribed safety requirements
- intentional or unwilled tampering
- wrong or careless use or maintenance
- non-compliance with precautions prescribed (see Chapter 4. Caution)
- natural disasters, vandalisms, intentional or unintentional damage
Guarantee is considered automatically expired if outer and inner labels are missing.
Transport costs of repaired products are at the Customer’s charge.
10. CUSTOMER SERVICE:
Alberici S.p.a. will be pleased to offer all the necessary information on use, ordinary maintenance and
technical service. Please call ([phone] and specify if your request concerns information on
use or technical support.

______________________________
Alberici S.P.A.
Progettazione e produzione sistemi di pagamento, accessori per videogames e vending machines
Via Ca’ Bianca 421, 40024 Castel San Pietro Terme (BO), Italia
Telefono:[phone] r.a. –Fax:[phone] –P.Iva:00627531205
E-mail: [e-mail] –Url: http://www.alberici.net
La ditta Alberici S.p.A., avente sede in via Ca’ Bianca, 421, 40024 Castel San Pietro Terme (BO) – Italia,
D I C H I A R A
Che il sistema classificato nella famiglia di prodotto apparecchio elettrico d’uso domestico e similare –
dispositivo elettronico: gettoniera, finito di costruire ed assemblare il
univocamente da: / / , identificato
Modello Configurazione Protocollo N° di Serie e/o matricola
AL66 FG V K
S I
Aes256 DH ccTalk
Aes2048 DH Standard _ _ _ _ _ _ _ _ _ _ _ _ _ _
Essendo realizzato conformemente al modello prototipo campione denominato AL66 FG V, finito di testare
positivamente ai fini EMC e LVD (rapporto 7037CE-AL66.doc) il 25/09/2015, dalla STP S.r.l., con sede
legale in via P.F. Andrelini, 42, 47121 Forlì (FC), Italia e sede operativa in via San Donnino, 4, 40127
Bologna (BO), Italia, risulta essere conforme a quanto previsto dalle seguenti direttive comunitarie:
a) le norme armonizzate (per i punti applicabili):
- CEI EN 55014-1 (CEI 110-1);
- CEI EN 55014-2 (CEI 210-47);
- CEI EN 55022 (CEI 110-5);
- CEI EN 55024 (CEI 210-49);
- CEI EN 60065 (CEI 92-1);
- CEI EN 60335-1 (CEI 61-150);
- CEI EN 60335-2-82 (CEI 61-226);
- CEI EN 60950-1 (CEI 74-2);
- CEI EN 61000-3-2 (CEI 110-31);
CEI EN 61000-3-3 (CEI 110-28);
CEI EN 61000-4-2 (CEI 210-34);
CEI EN 61000-4-3 (CEI 210-39);
CEI EN 61000-4-4 (CEI 210-35);
CEI EN 61000-4-5 (CEI 110-30);
CEI EN 61000-4-11 (CEI 110-29);
CEI EN 61000-6-1 (CEI 210-64);
CEI EN 62233 (CEI 61-251).
b) In conformità ai requisiti essenziali di sicurezza della Direttiva Bassa Tensione:
- L. 791 del 18 Ottobre 1977 e s.m.
- 2014/35/UE del 26 Febbraio 2014;
c) in conformità ai requisiti essenziali di sicurezza della Direttiva Compatibilità Elettromagnetica:
- D.Lgs. 194 del 06 Novembre 2007.
- 2014/30/UE del 26 Febbraio 2014;
Che conferiscono la presunzione di conformità alla Direttiva 2014/30/UE
Castel San Pietro Terme (BO), Italia lì, / /
Il Presidente
COMPLIANCE DECLARATION
DIRECTIVE 2014/35/CE - DIRECTIVE 2014/30/UE

Alberici S.p.A. reserves the right to make changes to the equipment described and to its technical
specifications at any time and without notice, in pursuit of continual improvement of this product.
NOTICE

ViaCa’Bianca421