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MYSON
Fan Convector Brochure
& Technical Guide
01.12.2011
heatingthroughinnovation.
24050 Fan Convector bro 13/12/2011 14:48 Page 3
02
Contents
Introduction
03
Energy Efficiency
04
General Specifications
06
System Design for Fan Convectors
07
KICKSPACE ®
08
KICKSPACE ® Technical Information
11
iVECTOR
16
iVECTOR Technical Information
19
HI-LINE RC (Includes heater/cooler model)
22
HI-LINE Super RC
23
HI-LINE LV
23
HI-LINE Technical Information
24
LO-LINE RC (Includes heater/cooler model)
30
LO-LINE RC Technical Information
32
SLIM-LINE RC
31
SLIM-LINE RC Technical Information
34
24050 Fan Convector bro 13/12/2011 14:49 Page 4
Introduction
More technology. More choice.
Compact in size and suitable for use with traditional boilers and heat pumps, fan convectors
give high outputs where space is limited. Accurate, responsive and controllable heat is
ensured through integral thermostats on wall mounted products and a selection of fan speeds
on plinth heater models.
MYSON’S range of fan convectors has also been designed with ease of installation in mind.
They can be installed as easily as a normal radiator with the simple addition of an electrical
connection. One person alone can do the work quickly. There is no need to seek assistance!
Our fan convectors provide original and practical solutions to modern heating requirements by
offering features and advantages that are not always available from traditional emitters.
heatingthroughinnovation.
03
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04
Energy Efficiency
Energy
efficient comfort.
Vast quantities of energy are used in buildings across the UK. Over 25% of national
CO2 emissions result from the power used to light, heat and operate our buildings. It is
clear, therefore, that the heating industry has a large role to play in helping achieve
energy conservation.
Designing and installing energy efficient heating solutions are essential parts of reducing
energy consumption in buildings and, ultimately, achieving national targets for reducing
CO2 emissions. As an innovative and responsible company, MYSON fully supports this
commitment to reducing CO2 by providing efficient products that are capable of operating
effectively at lower flow temperatures.
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Energy Efficiency
Four steps to energy
efficiency.
MYSON recommends a ‘four step’ approach to designing an energy efficient heating solution.
Step
1
Insulation Check
Around 50% of the heat lost in a typical building is through the walls and loft. An essential starting point is always to ensure
that sensible insulation decisions have been taken. Is loft and cavity wall insulation in place? Are doors and windows
double glazed?
Step
2
Heat Loss Calculation
The likely heat loss in a room, based on the size of walls and windows plus number of doors etc., should be calculated for
every room in a building. The amount of heat loss will vary and, therefore, the same size of heat emitter will not be ideal for
every room!
Step
3
Heat Source Choice
The list of potential heat sources is growing rapidly and includes the following options:
Individual choices need to be made, based on personal values and the costs and benefits associated with each available
heat source.
Step
4
Heat Emitter Selection
Only MYSON offer a complete selection of heat emitters and controls. Whatever your choice of heat source, MYSON can
supply a wide choice of radiators, towel warmers, underfloor heating, fan convectors and electric heaters that will work
efficiently and reliably with your system.
05
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06
General Specifications
General specifications.
Approval and certification:
All MYSON fan
Paint finish:
Wall mounted fan convectors are finished
convectors are manufactured to the requirements of
with a White (RAL 9016) powder coating, while the
BS EN ISO 9001 and the factory is certified to the
KICKSPACE ® grilles are available in White (supplied with
environmental standard BS EN ISO 14001. All products are
the unit) or Brown, Black, Brushed Stainless Steel, Chrome
tested to comply with European safety standards and are
and Aluminium which can be purchased separately.
CE marked as well as carrying national approval marks,
Packaging:
where appropriate.
M Y S ON fan convectors carry a 2 year parts and labour
warranty.
Effective heating:
To achieve the best possible
results, the correct output requirement needs to be
calculated. For optimal positioning and size of heat emitter
please consult a qualified plumber or heating installer for
advice. A heatloss manager CD can be ordered free of
charge from Customer Services.
Performance: All MYSON fan convector heat outputs
are tested to BS 4856 Part 1 for heating and Part 2 for
cooling performance. Noise levels are independently tested
by Sound Research Laboratories to EN 23741.
All fan convectors are packed in robust
cardboard packaging specially designed to ensure the
product reaches you in perfect condition.
Accessories: At MYSON
we take care of every detail
and there is a variety of accessories available for the fan
convector range of products, including wall switches and
KICKSPA CE ® facia grilles. For further details, please
consult the technical section of this brochure.
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System Design for Fan Convectors
System design for fan convectors.
Fan convectors are intended to be connected to central
l
Where the unit is fitted onto a system with other
heating systems in the same way as radiators, and offer
emitters, a separate circuit for the fan convector
advantages and benefits not available from traditional
should be considered to ensure an adequate water
emitters. To ensure optimum fan convector performance,
flow through it.
great care must be taken to ensure that the choice of
l
The heating system water temperature must be
unit and the heating system design are considered.
greater than ≥32°C for heating mode and ≤15°C for
The following factors must be taken into consideration:
cooling mode. All wall mounted fan convectors can
l
Fan convectors should only be used on closed
operate at lower temperatures suitable for heat
circulation, two pipe, pump assisted central heating
pump applications.
systems.
l
l
require effective balancing of the whole system.
Fan convectors should be correctly sized to match the
heat loss requirement of the room with the unit operating
Optimum performance of the fan convector will
l
Fan convectors should not be used to replace
radiators in existing systems unless pipe-work sizing,
at its lowest fan speed.
system design and system balancing can guarantee
l
The heating system must be capable of providing
sufficient hot water through the heat exchanger. This
an adequate flow of water through the fan convector.
l
means that:
l
The minimum pipe size should be 15mm.
l
Fan convectors are not suitable for use on microbore
pipe-work.
l
Fan convectors are not suitable for one-pipe systems.
The maximum working pressure through the heat
exchanger is 10 bar (150 lb/in2). The maximum
allowable water temperature through the heat
exchanger is 90°C, except iVECTOR, which is 85°C.
l
Wall mounted units should be mounted on a flat wall,
and stud or partition walls should be avoided to
minimise the possibility of noise transmission.
07
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08
KICKSPACE ®
The space saving solution.
Clever by design, the K I C K S PA C E ® unit fits neatly
within a unit plinth or floor cavity providing a fresh
thinking, innovative heating solution. Where traditional
radiators take up precious wall space and restrict
design possibilities, the K I C K S PA C E ® heater allows
®
K I C K S PA C E .
freedom to tailor your home around your lifestyle.
Central heating, electric and duo models available.
All units are now supplied complete with a white grille.
Before - great heat, less kitchen.
After - great heat, more kitchen.
Model details
Duo
The K I C K S PA C E ® works very effectively with low water
temperature systems, such as heat pumps. It can also be
Central Heating
Electric
(Central Heating
/Electric)
500
500E
500 Duo
600
600E
800
Floor
600-12V
used alongside the M Y S O N I N N O K O towel rail to
provide the perfect drying and heating solution for any
kitchen. For information on the M Y S O N range of towel
warmers please contact Customer Services.
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KICKSPACE ®
Effective climate control.
K I C K S PA C E ® works by drawing room air over the
heated fins of the unit heat exchanger and projecting
warm air back into the room. Controls are situated on
the front grille, with the unit having a choice of heating
fan speeds (winter setting) as well as a fan-only
(summer setting) operation. Alternatively, a remote
control wall switch can be fitted to central heating and
duo models for extra control and convenience.
09
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10
KICKSPACE ®
K I C K S PA C E ® A p p l i c a t i o n s .
The kitchen is often where space is most at a
premium and the K I C K S PA C E ® can deliver the
most benefits but equally, the bathroom or hallway
can offer alternative applications. All versions, except
the floor model, are designed to be installed
horizontally into recessed locations. They require an
adequate supply of inlet air and the axis of the motor
must remain horizontal.
K I C K S PA C E ® F l o o r m o d e l .
Accessories.
The unit grille and remote wall switch can be customised to suit any room décor with a variety of
metallic and colour finish options. The remote room thermostat is supplied white as standard and
is suitable for the 500, 600 & 800 hydronic models.
Grilles.
Remote wall switch.
Remote room ther mostat.
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KICKSPACE ® Te c h n i c a l I n f o r m a t i o n
KICKSPACE ® Product Range
Hydronic Product Range
Isolating Valves
Model
Flexible Hoses*
KICKSPACE® 500
Supplied
Supplied
KICKSPACE® 600
Supplied
Supplied
KICKSPACE® 800
Supplied
Supplied
KICKSPACE® Floor
Supplied
Supplied
(15mm)
Electric Cable
Transformer
Fan Only Option
2 metres
N/A
Yes
N/A
Yes
N/A
Yes
N/A
Yes
Transformer
Fan Only Option
(mains fitted)
2 metres
(mains fitted)
2 metres
(mains fitted)
2 metres
(mains fitted)
Low Voltage Hydronic Product Range
Model
Flexible Hoses*
Isolating Valves
(15mm)
Electric Cable
1 metre
KICKSPACE®
600-12V
Supplied
Supplied
(low voltage fitted)
Supplied
1 metre
(external from product)
Yes
Electric Cable
Transformer
Fan Only Option
2 metres
N/A
Yes
Electric Cable
Transformer
Fan Only Option
2 metres
N/A
Yes
N/A
Yes
(mains fitted)
Duo (Hydronic-Electric) Product Range
Model
Flexible Hoses*
KICKSPACE® 500 Duo
Supplied
Isolating Valves
(15mm)
Supplied
(mains fitted)
Electric Product Range
Isolating Valves
Model
Flexible Hoses*
KICKSPACE® 500E
N/A
N/A
KICKSPACE® 600E
N/A
N/A
(15mm)
(mains fitted)
21/2 metres
(mains fitted)
*750mm x 10mm bore, EPDM hoses, sheathed in AISI 304 stainless steel braid.
Please note that KICKSPACE® 600E grilles are an integral part of the product and can not be changed.
KICKSPACE ® Controls
Hydronic (KICKSPACE ® 500, 600, 800, 600-12V)
Electric (KICKSPACE ® 500E)
Fan Speed - Normal/off/boost.
Summer/Winter - Fan only/heating option.
Summer/Off/Winter - Fan only/off/heating option.
Power Selector - 1kW or 2kW.
Fan Speed - Normal/boost.
Hydronic Electric (KICKSPACE ® 500 Duo)
Summer/Off/Winter - Fan only/off/heating options.
System Selector - Central heating/electric heating.
Fan Speed - Normal/boost.
Electric (KICKSPACE ® 600E)
Summer/Winter/Output.
11
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12
KICKSPACE ® Te c h n i c a l I n f o r m a t i o n
KICKSPACE ® Performance Data
Hydronic Models
When establishing the temperature difference, i.e. mean water to
room temperature, allowance should be made for temperature
drop in the system. It is the water temperature at the convector
which dictates the output.
It is preferable to select the model with an output capable of
maintaining the calculated heat losses of the room when
operating at normal speed. This will enable the boost fan speed
and the higher temperature differences to be used to greater
advantage for rapid warming of the room from cold in excessive
conditions.
Hydronic Heating Performance Data
Fan
Speed
Model
Normal
500
600
800
Floor
20°
Temperature Difference (°C)
Heat Output (watts)
Heat Output (Btu/h)
30°
40°
50°
60°
20°
30°
40°
50°
393
566
733
896
1056
1340
1930
2501
3057
60°
3603
Boost
447
683
923
1166
1412
1524
2331
3150
3980
4817
Normal
467
729
1000
1278
1562
1592
2486
3412
4361
5330
Boost
607
939
1279
1625
1977
2072
3203
4363
5545
6744
Normal
747
1077
1396
1707
2012
2550
3675
4763
5824
6864
Boost
845
1289
1738
2192
2649
2885
4397
5930
7478
9039
Normal
283
448
622
802
987
965
1530
2122
2736
3366
Boost
483
755
1035
1322
1615
1650
2574
3531
4510
5510
Heat outputs tested in accordance with BS 4856 Part 1.
Low Voltage Hydronic Heating Performance Data
20°
Temperature Difference (°C)
Heat Output (watts)
Heat Output (Btu/h)
30°
40°
50°
60°
20°
30°
40°
50°
Normal
467
729
1000
1278
1562
1592
2486
3412
4361
5330
Boost
607
939
1279
1625
1977
2072
3203
4363
5545
6744
Fan
Speed
Model
600 - 12V
60°
Heat outputs tested in accordance with BS 4856 Part 1.
Duo (Hydronic/Electric) Heating Performance Data - Electric Mode
The unit will operate on either fan speed to provide 1kW of heating.
Duo (Hydronic/Electric) Heating Performance Data - Hydronic Mode
20°
Temperature Difference (°C)
Heat Output (watts)
Heat Output (Btu/h)
30°
40°
50°
60°
20°
30°
40°
50°
Normal
273
447
636
835
1043
930
1527
2169
2849
3560
Boost
372
597
835
1083
1340
1269
2037
2849
3696
4571
Fan
Speed
Model
500 Duo
Heat outputs tested in accordance with BS 4856 Part 1.
60°
Flow Rate Correction Factors:
455 ltr/h (100 gal/h) multiply output by 1.03.
227 ltr/h (50 gal/h) multiply output by 0.96.
113 ltr/h (25 gal/h) multiply output by 0.85.
Flow Rate: 340 ltr/h (75 gal/h).
Approximate Hydraulic Resistance
mm wg
ltr/h
kPa
500
600
800
Floor
600-12V 500 Duo
500
600
800
Floor
455
788
1046
911
448
1046
340
488
625
544
258
227
231
326
258
136
113
82
95
82
54
600-12V 500 Duo
652
7.7
10.3
8.9
4.4
10.3
6.4
625
380
4.8
6.1
5.3
2.5
6.1
3.7
326
204
2.3
3.2
2.5
1.3
3.2
2.0
95
68
0.8
0.9
0.8
0.5
0.9
0.7
24050 Fan Convector bro 13/12/2011 14:50 Page 14
KICKSPACE ® Te c h n i c a l I n f o r m a t i o n
KICKSPACE ® Performance Data
(continued)
Weight, Water Content and Motor Power
Air Flow
Model
13
Air Flow (m3/h)
Normal
Boost
Air Flow (ft3/h)
Normal
Boost
Model
Motor
Power (W)
Water
Content (l)
Unit Weight
(kg)
500
70
90
2471
3177
500
25
0.26
4.3
600
106
138
3742
4872
600
40
0.30
5.0
800
139
210
4908
7415
800
40
0.34
5.5
Floor
76
169
2684
5968
Floor
28
0.15
5.5
600-12V
106
138
3742
4872
600-12V
40
0.30
7.9*
500 Duo
70
90
2471
3117
500 Duo
25
0.26
4.5
* Includes transformer
Noise Levels
Sound Pressures at 2.5m (dBA)
Normal
Boost
Model
500
25.7
38.1
600
26.4
37.2
800
28.5
49.8
Floor
27.4
56.1
600-12V
29.4
39.0
500 Duo
25.7
38.1
Noise levels tested
in accordance with
EN 23741.
Electric Models
Weight
Electric Heating Performance Data
Model
Heat Output (watts)
Low
Medium
High
Model
Unit Weight
(kg)
500E
1000
N/A
2000
500E
3.0
600E
1000
2000
3000
600E
3.5
Noise Levels
Air Flow
Model
Air Flow (m3/h)
Low
High
Air Flow (ft3/h)
Low
High
Model
Sound Pressures at 2.5m (dBA)
Low
High
500E
70
90
2471
3177
500E
27.2
40.2
600E
210
N/A
7560
N/A
600E
38.0
N/A
Noise levels tested in accordance with EN 23741.
KICKSPACE ® Remote Wall Switch (optional)
Available Finishes: White, Chrome, Brass, Brushed Stainless.
All remote wall switches are supplied with 3 metres of cable.
All models are equipped to facilitate direct wiring.
Suitable for uses with standard single gang surface or recessed
mounting box (not supplied). The switch must only be used to
operate a single KICKSPACE ® unit.
For use on Hydronic and Hydronic-Electric (Duo) models only.
Not suitable for Electric only models.
N.B: When a remote wall switch is fitted, the fan speed control switch
on the KICKSPACE® facia grille becomes inoperable and must be
disconnected.
KICKSPACE ® Remote Thermostat
The remote room thermostat is supplied white as standard and is
suitable for 500, 600 & 800 Hydronic models.
KICKSPACE ® Grille Colour Options
KICKSPACE® models 500, 600, 800, 600-12V, 500 Duo and 500E
are supplied with a White (RAL 9003) grille. All these models are
also available in Brown (RAL 8017), Black (RAL 9011), Chrome,
Brushed Stainless Steel and Aluminium. The 600E facia grille is
an integral part of the product and can not be removed and is
supplied with either a White or Brown grille. The floor unit
model is only available with a Beige grille.
24050 Fan Convector bro 13/12/2011 14:50 Page 15
14
KICKSPACE ® Te c h n i c a l I n f o r m a t i o n
KICKSPACE ® Electrical Data
All KICKSPACE ® models require an electrical supply of
220-240V-50Hz. All models can be used in conjunction with a
room thermostat, however it is essential that the thermostat used
is capable of carrying the electrical load.
N.B: Low voltage models comply with BS 7671 section 601 (IEE Safety
Extra Low Voltage wiring regulations for bathrooms). The transformer
complies with BS 3535. Where a remote switch or thermostat is used, the
line voltage to both is 12 volts maximum.
Hydronic (KICKSPACE ® 500, 600 & 800)
Hydronic Electric (KICKSPACE ® 500 Duo)
Supplied with 2 metres of cable (0.75mm²).
Requires a supply fused at 3A.
Supplied with 2 metres of cable (0.75mm²).
Requires a supply fused at 5A.
Electric (KICKSPACE ® 500E & 600E)
Low Voltage Hydronic (KICKSPACE ® 600-12V)
500E supplied with 2 metres of cable (1.0mm²).
Requires a supply fused at 10A.
Supplied with 2 metres of cable (0.75mm²).
Requires a supply fused at 3A.
600E supplied with 2½ metres of cable (1.0mm²).
Requires a supply fused at 13A.
KICKSPACE ® Dimensions
KICKSPACE ® 600
KICKSPACE ® 500
View on arrow
View on arrow
Cable Entries
54
24
54
93
67
12
24
View on arrow
Cable Entries
93
67
Cable Entries
54
12
Top view
82
82
36
36
Mains Cable
309
25
Cable Entry
82
36
Mains Cable
Mains Cable
309
25
Cable Entry
Cable Entry
129
129
447
FRONT GRILLE
FRONT GRILLE
101
101
101
550
496
603
KICKSPACE ® 500 Duo
KICKSPACE ® 600-12V
View on arrow
15
Cable entries
54
View on arrow
15
24
93
67
12
Top view
Top view
56
Cable Entries
54
70 93
28
82
36
Mains Cable
318
Mains Cable
309
Cable Entry
Cable Entry
159.5
177
142
376
321
FRONT GRILLE
101
101
496
25
129
FRONT GRILLE
25
129
376
322
FRONT GRILLE
93
67
12
24
Top view
Top view
309
KICKSPACE ® 800
550
N.B: Add 4.5mm to the chassis height of the above models to allow for rubber mountings and screws.
24050 Fan Convector bro 13/12/2011 14:50 Page 16
KICKSPACE ® Te c h n i c a l I n f o r m a t i o n
KICKSPACE ® Dimensions
(continued)
KICKSPACE ® 500E
KICKSPACE ® 600E
View on arrow
View on arrow
Cable entries
93
KICKSPACE ® Floor
88
Flow and Return
connections
240
Cable entry
Top view
Mains Cable
360
120
105
120
70
Cable entry
203
15
38
38
14
177
225
362
175
Connections
321
FRONT GRILLE
248
101
100
496
600
402
Dimensional View
N.B: KICKSPACE® 500E: Add 4.5mm
to the chassis height of the above
models to allow for rubber mountings
and screws.
240
422
244
Flange depth
Flange width
N.B: All connections accessible
from the top of unit.
362
210
KICKSPACE ® Kickboard Dimensions
Dimensions of opening to be cut in Kickboard Option A (Excluding 500E)
KICKSPACE ® 500, 600, 600-12V, 800, 500 Duo,
500E, 600E
Model
Option B (Excluding 600E)
Dimensions (mm)
A
B
C
500, 500 Duo, 500E
466
93
17
600, 600-12V
520
93
17
800
573
93
17
600E
540
88
N/A
24050 Fan Convector bro 13/12/2011 14:50 Page 17
16
iVECTOR
NEW!
Fast and accurate
response.
The i V E C T O R , M Y S O N ’s latest product innovation, is
designed specifically to emit high outputs even when
operating with low water temperatures.
With the large surface area of its heat exchanger, and
iVECTOR.
its low water content, the i V E C T O R provides a fast,
efficient response to any building’s heating or cooling
requirement.
24050 Fan Convector bro 13/12/2011 14:51 Page 18
iVECTOR
M Y S O N ’s N E W
s i l e n t f a n c o n v e c t o r.*
l
Ideal for use with traditional
boilers and renewable heat
l
Range of filter options
l
Compact size, due to large
sources
l
surface area of heat exchanger
High outputs, even at lower
l
water temperatures
l *Operates
5-10% of the amount used in
silently at
low speeds
l
Rapid response time
l
Integral intelligent controls
l
Flexible connection options
Low water content (between
a traditional radiator)
l
Heating and cooling option
l
Suitable for both new build
and renovation
17
24050 Fan Convector bro 13/12/2011 14:51 Page 19
18
iVECTOR
Intelligent and easy to use controls.
The intelligent, electronic control system in every i V E C T O R provides
a wide range of easy to use heating and cooling operating options. Its
two-tier level of programming incorporates an ‘easy’ mode for everyday
operation and a ‘full’ mode for more advanced functions.
l
Each iVECTOR is individually
l
programmable
l
24/7 programmer with 1 hour
for control of fan speeds
l
time periods
l
Lockable LCD backlit display
Automatic and manual options
Option to link to building
management systems
l
Night set-back function
24050 Fan Convector bro 13/12/2011 14:51 Page 20
iVECTOR Te c h n i c a l I n f o r m a t i o n
19
iVECTOR Performance Data
The unit must be sized to match the calculated heat loss
requirement of the room with the unit operating at normal fan
speed. The higher fan speeds will be used automatically when
the room temperature is significantly lower than the preset
temperature.
When establishing the temperature difference, i.e. mean water to
room temperature, allowance should be made for temperature
drop in the system. It is the temperature at the convector which
dictates the output.
Heating Performance Data
Temperature Difference (°C)
Model
iV60x080
iV60x100
iV60x120
iV60x140
iV60x160
Heat Output (Btu/h)
Heat Output (watts)
Fan Speed
ΔT50 (75-65-20)
ΔT20 (45-35-20)
ΔT50 (75-65-20)
ΔT20 (45-35-20)
Normal
1824
704
6223
2402
Medium
2556
935
8721
3190
Boost
3682
1358
12563
4633
Normal
2606
905
8892
3088
Medium
3632
1283
12392
4378
Boost
5149
1883
17568
6425
Normal
3224
1086
11000
3705
Medium
4448
1804
15177
6155
Boost
6521
2376
22250
8107
Normal
3842
1267
13109
4323
Medium
5265
2324
17964
7929
Boost
7894
2869
26934
9789
Normal
4460
1448
15218
4941
Medium
6082
2845
20752
9707
Boost
9266
3363
31616
11475
Cooling Performance Data
Temperature Difference (°C)
Model
Fan Speed
Cooling Performance (watts)
Total
iV60x080
iV60x100
iV60x120
iV60x140
iV60x160
Condition 7-12-27
Sensible
Cooling Performance (Btu/h)
Total
Condition 7-12-27
Sensible
Normal
707
527
2412
1798
Medium
1126
829
3842
2829
Boost
1648
1227
5623
4187
Normal
1011
753
3450
2569
Medium
1600
1178
5459
4019
Boost
2304
1716
7861
5855
Normal
1250
931
4265
3177
Medium
1960
1442
6688
4920
Boost
2918
2173
9956
7414
Normal
1490
1110
5084
3787
Medium
2320
1707
7916
5824
Boost
3533
2631
12055
8977
Normal
1729
1288
5899
7395
Medium
2679
1972
9141
6728
3088
14150
10536
Boost
4147
Relative Humidity: Sensible cooling at 50%.
24050 Fan Convector bro 13/12/2011 14:51 Page 21
20
iVECTOR Te c h n i c a l I n f o r m a t i o n
iVECTOR Performance Data
(continued)
For combined heating and cooling applications, a suitable chilled
water source and associated controls must be provided and
installed, in accordance with the recommendations of the chiller
manufacturer.
and a suitable drain pipe should be connected to the spigot
(15mm) at the base of the condensate tray.
Provision must be made for condensate disposal, in accordance
with any local regulations. A condensate collection tray is fitted
All pipework must be wrapped with anti-condensate material
5-10mm thick.
Thermostatic control for cooling may be achieved by connection
of a thermostat into the mains supply to the unit.
Weight, Water Content and Motor Power
Model
Motor
Power (w)
Water
Content (l)
Unpacked
Weight (kg)
iV60x080
32
0.66
22.8
iV60x100
35
0.92
27.7
iV60x120
44
1.19
32.5
iV60x140
53
1.45
37.5
iV60x160
65
1.72
42.6
Noise Levels
Model
Sound Power LwA (dB)
Sound Pressure at 2.5m (dBA)
Normal
Medium
Boost
Normal
Medium
Boost
iV60x080
31.9
44.8
55
24.8
37.7
47.9
iV60x100
34.1
42.9
55
27
35.8
47.9
iV60x120
31.1
44.7
58.8
24
40.5
51.7
iV60x140
32
42.6
61.9
24.9
35.5
54.8
iV60x160
34.1
42.1
63.4
27
35
56.3
Noise levels tested in accordance with ISO 3741.
iVECTOR Controls
l
Automatic room temperature control.
l
Fan only option for ambient air circulation.
l
Three fan speeds.
l
Unit mounted controls and display.
l
Unit control panel tamper proof lock.
iVECTOR Water Connections
Water connections (3/4" BSP) are on the left-hand side and the
system pipework may be brought in from underneath or
the rear.
iVECTOR Electrical Data
All iVECTOR models require an electrical supply of 220-240V –
50Hz fused at 3A.
24050 Fan Convector bro 13/12/2011 14:51 Page 22
iVECTOR Te c h n i c a l I n f o r m a t i o n
iVECTOR Exploded View
Chassis
Grill
Control panel
Grill hinge
Side cover
Filter
Outer casing
iVECTOR Dimensions and Fixings
Model
595
49
167
457
Dimensions (mm)
Casing Size (A)
800/1000/1200/1400/1600
Fixing Centres (B)
iV60x080
800
503
iV60x100
1000
703
iV60x120
1200
903
iV60x140
1400
1103
iV60x160
1600
1303
150 Min.
152.80
150
MYSON
595
A
B
89
130
21
24050 Fan Convector bro 13/12/2011 14:51 Page 23
22
HI-LINE Range
Heat from above.
The H I - L I N E range offers creative use of wall space
whilst keeping the heat source safely out of reach.
All models are designed for ease of fitting and can be
positioned above doorways for effective heating. The units
are easy to install, control and maintain, therefore
HI-LINE.
providing a simple yet effective method of heating.
All RC models have a fan only option for cool
air circulation.
Also
available as a
heater/cooler
model
HI-LINE RC
Engineered predominantly with the domestic market in
mind, the re-modelled and very discreet H I - L I N E R C
unit is the only remote control version of this kind
that is currently available for hot water products. The
heater/cooler model, meanwhile, requires water chilling
equipment as well as connection to the central heating
system, which allows year-round application. A range of
models are available giving effective heating for various
room sizes and are ideal for use with heat pumps.
Remote control supplied.
24050 Fan Convector bro 13/12/2011 14:51 Page 24
HI-LINE Range
HI-LINE Super RC.
For larger and often commercial applications such
as bars, restaurants, retail outlets and offices, the
H I - L I N E S u p e r R C delivers higher outputs from 5kW
up to 8.5kW. Suitable for use in areas with a
maximum ceiling height of 3 meters. The H I - L I N E
S u p e r R C also comes with the benefit of remote control.
H I - L I N E LV.
The H I - L I N E
LV is a low-voltage unit designed
specifically for a variety of applications where safety
matters most, for example, installation in bathrooms. The
innovative engineering of the 12V unit ensures that
effective and efficient outputs are not compromised.
H I - L I N E LV s i n g l e
switch function.
23
24050 Fan Convector bro 13/12/2011 14:51 Page 25
24
HI-LINE R a n g e Te c h n i c a l I n f o r m a t i o n
HI-LINE RC Performance Data
When establishing the temperature difference, i.e. mean water to
room temperature, allowance should be made for temperature
drop in the system. It is the temperature at the convector which
dictates the output.
The unit must be sized to match the calculated heat loss
requirement of the room with the unit operating at normal fan
speed. The higher fan speeds will be used automatically when
the room temperature is significantly lower than the preset
temperature.
Heating Performance Data
Temperature Difference (°C)
Model
20-14
15-10
10-6
7-4
Heat Output (Btu/h)
Heat Output (watts)
Fan Speed
20°
30°
40°
50°
60°
20°
30°
40°
50°
60°
Normal
1313
2018
2737
3468
4207
4479
6884
9339
11831
14354
Medium
1658
2548
3457
4380
5314
5657
8695
11796
14944
18130
Boost
1882
2889
3917
4959
6014
6421
9858
13364
16921
20519
Normal
931
1431
1941
2459
2984
3176
4881
6622
8390
10180
Medium
1054
1620
2197
2783
3376
3596
5526
7496
9496
11519
Boost
1397
2147
2913
3690
4477
4767
7327
9939
12590
15274
Normal
610
937
1271
1610
1953
2081
3197
4337
5493
6664
Medium
742
1140
1546
1959
2376
2530
3889
5276
6683
8108
Boost
954
1467
1990
2521
3059
3256
5005
6790
8602
10437
Normal
352
541
734
930
1128
1200
1845
2504
3172
3849
Medium
489
752
1020
1292
1568
1669
2565
3480
4410
5350
Boost
645
991
1344
1702
2065
2199
3380
4585
5808
7046
Heat outputs tested in accordance with BS 4856 Part 1.
Flow Rate Correction Factors:
455 ltr/h (100 gal/h) multiply output by 1.06.
227 ltr/h (50 gal/h) multiply output by 0.96.
113 ltr/h (25 gal/h) multiply output by 0.85.
Flow Rate: 340 ltr/h (75 gal/h).
Cooling Performance Data (Heater/Cooler Model Only)
Temperature Difference (°C)
Model
20-14
15-10
10-6
7-4
Cooling Performance (Btu/h)
Cooling Performance (watts)
Fan Speed
15°
20°
25°
15°
20°
25°
Tot.
Sens.
Tot.
Sens.
Tot.
Sens.
Tot.
Sens.
Tot.
Sens.
Tot.
Sens.
Normal
1256
1034
1922
1291
2676
1421
4285
3528
6558
4405
9131
4848
Medium
1510
1241
2312
1597
3220
1759
5152
4234
7889
5449
10987
6002
Boost
1601
1363
2449
1770
3408
1879
5463
4651
8356
6039
11628
6411
Normal
886
761
1355
1002
1886
1091
3023
2597
4623
3419
6435
3722
Medium
958
815
1466
1058
2041
1123
3269
2781
5002
3610
6964
3832
Boost
1276
1093
1953
1434
2719
1549
4354
3729
6664
4893
9277
5285
Normal
578
490
884
635
1230
668
1972
1672
3016
2167
4197
2279
Medium
646
545
988
704
1375
736
2204
1860
3371
2402
4692
2511
Boost
780
638
1194
867
1662
1098
2661
2177
4074
2958
5671
3746
Normal
318
274
487
362
678
396
1085
935
1662
1235
2313
1351
Medium
473
405
725
531
1009
574
1614
1382
2474
1812
3443
1958
Boost
574
459
878
623
1222
790
1958
1566
2996
2126
4169
2695
Cooling performance tested in accordance with BS 4856 Part 2.
Flow Rate: 340 ltr/h.
Relative Humidity: 50%.
Flow Rate Correction Factors:
455 ltr/h (100 gal/h) multiply output by 1.06.
227 ltr/h (50 gal/h) multiply output by 0.96.
113 ltr/h (25 gal/h) multiply output by 0.85.
24050 Fan Convector bro 13/12/2011 14:51 Page 26
HI-LINE R a n g e Te c h n i c a l I n f o r m a t i o n
HI-LINE RC Performance Data
25
(continued)
For combined heating and cooling applications, a suitable chilled
water source and associated controls must be provided and
installed, in accordance with the recommendations of the chiller
manufacturer.
and a suitable drain pipe should be connected to the spigot
(15mm) at the base of the condensate tray.
Provision must be made for condensate disposal, in accordance
with any local regulations. A condensate collection tray is fitted
All pipework must be wrapped with anti-condensate material
5-10mm thick.
Thermostatic control for cooling may be achieved by connection
of a thermostat into the mains supply to the unit.
Approximate Hydraulic Resistance
mm wg
Litres/h
kPa
7- 4
10 - 6
15 - 10
20 - 14
7- 4
10 - 6
15 - 10
20 - 14
455
1084
1240
1500
1774
9.4
12.12
14.7
17.42
340
798
657
905
1140
7.7
6.42
8.9
11.2
227
350
327
450
565
3.5
3.25
4.37
5.5
113
134
105
157
221
1.4
1.1
1.57
2.1
Noise Levels
Weight, Water Content and Motor Power
Sound Pressures at 2.5m (dBA)
Model
Motor
Power (W)
Water
Content (l)
Unpacked
Weight (kg)
Model
Normal
Medium
Boost
20-14
80
0.77
14.7
20-14
33.3
38.7
45.4
15-10
62
0.56
11.3
15-10
28.8
35.4
45.6
10-6
35
0.32
8.9
10-6
23.5
30.8
37.2
7-4
35
0.30
7.4
7-4
23.4
32.5
43.3
Noise levels tested in accordance with EN 23741.
Air Flow
Air Flow (ft3/h)
Air Flow (m3/h)
Model
Normal
Medium
Boost
Normal
Medium
Boost
20-14
285
371
431
10061
13096
15214
15-10
207
276
333
7307
9743
11755
10-6
143
171
220
5048
6036
7766
7-4
81
105
133
2859
3707
4695
HI-LINE LV Performance Data
When establishing the temperature difference, i.e. mean water to
room temperature, allowance should be made for temperature
drop in the system. It is the temperature at the convector which
dictates the output.
This model should only be selected if the normal fan speed
output is capable of maintaining the calculated heat losses of the
room at the chosen operating conditions. This will enable the
boost fan speed and the higher temperature differences to be
used to greater advantage for rapid warming of the room from
cold in excessive conditions.
Heating Performance Data
Temperature Difference (°C)
Model
7-4
Heat Output (watts)
Fan Speed
20°
30°
40°
Normal
352
541
734
Boost
645
991
1344
Heat outputs tested in accordance with BS 4856 Part 1.
Flow Rate: 340 ltr/h (75 gal/h).
50°
Heat Output (Btu/h)
60°
20°
30°
40°
50°
60°
930
1128
1201
1846
2504
3173
3849
1702
2065
2201
3381
4586
5807
7046
Flow Rate Correction Factors:
455 ltr/h (100 gal/h) multiply by 1.06.
227 ltr/h (50 gal/h) multiply by 0.96.
113 ltr/h (25 gal/h) multiply by 0.85.
24050 Fan Convector bro 13/12/2011 14:51 Page 27
26
HI-LINE R a n g e Te c h n i c a l I n f o r m a t i o n
HI-LINE LV Performance Data
(continued)
Approximate Hydraulic Resistance
Noise Levels
Litres/h
mm wg
kPa
Fan Speed
Sound Pressures at 2.5m (dBA)
455
1084
9.4
Normal
16.6
341
798
7.7
Boost
32.5
227
350
3.5
113
134
1.4
Noise levels tested in accordance with EN 23741.
Weight, Water Content and Motor Power
Air Flow
Motor Power
(W)
Water Content
(l)
Unpacked Weight
(kg)
Fan Speed
Air Flow (m3/h)
Air Flow (ft3/h)
Normal
81
2859
30
0.3
7.4
Boost
133
4695
HI-LINE Super RC Performance Data
When establishing the temperature difference, i.e. mean water to
room temperature, allowance should be made for temperature
drop in the system. It is the temperature at the convector which
dictates the output.
The unit must be sized to match the calculated heat loss
requirement of the room with the unit operating at normal fan
speed. The higher fan speeds will be used automatically when
the room temperature is significantly lower than the preset
temperature.
Heating Performance Data
Temperature Difference (°C)
Model
29-20
25-18
Heat Output (Btu/h)
Heat Output (watts)
Fan Speed
20°
30°
40°
50°
60°
20°
30°
40°
50°
60°
Normal
1858
2870
3906
4962
6033
6339
9791
13328
16930
20584
Medium
2234
3462
4723
6011
7319
7622
11811
16116
20508
24972
Boost
2599
4040
5526
7045
8591
8867
13785
18854
24037
29313
Normal
1709
2563
3417
4270
5123
5833
8746
11658
14569
17481
Medium
1962
3030
4124
5238
6369
6695
10339
14072
17873
21730
Boost
2172
3454
4800
6200
7600
7411
11785
16378
21154
25931
Heat outputs tested in accordance with BS 4856 Part 1.
Flow Rate Correction Factors:
455 ltr/h (100 gal/h) multiply output by 1.03.
227 ltr/h (50 gal/h) multiply output by 0.98.
113 ltr/h (25 gal/h) multiply output by 0.85.
Approximate Hydraulic Resistance
ltr/h
mm wg
kPa
25-18
29-20
25-18
29-20
455
2095
2551
20.5
24.6
340
1282
1530
12.6
15.0
227
620
850
6.1
8.3
113
234
245
2.3
2.4
24050 Fan Convector bro 13/12/2011 14:51 Page 28
HI-LINE R a n g e Te c h n i c a l I n f o r m a t i o n
HI-LINE Super RC Performance Data
(continued)
Weight, Water Content and Motor Power
Air Flow
Model
27
Air Flow (m3/h)
Air Flow (ft3/h)
Normal Medium Boost Normal Medium Boost
Model
Motor
Power (W)
Water
Content (l)
Unpacked
Weight (kg)
29-20
390
470
540
13772
16597
19069
29-20
80
0.85
21.0
25-18
350
430
500
12360
15185
17657
25-18
80
0.63
18.0
HI-LINE Controls
HI-LINE RC & HI-LINE Super RC
HI-LINE LV
Units are supplied with an electronic infra-red remote control
system with the following features:
Units are fitted with a switch offering high and low fan speed and
off selection. A low limit thermostat is fitted to the unit to
ensure that the fan stops after the heating system is switched off
and the water flow stops.
l
l
l
l
l
l
Automatic room temperature control.
Fan only option for ambient air circulation.
Three fan speeds.
Unit mounted controls and display.
Unit control panel electronic tamper proof lock.
Displayed temperature calibration system.
HI-LINE Electrical Data
HI-LINE Water Connections
Water connections (15mm compression) are on the right-hand
side and the system pipework may be brought in from above
or the rear. Supplied with isolating valves.
All HI-LINE models require an electrical supply of 220-240V –
50Hz fused at 3A.
HI-LINE RC Dimensions and Fixings
59
B
73
Model
277
49
94
35
l
l
A
l
l
l
Dimensions (mm)
A
B
20-14
1171
1039
15-10
886
754
10-6
682
550
7-4
554
422
Maximum installation height is 2.13m to the underside of
the unit.
Minimum installation height is 1.8m to the underside of
the unit.
Maximum ceiling height is 3m.
Minimum clearance each side is 100mm.
Minimum top clearance is 50mm.
24050 Fan Convector bro 13/12/2011 14:51 Page 29
28
HI-LINE R a n g e Te c h n i c a l I n f o r m a t i o n
HI-LINE RC Dimensions and Fixings
(continued)
42
79
96
50 min
to ceiling
56
247
202
100 min
each side
170
Case fixing screw positions and water connections
HI-LINE LV Dimensions and Fixings
79
42
96
56
50 min
to ceiling
247
202
100 min
each side
170
Case fixing screw positions and water connections
422
59
73
Height
Dimensions (mm)
Width
Depth
277
554
170
277
49
94
35
554
l
Maximum installation height is 2.13m to the underside of
the unit.
l
Minimum installation height is 1.8m to the underside of
the unit.
l
Maximum ceiling height is 3m.
l
Minimum clearance each side is 100mm.
l
Minimum top clearance is 50mm.
l
Please note the transformer can be mounted internally or
external to the unit.
24050 Fan Convector bro 13/12/2011 14:52 Page 30
HI-LINE R a n g e Te c h n i c a l I n f o r m a t i o n
29
HI-LINE Super RC Dimensions and Fixings
Ceiling
150 min
each
side
92
275
144
77
a) 20 min
b) 100 min
63
53
103
A
Dimensions (mm)
Model
A
1360
a = rear entry pipework
25-18
1150
b = top entry pipework
82
69
55
117
55
Mains cable entry
201
23
21
29-20
View on arrow
108
275
128
203
A
Model
Dimensions (mm)
A
29-20
1378
25-18
1168
l
Maximum installation height is 3m to the underside of
the unit.
l
Minimum installation height is 1.8m to the underside of
the unit.
l
Maximum ceiling height is 3.5m.
l
Minimum side clearance is 150mm.
24050 Fan Convector bro 13/12/2011 14:52 Page 31
30
LO-LINE RC
Instant warmth
and cooling.
The L O - L I N E R C fan convector is quick to heat giving
convenient and instant warmth just when you need it, as
well as a refreshing cooling option with the heater/cooler
model for the summer months. L O - L I N E R C units
connect to the central heating system (water chilling
equipment is also required for the heater/cooler model)
LO-LINE RC.
and are fitted at a similar height to a standard radiator. The
accompanying remote control offers maximum control
and flexibility.
Also
available as a
heater/cooler
model
Remote control supplied.
For technical information please refer to pages 32-33.
24050 Fan Convector bro 13/12/2011 14:52 Page 32
SLIM-LINE RC
The compact heat source.
The elegant S L I M - L I N E R C is designed with space in
mind. The range of models fit comfortably onto lower
sections of the wall and can be easily slotted into narrow
areas, such as on a pillar or in an alcove, where space is at
a premium. Compact in size, the unit is ideal for use in
SLIM-LINE RC.
offices and conservatories, offering high outputs for all
your heating needs. The accompanying remote control
offers maximum control and flexibility.
Remote control supplied.
For technical information please refer to pages 34-35.
31
24050 Fan Convector bro 13/12/2011 14:52 Page 33
32
LO-LINE RC Te c h n i c a l I n f o r m a t i o n
LO-LINE RC Performance Data
It is preferable to select the model with an output capable
of maintaining the calculated heat losses of the room when
operating at normal speed. The higher fan speeds will be used
automatically when the room temperature is significantly lower
than the preset temperature. When establishing the temperature
difference, i.e. mean water to room temperature, allowance
should be made for temperature drop in the system. It is the
temperature at the convector which dictates the output.
Heating Performance Data
Temperature Difference (°C)
Model
19-15
14-10
9-6
6-4
Heat Output (Btu/h)
Heat Output (watts)
Fan Speed
20°
30°
40°
50°
60°
20°
30°
40°
50°
60°
Normal
1509
2221
2921
3613
4298
5150
7578
9967
12327
14665
Medium
1731
2548
3351
4144
4930
5907
8692
11432
14140
16822
Boost
1938
2852
3751
4640
5520
6613
9731
12799
15831
18834
Normal
993
1461
1922
2377
2828
3388
4986
6558
8111
9649
Medium
1223
1800
2367
2928
3483
4173
6140
8076
9989
11884
Boost
1448
2131
2803
3467
4124
4942
7272
9564
11829
14073
Normal
567
834
1098
1358
1615
1935
2847
3745
4633
5512
Medium
743
1093
1437
1777
2114
2534
3728
4903
6064
7213
Boost
936
1377
1811
2240
2665
3194
4699
6180
7643
9092
Normal
383
564
741
916
1090
1307
1923
2528
3126
3718
Medium
436
641
843
1043
1241
1486
2187
2876
3558
4233
Boost
600
883
1162
1437
1710
2049
3014
3965
4904
5834
Heat outputs tested in accordance with BS 4856 Part 1.
Flow Rate Correction Factors:
455 ltr/h (100 gal/h) multiply output by 1.06.
227 ltr/h (50 gal/h) multiply output by 0.96.
113 ltr/h (25 gal/h) multiply output by 0.85.
Flow Rate: 340 ltr/h (75 gal/h).
For combined heating and cooling applications, a suitable chilled
water source and associated controls must be provided and
installed, in accordance with the recommendations of the chiller
manufacturer.
and a suitable drain pipe should be connected to the spigot
(15mm) at the base of the condensate tray.
Provision must be made for condensate disposal, in accordance
with any local regulations. A condensate collection tray is fitted
All pipework must be wrapped with anti-condensate material
5-10mm thick.
Thermostatic control for cooling may be achieved by connection
of a thermostat into the mains supply to the unit.
Cooling Performance Data (Heater/Cooler Model Only)
Temperature Difference (°C)
Model
19-15
14-10
9-6
6-4
Cooling Performance (Btu/h)
Cooling Performance (watts)
Fan Speed
15°
20°
25°
15°
20°
25°
Tot.
Sens.
Tot.
Sens.
Tot.
Sens.
Tot.
Sens.
Tot.
Sens.
Tot.
Sens.
Normal
1340
1104
2002
1345
2734
1452
4572
3767
6831
4589
9328
4954
Medium
1464
1203
2187
1511
2987
1632
4995
4105
7462
5156
10192
5568
Boost
1533
1305
2291
1656
3128
1725
5231
4453
7817
5650
10673
5886
Normal
877
754
1310
969
1788
1034
2992
2573
4470
3306
6101
3528
Medium
1032
878
1542
1113
2106
1159
3521
2996
5261
3798
7186
3955
Boost
1228
1052
1835
1347
2505
1427
4190
3589
6261
4596
8547
4869
Normal
499
423
745
535
1018
553
1703
1443
2542
1825
3473
1887
Medium
600
507
896
639
1223
655
2047
1730
3057
2180
4173
2235
Boost
710
581
1061
770
1448
957
2423
1982
3620
2627
4941
3565
Normal
321
277
480
357
655
383
1095
945
1638
1218
2235
1307
Medium
391
335
585
429
798
454
1334
1143
1996
1464
2723
1549
Boost
496
397
741
526
1012
654
1692
1355
2528
1795
3453
2231
Cooling performance tested in accordance with BS 4856 Part 2.
Flow Rate: 340 ltr/h (75 gal/h).
Relative Humidity: 50%.
Flow Rate Correction Factors:
455 ltr/h (100 gal/h) multiply output by 1.06.
227 ltr/h (50 gal/h) multiply output by 0.96.
113 ltr/h (25 gal/h) multiply output by 0.85.
24050 Fan Convector bro 13/12/2011 14:52 Page 34
LO-LINE RC Te c h n i c a l I n f o r m a t i o n
LO-LINE RC Performance Data
(continued)
Noise Levels
Approximate Hydraulic Resistance
mm wg
Litres
6 -4
9 -6
455
910
998
1240
340
514
520
719
227
235
121
113
47
97
kPa
14 - 10 19 - 15
33
Sound Pressures at 2.5m (dBA)
Model
Normal
Medium
Boost
19-15
27.2
31.8
38.6
14-10
23.1
28.5
40.1
4.60
9-6
21.6
29.6
38
0.82
6-4
23.7
31.7
40.7
6 -4
9 -6
14 - 10 19 - 15
1670
8.98
9.85
12.20 16.40
954
5.06
5.10
7.00
9.40
324
469
2.35
1.18
3.20
75
77
0.45
0.97
0.75
Noise levels tested in accordance with EN 23741.
Air Flow
Weight, Water Content and Motor Power
Air Flow (m3/h)
Air Flow (ft3/h)
Model
Motor
Power (W)
Water
Content (l)
Unpacked
Weight (kg)
Model
19-15
80
0.75
15.7
19-15
241
288
335
8507
10166
11826
14-10
62
0.56
12.7
14-10
160
200
288
5648
7060
10166
9-6
35
0.32
9.1
9-6
112
129
175
3954
4554
6178
6-4
35
0.3
7.7
6-4
65
86
122
2295
3036
4307
LO-LINE RC Controls
Normal Medium
Boost
Normal Medium
Boost
LO-LINE RC Water Connections
Units are supplied with an electronic infra-red remote control
system with the following features:
l
Automatic room temperature control.
l
Fan only option for ambient air circulation.
l
Three fan speeds.
l
Unit mounted controls and display.
l
Unit control panel electronic tamper proof lock.
l
Displayed temperature calibration system.
Water connections (15mm compression) are on the left-hand
side and the system pipework may be brought in from
underneath or the rear.
LO-LINE RC Electrical Data
All LO-LINE models require an electrical supply of 220-240V –
50Hz fused at 3A.
LO-LINE RC Dimensions and Fixings
58 100
B
62
130
191
C
107
150 min
68
56
385
72
247
min each
side
A
57
99
Model
Dimensions (mm)
A
B
C
19-15
1138
1018
974
14-10
854
733
681
9-6
645
526
481
6-4
523
404
359
Case fixing screw positions and water connections
l
Minimum installation height is 150mm to the underside of
the unit.
l
Maximum ceiling height is 3m.
l
Minimum side clearance is 100mm.
24050 Fan Convector bro 13/12/2011 14:52 Page 35
34
SLIM-LINE RC Te c h n i c a l I n f o r m a t i o n
SLIM-LINE RC Performance Data
The unit must be sized to match the calculated heat loss
requirement of the room with the unit operating at normal fan
speed. The higher fan speeds will be used automatically when
the room temperature is significantly lower than the preset
temperature.
When establishing the temperature difference, i.e. mean water to
room temperature, allowance should be made for temperature
drop in the system. It is the temperature at the convector which
dictates the output.
Heating Performance Data
Model
SLIM-LINE RC
Fan
Speed
Temperature Difference (°C)
Heat Output (watts)
Heat Output (Btu/h)
20°
30°
40°
50°
60°
20°
30°
40°
50°
60°
Normal
860
1340
1820
2290
2770
2934
4572
6210
7813
9451
Medium
1130
1710
2280
2870
3460
3856
5835
7779
9792
11806
Boost
1470
2220
2960
3720
4460
5016
7575
10100
12693
15218
Heat outputs tested in accordance with BS 4856 Part 1.
Flow Rate: 340 ltr/h (75 gal/h).
Flow Rate Correction Factors:
455 ltr/h (100 gal/h) multiply output by 1.06.
227 ltr/h (50 gal/h) multiply output by 0.96.
113 ltr/h (25 gal/h) multiply output by 0.85.
Noise Levels
Approximate Hydraulic Resistance
Litres/h
mm wg
kPa
455
1771
340
1161
227
113
Fan Speed
Sound Pressures at 2.5m (dBA)
17.4
Normal
21.9
11.4
Medium
30.6
561
5.5
Boost
39.7
201
2.0
Weight, Water Content and Motor Power
Noise levels tested in accordance with EN 23741.
Air Flow
Air Flow (m3/h)
Air Flow (ft3/h)
Motor Power
(W)
Water Content
(l)
Unpacked Weight
(kg)
Normal
Medium
Boost
Normal
Medium
Boost
125
0.51
14.5
164
216
316
5789
7625
11155
SLIM-LINE RC Controls
Units are supplied with an electronic infra-red remote control
system with the following features:
l
Automatic room temperature control.
Fan only option for ambient air circulation.
l Three fan speeds.
l Unit mounted controls and display.
l
SLIM-LINE RC Water Connections
Water connections (15mm compression) are on the left-hand
side and the system pipework may be brought in from
underneath or the rear.
SLIM-LINE RC Electrical Data
All SLIM-LINE RC fan convectors require an electrical supply of
220-240V – 50Hz fused at 3A.
l
l
Unit control panel electronic tamper proof lock.
Displayed temperature calibration system.
24050 Fan Convector bro 13/12/2011 14:52 Page 36
SLIM-LINE RC Te c h n i c a l I n f o r m a t i o n
SLIM-LINE RC Dimensions and Fixings
150
Case fixing screw positions and water connections
Height
Dimensions (mm)
Width
Depth
795
361
170
l
Maximum ceiling height is 3.5m.
l
Minimum installation height is 150mm to the underside of
the unit.
35
24050 Fan Convector bro 13/12/2011 14:47 Page 1
MYSON Eastern Avenue, Team Valley, Gateshead, Tyne & Wear NE11 0PG, UK
T: 0845 402 3434, F: 0191 491 7568, sales@myson.co.uk, www.myson.co.uk
heatingthroughinnovation.
01.12.2011
MYSON