Riello Vokera AriaPRO ME Series Release note

AriaPRO ME
High efficiency heat pumps
Installation &
Servicing
Instructions
THESE INSTRUCTIONS
TO BE RETAINED
BY USER
Vokèra is a licensed member of the Benchmark scheme
which aims to improve the standards of installation and
commissioning of domestic hot water systems in the UK.

2

Dear Customer,
Thank you for choosing a Vokèra AriaPRO.
This booklet contains information necessary for the correct installation
of this appliance.
Thanks again.
VOKÈRA Ltd.
Compliance
The unit complies with the following Standards:
Electromagnetic Compatibility Directive 2004/108/EC as subsequently
amended
Machinery Directive 2006/42/EC as subsequently amended
Directive ErP 2009/125/ECw
Range
Warranty
The Vokèra product you bought has a SPECIFIC WARRANTY, valid from
the date of installation.
Conditions are specified in the WARRANTY CERTIFICATE, which we invite
you to read carefully.
Contents
The following symbols are used in this publication:
This booklet Doc-0075043 - Rev. 3 - (08/18) consists of 40 pages.
WARNING = actions requiring special care and appropriate training.
DO NOT = actions that MUST ON NO ACCOUNT be carried out.
Heat pumps Code
AriaPRO 004 ME 20099423
AriaPRO 006 ME 20099424
AriaPRO 008 ME 20099425
AriaPRO 012 ME 20099426
AriaPRO 015 ME 20099427
General
General notices
Check the integrity and completeness of the supplied equipment
as soon as you take it out of its packaging. If necessary, consult the
Agency that sold you the equipment.
All VOKÈRA equipment shall be installed by competent persons. The
installation must conform to current Legislation and the instructions in
this booklet.
These units must comply with their intended use, pursuant to their
performance characteristics.
VOKÈRA will not accept any liability for damages to property, people or
animals because of installation, calibration and maintenance mistakes
or erroneous usage of the equipment.
In case of abnormal operation, or leaks of liquids or refrigerant gases,
position the main switch of the system in the “off” position and close
the stop taps. Call VOKÈRA’s Technical Service or other professionally
qualified personnel immediately. Do not try to repair the unit.
This booklet must be kept carefully as it is an integral part of the
equipment and must ALWAYS be present, including in case of sale
of the equipment to another owner or user, or of transfer to another
system. Should the manual get damaged or lost, please ask for a
duplicate manual from the VOKÈRA’s Technical Service.
Repairs or maintenance actions must be carried out by VOKÈRA’s
Technical Service staff or other skilled staff, pursuant to the provisions
of this publication. Do not modify or tamper with this equipment, as
doing so might cause dangerous situation, for which the manufacturer
waives all liability.
In the installation and/or maintenance operations please adopt the
appropriate attire and accident prevention devices. The Manufacturer
waives all and any responsibility for failure to observe the safety and
accident prevention regulations from time to time in force.
Comply with the legislation in force on the country of deployment
with regard to the use and disposal of packaging, of cleaning
and maintenance products and for the management of the unit’s
decommissioning.
Pursuant to the EC standard n. 842/2006 on certain fluorinated
greenhouse gases, it is mandatory to declare the exact quantity of
refrigerant present in the installed system. This piece of information can
be found on the technical tag attached to the outdoor unit.
This unit contains fluorinated greenhouse gases covered by the Kyoto
protocol. Maintenance and disposal activities must be carried out
exclusively by skilled personnel.
The units contain refrigerant gas: handle them carefully, to avoid
damaging the gas circuit.
Fundamental safety rules
Do not allow children or unassisted disabled people to use the unit.
Do not open the access covers and carry out technical or cleaning
activities before disconnecting the unit from the power grid by
positioning the system’s main switch in the “off” position.
It is forbidden to modify the safety or regulation devices without the
authorisation and directions of the manufacturer.
Do not stand, sit and/or place objects on the unit.
Do not pull, detach or twist the electrical wires coming out of the unit,
even when the unit is disconnected from the power grid.
Do not spray or throw water directly on the unit.
Do not dispose of, abandon or leave the potentially hazardous
packaging materials within the reach of children.
It is strictly forbidden to touch any moving parts, interfere with them or
introduce pointed objects through the grids.
General
General notices ........................................ 3
Fundamental safety rules ................................. 3
Description ........................................... 4
Identification .......................................... 4
Technical Data......................................... 5
Performance based on the climatic zone .....................
Electrical data .........................................
Dimensions ........................................... 7
Electrical diagrams...................................... 8
Refrigerating circuit ..................................... 18
Installer
Product delivery........................................ 18
Handling and transportation ............................... 18
Access to inner parts...................................... 18
Installation ............................................ 19
Hydraulic connections ................................... 20
Condensate discharge connection.......................... 20
Electrical connections ................................... 21
Control panel.......................................... 22
System’s charging ...................................... 24
Technical Service
First commissioning..................................... 24
Stop for an extended period of time ......................... 24
System’s drainage ...................................... 24
Ordinary maintenance ................................... 24
Extraordinary maintenance ................................ 25
Adjustment of the circulation pump..........................
Control
Control panel.......................................... 26
Functions ............................................ 27
Fault signals ............................................ 30
At the end of its life, the product should
be not be disposed of as solid urban wa-
ste, but rather it should be handed over
to a differentiated waste collection centre.
3

Description
AriaPRO
The product is characterised by:
PAM and PWN modulation DC-INVERTER control, which allows the
compressor to modulate its performance continuously from 30% up to
120%, guaranteeing high energetic standards at all moments.
Pre-painted sheet metal cabinet.
ROTARY compressor, for size 4, and TWIN ROTARY, for sizes 6-8-
12-15, mounted on antivibration support and placed in a special
compartment.
Electronically controlled variable speed fan, ensuring a highly silent
operation.
AISI 316 stainless steel plate heat exchanger, utilities side, insulated
with closed cell anticondensation lining, complete with resistor and
differential pressure switch.
Exchanger made of copper pipes and aluminium corrugated fins.
Safety devices such as pressure switches, sensors, specific automatic
switches.
Integrated hydronic module, quickly installed with the help of a few
external components.
Micro-processor electronic control regulation performance
Climate control.
The AriaPRO range units are designed for the production of refrigerated
water for air conditioning, heated water for heating and sanitary hot water
for homes, residential units, etc., and are used together with terminal units
for small and medium systems.
They are designed for outdoor installation, so their constituent materials
were chosen for this specific requirement.
Identification
Technical Tag
The technical tag shows all technical and performance data of the
unit. Should the tag get lost, please ask for a duplicate tag from the
VOKÈRA’s Technical Service.
Any tampering with, the removal or the lack of the Technical Tag or of
any other element whose absence prevents certain identification of
the product makes it more difficult to install and maintain the product.
1Automatic air vent valve
2Temperature probe
3Safety valve (output 1/2’)
4Recirculation pump
5Cap to release pump seizure
6Flow meter
7Expansion tank
004 - 006 - 008 012 - 015
1
1
2
3
2
3
6
7
5
4
4
7
6
004 - 006 - 008 012 - 015
4

Technical Data
Reference conditions
Sound pressure measured in a hemispheric field 4 metres in front of the
fan.
Unit performances have been provided in reference to Directive UNI EN
14511:2011.
Fouling factor: 0.18 x 10-4 (m2 K)/W.
Model
004 ME 006 ME 008 ME 012 ME 015 ME
Performance in heating mode
Nominal capacity (1) kW 4,07 5,76 7,16 11,86 14,46
Power consumption (1) kW 0,98 1,35 1,80 3,00 3,54
COP (1) 4,15 4,28 3,97 3,95 4,09
Nominal capacity (2) kW 3,87 5,76 7,36 12,91 13,96
Power consumption (2) kW 1,19 1,89 2,31 4,26 4,32
COP (2) 3,26 3,05 3,19 3,03 3,23
Nominal capacity (3) kW 3,5 3,8 4,1 8 10,2
Power consumption (3) kW 1,13 1,23 1,31 2,6 3,29
COP (3) 3.1 3.1 3.1 3.1 3.1
Nominal capacity (4) kW 3,4 3,7 3,9 8 10,2
Power consumption (4) kW 1,31 1,42 1,48 3,08 3,92
COP (4) 2,6 2,6 2,6 2,6 2,6
Nominal capacity (5) kW 4,1 5,4 6,7 11,5 11,7
Power consumption (5) kW 1,51 2,09 2,91 4,64 4,18
COP (5) 2,71 2,58 2,3 2,48 2,8
Nominal capacity (6) kW 4,27 5,43 7,25 10,87 12,36
Power consumption (6) kW 1,46 1,95 2,58 4,05 4,09
COP (6) 2,92 2,77 2,81 2,68 3,02
Capacity (7) kW 1,06 1,50 1,86 4,68 4,78
COP (7) 2,75 2,82 2,81 2,70 2,75
Performance in cooling mode
Nominal capacity (8) kW 4,93 7,04 7,84 13,54 16,04
Power consumption (8) kW 1,17 1,90 1,96 3,70 4,17
EER (8) 4,2 3,7 3,99 3,66 3,85
Nominal capacity (9) kW 3,33 4,73 5,84 10,24 13,04
Power consumption (9) kW 1,10 1,58 1,96 3,46 4,42
EER (9) 3,02 3 2,98 2,96 2,95
ESEER (9) 4,36 4,51 4,15 4,22 4,31
Generalities
Sound pressure in heating mode dB(A) 42 42 44 47 48
Sound pressure in cooling mode dB(A) 44 44 45 48 49
Compressor
ROTARY DC INV.
TWIN ROTARY DC INVERTER
R410a refrigerant charge ** kg 1,195 1,35 1,81 2,45 3,39
Empty weight kg 57 61 69 104 112
Number of fans n 1 1 1 2 2
Fan diameter mm 495 495 495 495 495
Water circuit
Static pressure available kPa 60 60 56 70 58
Expansion tank capacity l 22233
Expansion tank pre-charge kPa 200 200 200 200 200
System minimum water volume l 14 21 28 42 49
System maximum water volume * l 65 65 65 95 95
Machine water volume l 0,8 0,8 1,0 2,3 2,3
Maximum operating pressure kPa 300 300 300 300 300
Minimum filling pressure kPa 120 120 120 120 120
Hydraulic connections diameter Inches 1M 1M 1 M 1 M 1 M
* For greater water volumes it is necessary to provide an additional expansion tank
** The value of the refrigerant charge is indicative. The correct value is indicated on the technical data plate.
Note / Note
1outdoor temperature d.b. + 7 °C / w.b. + 6°C, water 35 - 30 °C.
2outdoor temperature + 7 °C / w.b. + 6°C, water 45 - 40 °C.
3outdoor temperature d.b. + 2 °C / w.b. +1°C, water 35 - 30 °C.
4outdoor temperature d.b. + 2 °C / w.b. +1°C, water 45 - 40 °C.
5outdoor temperature d.b. + 7 °C / w.b. + 6°C, water 55 °C.
6
outdoor temperature d.b. + 7 °C / d.b. + 6°C, water 47 - 55 °C. EN 14511
7outdoor temperature -7 °C, water 35 °C (with rated water flow)
8outdoor temperature d.b. +35 °C / w.b. +24°C, water 18 - 23 °C.
9outdoor temperature d.b. +35 °C, water 7 - 12 °C.
d.b. dry bulb
w.b. wet bulb
5

Model 004 ME 006 ME 008 ME 012 ME 015 ME
Temperate zone - Average temperature (47 / 55 °C)
ŋs138 132 111 115 127
SCOP 3,53 3,37 2,84 2,95 3,25
Pdesign kW 3,28 4,22 4,65 8,68 9,05
Annual consumption * kW/h 1.900 2.571 3.367 6.077 5.748
Energy class A++ A++ A+ A+ A++
Cold zone - Average temperature (47 / 55 °C)
ŋs126 112 103 106 119
SCOP 3,23 2,87 2,64 2,72 3,06
Pdesign kW 5,16 6,65 6,59 13,67 14,52
Annual consumption * kW/h 3.911 5.431 5.867 11.859 11.188
Warm zone - Average temperature (47 / 55 °C)
ŋs190 181 152 158 175
SCOP 4,82 4,60 3,88 4,03 4,44
Pdesign kW 3,10 3,79 4,83 8,04 8,38
Annual consumption * kW/h 843 1.085 1.649 2.651 2.508
Temperate zone - Low temperature (30 / 35 °C)
ŋs146 141 118 125 141
SCOP 3,73 3,60 3,03 3,19 3,61
Pdesign kW 3,83 4,92 4,56 10,00 10,75
Annual consumption * kW/h 2.015 2.806 3.088 6.467 6.137
Energy class A+ A+ A A+ A+
Cold zone - Low temperature (30 / 35 °C)
ŋs133 120 110 115 133
SCOP 3,41 3,07 2,82 2,94 3,40
Pdesign 6,03 7,75 6,46 15,75 17,25
Annual consumption * kW/h 4.148 5.927 5.381 12.620 11.945
Warm zone - Low temperature (30 / 35 °C)
ŋs201 194 163 171 194
SCOP 5,09 4,92 4,14 4,36 4,93
Pdesign kW 3,42 4,06 5,09 9,20 9,96
Annual consumption * kW/h 880 1.084 1.624 2.809 2.681
Noise level
Sound power dB(A) 62 62 64 67 68
Performance based on the climatic zone
* With backup electric heater
Modello 004 ME 006 ME 008 ME 02 ME 015 ME 012 TE 015 TE
Power supply V- ph - Hz 230 - 1 -50 400 - 3 -50
Allowable voltage range V 207 ÷ 254 373 ÷ 424
Maximum power drawn kW 2 2,3 3,7 5,1 5,1 6,5 6,5
Maximum current drawn A 7,2 11 14 23 20 16 16
Type of fuses gL type
Power supply fuses current A 10- type B 16- type B 16- type B 25 - type D 25 - type D 16- type B 16- type B
Power supply cables mm2H07RN-F 3 x 2.5mm2H07RN-F 5 x 2.5mm2
Maximum p ump current external circulatio n A 2
Use H03VV-F 4x0.75 mm² cables to connect the remote control to the wires
Electrical Data
6

Operating conditions
With models 004 - 006, min. outdoor air temperature must be +5°C if
operating in cooling mode.
For the optimum working of the heat pump when producing hot water
in summer operation, outdoor air temperature should not exceed
30°C.
When outdoor air temperature exceeds 30°C, hot water production
may be limited according to the settings of the safety devices in the
equipment.
For technical activities, please refer to the technical tag mounted on
board the machine
It is forbidden to work outside of the working field
1Cooling
2Heating
AOutdoor temperature (°C)
BOutlet water temperature (°C)
12
10
15
20
25
30
35
40
45
50
55
60
65
70
-25-20 -15-10 -5 0510 15 20 25 30 35
A
B
A
B
0
2
4
6
8
10
12
14
16
18
20
-5 0510 15 20 25 30 35 40 45 50
008-012-015
004
006
7

Flow-rate/head diagram
Dimensions
Model 004 ME 006 ME 008 ME 012 ME 015 ME
Overall dimensions
Empty weight kg 57 61 69 104 112
A mm 908
B mm 821 1363
C mm 326
D mm 350
E mm 87 174
F mm 356 640
G mm 466 750
H mm 40 44
L mm 60 69
A Flow rate (l/s)
BAvailable static pressure (kPa)
0,10,0
75
65
B
A
4 6
55
45
35
25
15
5
75
65
B
55
45
35
25
15
5
0,2 0,3 0,4 0,5 0,10,0
A
0,2 0,3 0,4 0,5 0,6
75
65
B
812 - 15
55
45
35
25
15
5
85
95
75
B
65
55
45
35
25
15
0,10,0
A
0,2 0,3 0,4 0,5 0,6 0,7 0,10,0
A
0,2 0,3 0,4 0,5 0,6 0,7 0,8 0,9 1,0
600150 150
430
400
363
37
1
2
3
8

004 ME Power
Electrical diagrams
-Wiring of the manufacturer
---- Wiring of the installer
CM Compressor motor
FM Fan motor
RV Reversing valve (4 way)
TS Temperature probe low pressure pipe
TO Temperature probe external unit
TD Temperature probe high pressure pipe
TE Temperature probe capacitor pipe
PMV Modulating valve motor
1R/2R... Reactor
FFuse
LWT Water outlet probe
EWT N.A.
TR Refrigerant sensor
FS Flow meter
TL Temperature probe capacitor pipe 2
CCompressor thermostat
HHigh pressure switch
RY Relay
TTransformer
PS Water pump motor
E-HTR Electric heater
AD Alarm status and defrost
OAT Outside air probe
LF Frequency Limiting
IS Domestic water input
SV Three-way domestic water valve
YYellow
OOrange
RRed
GGrey
A Brown
C Black
VViolet
BBlue
WWhite
Y/G Yellow Green
R
R
W
W
C
C
Y
A
Y
Y
R
W
C
V
C
C
W
O
C
W
R
A
C
C
Y/G
B
W
W
Y/G
Y/G
C
A
B
1FM
1CM
R
S
C
1CF
1 2 3
2CM 1 2 3
THERMOSTATFOR
COMPRESSOR
1R
2CF
2 1
3CM 2 1
1T 12
P25
P24
P23
P22
P21
P20
P35
P34
P19
P18
P04
P05
P06
1P.C.BOARD
P11
P08
1MCC1530
3CF 1 2 3
4CF 1 2 3
CN805
1
1
P33
2R
P32
5CF
2 1
4CM 2 1
P31
/2.10/J4.1
P30
CN701
/2.03/J3.1
6CF
1 2 3
1
/2.08/J1.1
1RV
F7 P03 P10 P02
CN806
1
CN300
CN700
CN503
CN502
CN501
CN500
1TB
1
1
6
1
1
1
1
1
N
7CF
3
2
1
8CF
6
5
4
3
2
1
9CF
3
2
1
10CF
2
1
11CF
3
2
1
12CF
2
1
3 L NPE
1TS
1TO
1TD
1TE
1PMV
1FL U1 U3
L2 N4
PE
N
L
230V1~50Hz
9

004 ME Control
G
B
Y/G
Y/G
R
RA
B
C
A
Y/G
A
O
W
G
Y
C
R
C
W
W
RG
A
C
C
O
A
B
B
B
A
G
C
OG R
1PS

1LWT
5CM
1
2
3
13CF
1
2
3
1TR
/1.05/J3.1
1SV

1PCB
15CF
1
2
16CF
1
2
17CF 1
2
18CF 7
6
5
4
3
2
1
J6A.1
J6A.2
J6B.1
J6B.2
J6B.1
J6B.2
J18.1
J18.2
J11.7
J11.6
J11.5
J11.4
J11.3
J11.2
J11.1
1
19CF
123456
J16.1
1
1
1
1
1
J18
J11
1
J16.2
20CF
12345
J6A
J6B
J6C
ALARM+
DFR
/
HUMIDITY
J5.1
J16.3
J16
J5.2
J16.4
EHTR
/
WP
J5.3
J5
J16.5
J5.4
J16.6
J5.5
21CF
7654321
J20.7
REMOTE
J20.6
1FS
1
2
22CF
1
2
1
J15.1
J20.5
J15
J17.1
J17.2
J10.1
J20.4
J20
1
J10.2
J20.3
J17
J10.3
J20.2
J10
1OAT
J10.4
J20.1
1
J10.5 J10.6
23CF
1 2 3 4
1
J22.1 J22.2
J22
1
J22.3
24CF
1 2 3
J13.1
J22.4
J13.2
J13
2T
J13.3
1
J7
25CF
123456
EHS
/
DFR
J7.1
1
26CF
1 2 3
J2.1
J7.2
ALARM
J2.2
J7.3
J2
J2.3
J7.4 J7.5 J7.6
J1.1
J1.1//1.05
J1
1LF
1
2
1
J4
27CF
12345
J4.1 J4.2
1IS
1
2
J4.3 J4.4
ALARM
INPUT
J4.5
J3
J4.1//1.05
REMOTE
CONTROL
2TB
CWGY13 14 15 7 6 3 2 1 8 21 23 24
3TB
N N 18 10 11 12 4 5 16
10

006 ME Power
R
R
W
W
C
C
Y
A
Y
Y
R
W
C
V
C
C
W
O
C
W
R
A
C
C
Y/G
B
W
W
Y/G
Y/G
C
A
B
1FM
1CM
R
S
C
1CF
1 2 3
2CM 1 2 3
THERMOSTATFOR
COMPRESSOR
1R
2CF
2 1
3CM 2 1
1T 12
P25
P24
P23
P22
P21
P20
P35
P34
P19
P18
P04
P05
P06
1P.C.BOARD
P11
P08
1MCC1530
3CF 1 2 3
4CF 1 2 3
CN805
1
1
P33
2R
P32
5CF
2 1
4CM 2 1
P31
/2.10/J4.1
P30
CN701
/2.03/J3.1
6CF
1 2 3
1
/2.08/J1.1
1RV
F7 P03 P10 P02
CN806
1
CN300
CN700
CN503
CN502
CN501
CN500
1TB
1
1
6
1
1
1
1
1
N
7CF
3
2
1
8CF
6
5
4
3
2
1
9CF
3
2
1
10CF
2
1
11CF
3
2
1
12CF
2
1
3 L NPE
1TS
1TO
1TD
1TE
1PMV
1FL U1 U3
L2 N4
PE
N
L
230V1~50Hz
11

006 ME Control
G
B
Y/G
Y/G
R
RA
B
C
A
Y/G
A
O
W
G
Y
C
R
C
W
W
RG
A
C
C
O
A
B
B
B
A
G
C
OG R
1PS

1LWT
5CM
1
2
3
13CF
1
2
3
1TR
/1.05/J3.1
1SV

1PCB
15CF
1
2
16CF
1
2
17CF 1
2
18CF 7
6
5
4
3
2
1
J6A.1
J6A.2
J6B.1
J6B.2
J6B.1
J6B.2
J18.1
J18.2
J11.7
J11.6
J11.5
J11.4
J11.3
J11.2
J11.1
1
19CF
123456
J16.1
1
1
1
1
1
J18
J11
1
J16.2
20CF
12345
J6A
J6B
J6C
ALARM+
DFR
/
HUMIDITY
J5.1
J16.3
J16
J5.2
J16.4
EHTR
/
WP
J5.3
J5
J16.5
J5.4
J16.6
J5.5
21CF
7654321
J20.7
REMOTE
J20.6
1FS
1
2
22CF
1
2
1
J15.1
J20.5
J15
J17.1
J17.2
J10.1
J20.4
J20
1
J10.2
J20.3
J17
J10.3
J20.2
J10
1OAT
J10.4
J20.1
1
J10.5 J10.6
23CF
1 2 3 4
1
J22.1 J22.2
J22
1
J22.3
24CF
1 2 3
J13.1
J22.4
J13.2
J13
2T
J13.3
1
J7
25CF
123456
EHS
/
DFR
J7.1
1
26CF
1 2 3
J2.1
J7.2
ALARM
J2.2
J7.3
J2
J2.3
J7.4 J7.5 J7.6
J1.1
J1.1//1.05
J1
1LF
1
2
1
J4
27CF
12345
J4.1 J4.2
1IS
1
2
J4.3 J4.4
ALARM
INPUT
J4.5
J3
J4.1//1.05
REMOTE
CONTROL
2TB
CWGY13 14 15 7 6 3 2 1 8 21 23 24
3TB
N N 18 10 11 12 4 5 16
12

008 ME Power
R
R
W
W
C
C
Y
A
Y
Y
R
W
C
V
C
C
W
R
O
RA
C
B
W
W
C
WW
R
C
Y/G Y/G
Y/G
B
A
C
1FM
6CM
R
S
C
40CF
1 2 3
7CM 1 2 3
THERMOSTATFOR
COMPRESSOR
1R
41CF
2 1
8CM 2 1
2T 12
P25
P24
P23
P22
P21
P20
P35
P34
P19
P18
P04
P05
P06
1P.C.BOARD
P11
P08
1MCC1530
42CF 1 2 3
43CF 1 2 3
CN805
1
1
P33 P32
2R
44CF
2 1
9CM 2 1
P31 P30
CN701
45CF
1 2 3
1
1RV
F7 P03
1F
1 2
P10 P02
CN806
1
CN300
CN700
CN503
CN502
CN501
CN500
3R
1TB
1
1
6
1
1
1
1
1
N
46CF
3
2
1
47CF
6
5
4
3
2
1
48CF
3
2
1
49CF
2
1
50CF
3
2
1
51CF
2
1
3 L NPE
1TS
1TO
1TD
1TE
1PMV
N
L
230V1~50Hz
/2.10/J4.1 /2.03/J3.1 /2.08/J1.1
1FL U1 U3
L2 N4
PE
13

008 ME Control
G
B
Y/G
Y/G
B
Y/G
OW
R
R
G
A
Y
G
C
A
O
B
A
C
R
C
G
W
W
R
R
B
G
AA
C
C
O
A
B
C
1PS

1LWT
10CM
1
2
3
52CF
1
2
3
1TR
/1.05/J3.1
2TB
N N 18
1SV

1PCB
54CF
1
2
55CF
1
2
56CF 1
2
57CF 7
6
5
4
3
2
1
10
J6A.1
J6A.2
J6B.1
J6B.2
J6B.1
J6B.2
J18.1
J18.2
J11.7
J11.6
J11.5
J11.4
J11.3
J11.2
J11.1
1
58CF
123456
J16.1
1
1
1
1
1
J18
J11
1
J16.2
59CF
12345
J6A
J6B
J6C
11
ALARM+
DFR
/
HUMIDITY
J5.1
J16.3
J16
J5.2
J16.4
EHTR
/
WP
12
J5.3
J5
J16.5
J5.4
EHS
/
DFR
J16.6
4
J5.5
60CF
7654321
J20.7
ALARM
5
J20.6
1FS
1
2
61CF
1
2
1
J15.1
J20.5
J15
J17.1
J17.2
16
J10.1
J20.4
J20
1
J10.2
J20.3
J17
J10.3
J20.2
J10
J10.4
J20.1
1
J10.5 J10.6
62CF
1 2 3 4
1
3TB
J22.1
C
J22.2
J22
1
J22.3
63CF
1 2 3
REMOTE
J13.1
W
J22.4
J13.2
J13
3T
J13.3
G
1
J7
64CF
123456
J7.1
1
Y
65CF
1 2 3
J2.1
J7.2
J2.2
J7.3
J2
13
J2.3
J7.4 J7.5
1LF
1
2
14
J7.6
1IS
1
2
15
J1.1
J1.1//1.05
J1
1
7
J4
66CF
12345
J4.1 J4.2
6
J4.3
REMOTE
CONTROL
J4.4
3
J4.5
J3
2 1 8
J4.1//1.05
ALARM
INPUT
21 23 24
1OAT
14

012 ME Power
R
W
C
Y/G
W
R
WG
C
G
O
OA
PRB
C
WCY
Y
B
B
O
O
C
W
R
W
W
C
C
A
R
R
B
1TB
PE
230V1~50Hz
1F
1
2
L
L
1RV
N
N
1CF
1
2
3
2CF
1
2
3
4
5
CN01
CN02
CN03
1P.C.BOARD
2P.C.BOARD
1CM
1 2 3
3CF 1 2 3
P08
1
CN700
1
CN02
4CF 12345
5CF 12345
1
1
1PVM
6CF 123456
2TB
1
P09
1
R
CN13
CN01
CN702
2CM
1 2 3
7CF 1 2 3
P12
N
P13
R
1
8CF 1 2
9CF
1 2
1
CN05
CN04
3
P21
10CF 1 2 3
1CN303
P24
1
11CF 12345
12CF
12345
1
+
1FM
CN800
CN06
P28
J4.1//2.10
J3.1//2.03
J1.1//2.08
P29
13CF 12345
ED
1CN302
1
14CF 1 2 3
15CF
1 2 3
1
P19
CN04
CN03
P20 P17 P18
CN600
1
16CF 1 2 3
1
17CF
1
2
CN09
CN10
CN11
CN301
2FM
1TH
1TD
18CF
1 2 3
1CN600
19CF 12345
1CN300
20CF
1 2
1
1TS
CN605
21CF
1 2
1
1TE
CN604
22CF
1 2
THERMOSTAT
FORCOMPRESSOR
1CN500
1T
1
2
23CF
1 2 3
1CN601
1TO
1CN606
3CM
R
C
S
1
3
2
4
1FL
15

012 ME Control
G
B
Y/G
Y/G
Y/G
O
W
R
R
G
A
Y
A
B
A
C
R
C
W
W
RG
A
C
C
O
C
G
C
B
RG
BA
O
B
A
1PS

1LWT
4CM
1
2
3
24CF
1
2
3
1TR
/1.05/J3.1
3TB
N N 18
1SV

1PCB
26CF
1
2
27CF
1
2
28CF 1
2
29CF 7
6
5
4
3
2
1
10
J6A.1
J6A.2
J6B.1
J6B.2
J6B.1
J6B.2
J18.1
J18.2
J11.7
J11.6
J11.5
J11.4
J11.3
J11.2
J11.1
1
30CF
123456
J16.1
1
1
1
1
1
J18
J11
1
J16.2
31CF
12345
J6A
J6B
J6C
11
ALARM+
DFR
/
HUMIDITY
J5.1
J16.3
J16
J5.2
J16.4
EHTR
/
WP
12
J5.3
J5
J16.5
J5.4
EHS
/
DFR
J16.6
4
J5.5
32CF
7654321
J20.7
ALARM
5
J20.6
1FS
1
2
33CF
1
2
1
J15.1
J20.5
J15
J17.1
J17.2
16
J10.1
J20.4
J20
1
J10.2
J20.3
J17
J10.3
J20.2
J10
J10.4
J20.1
1
J10.5 J10.6
34CF
1 2 3 4
1
4TB
J22.1
C
J22.2
J22
1
J22.3
35CF
1 2 3
REMOTE
J13.1
W
J22.4
J13.2
J13
2T
J13.3
G
1
J7
36CF
123456
J7.1
1
Y
37CF
1 2 3
J2.1
J7.2
J2.2
J7.3
J2
13
J2.3
J7.4 J7.5
1LF
1
2
14
J7.6
1IS
1
2
15
J1.1
J1.1//1.05
J1
1
7
J4
38CF
12345
J4.1 J4.2
6
J4.3
REMOTE
CONTROL
J4.4
3
J4.5
J3
2 1 8
J4.1//1.05
ALARM
INPUT
21 23 24
1OAT
16

015 ME Power
RC
W
C
W
R
G
W
R
C
B
A
1TB
230V1~50Hz
L
N
2TB
1 2 3
J4.1//2.10
J3.1//2.03
J1.1//2.08
UVW
1CM

63CF 1 2 64CF 1 2
1PCB
CN400
(WHITE)
CN300
(WHITE)
CN609
(BLUE)
CN610
(YELLOW)
CN604
(WHITE)
CN603
(WHITE)
CN602
(YELLOW)
CN601
(WHITE)
CN600
(WHITE)
CN710
(WHITE)
SW802
SW804
SW803
ONONON
432143214321
SW801
CN704
(BLUE)
SW800
RY704
P04
CN701
(WHITE)
P05
CONTROLP.C.BOARD
MCC1571
P06
CN04
(WHITE)
P07 CN200
F03
T10A,250V~
F01
T25A,250V~
CN201
P01
L/F
P02
CN202
P09
10CM
1 2
11CM
1 2
1R 2R
1FM

2FM

49C
12
1TL
1TD
1TO
1TE
1TS
LN
1PMV
65CF
1
2
3
66CF
1
2
67CF
1
2
68CF
1
2
3
69CF
1
2
70CF
1
2
71CF
1
2
3
72CF 123456 73CF 1 2 3 4 74CF 123456
75CF
1
2
3
1RV
17

015 ME Control
G
B
Y/G
Y/G
B
Y/G
O
W
R
R
G
A
Y
G
C
A
O
B
A
C
R
C
G
W
W
R
R
B
G
A
A
C
C
O
C
B
A
1PS

1LWT
12CM
1
2
3
76CF
1
2
3
1TR
/1.07/J3.1
3TB
N N 18
1SV

2PCB
78CF
1
2
79CF
1
2
80CF 1
2
81CF 7
6
5
4
3
2
1
10
J6A.1
J6A.2
J6B.1
J6B.2
J6B.1
J6B.2
J18.1
J18.2
J11.7
J11.6
J11.5
J11.4
J11.3
J11.2
J11.1
1
82CF
123456
J16.1
1
1
1
1
1
J18
J11
1
J16.2
83CF
12345
J6A
J6B
J6C
11
ALARM+
DFR
/
HUMIDITY
J5.1
J16.3
J16
J5.2
J16.4
EHTR
/
WP
12
J5.3
J5
J16.5
J5.4
EHS
/
DFR
J16.6
4
J5.5
84CF
7654321
J20.7
ALARM
5
J20.6
1FS
1
2
85CF
1
2
1
J15.1
J20.5
J15
J17.1
J17.2
16
J10.1
J20.4
J20
1
J10.2
J20.3
J17
J10.3
J20.2
J10
J10.4
J20.1
1
J10.5 J10.6
86CF
1 2 3 4
1
4TB
J22.1
C
J22.2
J22
1
J22.3
87CF
1 2 3
REMOTE
J13.1
W
J22.4
J13.2
J13
1T
J13.3
G
1
J7
88CF
123456
J7.1
1
Y
89CF
1 2 3
J2.1
J7.2
J2.2
J7.3
J2
13
J2.3
J7.4 J7.5
1LF
1
2
14
J7.6
1IS
1
2
15
J1.1
J1.1//1.07
J1
1
7
J4
90CF
12345
J4.1 J4.2
6
J4.3
REMOTE
CONTROL
J4.4
3
J4.5
J3
2 1 8
J4.1//1.07
ALARM
INPUT
21 23 24
1OAT
18

Refrigerating circuit
Installer
Product delivery
Preliminary instructions
We suggest to take the equipment out of its packaging only when it
has been placed in position at the installation point.
Carefully remove any adhesive strips positioned on the unit.
Do not dispose of, abandon or leave the potentially hazardous
packaging materials within the reach of children.
Scope of supply
Also supplied:
Installer manual
External probe
Barcode labels
Control panel
Strain relief (size 015ME only)
List of spare parts
The supplied accessories are positioned inside the electrical panel.
Cable gland
Drain discharge pipe
Handling and transportation
The unit must be handled by skilled technicians, appropriately
equipped and with the appropriate tools to manage the unit’s weight in
compliance with the accident prevention regulations.
When handled, the unit must always be kept in a vertical position.
The weight of the equipment is off balance towards the compressor.
If the unit is lifted, use pipes with a diameter and thickness appropriate
for the weight of the unit.
Use all the lifting points shown.
Access to inner parts
- Remove the access panel.
- Loosen the fastening screw.
Electronic expansion valve
LWT sensor
EWT sensor
TR sensor
Distributor
TE sensor
Heat exchanger
TO sensor
TS sensor
TD sensor / TD-Fühler
Silencer
Silencer
Rotary compressor
Fluid receiver
Charge connection
4-way valve
Plate heat exchanger / Plattenwärmetauscher
600150 150
430
400
363
37
1
2
3
19

Preliminary instructions
The place of installation must be determined by the system’s designer
or by an expert in the field and must take into account the technical
requirements and the current standards and legislation.
We suggest to avoid:
The placement in service ducts and/or hopper windows
Obstacles or barriers that cause a recirculation of the expelled air
Places with aggressive atmospheres
Small places where the unit’s noise level can be enhanced by
reverberation and resonance.
Placement in corners, where dust, leaves and other debris may easily
deposit ma reduce the efficiency of the unit, through obstruction of the
air flows.
The airflow from the unit can penetrate in the inhabited rooms through
doors or windows, creating discomfort.
That the airflow from the unit is opposed by a contrary wind.
The units must:
Be placed on a level surface able to support their weight.
Be placed on a sufficiently rigid floor slab that does not transfer
vibrations to the rooms below or next door.
It is suggested to place a rubber plate between the slab and the unit, or
to use anti-vibrating mounts appropriate for the unit’s weight.
The unit must only be installed outdoors.
If there are several units placed side by side on the bank side, the
required distances must be summed.
Provide for lifting of the unit from the floor:
20mm without conveying of condensation discharge
90 - 100 mm to allow the conveying of the condensation discharge
If the unit is installed in areas subject to heavy snowfall, it shall be
necessary to avoid the unit being directly exposed to it.
150
500
1000
1000
150 300 300
300
200
1000
300
200
300
1000
1000 1500 2000 200
300
150
200
150300
500
1000 150
All installers are asked to follow the Benchmark Scheme by adhe-
ring to the Code of Practise, which can be obtained from www.
centralheating.co.uk.
20