ACV E-tech P 201 Installation and maintenance instructions

EN • 1
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
Installation, operating and
servicing instructions
57 - 115 - 144 - 201 - 259 [Tri phase]

EN • 2
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
WARNINGS 3
Who should read these instructions 3
Symbols 3
Recommendations 3
Importants notes 3
INTRODUCTION 4
Description of the specifications 4
Casing 4
Heating body 4
Heating elements 4
Connection 4
Control 4
Electrical protection 4
INSTRUCTIONS 5
User data 5
Setting up 5
Heating system pressure 5
Control panel legend 5
TECHNICAL CHARACTERISTICS 6
Electrical data 7
Power 7
Nominal current per phase 7
INSTALLATION : GENERAL 8
Dimensions 8
Installation room 8
Boiler room 8
Frost protection 8
Connecting to the system 8
INSTALLATION : HYDRAULIC 9
Heating connection 9
Heating connection + DWL 9
INSTALLATION : ELECTRIC SUPPLY 10
General safety rules 10
Important 10
Electrical connections 10
Sizing of supply wires 11
Power variation (kW) relative to voltage 11
Wiring diagrams 12
Power limitation 13
Powers wiring / Model : E-Tech P / 57 14
Powers wiring / Model : E-Tech P / 115 15
Powers wiring / Model : E-Tech P / 144 16
Powers wiring / Model : E-Tech P / 201 18
Powers wiring / Model : E-Tech P / 259 20
COMMISSIONING 22
Commissioning - Water 22
Commissioning - Electrical 22
Starting the boiler 22
22
MAINTENANCE 23
SPARE PARTS See at the end of this manual
INDEX

EN • 3
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
WHO SHOULD READ THESE INSTRUCTIONS
These instructions should be read by:
- the specifying engineer
- the installer
- the user
- the service engineer
SYMBOLS
RECOMMENDATIONS
• These instructions are an integral part of the equipment to
which they relate and must be handed to the user.
• The product must be installed and serviced by qualified
engineers in accordance with the regulations in force.
• The manufacturer declines all liability for any damage caused
as a result of incorrect installation or in the event of the use
of appliances or accessories that are not specified by the
manufacturer.
• Any failure to follow instructions relating to tests and test
procedures may result in personal injury or risks of pollution.
• It is important to switch the boiler off from the external
switching device before carrying out any work.
• There are no user parts inside the control panel.
• The installation must be in accordance with the current
standards.
IMPORTANTS NOTES
The manufacturer reserves the right to change the
technical characteristics and specification of its
products without notice.
The availability of certain versions and their accessories
can vary following the market.
Warning : Do not switch ON if there is a possibility that the
water in heater is frozen.
WARNINGS
Danger of burns
Essential instruction for
the safety of persons
and the environment.
Danger of electrocution.
Essential instruction for
the correct operation
of the installation.

EN • 4
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
DESCRIPTION OF THE SPECIFICATIONS:
This floor standing electric boiler is available in 5 models :
- Model 57 with a power of 57,6 kW
- Model 115 with a power of 115,2 kW
- Model 144 with a power of 144 kW
- Model 201 with a power of 201,6 kW
- Model 259 with a power of 259,2 kW
The power circuit is supplied with 400 Volt tri phases without
neutral.
The control circuit is supplied with 230 Volt single phase.
CASING
The boiler is protected by a steel casing that has a red stove
enamelled finish.
HEATING BODY
The boiler heating body is constructed from mild steel with
welded joints. It is hydraulic tested at a pressure of 5,2 bar
(maximum working pressure = 4 bar).
HEATING ELEMENTS
Immersion heaters, constructed from stainless steel Incoloy 800
are mounted in the front of the boiler, provide the heating source
to the boiler.
CONNECTION
The boiler is suitable for connection to most heating and water
process systems, with a maximum working pressure of 4 bars and
a maximum temperature of 90°C. It can also be used in multiple
boiler installations allowing greater outputs to be achieved.
The boiler and connection glands are provided for the power
supply, the control supply and optional external controls.
CONTROL
The boiler is equipped with an electronic sequencing control that
constantly adapts the power required thanks to a four stage
modulation.
The boiler is commonly controlled by an external contact
(i.e. room thermostat). The maximum power can be limited to
25%, 50% or 75% by moving electrical bridges.
ELECTRICAL PROTECTION
The control circuit is protected by an internal 3 Amp MCB.
The power circuit is protected at its input by 3 power fuses.
Moreover, each contactor - supplying a pair of electric stars
(28,8kW) - is protected by an automatic thermal and magnetic
safety relay.
INTRODUCTION
1. Control panel
2. Heating elements
3. Contactor and safety relays
4. Optional controller
5. Control circuit
6. Main fuses and power connections
7. Removable access panel
5
1
4
2
3
6
7

EN • 5
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
USER DATA
All user controls are situated on the front panel of the boiler,
there are no user controls inside the boiler casing.
The following instructions assume that the boiler has been
commissioned, and that the system is filled with water and has
been fully vented.
SETTING UP
• Before switching on any electrical supplies to the boiler ensure
that the combined temperature and pressure gauge reads at
least 1 bar and the control thermostat is set to the desired
temperature.
• If any other auxiliary controls are fitted e.g. programmer, room
thermostats, cylinder thermostats etc, consult appropriate
manufacturers’ instructions to switch these on.
• Switch the winter/summer switch to winter position.
• Switch on any local means of isolation to boiler.
Ensure all the jacket panels are secured before
switching on electrical supply from the external
isolator.
• Switch the boiler on using the ON/OFF switch (a test of the
lights is done).
• After a short period of time the boiler temperature should
start to rise, indicated on combined temperature and pressure
gauge. The modulation level is displayed on the front panel
by the stage indicator lights. If the boiler fails to operate, the
overheat safety thermostat should be checked.
Access to the thermostat reset button is obtained by unscrewing
(anti-clockwise) the domed button cover on the front panel
(a screwdriver is not required).The reset button can then
be seen - press the button, a click should be heard and the
button is reset. If no click was heard the device is not at fault
and further investigation is required by a suitably qualified
engineer.
• The external programmer can now be set to allow on/off
periods as desired. The ON/OFF switch should be left in the
ON position during normal use.
The power level indicator will automatically light on and
off during normal boiler operation, depending on boiler
temperature.
• If the boiler is not in regular daily use during cold periods, it is
recommended that it is fitted with a frost sensing thermostat
to prevent the system from freezing.
• As with most boilers and heating appliances the casing and
pipework can get hot during normal running so the boiler must
not be covered and the surrounding area must be kept clear.
HEATING SYSTEM PRESSURE
The CH pressure must be a minimum of 1 bar and must be
checked by the end user on a regular basis. If the pressure drops
under 0.5 bar, the integrated water pressure switch blocks the
appliance until the pressure in the system returns to a level
above 0.8 bar.
The installer must fit an external filling loop to the system.
For more information, please ask your installer when the system
is delivered.
A pressure safety valve is provided with the appliance. If the
system pressure exceeds 4 bars, this valve opens and drains
the water from the system. In this case, please contact your
installer.
INSTRUCTIONS
CONTROL PANEL LEGEND
1. Control thermostat :
1 = 25°C
2 = 40°C
3 = 55°C
4 = 70°C
5 = 85°C
2. ON/OFF switch
3. Summer/Winter switch
4. Manual reset high limit thermostat
5. Overheating warning light
6. Minimum water pressure warning light
7. Combined temperature and pressure gauge
8. Power level indicators
9. Optional internal controller
1 2 3 9
4 5 6 7 8

EN • 6
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
TECHNICAL CHARACTERISTICS
Model 57 115 144 201 259
Power 57,6 kW 115,2 kW 144 kW 201.6 kW 259,2 kW
Nominal supply voltage
Power circuit 3 x 400 V 3 x 400 V 3 x 400 V 3 x 400 V 3 x 400 V
Control circuit 1 x 230 V
50/60 Hz
1 x 230 V
50/60 Hz
1 x 230 V
50/60 Hz
1 x 230 V
50/60 Hz
1 x 230 V
50/60 Hz
Heating element type 4 x 3 x 2.4 kW 4 x 3 x 2.4 kW 4 x 3 x 2.4 kW 4 x 3 x 2.4 kW 4 x 3 x 2.4 kW
Number of elements 24579
Ohmic value
of single resistance (2,4 kW) 22,0 Ohm 22,0 Ohm 22,0 Ohm 22,0 Ohm 22,0 Ohm
Water capacity
(Litres) 60 60 60 102 102
Max. working pressure (bars) 44444
Min. working pressure (bars) 0.8 0.8 0.8 0.8 0.8
Max. working temperature
(°C) 90 90 90 90 90
Hydraulic pressure drop
(mbar) [ΔT = 10°C] 20 79 123 20 33
Heating connection 2” [F] 2” [F] 2” [F] DN 100 (*) DN 100 (*)
Height (mm) 1495 1495 1495 1495 1495
Width (mm) 542 542 542 542 542
Depth (mm) 567 567 567 567 567
Weight empty (kg) 110 123 131 187 200
(*) DN100 flanges to be welded

EN • 7
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
POWER
Models Power (kW)
Stage 1
Power (kW)
Stage 2
Power (kW)
Stage 3
Power (kW)
Stage 4
Total Power
(kW)
E-Tech P / 57 14,4 14,4 14,4 14,4 57,6
E-Tech P / 115 28,8 28,8 28,8 28,8 115,2
E-Tech P / 144 36,0 36,0 36,0 36,0 144,0
E-Tech P / 201 50,4 50,4 50,4 50,4 201,6
E-Tech P / 259 64,8 64,8 64,8 64,8 259,2
TECHNICAL CHARACTERISTICS
NOMINAL CURRENT PER PHASE
Models Stage 1
(A)
Stage 2
(A)
Stage 3
(A)
Stage 4
(A)
Total current
per phase
(A)
E-Tech P / 57 20,9 20,9 20,9 20,9 83,6
E-Tech P / 115 41,7 41,7 41,7 41,7 166,8
E-Tech P / 144 62,7 62,7 41,8 41,8 209
E-Tech P / 201 83,5 83,5 62,6 62,6 292,2
E-Tech P / 259 83,5 104,4 83,5 104,4 375,8

EN • 8
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : GENERAL
E
F
B
D
C
A
INSTALLATION ROOM
The minimum clearance around the appliance must comply
with the figure shown opposite.
BOILER ROOM
• Electric boilers must be installed in boiler rooms complying
with the relevant technical standards and applicable
regulations.
• The appliance should never be installed outdoors, because
it has not been designed for and is not equipped with
automatic defrosting systems.
• If possible, install the boiler above the ground level, to
reduce the risk of flooding the electrical components.
FROST PROTECTION
The boiler is NOT fitted with frost protection. If the boiler is
being installed in a position where freezing could take place,
then a suitable external frost thermostat should be fitted.
CONNECTING TO THE SYSTEM
The boiler is designed to operate on a sealed system (ie. no
open vent or feed and expansion tank).
An adequate expansion vessel, sized accordingly must be
installed in the system.
TOP VIEW
500 mm
500 mm
DIMENSIONS
Models
A
mm
B
mm
C
mm
D
mm
E
mm
F
mm Heating connection
E-Tech P / 57 1495 567 550 183 542 125 2” [F]
E-Tech P / 115 1495 567 550 183 542 125 2” [F]
E-Tech P / 144 1495 567 550 183 542 125 2” [F]
E-Tech P / 201 1495 567 1100 183 542 125 DN 100
E-Tech P / 259 1495 567 1100 183 542 125 DN 100

EN • 9
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : HYDRAULIC
19 20
19 20
17 18
17 18
15 16
15 16
13 14
13 14
11 12
11 12
9 10
9 10
I max = 5A
HEATING CONNECTION
HEATING CONNECTION + DHW (2 Circulating pumps)
19 20
19 20
17 18
17 18
15 16
15 16
13 14
13 14
11 12
11 12
9 10
9 10
The controller is factory programmed with DHW
priority.
To cancel the DHW priority, remove the black
wire from I7 and connect to I8 in the electronic
controller.
Warning : Size the flow rate in hydraulic circuit to
insure a 10°C maximum ΔT.
Adjustable temperature
1 = 25°C
2 = 40°C
3 = 55°C
4 = 70°C
5 = 85°C
0 - 90°C
1 = 25°C
2 = 40°C
3 = 55°C
4 = 70°C
5 = 85°C
0 - 90°C
B Bk Pk R W G W Bk G Pk V
Q1 Q3 Q5 Q6Q4 Q7 Q8Q2
L N I1 I2 I3 I4 I5 I6 I7 I8 I9 I10 I11 I12
B Bk Pk R W G W Bk G Pk V
Q1 Q3 Q5 Q6Q4 Q7 Q8Q2
L N I1 I2 I3 I4 I5 I6 I7 I8 I9 I10 I11 I12
I7 = DHW priority I8 = DHW priority

EN • 10
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
WARNING !!!
Size the flow rate in the hydraulic circuit to ensure a 10°C
maximum ΔT.
GENERAL SAFETY RULES
• The boiler must be installed by a competent person or
registered company.
• After the installation work, the installer must issue a statement
of compliance, declaring that the installation has been carried
out in a workmanlike manner, as defined for by the applicable
regulations.
• Make sure that the wiring system and the power input lines are
designed and installed by skilled engineers in compliance with
the applicable regulations.
IMPORTANT
• As far as the power input to the boiler is concerned, the
installation must comply with IEC 364 standards and other
provisions concerning installation conditions.
• The default electrical safeties integrated in the boiler protect
the internal parts of the boiler. Electrical safeties, including
isolators must be installed in an external box.
• For protection against electrical hazard, it is always
recommended to install a differential cut-out device (Ground
Fault Isolator) on the power supply circuit, upstream of the
boiler.
• For protection against overheating, it is advisable to place an
external positive safety power cut-out, controlled by the boiler
safety thermostat.
ELECTRICAL CONNECTIONS
1. Remove the right panel cover and the top panel
2. Connect the electrical supply to the control circuit and all
accessories (room thermostat, …)
3. Pass the power cabels thought the cable glands located in
the rear panel.
Models Standard
cable gland
Optional
cable gland (*)
E-Tech P / 57 1 x PG 36 4 x PG 21
E-Tech P / 115 1 x PG 48 4 x PG 21
E-Tech P / 144 1 x PG 48 4 x PG 21
E-Tech P / 201 4 x PG 29 1 x PG 48
E-Tech P / 259 4 x PG 29 1 x PG 48
(*) Optionally, the installer has the possibility to remove the standard cable
glands and install the optional cable glands (not supplied) on site.
4. Connect the earth using a ring terminal.
5. Open the power connections box.
6. Remove the bottom protection.
7. Connect the power wires to the main connections using ring
terminals.
(*) a transormation kit is supplied with the boiler in order to
connect the power wires using compression terminals (see
detailled instructions sheet in the kit).
Optional connection
34
1
1
2
5
8. Remount the bottom protection and close the power
connections box.
6

EN • 11
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
SIZING OF SUPPLY WIRES
The supply wires are sized depending of the type and current of
the MCB. The MCB last is sized depending of the nominal current
of the boiler. The admissible current of the supply wires depends
of the ambient temperature, the section, the length and the
insulation of the wires, the wires ducts, the mounting and the
environment.
The following values are given for information for an ambient
temperature of 25°C and a maximum length of 5 meters. In all
the circumstances, the installation must be in accordance with
the current IEE wiring regulations.
Diameter
mm2
Current
Amp
1,5 16
2,5 25
4,6 36
10 47
16 65
25 87
35 115
50 143
70 178
95 220
120 265
150 310
185 355
240 480
For higher temperatures, the supply wire diameter should be
adapter according the derating factor.
T ambient
°C
Current derating
%
25 100
30 92
35 85
40 75
45 65
50 53
55 38
POWER VARIATION (kW) RELATIVE TO VOLTAGE
Models 3 x 380 V 3 x 400 V 3 x 415 V 3 x 440 V
E-Tech P / 57 51,4 57,6 62,0 70
E-Tech P / 115 103,8 115,2 124,0 139
E-Tech P / 144 130,0 144,0 155,0 174
E-Tech P / 201 181,4 201,6 217,0 244
E-Tech P / 259 233,7 259,2 279,0 314

EN • 12
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
B : Blue
Bk : Black
Br : Brown
G : Grey
Or : Orange
Pk : Pink
R : Red
V : Violet
W : White
Y : Yellow
Y/Gr : Yellow/Green
A ON/OFF switch
B Manual reset high limit thermostat
C Water pressure switch
D Summer / Winter switch
E Boiler thermostat 0 - 90°C
F Alarm indicator
G Electronic controller
I1 High temperature
I2 Water pressure
I3 Common alarm signal
I4 Boiler demand
I5 Central heating demand
I6 DHW demand
I7 DHW priority
I8 Without DHW priority
I9 SW1 (power limitation)
I10 SW2 (power limitation)
Q1 K1
Q2 K2
Q3 K3
Q4 K4
Q5 Heating pump
Q6 DHW pump
Q7 Water pressure warning light
Q8 High temperature warning light
INSTALLATION : ELECTRIC SUPPLY
1Br Br Br
A
2Y/Gr
Y/Gr
3BBB
Bk
G
Or
Pk
RR
Bk Bk
Bk
B
5
15
Y/Gr 18
B8
B6
B B BV
Pk
V
K2
B B B
Pk
Pk
B Bk Pk R W
WW
G W Bk G Pk
Bk Bk
V BkBk
K1
B BW W
K3
B B B B B
Bk
Bk
WW VV
K4
24
23
14
13
Bk Bk R R R R R
18
16
BR
R
BOr
R
20
19
BOrOr
22
21
Q1 Q3 Q5 Q6Q4 Q7 Q8Q2
L N I1 I2 I3 I4 I5 I6 I7 I8 I9 I10 I11 I12
Bk 4Or 7
2625 28 30
27 29
Bk W
11 12
Pk V
9 10
P
t
C
2
1
t
C
1
2
C
1
2
3 Amp
MCB
BC
E
D
F
G
WIRING DIAGRAMS

EN • 13
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
21 3 5 15 174 7 9 10 11 12 13 16 19 21 23 25 26 27 28 29 306 8 14 18 20 22 24
Power L
Power PE
Power N
230 V OUT (L)
230 V OUT (PE)
230 V OUT (N)
Safety relay (L)
Safety relay (N)
Central heating demand (OUT)
Central heating demand (IN)
DHW demand (IN)
DHW demand (OUT)
Central heating pump 230 V
Central heating pump (N)
Central heating pump (PE)
DHW pump 230 V
DHW pump (PE)
DHW pump (N)
Water pressure alarm 230 V
Water pressure alarm (N)
Safety thermostat alarm 230 V
Safety thermostat alarm (N)
Heating ON signal (busy) 230 V
Heating ON signal (busy) (N)
ON / OFF switch
ON / OFF switch
Heating power SW1
Heating power SW1
Heating power SW2
Heating power SW2
CONTROL CIRCUIT TERMINAL
POWER LIMITATION :
The maximum power of the boiler can be limited from 25 to 100%
by acting on the SW1, SW2 electrical bridges as mentioned in
the table below.
Power 25% 50% 75% 100%
SW1 0 1 0 1
SW2 0 0 1 1
25% = Only 1 stage
50% = Only 1 and 2 stages
75% = Only 1 to 3 stages
100% = All stages
Any change to the power limitation will alter the
current once the boiler has switched to stand-by (busy
signal is OFF). The external management system can
then open the ON/OFF link.

EN • 14
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
K1 - 1
Q1 - 1
K2 - 1
Q2 - 1
K3 - 1
Q3 - 1
K4 - 1
Q4 - 1
L1 L2 L3
F-100A
20 x 5 mm
35 mm2
POWER WIRING / MODEL : E-TECH P / 57
25
L2
L3
NO
20
SMB 52
BF09
L1
23
L2
L3
NO
SMB 52
BF09
L1
K1 - 1
K2 - 1
L1
NO
L3
L2
NO
L3
A2
L2
L1
A1A2 A1A2 A1A2 A1
BF09
BF09
25 23
20 K3 - 1
25 23
20
SMB 52
SMB 52
K4 - 1
K4 - 1
Stage 4
K3 - 1
Stage 3
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K4 - 1
Stage 4
K3 - 1
Stage 3
K2 - 1
Stage 2
K1 - 1
Stage 1
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K2 - 1
Stage 2
K1 - 1
Stage 1
25
20
23

EN • 15
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
POWER WIRING / MODEL : E-TECH P / 115
25
L2
L3
NO
20
SMB 52
BF09
L1
23
L2
L3
NO
SMB 52
BF09
L1
K3 - 1
K3 - 2
L1
NO
L3
L2
NO
L3
A2
L2
L1
A1A2 A1A2 A1A2 A1
BF09
BF09
25 23
20 K4 - 1
25 23
20
SMB 52
SMB 52
K4 - 2
K3 - 2
Stage 3
K3 - 1
Stage 3
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K3 - 2
Stage 3
K3 - 1
Stage 3
K2 - 2
Stage 2
K2 - 1
Stage 2
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K2 - 2
Stage 2
K2 - 1
Stage 2
K1 - 2
Stage 1
K1 - 1
Stage 1
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K1 - 2
Stage 1
K1 - 1
Stage 1
K4 - 2
Stage 4
K4 - 1
Stage 4
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K4 - 2
Stage 4
K4 - 1
Stage 4
25
20
23
25
L2
L3
NO
20
SMB 52
BF09
L1
23
L2
L3
NO
SMB 52
BF09
L1
K1 - 1
K1 - 2
L1
NO
L3
L2
NO
L3
A2
L2
L1
A1A2 A1A2 A1A2 A1
BF09
BF09
25 23
20 K2 - 1
25 23
20
SMB 52
SMB 52
K2 - 2
25
20
23
K1 - 2
Q1 - 2
K1 - 1
Q1 - 1
K2 - 2
Q2 - 2
K2 - 1
Q2 - 1
K3 - 2
Q3 - 2
K3 - 1
Q3 - 1
K4 - 2
Q4 - 2
K4 - 1
Q4 - 1
L1 L2 L3
F-200A
20 x 5 mm
95 mm2

EN • 16
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
K1 - 3
Q1 - 3
K1 - 2
Q1 - 2
K1 - 1
Q1 - 1
K2 - 3
Q2 - 3
K2 - 2
Q2 - 2
K2 - 1
Q2 - 1
K3 - 2
Q3 - 2
K3 - 1
Q3 - 1
K4 - 2
Q4 - 2
K4 - 1
Q4 - 1
L1 L2 L3
F-250A
20 x 5 mm
120 mm2
POWER WIRING / MODEL : E-TECH P / 144

EN • 17
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
POWER WIRING / MODEL : E-TECH P / 144
25
L2
L3
NO
20
SMB 52
BF09
L1
23
L2
L3
NO
SMB 52
BF09
L1
K3 - 1
K3 - 2
L1
NO
L3
L2
NO
L3
A2
L2
L1
A1A2 A1A2 A1A2 A1
BF09
BF09
25 23
20 K4 - 1
25 23
20
SMB 52
SMB 52
K4 - 2
K2 - 3
Stage 2
K2 - 2
Stage 2
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K2 - 3
Stage 2
K2 - 2
Stage 2
K2 - 1
Stage 2
K1 - 3
Stage 1
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K2 - 1
Stage 2
K1 - 3
Stage 1
K1 - 2
Stage 1
K1 - 1
Stage 1
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K1 - 2
Stage 1
K1 - 1
Stage 1
K4 - 2
Stage 4
K4 - 1
Stage 4
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K4 - 2
Stage 4
K4 - 1
Stage 4
K3 - 2
Stage 3
K3 - 1
Stage 3
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K3 - 2
Stage 3
K3 - 1
Stage 3
25
20
23
25
L2
L3
NO
20
SMB 52
BF09
L1
23
L2
L3
NO
SMB 52
BF09
L1
K1 - 1
K1 - 2
L1
NO
L3
L2
NO
L3
A2
L2
L1
A1A2 A1A2 A1A2 A1
BF09
BF09
25 23
20 K1 - 3
25 23
20
SMB 52
L1
NO
L3
L2
A2 A1
BF09
25 23
20 K2 - 1
SMB 52
L1
NO
L3
L2
A2 A1
BF09
25 23
20 K2 - 2
SMB 52
SMB 52
K2 - 3
25
20
23

EN • 18
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
K1 - 4
Q1 - 4
K1 - 3
Q1 - 3
K1 - 2
Q1 - 2
K1 - 1
Q1 - 1
K2 - 3
Q2 - 3
K2 - 2
Q2 - 2
K2 - 4
Q2 - 4
K2 - 1
Q2 - 1
K3 - 3
Q3 - 3
K3 - 2
Q3 - 2
K3 - 1
Q3 - 1
K4 - 3
Q4 - 3
K4 - 2
Q4 - 2
K4 - 1
Q4 - 1
L1 L2 L3
F-315A
30 x 5 mm
185 mm2
POWER WIRING / MODEL : E-TECH P / 201

EN • 19
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
K2 - 2
Stage 2
K2 - 1
Stage 2
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K2 - 2
Stage 2
K2 - 1
Stage 2
K2 - 4
Stage 2
K2 - 3
Stage 2
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K2 - 4
Stage 2
K2 - 3
Stage 2
K1 - 4
Stage 1
K1 - 3
Stage 1
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K1 - 4
Stage 1
K1 - 3
Stage 1
K1 - 2
Stage 1
K1 - 1
Stage 1
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K1 - 2
Stage 1
K1 - 1
Stage 1
K3 - 2
Stage 3
K3 - 1
Stage 3
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K3 - 2
Stage 3
K3 - 1
Stage 3
K4 - 1
Stage 4
K3 - 3
Stage 3
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K4 - 1
Stage 4
K3 - 3
Stage 3
K4 - 3
Stage 4
K4 - 2
Stage 4
T2
T2
T3
T2
T3
T1
T2
T3
T1
T3
T1
T1
K4 - 3
Stage 4
K4 - 2
Stage 4
L2
L3
NO
SMB 52
BF09
L1
K1 - 1
L1
NO
L3
L2
A2 A1A2 A1
BF09
25 23
20 K1 - 3
SMB 52
L1
NO
L3
L2
A2 A1
BF09
25 23
20 K1 - 4
SMB 52
L1
NO
L3
L2
A2 A1
BF09
25 23
20 K2 - 1
SMB 52
25
20
23
L2
L3
NO
SMB 52
BF09
L1
K1 - 2
A2 A1
25
20
23
25
L2
L3
NO
20
SMB 52
BF09
L1
23
L2
L3
NO
SMB 52
BF09
L1
K2 - 2
K2 - 3
L1
NO
L3
L2
A2 A1A2 A1A2 A1
BF09
25 23
20 K2 - 4
SMB 52
L1
NO
L3
L2
A2 A1
BF09
25 23
20 K3 - 1
SMB 52
25
20
23
25
L2
L3
NO
20
SMB 52
BF09
L1
23
L2
L3
NO
SMB 52
BF09
L1
K3 - 2
K3 - 3
L1
NO
L3
L2
A2 A1A2 A1A2 A1
BF09
25 23
20 K4 - 1
SMB 52
L1
NO
L3
L2
A2 A1
BF09
25 23
20 K4 - 2
SMB 52
L1
NO
L3
L2
A2 A1
BF09
25 23
20 K4 - 3
SMB 52
25
20
23
POWER WIRING / MODEL : E-TECH P / 201

EN • 20
ENGLISHFRANCAISNEDERLANDSESPAÑOLITALIANODEUTSCH
664Y3500
INSTALLATION : ELECTRIC SUPPLY
K1 - 4
Q1 - 4
K1 - 3
Q1 - 3
K1 - 2
Q1 - 2
K1 - 1
Q1 - 1
K3 - 4
Q3 - 4
K2 - 3
Q2 - 3
K2 - 2
Q2 - 2
K2 - 5
Q2 - 5
K2 - 4
Q2 - 4
K2 - 1
Q2 - 1
K4 - 5
Q4 - 5
K3 - 3
Q3 - 3
K3 - 2
Q3 - 2
K3 - 1
Q3 - 1
K4 - 4
Q4 - 4
K4 - 3
Q4 - 3
K4 - 2
Q4 - 2
K4 - 1
Q4 - 1
L1 L2 L3
F-400A
30 x 5 mm
240 mm2
POWER WIRING / MODEL : E-TECH P / 259