Ke Kelit iVECTOR BC User manual

heatingthroughinnovation.
iVECTOR (TYPES BC, BN, FC, FN)
INSTALLATION & OPERATING MANUAL
Please leave this manual with the end user
Part Number: P25M1387
Product Serial Number:

WARNING: All iVECTOR models must be earthed.
DO NOT cover or obstruct the air inlet or outlet grille.
1.0 Safety Information 02
2.0 Installation 03
3.0 Water Connection 03
4.0 Electrical Connection 03
5.0 Controls (types BC & FC only) 04
6.0 Troubleshooting 07
7.0 Appendices 32
Contents
1.0 Safety Information
iVECTOR MUST NOT be installed in a bathroom.
This appliance can be used by
children aged from 8 years and
above and persons with reduced
physical or mental capabilities or
lack of experience and knowledge if
they have been given supervision or
instruction concerning the use of the
appliance in a safe way and
understand the hazards involved.
Children shall not play with
the appliance. Cleaning and user
maintenance shall not be made by
children unless they are older than
8 years and supervised.
Keep the appliance and its cord out
of reach of children aged less than
8 years.
Children of less than 3 years should
be kept away from the unit unless
continuously supervised.
Children aged from 3 years and less
than 8 years shall only switch on/off
the appliance provided that it has
been placed or installed in its normal
operating position and they have
been given supervision or instruction
concerning use of the appliance in a
safe way and understand the hazards
involved.
Children aged from 3 years and less
than 8 years shall not plug in, clean
the appliance or perform user
maintenance.
This fan convector must be
installed by qualified engineers.
This fan convector must not be
installed immediately below a
socket outlet.
Do not install this fan convector in
areas where excessive dust exists.

03
iVECTOR
3.0 Water Connection
Note: Before making the pipe-work connections ensure pipes
have been sized correctly in line with the flow rate and pressure
loss requirements .
lPipes should be sized based on flow rates and pressure loss
requirements.
lConnect to heat exchanger - G 3/4inch fittings.
lCare should be taken when connecting the flow and return
pipes to the iVECTOR, see FIG 3 for information also a range
of routing options can be found in FIG 4.
lIsolation valves are not supplied with this unit however it is
advised they are fitted in case of future service requirements.
lIf the iVECTOR is to be used for cooling applications with
chilled water then the pipe-work supplying the chilled water
should be insulated. Condensate will form at the coil and fall
into the condensate collector, see FIG 6. Provision must be
made for condensate disposal in accordance with any local
regulations.
lFill and vent the system, open all valves fully and vent from
the heat exchanger, see FIG 7 then check for leaks.
lHeating and cooling pipework under the iVECTOR must be
insulated.
1.0
2.0
3.04.0
2.0 Installation
4.0 Electrical Connection
WARNING: All iVECTOR models must be earthed.
For cooling applications an external sensor is required, see FIG 8f - 8i
For the correct installation of this unit it is essential that
fixing is carried out in such a way that it is suitable for
intended use and predictable misuse. A number of elements
need to be taken into consideration including the fixing method
used to secure it to the wall, the type and condition of the wall
itself, and any additional potential forces or weights that may
happen to be applied to the unit, prior to finalising installation.
Before proceeding with the installation, remove the carton lid,
unpack the content and check against the items shown in FIG 1.
Also check contents for concealed shipping damage.
1. Chassis 5. Fixing kit
2. Outer casing 6. Filter
3. Warranty card 7. Grille*
4. Instruction manual 8. Remote sensor†
*Type FN/FC only
†4 pipe only
Check the location where the product is to be installed, the wall
surface must be flat and clearances shown in FIG 2 must be
available. If iVECTOR is fitted to a stud wall, there may be an
adverse effect on the sound levels especially with the higher fan
speeds. If the iVECTOR is to be used for cooling applications
then the disposal of the condensate must be considered.
For types BC and BN follow stages a-f from FIG 5 and for types
FC and FN follow stages a-c then g-i to show how to fit product
to the wall.
Note: Do not fit outer casing until water (Section 3) and
electrical connections (Section 4) have been completed.
lThe electrical installation must comply with local or
national wiring regulations and should be carried out by a
qualified electrician.
lThis unit is supplied with factory fitted test leads. Remove
these and discard.
lA fused electrical spur with a maximum 3A fuse and a switch
having 3mm separation on all poles must be provided in an
easily accessible position adjacent to the unit.
lElectrical cable entry to the unit should be made through the
underside of the unit, into the control box on the right hand
side using the cable gland provided. The supply cord must
be 0.75mm² only.
lConnect the live and neutral and earth to the wiring block
terminal connections.
lFollow stages a-c shown in FIG 8 to access the control panel.
Product wiring diagrams are shown in FIG 10.
lWhen using a valve kit with an actuator, it is possible to
remove the terminals from the power board for easy
installation, this is shown in FIG 8d. The cable should also be
routed via the diagram in FIG 8e.
lWhen using an external air sensor for cooling applications the
existing sensor must be removed and the new sensor installed
in its place as shown in FIG 8f-8g, the external sensor should
be positioned as shown in FIG 8h-8i.
lUnits with controls (type BC/FC) can be used to control units
with no controls (type BN/FN) by taking the 0-10V output
from the type BC/FC to the type BN/FN in accordance with
wiring diagram 10c. Interconnecting wires should be 22AWG,
60°C in rating.
lAn external room thermostat can be used to control No
Control (type BN/FN) units. The thermostat must have a
0-10V output.
lIt is possible to control up to 5 no controls units (type BN/FN)
from a unit with controls (type BC/FC) or up to 6 no control
units (type BN/FN) from an external controller (supplied by
others). See wiring diagram 10a ‘B’ for the output signal from
the controls unit and 10b ‘D’ for the input signal from the
controls unit to the no controls unit, this is also the same input
signal for the external controller as shown in 10b ‘D’.
lMultiple valves (up to 6) can be controlled from a type BC/FC
as shown in FIG 10e.
Type BN - Bottom inlet/no controls
Type BC - Bottom inlet/intergrated controls
Type FN - Front inlet/no controls
Type FC - Front inlet/intergrated controls

iVECTOR
5.0 Controls
Display
1. Heating indicator
2. Cooling indicator
3. Temperature symbol – when this is displayed
the current room temperature is displayed
4. Fan speed symbol (fan blades will rotate when active)
5. Comfort setting
6. Power (on/off)
7. Clock setting
8. Room temperature
9. Time
10. Day of the week
11. Auto setting (to follow set programme) - Full mode only
12. Night set-back setting - Full mode only
13. Holiday setting - Full mode only
14. Program menu - Full mode only
15. Program schedule - Full mode only
Keys:
OK Validation key (OK)
+ Plus key (up)
- Minus key (down)
Navigation left
Navigation right
Turn on Electrical Supply
Easy Mode
(Factory Default) Full Mode
Use ( ) and ( ) keys to select
operating mode (Refer to
table on page 5)
Setup Parameters
(Refer to table on page 6)
Select Clock
Set Time
Select Comfort Setting
Set room temperature to
desired setting (default 21°C).
Fan runs in heating/cooling
Press & hold (+) & (-)
for 5 secs to change
between modes
Select Auto mode and
press (OK) for 10 secs
Unit Operation
04
Note: When increasing the heating set-point beyond the cooling set
point, the cooling set point will increase in line with the heating
set-point. Additionally, if the heating set-point is increased further
until it reaches the cooling set-back temperature, the set-back
temperature will also increase with the heating set-point.
Similarly, when decreasing the cooling set point below the heating
set-point, the heating set point will decrease in line with the cooling
set-point, and if the cooling set-point is decreased further until it
reaches the heating set-back temperature, the heating set-back
temperature will also decrease with the cooling set-point.

05
iVECTOR
5.0 Controls (continued...)
Operating Modes
Use ( ) and ( ) keys to choose from the following parameters. A function is selected when the icon is surrounded by .
Function AdjustmentDescription Availability
Easy Full
Control Operation Setup
The unit must be programmed for operation
in heating only, cooling only or heating and
cooling.
Control Operation Setup
Scroll to the Fixed Fan mode , and then
press on the ( ) key.
Use (+) or (-) keys to choose from
the following:
Nod (Mode) HOt for heating.
Nod (Mode) COLd for cooling.
Nod (Mode) AUtO for heating and cooling.
Press (OK) to confirm.
Fixed Fan Setting
F1, F2, F3 gives fan speed 1,2 or 3 respectively
with no temperature control.
Use (+) or (-) to select and press (OK) to confirm.
(Note the fan speed symbol will only appear
when the fan is running).
Comfort Setting
Provides room temperature control with
automatic fan speed adjustment according to
difference between actual and set temperature.
The fan operates when water ≥32°C in heating
or ≤15°C cooling or selected set points.
Press (OK) to view the set temperature.
Use (+) or (-) to adjust the required room
temperature. Default setting is 21°C in Heating
and 22°C in cooling.
Automatic Setting
The unit will run according to one of the 9
preset timed programs, or one of the 4 user
defined programs.
See page 6 for program options
and setup.
Press (OK) to view the actual set
temperature (Comfort or Set-back).
Night Set-back Setting
Provides room temperature control with
automatic fan speed adjustment according
to difference between actual and night set-back
temperature.
Press (OK) to view the set temperature.
Use (+) or (-) to adjust the required room
temperature. Default setting is 19°C in
Heating and 24°C in cooling.
Holiday Function
Provides frost protection or overheat protection
during periods of absence (holiday). The control
will count down the time to “00” after which
control is resumed in Auto setting. For frost
protection the set temperature is 7°C.
For overheat the set temperature is 30°C.
Select and is displayed.
Use the (+) and (-) to adjust the duration.
(In hours “H” if below 24H and then in
days “d”).
Use the (-) key to interrupt this period
and adjust the duration on “no”.
Power On/Off
Turns unit on/off.
Press (OK) to turn the power on or off.
Set Clock Menu
Displays time in 12h or 24h format.
Press (OK)
Use the (+) and (-) keys to set the minutes.
Press (OK)
Use the (+) and (-) keys to set the hours.
Press (OK)
Use the (+) and (-) to set the days. Press (OK).
Program Menu
Provides choice from 9 pre-programed and
4 user defined timed programs.
See page 6, program mode.
No Yes
Yes Yes
Yes Yes
No Yes
No Yes
No Yes
Yes Yes
Yes Yes
No Yes
Auto
P
5.0

06 iVECTOR
5.0 Controls (continued...)
Installer’s Set-up Parameters
Program Mode
Built-in Program Selection
A quantity of 9 built-in (P1-P9) and 4 user defined (U1-U4) timed
program options are available to choose from. Each day is
divided into 24 one hour periods operating in either Comfort
setting (21°C default heating and 22°C default cooling) or Night
set-back setting (19°C default heating and 24°C default cooling).
Scroll to the preferred program number P1-P9 (FIG 9, A) using
the (+) and (-) keys. The controls will then automatically go back
to AUTO mode.
Parameter
Name Default SettingDescription Alternative Setting
Select temperature scale.dEG °C °F
Select the hour format.00:00 12H 24H
Selection of the number of valves to be driven.
This parameter depends on the system design.
Nb vAL
(2 Pipe
models only)
0 valve 1 valve
Allows the maximum fan speed to be switched off - the
unit will only run in Low and Medium speeds.
FAS SPEE FA5
For Fast NEd For Medium
Select option for fan speeds when the unit reverts to
night set back in cooling operation.
NIGt NOr
(For Normal regulation) AL1 (Fan speed 1 only)
Reverts the control back to factory settings.CLr ALL Press (OK) for 5 seconds
Exit the installation menu.
End Press (OK)
Heating set point.
HSP The default water switching temperature for heating is
32°C, this can be altered by pressing (+) or (-) keys then
pressing (ok) to confirm.
Cooling set point.CSP The default water switching temperature for cooling
is 15°C, this can be altered by pressing (+) or (-) keys
then pressing (ok) to confirm.
Calibration of the internal air sensor against the actual
room temperature.
(The calibration must be done after 12 hours working at
the same set temperature).
AIr
(Air)
To adjust the air sensor temperature, enter the
measured temperature using the (-) or (+) keys.
To confirm the calibration, press (ok)
Press (+) and (-) keys at the same time to reset
the offset value.
Comfort Periods
P1 Morning, Evening & Weekend Weekday 07:00 - 09:00 & 17:00 - 23:00
Weekend 08:00 - 23:00
P2 Morning, Afternoon, Evening & Weekend Weekday 07:00 - 09:00, 12:00 - 14:00 & 17:00 - 23:00
Weekend 08:00 - 23:00
P3 Day & weekend Weekday 06:00 - 23:00
Weekend 08:00 - 24:00
P4 Evening & Weekend Weekday 15:00 - 23:00
Weekend 08:00 - 24:00
P5 Morning & Evening Weekday 06:00 - 08:00 & 21:00 - 23:00
Weekend 06:00 - 08:00 & 18:00 - 24:00
P6 Morning, Afternoon & Weekend Weekday 06:00 - 08:00 & 14:00 - 21:00
Weekend 07:00 - 21:00
P7 7h - 19h (Office) Weekday 07:00 - 19:00
Weekend n/a
P8 8h - 19h Saturday Weekday 08:00 - 19:00
Weekend 09:00 - 18:00
P9 Weekend only Weekday 13:00 - 24:00
Weekend 00:00 - 24:00
To access the installation parameters menu, scroll to AUTO
(while in full mode), then press (OK) for 10s. Use ( ) and ( )
keys to highlight the parameter to be adjusted. Press (OK) to
toggle the parameter setting, when the value starts to blink, use
the (+) and (-) keys to adjust the value. Then, press (OK) to
confirm. Once parameters are set, go to <End> parameter and
press (OK) to go back to the main menu.

07
iVECTOR
5.0 Controls (continued...)
User Program Menu
Select U1-U4 (FIG 9, B) using the (+) and (-) keys and press (OK)
to enter a user defined program.
FIG 9, C shows what day the program is setting (with 1
representing Monday), while FIG 9, D indicates what hours are
being programmed.
Pressing (+) will set the hour as a Comfort Mode temperature,
while pressing (-) will set the hour as a Night Set-back
temperature.
Use the ( ) or ( ) keys to move the flashing cursor position to
the required hour and modify the program. When the display
day is correct press (OK) to copy the program to the following
day. Press OK on day “7” to finish and validate the program.
6.0 Troubleshooting
Possible Causes
Electrical supply switched off
Fuse blown
Unit switched off
Disconnected sensor
Reminder to clean filter
Electrical supply switched off
Fuse blown
Unit switched off
Temperature set point reached
Water temperature
too low (heating)/too high (cooling)
Minimum 32°C - Heating (default)
Maximum 15°C - Cooling (default)
Impellor obstructed
Motor obstructed
Faulty motor
Water temperature
too low (heating)/too high (cooling)
Minimum 32°C - Heating
Maximum 15°C - Cooling
Lack of water flow
Unit incorrectly sized against heat loss
Problem Remedy
Switch on supply
Replace fuse
Switch unit on at LCD display*
Reconnect sensor*
Press (+) for 5 seconds*
Switch on supply
Replace fuse
Switch unit on at LCD display*
Fan will stop working when set point
has been achieved. Increasing set point
will reactivate the fan
Fan will activate when min/max water
temperature is reached, and will stop
when water temperatures drop/raise
min/max values
Possible to check using F1/F2/F3 settings
on display*
Ensure impellor is free to spin
Ensure motor is free to spin
Contact customer services
Fan will activate when min/max water
temperature is reached, and will stop
when water temperatures drop/raise
min/max values
Possible to check using F1/F2/F3 settings
on display*
Contact your installer
Possible incorrect pipe size, valves not
fully open, system not balanced or needs
venting or pump set too low
Complete heat loss and re-specify
correct unit
If the fan convector is still faulty after checking the above, call your installer.
*Type FC/BC only (controls unit)
Display is not working
Display showing ERROR
Display showing FILT
Fan not working
Poor heating
performance
5.0
6.0

308
382
480
526
154.3
596
141 [4P]
125 [2P]
29
69
99
95
111 105
iVECTOR
Appendix
32
◆2P/4P †4P
Fig 4.
1
2
3
5
4
8†
Tools required:
Fig 1. Fig 2.
Fig 3.
6
7*
†4 pipe only
*
*Type FN/FC only
Dimensions (mm)

33
iVECTOR
Appendix (continued...)
(A - 297)
A - 297
239**
89*
457
5d 5e 5f
5g 5h 5i
5a 5b 5c
(A = 800/1000/1200/1400/1600)
APPENDICES
*Type FN/FC only
**Type BN/BC only
Fig 5. / Abb 5. / Rys 5.

34 iVECTOR
Appendix (continued...)
8a 8b
Fig 6.
BN / FN BC / FC
Fig 7.
8c
Fig 8.
Power Board
Cable Entry Points
Terminal Block
Motor
Control Board
Power Supply
EC Adaptor

35
iVECTOR
Appendix (continued...)
APPENDICES
8g8f 8h
8i
A
BC
D
1.5 m
1.2 m
8d
A
A
Type BC/FC only
Fig 9.
SECTION A-A
Wire route channel
Possible wire route
8e

36 iVECTOR
Appendix (continued...)
1. Type BC/FC only
Fig 10a.

37
iVECTOR
Appendix (continued...)
2. Type BN/FN only
Fig 10b.
APPENDICES
1
2
GND
GND 0-10V
Out
N
L
M
12345678910
-V +V
LN
bk r
rbk
w
w
bk
bl
br bk r
w
0-10V
In
0-10V DC Output
4
3
11 12
D

38 iVECTOR
Appendix (continued...)
M
12345678910
bk r
rbk
w
w
bk
w
11 12
7
GND
GND 0-10V
Out
M
12345678910
-V +V
N
bk
bk
bk
r
r
r
rbk
w
w
bk
bl
br
bl
br
bl
br bk r
0-10V
DC
Output
VH Live out
10
0
24
0
L
w
w
w
bk
0-10V
In
bk
VC Live out
VH Neutral out
N
VC Neutral out
2
56
3
4
1
Type BC/FC
8
9
-V +V
N
bl
br bk r
1
LL
GND
0-10V Out
2
GND 0-10V
In
bl
br
N
L
4
3
EC
Adapter
EC
Adapter
M
12345678910
bk r
rbk
w
w
bk
w
11 12
-V +V
N
bl
br bk r
1
L
GND
0-10V Out
2
GND 0-10V
In
bl
br
4
3
EC
Adapter
Type BN/FN 2 Type BN/FN 1
Voltage
Free Relays
Fig 10c.

APPENDICES
39
iVECTOR
Appendix (continued...)
Fig 10d.
GND
GND 0-10V
Out
M
12345678910
-V +V
L
N
bk
bk
bk
r
r
r
rbk
w
w
bk
bl
br
bl
br bk r
0-10V
DC
Output
VH Live out
Voltage
Free Relays
10
0
24
0
L
w
w
w
bk
0-10V
In
bk
VC Live out
VH Neutral out
N
VC Neutral out
GND
GND 0-10V
Out
M
12345678910
-V +V
L
N
bk
bk
bk
r
r
r
rbk
w
w
bk
bl
br
bl
br bk r
0-10V
DC
Output
VH Live out
Voltage
Free Relays
10
0
24
0
L
w
w
w
bk
0-10V
In
bk
VC Live out
VH Neutral out
N
VC Neutral out
24V
DC
230V
AC
N
L
N
L
7
8
9
8
9
7
5566
11
22
33
44
E
F

40 iVECTOR
Appendix (continued...)
Fig 10e.
2p - Type BC/FC 2p - Type BC/FC and Type BN/FN
5 5
5 5
4p - Type BC/FC 4p - Type BC/FC and Type BN/FN

APPENDICES
41
iVECTOR
Appendix (continued...)
Power Supply
EC Adaptor
Motor
Teminal Block
Power Board
Control Board
Air Sensor
Water Sensor
Water Sensor (4P Only)
Voltage Free Terminals (Valve Switching)
Output to Slave unit (Optional)
Air Sensor Terminal Block
Input from Master unit (Optional)
220-240V AC Output
24V DC Output
A
B
C
D
E
F
1
2
3
4
5
6
7
8
9
Wiring Diagrams’ Key

42 iVECTOR
Appendix (continued...)
Performance Data 2-Pipe (Type BC/BN/FC/FN)
Relative Humidity: Sensible cooling at 50%.
Model Flow
(l/h) ΔT20 ΔT25 ΔT30 ΔT35 ΔT40 ΔT45 ΔT50
Heat Output (Watts) Cooling (Watts)
Condition 7-12-27
Fan
Speed*
Min 341 738 940 1146 1355 1567 1781 1997
Max 341 1360 1733 2113 2499 2889 3284 3682
Min 450 1012 1289 1572 1859 2149 2443 2739
Max 450 1892 2412 2941 3477 4020 4569 5124
Min 600 1214 1548 1887 2231 2580 2932 3288
Max 600 2409 3070 3743 4425 5117 5815 6521
Min 700 1428 1820 2219 2624 3034 3449 3867
Max 700 2916 3716 4531 5357 6194 7040 7894
Min 800 1647 2099 2560 3027 3499 3977 4460
Max 800 3422 4362 5318 6288 7270 8263 9266
2- 080
2- 100
2- 120
2- 140
2- 160
Total Sensible
707 527
1648 1227
1011 753
2304 1716
1520 931
2918 2173
1490 1110
3533 2631
1729 1288
4147 3088
Performance Data 4-Pipe (Type BC/BN/FC/FN)
Relative Humidity: Sensible cooling at 50%.
Model Flow
(l/h) ΔT20 ΔT25 ΔT30 ΔT35 ΔT40 ΔT45 ΔT50
Heat Output (Watts) Cooling (Watts)
Condition 7-12-27
Fan
Speed*
Min 300 517 658 802 949 1097 1247 1398
Max 300 952 1213 1479 1749 2022 2299 2577
Min 350 708 902 1100 1301 1504 1710 1917
Max 350 1324 1688 2059 2334 2814 3198 3587
Min 400 850 1084 1321 1562 1806 2052 2302
Max 400 1686 2149 2620 3098 3582 4071 4565
Min 450 1000 1274 1553 1837 2124 2414 2707
Max 450 2041 2601 3172 3750 4336 4928 5526
Min 500 1153 1469 1792 2119 2449 2784 3122
Max 500 2395 3053 3723 4402 5089 5784 6486
4- 080
4- 100
4- 120
4- 140
4- 160
TotalFlow (l/h)
Sensible
350 672 501
350 1566 1166
450 960 715
450 2189 1630
600 1444 884
600 2772 2064
700 1416 1055
700 3356 2499
800 1643 1224
800 3940 2934
For BTUs multiply Watts by 3.412.
*Outputs shown at fan speeds via Type BC/FC - may differ with an external controller.
*
For BTUs multiply Watts by 3.412.

43
iVECTOR
Appendix (continued...) )
Technical Information
Model
Fan
Speed
All iVECTOR models rated by an electrical supply of 100-240V
50/60Hz fused at 3A.
Electrical Data
600 600 600 600 600
153 153 153 153 153
800 1000 1200 1400 1600
20.9 22.5 20.9 21.1 21.9
39.9 42.0 41.2 44.9 43.3
33.8 35.4 33.8 34.0 34.8
52.8 59.9 54.1 57.8 56.2
3.5 3.6 3.8 4.5 4.6
13 18.5 23 30 35
0.66 0.92 1.19 1.45 1.72
0.33 0.46 0.6 0.73 0.86
22.8 27.7 32.5 37.5 42.6
24.8 30.1 35.3 40.7 46.2
0.7 1 1.4 1.6 1.9
1.4 2.1 2.9 3.2 3.7
2.9 4.1 5.5 6.1 7.1
6.1 8.5 11.1 12.2 14.2
13 17.8 22.9 24.9 28.7
27.5 36.5 46.2 49.8 57.1
1.4 2 2.8 3.2 3.8
2.8 4.2 5.8 6.4 7.4
5.8 8.2 11 12.2 14.2
12.2 17 22.2 24.4 28.4
26 35.6 45.8 49.8 57.4
* Sound levels tested in accordance with ISO 3741. Sound performance show at fan speeds via controls unit - may differ with external controller.
†2 pipe water content = 2 pipe heating/cooling or 4 pipe cooling and 4 pipe water content = 4 pipe heating.
iV60x080 iV60x100 iV60x120 iV60x140 iV60x160
Nominal Height (mm)
Depth (mm)
Length (mm)
Sound Pressure (dBA)
(at 2.5m)
Sound Power (dBA)
2 Pipe Water Content (l)
4 Pipe Water Content (l)
2 Pipe Unpacked Weight (kg)
4 Pipe Unpacked Weight (kg)
Pressure Drop (kPa)
(2 Pipe Heating/Cooling
& 4 Pipe Cooling)
Pressure Drop (kPa)
(4 Pipe Heating)
-
-
-
Min
Max
Min
Max
Min
Max
-
-
-
-
100
150
220
330
500
750
100
150
220
330
500
Dimensions
Sound Levels*
Motor
Power (W)
Weight and
Water Content†
Flow Rates/
Pressure Losses
APPENDICES
Model
Flow
(l/h) iV60x080 iV60x100 iV60x120 iV60x140 iV60x160

01.05.2017 ISSUE 1
heatingthroughinnovation.