Perdea de aer pentru spatii comerciale si birouri TEDDINGTON C-SERIES
SHOP & BUSINESS
C -SERIES
With the patented Teddington
EVOLVENT ® Nozzle Technology.
TEDDINGTON
The
C-SERIES
Effective, Economical, Intelligent …
Small Nozzle with large Effect.
Very simple filter maintenance.
Housings in
individual
colors available.
Continuously
adjustable exhaust
angle of the
EVOLVENT ®-nozzle.
Form stable draw out type
filter cassettes – easily accessible
due to large maintenance opening.
Save operational costs by intelligent
technique and protect the environment.
The C-Series devices form
the perfect beginning
with using the patented
EVOLVENT ® nozzle technology from Teddington.
The small EVOLVENT ®
nozzle compresses and
accelerates the air in the
blow out section. A
concentrated, exactly
2
controllable air flow is
created over the total width,
with an enormous energy
saving potential, compared
with conventional devices.
The C-Series is usable for all
common Shop & Business
areas with its two power
classes and five different
lengths.
App
lications
Design
Hot Water Type
Versatile usable, ready to mount
device, available with two power
classes and two types.
CNC manufactured sheet steel
housing with modern design, powder
coated in the color RAL 9010 (white).
Individual colors are possible on
request.
Heat exchanger made of Cu/AL
for pump hot water, collector
made of Cu, connections with
inner thread 3/4“, tamper proof.
For free hanging mounting in visible
areas with air take in at face or
bottom, as type S or U, or for
installation in the inserted ceiling
as type U with optional variably
usable installation frame.
For all standard applications in
Shop & Business areas the ideal way
to begin with using the patented
Teddington EVOLVENT ® technology.
Effective air guiding system over
the EVOLVENT ® pressure chamber
nozzle, which creates a concentrated,
low inductance air flow over the total
blow out width. In connection with
the possibility to adjust the air blow
out direction (+30° to -30°), an
enormous energ
y saving is achieved.
Noise reducing lining in the blow out
section. Attractive air take-in grid
with rectangular perforation and
centered circular decoration.
Manufactured according to
DIN EN ISO 9001-2000.
Mounting
Easy installation with female thread
M 10 at top of the device and
optional available mounting kit.
Maintenance
Single side hinged revision flap,
to be opened with quick-lock fixings
at bottom of the device. Easily
removable filter cassettes (class G2)
with aluminum frame ensure a
constant, high heat transfer
and a long life time of the device.
Electro Type
Electro heater system with resistance
heater elements, corrosion proof
with spiral shaped lamellas and
thermal overheat protection.
Fans
Vibration free bearings, double
sided air intake by radial fans with
AC motors 230 V/50Hz, directly
driven, multi bladed with high
output pressure, low noise motor
with full motor protection by
external thermal contacts.
Controlling via 8 step transformer,
regularly integrated i
n the device.
Control System
For your own comfort you may
select from a palette of 7 different
electronic control systems and a
wide range of accessories for
controlling the heater.
Your Advantages
■
■
■
■
■
■
■
■
Attractive self supporting housing made of steel sheets
Available in lengths of 1000, 1500, 2000, 2500 and 3000 mm
Filter cassettes easily accessible due to large maintenance opening
Easy to clean filters
Bundled homogeneous air stream with large air throw out range
Continuously and exactly adjustable exhaust angle
Minimized energy consumption
High grade powder coating, individual colors on request
3
The
C-SERIES
Technical Details
The nozzle makes the difference.
Pressure-chambernozzle-system
Patent-No. DE4415079C2
The secret of EVOLVENT ®.
The air flow is compressed, concentrated
and accelerated in the nozzle. A turbulence
free uniform air curtain is created with
high grade shielding effect.
Conventional equipment with
common air guiding system
is
guiding the air flow over lamellas.
The thus created air curtain is
relatively turbulent and only
adjustable within certain limits.
A large air volume and much
heating energy is required, in
order to – especially at large
doors – develop the curtain.
The system comparison
(same shielding capacity)
At the Teddington equipment with
the patented EVOLVENT ® pressurechamber-nozzle-system the air flow
is being compressed in the pressure
chamber and distributed by the
nozzle equally over the total blow
out width. The air flow is accelerated
by the concave nozzle shape in a way
that a concentrated, low inductance
curtain against the outside air is
created. Compared with conventional
systems, significantly less air and
thus less energy is required, for an
equal effect.
Conventional
system *
Pressure-chambernozzle-system **
Inlet air temperature
20 °C / 68 °F
20 °C / 68 °F
Blowing out air temperature
37 °C / 98.6 °F
37 °C / 98.6 °F
Air volume
3600 m /h
2500 m3/h
Need of heating capacity
21 kW
15 kW
Pay-back period
60°
3
2.3 years
1.5 years
* Comparison model with conventional air guiding system via droplet
lamellas (at a mounting level of 3.0 m above ground and 1.3 m/s
shielding effect).
The energy savings by the EVOLVENT ®
pressure-chamber-nozzle-system
compared with conventional devices,
ensures a very fast amortization.
R
V
␣
K
H
** Comparison model C2-150 (at a mounting
level of 3.0 m above ground and 1.3 m/s
shielding effect).
The investment pays back
very fast. The operating
costs are reduced
permanently.
EVOLVENT ® – advantages at a glance
■ Bundled, homogenous air stream
■ High shielding capacity
■ Continously and precisely adjustable
outblowing angle
With EVOLVENT ® the blow out angle ␣ ,
the volume flow R and the air speed
V are precisely controlled. This creates the
counter force H against the cold air inflow K.
4
■ low noise operation level
■ Minimized energy requirement
It is your choice
.
Type S
Type U
Wall or ceiling mounting in visible areas.
Air take-in from the forehead side.
For visible or inserted ceiling mounting with visible device
bottom. Air take-in at bottom. Optionally with ceiling
mounting frame available.
Example of a controller system with operating panel TC5
Option:
External operation
and failure messages
B
Option:
Magnetic valve
Air curtain device
C-Series
C
Option:
Door contact
F
Connection
cable
230V / 50Hz
D
A
Option:
External release
E
Number of wires
incl. protective wire
A
B
C
D
E
F
3
4
3
2
2
2
Detailed wiring diagrams and further technical information are available at: www.teddington.de
5
C-SERIES
The
Power Classes and Dimensions
Technical Data
Series
C1
Total width [cm]
100
150
200
250
Max. installation height [m]
2.75
2.75
2.75
2.75
Max. blow out speed [m/s]
9.8
10.0
10.0
10.0
Air quantity
Nominal volume flow [m3/h]
1900
2800
3800
4800
1400
2150
2900
3600
Active volume flow [m3/h]
Noise level in 3 m lateral
distance [dB(A)]
55
56
58
60
Device weight type S [kg]
44
53
74
93
Device weight type U [kg]
54
66
89
120
Power consumption of fans
Voltage, 1Ph, 50 Hz [V]
230
230
230
230
Power consumption [kW] max.
0.48
0.72
0.96
1.20
Current [A] max.
2.10
3.15
4.20
5.20
Technical data heater
Pipe connection upstream + downstream [inch]
X
X
X
X
PWW 70/50°C at take-in and blow-out temperature, 20/37°C, (installation type IDW)
Heater power [kW]
8.78
13.49
18.20
22.59
0.39
0.59
0.80
0.99
Through flow quantity [m3/h]
Water resistance [kPa]
2.1
4.9
2.5
3.4
PWW 70/50°C at take-in and blow-out temperature, 5/34°C, (Installation type ADW)
Heater power [kW]
14.98
23.01
31.04
38.53
Through flow quantity [m3/h]
0.66
1.01
1.37
1.70
Water resistance [kPa]
3.6
7.9
8.2
8.8
PWW 60/40°C at take-in and blow-out temperature, 20/36°C, (Installation type IDW)
Heater power [kW]
8.27
12.70
17.13
21.26
Through flow quantity [m3/h]
0.36
0.56
0.75
0.94
Water resistance [kPa]
2.4
6.4
3.4
4.0
Technical data electro he
ater system (three steps, 400 V, 3 Ph, 50 Hz)
Step 1 [kW]
3.0
4.5
6.0
6.0
Step 2 [kW]
6.0
9.0
12.0
18.0
Step 3 [kW]
9.0
13.5
18.0
24.0
Technical alterations reserved.
Order key
C = item
1 = Series (performance level)
2 = Series (performance level)
S = Visible device
U = Ceiling installation device
100, 150, 200, 250, 300 = Total width in cm
W = Pump hot water 90/70 °C - 80/60 °C
N = Pump hot water 70/50 °C
NT = Pump hot water 60/40 °C
E = Electrical heater system
9010 = in RAL 9010. Other colors on request
C
6
1 - S - 100 N 9010 = Example
300
2.75
10.1
100
3.25
10.1
150
3.25
10.8
C2
200
3.25
11.0
250
3.25
11.0
300
3.25
11.0
5700
4400
61
108
128
1900
1800
55
45
55
3800
2900
56
68
81
4800
3900
59
84
99
5700
4800
61
105
122
6600
5700
62
124
144
230
1.44
6.30
230
0.48
2.10
230
0.96
4.20
230
1.20
5.20
230
1.44
6.30
230
1.68
7.35
X
X
X
X
X
X
27.61
1.21
4.0
11.29
0.50
3.4
18.20
0.80
7.2
24.47
1.08
4.0
30.12
1.33
4.3
35.76
1.57
8.8
47.10
2.07
9.8
19.27
0.
85
7.2
31.04
1.37
14.9
41.74
1.84
9.1
51.38
2.26
10.2
61.01
2.68
15.3
25.98
1.14
6.9
10.63
0.47
3.7
17.13
0.75
11.2
23.03
1.01
7.6
28.35
1.25
8.8
33.66
1.48
9.8
9.0
18.0
27.0
3.0
9.0
12.0
6.0
12.0
18.0
6.0
18.0
24.0
9.0
18.0
27.0
12.0
24.0
36.0
Dimensions Type S
Dimensions
Width B Height H
[mm]
[mm]
1050
up to
3050
1-S
2-S
260
Mounting
Total G
[mm]
Depth T
[mm]
280
530
Revision flap
a
b
c
e
[mm] [mm] [mm] [mm]
60
40
315
f
[mm]
367
Pipe connection
Electro
i
j
k
l
m
n
[mm] [mm] [mm] [mm] [mm] [mm]
(B-52)
175
38
435
95
130
80
Technical alterations reserved.
a
b
T
c
Female thread M10
Type S
i
Note:
At total width B=3050 mm the air
take-in section consists of 2 equally
sized take-in grids.
E connection and
E heater system
connection
H
G
Water connection 3/4”
(return flow)
Water connection 3/4”
(flow with factory
fitted valve)
a
Water connection 3/4”
(flow without factory
fitted valve)
b
c
B
T
n
m
d
Female thread M10
B/2*
i
k
j
l
Type U
E connection and
E heater system
connection
f**
H
G
e**
Water connection 3/4”
(return flow)
Water connection 3/4”
(flow with factory
fitted valve)
Dimensions Type U
Dimensions
Width B Height H
[mm]
[mm]
1-U
2-U
1050
up to
3050
260
Total G
[mm]
280
Water connection 3/4”
(flow without factory
fitted valve)
Mounting
Revision flap
Depth T
a
b
c
d
e
[mm] [mm] [mm] [mm] [mm] [mm]
750
60
40
315
375
367
Pipe connection
Electro
f
i
j
k
l
m
n
[mm] [mm] [mm] [mm] [mm] [mm] [mm]
(B-52)
175
38
435
95
130
80
Technical alterations reserved.
* Center mounting from 2.5 m device width
** Dimensions of the revision flap
7
The
C-SERIES
Design
It all depends on the situation.
Determination of your
individual design
situation
■ You determine, which building
situation is existing (A, B or C).
■ You check at which exhaust
height the device should be
mounted.
■ In the diagram on page 5 you will
read the expected shielding
IDW in
stallation:
air roll, inwards
rotating.
performance of the series C 1 or
C 2, each at IDW installation
(inwards rotating roll) and ADW
installation (outwards rotating
roll).
■ The necessary isolation depends
on meteorological and building
specific situations. These are for
example direct or heavy wind
loads, a passage isolated by
streets lined with houses, or street
buildings located crosswise to the
general direction of wind, etc.
ADW installation:
air roll, outwards
rotating.
Orientation values
■ Occurring air flow caused only by
temperature differences during
the heating season internal/
external: 0.3 up to 1 m/s
■ At generally low air streaming, e.g.
due to nearby located buildings at
the pressure side of the streaming
object: 1 up to 3 m/s
■ At generally strong air streaming,
e.g. location at block ends or
market places with poor
protection by nearby located
buildings: 1 up to 6 m/s
■ At completely unprotected
locations, at open air locations
significantly more
Note: M
easure the air flow at
different wind pressure situations.
Push and thermal convection, shown at different building situations
Building situation A
Building situation B
Building situation C
The door areas are located at one
side of the building.
The door areas are located at one
side of the building.
Unprotected door areas are also located
at the opposite side of the building, e.g.
at the sides or opposite.
No significant possibility for air
streaming by thermal convection
or chimney effect.
Air streaming possibilities are there by
thermal convection in the upper floors
or by the chimney effect, respectively,
outwards over areas, which do not
exceed half of the door areas in size
(height situations not considered).
Δ p = large,
depending on temperature
difference between indoor
and outdoor
8
Δ p = smaller,
since partly decreased
by streaming
The value for air streaming possibilities
is identical with the value of the door
area to be isolated or larger.
Δ p = very lo
w,
due to outwards push
Building situation A, cold air incursion in the door frame
[m]
4
IDW
ADW
3,75
Example 1
3,5
You mount at blow out
height of 2.75 m and
want to isolate 1.0 m/s.
C2
3,25
Selected:
C1 at IDW installation
(power: 1.3 m/s)
3
C1
2,75
Blow out
height at
equally high
or lower
passages
2,5
2,25
2
0
0,5
1
1,5
2
2,5
3
3,5
4
4,5
5
5,5
6
Flow in speed in the door frame [m/s]
Building situation B, cold air incursion in the door frame
[m]
4
IDW
ADW
3,75
Example 2
3,5
You mount at blow out
height of 3.0 m and
want to isolate 1.5 m/s.
C2
3,25
Selected:
C2 at ADW installation
(power: 1.7 m/s)
3
C1
2,75
Blow out
height at
equally high
or lower
passages
2,5
2,25
2
0
0,5
1
1,5
2
2,5
3
3,5
4
4,5
5
5,5
6
Flow in speed in the door frame [m/s]
Building situation C, cold air incursion in the door frame
[m]
4
IDW
ADW
3,75
Example 3
You mount at blow out
height of 2.25 m and want
to isolate 1.5 m/s.
3,5
C2
3,25
Selected:
C2 at A
DW installation
(power: 1.65 m/s)
3
C1
2,75
Blow out
height at
equally high
or lower
passages
2,5
2,25
2
0
0,5
1
1,5
2
2,5
3
3,5
4
4,5
5
5,5
6
Flow in speed in the door frame [m/s]
9
The
C-SERIES
Accessories
Thermostats
Frost protection thermostat FTE
For protecting the hot water heater system with capillary pipe sensor,
capillary pipe length 3 m, self protecting as single-pole, potential
free toggle switch, protection grade IP 30, ready installed in the device.
Electronic frost protection thermostat FTM
Only in combination with controller systems TCU, TC5 and TC3.
With capillary sensor, capillary pipe length 0.9 m, protection grade IP 30,
ready installed in the device, only suitable for low voltage applications
(open contacts).
Electro mechanic room air thermostat ERT
5 - 30 °C with bimetallic contact, white (similar to color RAL 9010), switching
capacity 230 V AC, 50...60 HZ, 10 A (4 A inductive) switching difference 0.5 K,
protection grade IP 30. Humidity 0.
..95 %, non condensing, operating
temperature 0...40 °C, thermal feedbacks, dimensions 75 x 75 x 25 mm.
Repair switches
Repair switch REP-S
For switching off the equipment by software. Only in combination
with controller systems TCU, TC5 and TC3. Switch is located
behind the revision flap.
Repair switch REP-L
3 pole repair switch as wall mounting type, as unpacked by-pack
for installation at site in the connection cable.
Door contacts
Door contact Type TK
Protection grade IP 65, jumper switch with H switches and full contact
up to time of switching, shock-proof terminals according to VDE 0106,
part 100 (VGB 4), cable gland 2 x PG 13.5 at bottom and at side,
switching voltage 230 V AC, 24 V DC, switching current 6 A AC, 4 A DC.
Door contact Type TKB
Contact-less door contact with protection grade IP 00, consisting of reed
contact and permanent magnet for open circuit (contact open at applied
magnet), switching voltage 100 V DC, switching current 250 mA DC.
10
Controller/shut-of
f and magnetic valves
Thermostatic control valve Type KR 2-E DN 20 installed
Thermostatic control valve (angle valve) KR-2 with thermostat head for
controlling on constant blow out temperature, completely installed. Special
valve for controlling especially large water quantities;
kvs value 7.0. Capillary pipe length sensor 2m, connection DN 20.
Thermostatic control valve Type KR 2-L DN 20
Thermostatic control valve (straight-through-valve) KR-2 with thermostat
head for controlling on constant blow out temperature, unpacked in the
by-pack. Special valve for controlling especially large water quantities;
kvs value 5.0. Capillary pipe length sensor 2m, connection DN 20.
Thermostatic control valve Type KR 2-L-F DN 20
Thermostatic control valve (straight-through-valve) KR-2 with remote control
for controlling on constant blow out temperature, unpacked in the by-pack.
Special valve for controlling especially large water quantities. kvs-value 5.0.
Capillary pipe length sensor 3m, remote adjus
tment 5 m, connection DN 20.
Thermostatic control valve Type KR 3-L DN 20/25/32
Thermostatic control valve (three way valve) KR 3-L with thermostat head for
controlling on constant blow out temperature, unpacked in the by-pack.
Special valve for controlling especially large water quantities. Capillary pipe
length sensor 2m, DN 20 kvs 4.5; DN 25 kvs 6.5; DN 32 kvs 9.5.
Thermo electric shut-off valve Type TAV
230 V, closed at no current, unpacked in the by-pack for water shut-off via
summer/winter switch or for controlling the water through flow quantities
with controlling at site. Special valve for controlling especially large water
quantities; kvs-value 5.0. Connection DN 20.
Magnetic valve MV
230 V, closed at no current, immediately closing, closing for water shut-off
purposes via summer/winter switch, unpacked in the by-pack.
DN 20 kvs 11; DN 25 kvs 13; DN 32 kvs 30.
Suspensions
Ceiling mounting bracket DH
Suspension bracket, vibration damper, threaded rods 1 m, securing and
counte
r nut, anchor bolt, minimum space required 0.1 m, hanging down
length 1 m (number of items depending on device length and type).
Comfort ceiling mounting bracket DHD
Suspension bracket, vibration damper 17 dB, turnbuckle, right-left threaded
bolt, threaded rods 1 m, securing and counter nut, drive in dowel, minimum
space required 0.2 m, hanging down length 1.1 m (number of items
depending on device length and type).
11
The
C-SERIES Control Systems and Adjustments
at one tgrloa.nce.
g
Everytghinnder con l
u
Everytrhyinhing really simple.
Eve t
TCU • Teddington Control Unit
TCU · friendly and intelligent.
With the controller system TCU
you can adapt your Teddington air
curtain equipment exactly to the
various conditions at site.
On the LCD display you will see all
functions and parameters clearly
at one glance. The programming of
the various functions and options
is thus very simple and intuitively
possible.
Via an integrated BUS system up
to 9 air curtain devices can be
contro
lled by only one operating
panel. This facilitates the
management of complex
equipment significantly.
That is well thought-out technology
and user friendly intelligence …
Electronic remote control, free
programmable for 5 steps or
continuous control of Teddington
air curtain equipment with large
multi function LCD display and
covered programming key board.
Integrated room thermostat for
controlling the heater function
and display of the current room
temperature.
Integrated clock with free selectable
switching intervals.
Integrated filter monitoring with
trouble free adaptation to the
operating conditions at site.
Key locking feature.
Requesting failure messages from
battery backed-up failure memory
for remote diagnostic purposes.
Summer-/winter toggle switch,
control of magnetic valve
and/or pump.
Frost protection circuit.
12
Electronic blow out temperature
controller by means of an integrated
control valve with electrical actuator
and digital temperature display.
Automatic func
tion via outdoor
thermostat, infra red transmitter
or any signal device for free
programmable, signal depending
control of revolution speed or preset
of the rpm level at door contact
operation.
Integral and proportional control
parameters for adapting the device
to local conditions, settable on the
multi functions LCD display. Potential
free operating and failure messages.
DDC/GLT release and input for
controlling the power level via
GLT (0-20 mA, 4-2 mA, 0-10V).
Dimensions: 103 x 103 x 29 mm.
Teddington controller unit TC5
Teddington controller unit TC3
5-stage electronic air volume controller with LCD Display
for setting and indication of the operating status.
Manual / Automatic mode via potential-free contact with
adjustable after-run time. Summer / Winter function.
Filter maintenance function with signalling at the control
panel, indication and analysis of the fan failure error
signal, transformer failure via the thermal contacts
and danger of frost via the optional frost prote
ction
thermostat. The integrated frost protection circuit
deactivates the ventilators whenever there is the danger
of frost and releases the valve or pump. A repair switch for
switching off the unit by software is available. For GLT
coupling, an external release and an operating and fault
message are all made available. The connection of the
control panel and up to 9 slave units takes place via a
simple 2-core bus cable. The terminals are reverse
connection and short circuit protected. The controller has
got an integrated key lock function as well as an operating
hours counter. Dimensions: 103 x 103 x 29 mm.
3-stage electronic air volume controller with LCD Display for
setting and indication of the operating status. Manual /
Automatic mode via potential-free contact and Summer /
Winter function. Indication and analysis of the fan failure
error signal, transformer failure via the thermal contacts
and danger of frost via the optional frost protection
thermostat. The integrated frost pro
tection circuit
deactivates the ventilators whenever there is the danger of
frost and releases the valve or pump. The connection of the
control panel and up to 9 slave units takes place via a simple
2-core bus cable. The terminals are reverse connection and
short circuit protected. The controller has got an integrated
key lock function as well as an operating hours counter.
Dimensions: 103 x 103 x 29 mm.
DDC 5 (Hot water devices)
5-stage controller pc-board with auxiliary functions, which
allows the connection to the building management
technology / DDC. All logical combinations as well as
operating and failure messages are generated here and
be made available via potential free inputs/outputs.
Teddington controller unit TC3E
3-stage electronic air volume controller for electricallyheated air curtain devices, with LCD Display for setting
and indication of the operating status. Air volume and
heat output are always 3-stage adjustable. The heat
output is interlocked with the air volume
tection circuit
deactivates the ventilators whenever there is the danger of
frost and releases the valve or pump. The connection of the
control panel and up to 9 slave units takes place via a simple
2-core bus cable. The terminals are reverse connection and
short circuit protected. The controller has got an integrated
key lock function as well as an operating hours counter.
Dimensions: 103 x 103 x 29 mm.
DDC 5 (Hot water devices)
5-stage controller pc-board with auxiliary functions, which
allows the connection to the building management
technology / DDC. All logical combinations as well as
operating and failure messages are generated here and
be made available via potential free inputs/outputs.
Teddington controller unit TC3E
3-stage electronic air volume controller for electricallyheated air curtain devices, with LCD Display for setting
and indication of the operating status. Air volume and
heat output are always 3-stage adjustable. The heat
output is interlocked with the air volume
... ascunde
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