50 Hz

Transcription

50 Hz

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Technical Details
1.1 Design
Figure 1: Operating point of the ventilator
Elektror low pressure blowers of the ND range are radial ventilators with impellers made from galvanized sheet steel, the blades of which are curved into direction of rotation. They are
directly driven by asynchronous squirrel cage motors of the
company´s own make, especially adapted to the blower requirements and amply dimensioned.
Characteristic ventilator curve
▼
The attractively shaped, stream-line aluminium-cast housings
as well as the dynamically balanced impellers ensure vibrationfree operation at low noise levels.
pt
pst
▼
Operating point
Pressure difference R
The solid design of the Elektror low pressure blowers is basic
for long-life operation and low operating cost.
All drive motors are manufactured to enclosure IP 54 and in
accordance with VDE 0530 (IEC 34-1). As a standard the
motors are laid out for a voltage of 230/400 V or 400 V g at
50 Hz mains frequency three-phase AC and for 230 V 50 Hz
single-phase AC in accordance with IEC 38. On demand the
motors for 60 Hz. mains frequency can also be supplied to
IEC 38.
Characteristic
system curve
.
Volumetric flow rate V R
1.3 Noise characteristics
1.2 Performance
The noise caused by a ventilator ensues from flow processes
and vortices inside the impeller and the housing and is determined by
Ventilators are flow-generating appliances for conveying air and
other gases. As for the radial blowers, the conveyed medium is
drawn in axially, accelerated radially by the rotation of the
impeller and expelled tangentially. The resistance to the
discharged air (by duct work, pipes, filters and other parts of
the installed system) has to be compensated by the generated
excess pressure of the ventilator. The ability of the ventilator to
generate pressure diminishes with increasing flow volume
(volumetric flow rate). This operating behaviour depends on
the characteristic curves of pressure difference and volumetric
flow rate (specific ventilator curves).
a) the basic design of the ventilator (axial, radial, construction
principle of impeller).
b) the size of the ventilator in relation to the requested pressure differentials and flow volumes.
c) the operating point of the ventilator, i.e. in which range of the
characteristic curve the ventilator will be operated.
d) the rotational speed which can be reduced by the variable
speed control for the Elektror low pressure blowers.
The resistance of air-conditioning systems (system resistance)
varies (in most cases) by the square of the changing volumetric flow rate, i.e.: If the flow volume is to be doubled, four times
the system’s resistance has to be compensated. The resulting
characteristic curves are termed resistance parabolas or characteristic system curves.
Noise emissions are not constant over the whole performance
range.
Blower housing and impeller are especially designed for the
required flow conditions, whereby the noise generation
depends mainly on the required flow volume and pressure difference as well as on the correct selection of the ventilator.
The operating point of the ventilator is determined by the
intersection of the two characteristic curves.
For evaluation of the noise respectively of the sound pressure
level the measuring unit dB(A) is used. The letter “A” in the
measuring unit refers to the standardized frequency evaluation
which takes into account the highly frequency-dependent and
subjective perception of noise levels: High frequencies ar perceived as more unpleasant than lower ones.
As far as the system resistance cannot exactly be calculated
mathematically, recourse should be taken to experiment or
empiric values. With increasing system resistance the flow
volume decreases and the power consumption drops.
The maximum volumetric flow rate of the ventilator is determined by the intersection of the characteristic curves gPt and Pd2
(see figure 1).
If a number of sound sources of equal volume are evaluated
together, the sound pressure level will increase for instance by
2 dB for two appliances, by 5 dB for three, 6 dB for four, and
7 dB for five. A change by 10 dB eventually means double or
half the noise level perception. With increasing distance from a
sound source noise emissions grow weaker; doubling the
distance may result in a noise level reduction of up to 5 dB.
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1.4 Performance curves
Influence of density
The indicated performance curves of the total pressure head
gPt and of the
. static pressure gPst as function of the volumetric flow rate V have been ascertained by measuring tests and
are partially above the values specified in the technical tables.
The measurements were performed without protective wire
mesh guard on the intake side.
Total pressure difference, dynamic pressure, static pressure
and power consumption of the blower change in proportion to
the density of the conveyed medium and are to be considered
when selecting a blower (figure 3).
All measurements were taken on a pipe test bed to DIN 24 163
with throttling on the discharge side, and based on an air density of 1,2 kg/m3.
ρ2 = ρ1 273 + q1
273 + q2
Alterations in density due to influence of temperature are calculated as follows:
The sound pressure levels LA have been ascertained on the
intake side at a distance of 1 m from the inlet with the blowers
connected on the discharge side to the pipe test bed.
q = temperature of conveyed medium [°C]
ρ = air density [kg/m3]
Figure 3: Influence of density of conveyed medium
ρ = 1,4 kg/m3
ρ = 1,2 kg/m3 catalogue data
1.5 Blower selection
Applicable pressure difference
If the required pressure difference and the desired air volume
have been established either by testing or by calculation, it
should be verified how much of the total pressure rise of the
blower can be used as static pressure difference.
pt
Total pressure rise g pt R
Increasing the cross-section of the discharge duct work by gradual enlargement (difusor) will delay the volume flow, and the
dynamic pressure will be converted to static pressure. The
recovered pressure may be included to overcome the system
resistance, or allow for the use of a smaller blower at the same
volumetric flow rate (see performance curve 2, figure2). The
efficiency of difusors depends on the opening angle. Pressure
gains by difusors on the intake side are unimportant and may
be neglected.
▼
Required power of blower P R
▼
If the duct work connected to the discharge side has the same
coss-section as the discharge port of the blower, or if the blower discharges freely, the dynamic pressure part Pd2 must be
considered a loss. The remaining part of the total pressure rise
is then available as applicable static pressure difference gPst.
pt
P
P
.
Figure 2: Pressure recovery
Ventilator performance curve 1
▼
Ventilator
performance
curve 2
▼
Total pressure rise g pt R
pt
Operating point 1
without difusor
pt
Fields of application
Elektror low pressure blowers offer a wide field of application
facilities:
Pressure recovery
by difusor
● Conveying of large air volumes at smaller and medium
system resistance
Operating
point 2 with
difusor
● Exhausting gases and vapours
● Cooling of apparatus and machinery parts
● Ventilation of rooms
● Chimney draft boosting
● Air supply to gas-, oil- and coal-fired systems
.
● Drying parts of various structure
● Ventilation of electric machines
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1.6 Standard and special designs
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Model range RS
2-step version for three phase and single phase a.c. with
installed temperature controller as motor protection for which the
speed-control can be effected via step switch.
Standard range
Application is useful wherever unchanging operating conditions
prevail or pressure relations vary slighty only and a constant
flow volume is required.
All units of the standard range correspond to the safety requirements of the Supervisory Board of the Chemical Industry and
have been tested and certified.
Speed controlled blowers of the range RVE and RS cannot be
delivered with temperature barrier. Maximum temperature of the
conveyed medium is 40° C.
Model range FU
All standard blowers can be speed-controlled via frequency
converter. The motors are equipped with PTC thermistor sensors
for trip device and with a reinforced barrier.
Twin blowers
Driven by one common motor and attached to both sides of it,
two blowers are assembled into one single unit as a special construction design.
The advantage of these blowers is the high flow volume with
small dimensional layout.
As the twin blowers possess two discharge connectors, the volumetric flow rates may be used together or separately for the respective applications.
The technical data are identical with those of the standard
blowers. Speed control form 0 to 50 Hz maximum.
Compact blowers
The design offers very compact dimensions by incorporating the
motor into the blower housing respectively into the impeller at
comparatively favourable characteristic curves.
The motor needs no additional cooling as it is located in the air
flow. To guarantee sufficient cooling of the motor the blower cannot be operated fully throttled – neither on the discharged side
nor on the intake side.
In case of high air pollution a filter must be fitted on the intake
side to avoid contamination of motor and impeller.
Speed controlled blowers
They are to be used wherever for process-inherent reasons the
change of volumetric flow is needed.
Model range RVE
Special blowers
By means of a generalised phase control, which is housed in
the terminal box of the motor in a space-saving way, any
random operating point can be continuously adjusted within a
range of 20 to 100 % within the characteristic field by means of
the potentiometer supplied. A two-stage setting is possible as
well.
For special applications the standard blowers can be adapted to
existing requirements by special equipment whereat also customermade solutions can be found.
In case of speed reduction, energy is saved effectively in the
partial load range, and the noise generation is reduced distinctly.
Alternating current motors speed adjustable by voltage reduction
from own production are used as drives especially adapted
to the ventilator. The motors have been equipped with PTC
thermistors so that a thermistor-type motor protection is ensured
in combination with the generalised phase control.
Thus, the user has a wide range of applications with ideal
problem solution and the following advantages:
● Continuously adjustable from 20 to 100 %
● Absolutely free from maintenance
● Considerable reduction of the sound emission in case of
speed reduction
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Conveyed medium and ambient temperatures
Voltage and frequency
The permitted ambient temperature (cooling air temperature) of
the drive motors is -30 °C to + 40 °C. As a standard the motors
are made to thermal class B in accordance with VDE 0530
(IEC 34-1), the speed-controlled version to thermal class F.
The motors of the standard version are made for a voltage of
230/400 V ( g / V ) or 400 V (g) three phase a.c. at 50 Hz
mains frequency and for 230 V single phase a.c. in accordance
with IEC 38. On demand the motors for 60 Hz mains frequency
can also be supplied to IEC 38.
An increase in the permitted ambient temperature above 40 °C
is possible by using suitable insulation materials. This should
be discussed with the manufacturer, however.
Special voltage and special frequency as well as motors for
voltage change-over or multi-range voltage can be supplied on
demand.
The permitted temperature of the conveyed medium for the
standard range is from -30 °C to +80 °C.
Permitted maximum voltage for three phase a.c. is 690 V and
277 V for single phase a.c.
The fitting of a temperature barrier to the standard units between blower and motor allow for conveyed medium temperatures of up to 80 °C.
An alteration of the mains frequency leads to a change of the
motor speed (r.p.m.) and of the impeller whereby the total pressure rise, the flow volume and the power consumption change
as follows:
Sealing
Higher enclosure to IP 55 and IP 65 as well as tropical and
moisture-proof insulation are possible for all motors.
n2
If the blowers have to be gas- and air-tight to a certain extent,
a rotary PTFE shaft seal can be fitted into the shaft bore. Further sealing options of the blower parts are flat gaskets or elestic sealants.
By choice of material (cast and sheet aluminium) the standard
blowers are already nearly corrosion-resistant.
For special applications, the blowers may be painted or coated
with plastic resin. the impellers can be manufactured from alloy
1.4301.
The standard blowers are equipped with two-pole motors.
Change-pole motors 4/2 or 4-pole motors, can be supplied on
demand.
An alteration of the number of revolutions of the blower will
change the total pressure rise, the flow volume and the power
comsumption as follows:
gp t 2
n2
P2
.
V
12
n
= gp t1 2
. n1
V2
= n1 .
V1
n2
= P1
n1
= flow volume
2
12
g p t = total pressure rise
n
= number of revolutions
P
= power consumption
f
= frequency
12
f2
f1
.
V2
. f
= V1 2
f1
P2
= P1
2
12
f2
f1
3
The characteristic curves and the power consumption of blowers
with 60 Hz drive change as indicated in the technical data for
each model.
Blower speeds
. n
= V1 2
n1
f2
f1
g p t 2 = g pt1
Corrosion protection
.
V2
= n1
3
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1.7 Directions for operation and
maintenance
Elektror low pressure blowers are equipped with sealed
grooved ball bearings which do not need relubrication. The
grease filling is sufficient for their operational life.
Inspection and eventual cleaning should be carried out at
regular intervals with special attention to the safety instructions. Soiled and worn impellers cause an unbalance which
may result in bearing failure.
Safety of operation as well as the indicated performance data
are no longer guaranteed.
Conveying of solids is not permitted.
If the conveyed medium contains solid particles or other pollutions, the have to be removed before entering the blower by a
filter on the intake side. Permeability of the filter must be ensured.
Conveying of explosive mixtures is not permitted.
Blower with open discharge or intake ports have to be equipped with a contact safety device in accordance with DIN EN
294 as far as such a device has not already been fitted in the
factory.
The units have to be installed in weather-protected places and
must not be exposed to strain by vibrations, shocks and percussions.
Units above 3 kW must be started in ( g / V ) configuration.
The instructions for installation and operation supplied with the
blower unit have strictly to be adhered to.
1.8 Details for ordering
Blower type
Volumetric flow rate
Required total pressure or static pressure difference
Voltage, frequency, current (3- or 1-phase a. c.)
Ambient and conveyed medium temperature
Density of conveyed medium
Housing position
Accessories/special requirements
1.9 Remarks
Dimensions, technical data and descriptions are approximate
only. Subject to modifications and error.
8
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Low Pressure Blowers
2. Housing positions
Housing positions A, B, C and E, F, G, as well as the version
without foot base are available for all types of low pressure
blowers. Other positions are deliverable on demand. The intended position should also be stated for the version without foot
base.
The housing positions is determined on facing the
intake side:
Positions Ar – Dr = clockwise rotation
Positions El – Hl = counter-clockwise rotation
The designations in brackets are according to VDMA 24 165
but they are determined on facing the drive side.
Orders without indicated housing position will be supplied in
standard version Ar.
Ar
(LG 270)
Br
(LG 0)
El
(RD 270)
Fl
(RD 0)
Cr
(LG 90)
Dr
(LG 180)
GI
(RD 90)
HI
(RD 180)
Type code for low pressure blowers
Blower
2
D/E
0
60
RV or RS
RV = speed variable, infinitely or by 5 steps
single phase motors by 7 steps
RS = speed variable, by 2 steps
Frame size
Low pressure blower
D = with three phase a.c. motor
E = with single phase a.c. motor
Twin blower-type
Type code for compact blowers
Blower
D/E
K
10
Frame size
Compact blower
D= with three phase a. c. motor
E= with single phase a. c. motor
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Low Pressure Blowers
3. Low Pressure Blowers
Standard blowers
Standard blowers
page 11 to 15
Pa
Pa
600
2000
page 16 to 21
1800
500
1600
1400
400
D 08
Static pressure rise g pst R
1200
D 052
300
D 05
200
D 04
D 03
100
E 02SP
5
10
300
600
.
15
900
Twin blowers
D 066
1000
800
D 092
D 060
200
m3/min
m3/h
10
20 30 40 50 60 70 80 90 100
1200
2400
3600
4800
6000
.
Compact blowers
page 22 to 28
1600
1200
page 34 to36
1000
2D 08
1200
DK 2/2
800
1000
2D 07
2D 060
m3/min
m3/h
DK 3/2
1400
400
D 082
400
Pa
600
D 072
D 064
600
Pa
1800
800
D 09
D 07
2D 064
2D 052
2D 05
200
2D 04
10 20 30 40 50 60 70 80 90 100
1200
2400
3600
4800
6000
.
m3/min
m3/h
DK 1/2
600
400
200
5
20
1200
.
10
10
600
15
25
30
1800
35
m3/min
m3/h
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E02 SP
Standard blowers
149
112
1
34
80
82
46
54
70
47,5
90
137
105
M4
7
5
46
54
70
85
154
Dimensions in mm – subject to modifications
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
E02 SP
1,75
210
230
50
0,51
2630
0,05
–
2,3
E02 SP
1,9
310
230
60
0,38
2840
0,05
–
2,3
60
LA
250
55
50
dB (A)
200
pt
▼
150
LA
60
55
350
300
250
200
pt
150
▼
pst
Pressure rise R
100
▼
Pressure rise R
Pa
▼
Pa
Sound pressure level LA R
60 Hz
50 Hz
dB (A)
Type
50
0,5
30
1
60
.
1,5
90
2
120
m3/min
m3/h
50
0,5
30
1
60
.
11
pst
100
1,5
90
2
120
m3/min
m3/h
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D 03, E 03
Standard blowers
128
120
M5
67
172
95
5
95
181
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 03
3,2
330
230/400
50
0,23/0,13
2820
0,03
–
3,7
D 03
3,8
480
277/480
60
0,28/0,16
3400
0,05
–
3,7
E 03
3,2
330
230
50
0,40
2880
0,03
3/450
3,9
E 03
3,8
480
230
60
0,50
3350
0,05
3/450
3,9
60
50
350
pt
▼
dB (A)
300
250
▼
200
Pa
LA
500
pt
400
pst
300
pst
150
200
Pressure rise R
Pressure rise R
70
60
▼
LA
▼
70
Pa
60 Hz
50 Hz
dB (A)
Type
100
50
0,5
30
1
60
1,5
90
2
120
.
2,5
150
3
180
3,5
210
m3/min
m3/h
100
0,5
30
2
2,5
120 150
.
12
1
60
1,5
90
3
3,5
180 210
4
240
m3/min
m3/h
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D 04, E 04
Standard blowers
150
140
M5
83
213
106
6
110
217
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 04
5,0
350
230/400
50
0,43/0,25
2850
0,07
–
4,5
D 04
6,0
500
277/480
60
0,48/0,28
3400
0,12
–
4,5
E 04
5,0
350
230
50
0,8
2850
0,07
3/450
4,7
E 04
6,0
500
230
60
0,75
3400
0,12
3/450
4,7
500
70
65
pt
▼
dB (A)
400
60
▼
300
pst
Pa
LA
75
70
700
600
500
pt
65
dB (A)
LA
▼
Pa
pst
400
60 Hz
50 Hz
▼
Type
300
Pressure rise R
Pressure rise R
200
100
1
60
2
120
3
180
.
4
240
5
300
m3/min
m3/h
200
100
1
60
3
4
180
240
.
13
2
120
5
300
6
360
m3/min
m3/h
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D 05, E 05
Standard blowers
160
147
85
116
241
M5
8
for speed-controlled
execution ( )
130
251
Design with foot base on demand
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 05
10,0
430
230/400
50
0,57/0,33
2550
0,13
–
5,0
D 05
11,0
620
277/480
60
0,78/0,45
3000
0,22
–
5,0
E 05
10,0
430
230
50
1,1
2550
0,14
3/450
5,2
E 05
9,5
620
230
60
0,9
3300
0,14
3/450
5,2
600
70
500
pt
▼
400
dB (A)
65
Pa
800
75
70
65
pt
700
pst
600
500
pst
▼
400
Pressure rise R
300
Pressure rise R
LA
▼
LA
75
▼
Pa
60 Hz
50 Hz
dB (A)
Type
200
100
2
120
4
240
6
360
.
8
480
10
600
m3/min
m3/h
300
200
100
2
120
6
360
.
14
4
240
8
480
10
600
m3/min
m3/h
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D 052, E 052
Standard blowers
180
171
M5
8
91,5
254
11
8
108
232
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 052
15
530
230/400
50
1,7/0,95
2710
0,28
–
6,4
D 052
17,5
760
277/480
60
1,56/0,9
3180
0,45
–
6,4
E 052
14
530
230
50
1,9
2560
0,24
10/450
6,4
E 052
17,5
760
230
60
2,7
3100
0,43
8/450
6,4
70
800
60
pt
dB (A)
700
▼
600
500
▼
LA
1000
900
800
700
pst
500
300
400
200
100
4
240
6
360
8
10
480 600
.
12
720
pt
60
pst
600
400
2
120
80
70
Pressure rise R
Pressure rise R
80
dB (A)
LA
Pa
▼
Pa
60 Hz
50 Hz
▼
Type
14
840
16
960
m3/min
m3/h
300
200
100
2
120
4
240
6
8
360 480
10
600
.
15
12 14
720 840
16
18 m3/min
960 1080 m3/h
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D 060, E 060
Standard blowers
285
188
176
185
107
312
127
10
95
120
13
10
M5
140
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 060
22
730
230/400
50
2,4/1,4
2780
0,53
–
9,6
D 060
27
1040
277/480
60
3,45/2,0
3350
0,98
–
10,6
E 060
22
730
230
50
3,8
2790
0,53
16/450
11,1
E 060
26
1040
230
60
6,0
3250
0,88
20/450
11,1
80
75
800
70
pt
▼
700
600
pst
dB (A)
900
LA
80
1200
75
1000
800
▼
500
pt
pst
600
Pressure rise R
400
Pressure rise R
85
dB (A)
LA
Pa
▼
Pa
60 Hz
50 Hz
▼
Type
300
200
100
5
300
10
600
.
15
900
20
1200
25 m3/min
1500 m3/h
400
200
5
300
15
900
.
16
10
600
20
1200
25
30 m3/min
1500 1800 m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
D 064, E 064
Standard blowers
311
210
198
M5
131
210
355
147
10
120
145
10
140
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 064
27
1050
230/400
50
3,8/2,2
2830
0,90
–
14,9
D 064
32
1550
277/480
60
4,7/2,7
3310
1,35
–
14,9
E 064
28
1000
230
50
6,0
2840
0,90
30/450
16,9
E 064
33
1500
230
60
9,0
3350
1,4
30/450
16,9
1200
▼
800
pt
75
dB (A)
1000
80
pst
Pa
LA
1600
pt
85
80
75
1400
1200
dB (A)
LA
85
▼
Pa
pst
1000
60 Hz
50 Hz
▼
Type
▼
800
600
Pressure rise R
Pressure rise R
600
400
200
5
300
10
600
15
20
900
1200
.
25
1500
30
m3/min
1800 m3/h
400
200
5
300
10
600
15
900
20
1200
.
17
25
1500
30
1800
35 m3/min
2100 m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
D 066, E 066
Standard blowers
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 066
38
1200
230/400
50
5,9/3,4
2820
1,4
–
18,1
D 066
38
1300
277/480
60
6,1/3,5
3420
1,6
–
18,1
E 066
36
1200
230
50
8,0
2740
1,3
30/450
18,1
E 066
37
1380
230
60
9,5
3350
1,5
30/450
18,1
LA
1400
▼
pt
dB (A)
1200
85
80
75
1000
Pa
85
80
75
1400
1200
pt
1000
800
800
pst
▼
Pressure rise R
600
400
200
5
300
10
600
15
900
20
25
30
35
1200 1500 1800 2100
.
m3/min
m3/h
▼
600
Pressure rise R
LA
dB (A)
Pa
60 Hz
50 Hz
▼
Type
pst
400
200
5
300
20
25
30
35
1200 1500 1800 2100
.
18
10
600
15
900
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
D 07, D 072
Standard blowers
438 (463)
348 (373)
D 072 ( )
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 072
41
1200
230/400
50
7,5/4,3
2830
1,8
–
22
D 072
41
1600
277/480
60
7,6/4,4
3440
2,4
–
22
D 072
52
1200
230/400
50
10,0/5,8
2860
2,6
–
24
D 072
52
1600
277/480
60
10,2/5,9
3430
3,4
–
24
LA
07
▼
D
1200
pt
2200
2
1400
▼
1000
Pressure rise R
Pressure rise R
1200
pst
200
30
1800
.
40
2400
50
3000
pt
07
1600
400
20
1200
D 07
1800
600
10
600
80
2000
2
07
800
90
85
D
D
1000
dB (A)
1400
LA
▼
1600
85
80
75
Pa
dB (A)
Pa
60 m3/min
m3/h
600
400
200
30
1800
.
20
1200
40
2400
50
3000
Blower not to be operated with free discharge.
19
pst
800
10
600
D 07 not to be operated with free discharge.
60 Hz
50 Hz
▼
Type
60 m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
D 08, D 082
Standard blowers
D 082 ( )
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 082
50
1700
230/400
50
10,0/5,8
2860
2,6
–
29
D 082
50
2300
277/480
60
9,7/5,6
3450
3,2
–
29
D 082
62
1700
230/400
50
11,8/6,8
2830
3,1
–
31
D 082
58
2300
277/480
60
11,8/6,8
3450
3,8
–
31
85
▼
2000
1800
1400
80
75
dB (A)
D 082
D 08
1600
pt
pst
▼
1200
Pa
2800
LA
2400
pt
85
D 082
D 08
2000
1600
1000
90
pst
dB (A)
LA
▼
Pa
60 Hz
50 Hz
▼
Type
1200
Pressure rise R
Pressure rise R
800
600
400
200
10
600
20
1200
30
40
1800 2400
.
50
3000
60
3600
70 m3/min
m3/h
800
400
10
600
30
40
1800 2400
.
20
1200
50
3000
20
60
3600
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
D 09, D 092
Standard blowers
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
D 092
80
1900
400 g
50
11,8
2880
5,5
–
66
D 092
80
2700
480 g
60
10,5
3500
6,0
–
66
D 092
95
1900
400 g
50
15,0
2900
7,0
–
71
D 092
91
2700
480 g
60
12,0
3530
7,0
–
71
LA
95
90
85
▼
2000
D
pt
09
2
1600
dB (A)
D 09
Pa
LA
100
95
90
2800
D 09
2400
pt
D 092
2000
dB (A)
Pa
60 Hz
50 Hz
▼
Type
1600
1200
Pressure rise R
1200
400
10
20 30 40 50 60 70 80 90 100
1200
2400
3600
4800
6000
.
m3/min
m3/h
▼
▼
Pressure rise R
pst
800
800
pst
400
10
20 30 40 50 60 70 80 90 100
1200
2400
3600
4800
6000
.
21
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
2D 04
Twin blowers
150
140
M5
118
83
213
106
6
110
217
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
2D 04
10
350
230/400
50
0,61/0,35
2830
0,14
–
6,7
2D 04
12
500
277/480
60
0,87/0,5
3320
0,24
–
6,7
500
65
pt
60
▼
dB (A)
400
300
Pa
LA
70
65
600
pt
500
400
60
dB (A)
LA
70
▼
Pa
pst
60 Hz
50 Hz
▼
Type
pst
▼
300
Pressure rise R
Pressure rise R
200
100
2
120
4
240
6
360
.
8
480
10
600
m3/min
m3/h
200
100
2
120
6
360
.
22
4
240
8
480
10
600
12
720
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
2D 05
Twin blowers
160
147
M5
85
241
116
8
130
250,5
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
2D 05
21
430
230/400
50
1,91/1,1
2770
0,35
–
8,4
2D 05
24
620
277/480
60
2,15/1,25
3200
0,55
–
8,4
LA
75
70
65
▼
500
pt
400
dB (A)
600
Pa
LA
800
700
500
▼
▼
200
100
5
300
10
600
.
15
900
20
1200
pst
400
Pressure rise R
Pressure rise R
300
pt
600
pst
80
75
70
dB (A)
Pa
60 Hz
50 Hz
▼
Type
m3/min
m3/h
300
200
100
5
300
10
600
15
900
.
23
20
1200
25
1500
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
2D 052
Twin blowers
180
171
M5
91,5
254
118
8
108
232
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
2D 052
30
530
230/400
50
2,7/1,5
2850
0,56
–
11,0
2D 052
30
760
277/480
60
2,7/1,5
3420
0,80
–
11,0
75
70
700
65
▼
600
500
pt
dB (A)
800
Pa
LA
1000
75
900
800
700
pst
600
pst
pt
70
500
▼
400
400
300
Pressure rise R
Pressure rise R
80
dB (A)
LA
▼
Pa
60 Hz
50 Hz
▼
Type
200
100
5
300
10
600
15
20
900
1200
.
25
1500
30 m3/min
1800 m3/h
300
200
100
5
300
10
600
15
900
20
1200
.
25
1500
30
1800
24
35 m3/min
2100 m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
2D 060
Twin blowers
285
188
176
168
107
295
127
M5
10
140
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
2D 060
50
730
230/400
50
6,4/3,7
2900
1,25
–
18,8
2D 060
54
1040
277/480
60
6,1/3,5
3470
1,75
–
18,8
80
1000
75
pt
▼
dB (A)
800
70
600
Pa
LA
1400
85
80
pt
75
1200
1000
▼
LA
▼
Pa
pst
800
pst
60 Hz
50 Hz
dB (A)
Type
▼
600
Pressure rise R
Pressure rise R
400
200
10
600
20
1200
30
1800
.
40
2400
50
3000
m3/min
m3/h
400
200
10
600
20
1200
30
1800
.
40
2400
50
3000
25
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
2D 064
Twin blowers
210
198
342
197
131
147
M5
10
140
312
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
2D 064
60
1000
230/400
50
6,3/3,6
2870
1,8
–
25
2D 064
57
1440
277/480
60
6,4/3,7
3460
2,2
–
25
85
80
75
▼
pt
70
dB (A)
1200
1000
800
Pa
LA
1600
1400
pt
1200
1000
85
80
75
dB (A)
LA
▼
Pa
pst
60 Hz
50 Hz
▼
Type
pst
▼
800
600
Pressure rise R
Pressure rise R
600
400
200
10
600
20
1200
30
40
1800
2400
.
50
3000
60 m3/min
3600 m3/h
400
200
10
600
20
1200
30
40
1800
2400
.
50
3000
26
60
3600
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
2D 07
Twin blowers
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
2D 07
94
1200
400 g
50
9,5
2930
4,5
–
50
2D 07
77
1600
480 g
60
8,7
3540
4,8
–
50
85
80
75
1600
pt
▼
1200
1000
▼
LA
2000
1600
pst
1200
pst
1000
600
800
400
200
20 30
40 50 60 70 80 90
1200
2400
3600
4800
.
85
80
1400
800
10
pt
1800
Pressure rise R
Pressure rise R
dB (A)
1400
Pa
m3/min
m3/h
600
400
200
10
40
50
2400
.
20
1200
30
60
3600
70
27
dB (A)
LA
▼
Pa
60 Hz
50 Hz
▼
Type
80
4800
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
2D 08
18
8
Twin blowers
256
27
2
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
2D 08
95
1700
400 g
50
10,0
2910
5,0
–
52
2D 08
95
2300
480 g
60
10,0
3520
5,8
–
52
85
80
▼
2000
pt
dB (A)
1800
1600
▼
pst
LA
2600
90
85
2400
pt
2200
2000
pst
1800
1600
1200
1400
1000
1200
1000
800
Pressure rise R
Pressure rise R
1400
Pa
dB (A)
LA
▼
Pa
60 Hz
50 Hz
▼
Type
600
400
200
10
20 30 40 50 60 70 80 90 100
1200
2400
3600
4800
6000
.
m3/min
m3/h
800
600
400
200
10
20 30 40 50 60 70 80 90 100
1200
2400
3600
4800
6000
.
28
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
DK 1/2, EK 1/2
Compact blowers
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
DK 1/2
12,5
11,5
750
1000
380–520 V
50
60
0,6
1650
2100
0,34
0,42
–
7,0
EK 1/2
11
750
230
50
1,53
2100
0,35
5/450
7,0
EK 1/2
10
1000
220
60
2,1
2600
0,45
5/450
7,0
LA
700
75
70
pt
dB (A)
600
▼
500
Pa
1100
80
1000
75
LA
900
70
800
▼
Pa
800
700
pt
600
400
60 Hz
50 Hz
dB (A)
Type
500
Pressure rise R
400
200
▼
Pressure rise R
▼
300
100
2
120
4
240
6
360
8
480
.
10
600
12
720
pst
14
840
m3/min
m3/h
pst
300
200
100
2
120
4
240
6
360
8
480
.
10
600
12
720
34
14
840
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
DK 2/2
Compact blowers
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
DK 2/2
30
1000
230/400
50
3,0/1,7
1740
0,5
–
16,0
DK 2/2
32
1400
277/480
60
3,7/2,1
2280
0,9
–
16,0
LA
1000
80
800
dB (A)
75
pt
Pa
85
80
75
1400
1200
pt
1000
▼
600
800
600
200
5
300
10
600
15
20
900
1200
.
25
1500
Pressure rise R
400
▼
Pressure rise R
LA
dB (A)
85
▼
Pa
60 Hz
50 Hz
pst
30
1800
m3/min
m3/h
▼
Type
400
200
5
300
15
20
900
1200
.
10
600
25
1500
35
pst
30
1800
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
DK 3/2
Compact blowers
Volumetricflow
rate
Total
pressure
difference
Voltage
Frequency
Current
consumption
Number of
revolutions
Motor
rating
Capacitor
Weight
m3/min
Pa
V
Hz
A
min–1
kW
µF/V
kg
DK 3/2
36
1300
230/400
50
5,0/2,9
2000
0,9
–
16,5
DK 3/2
34
1500
277/480
60
4,9/2,8
2780
1,2
–
16,5
1600
85
80
75
1400
▼
pt
LA
1600
1400
1000
600
600
Pressure rise R
800
400
200
5
300
10
600
15
900
pst
20
25
30
35
1200 1500 1800 2100
.
pt
pst
1200
800
▼
Pressure rise R
1000
dB (A)
1200
Pa
m3/min
m3/h
400
200
5
300
20
25
30
35
1200 1500 1800 2100
.
10
600
15
900
36
85
80
dB (A)
LA
▼
Pa
60 Hz
50 Hz
▼
Type
m3/min
m3/h
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
Accessories
Throttle valve
for fitting on the blower discharge side
Blower
type
E 02 SP
D 03, E 03
D 04, E 04
2D 04
D 05, E 05
2D 05
D 052, E 052
2D 052
D 060, E 060
2D 060
D 064, E 064
2D 064
D 066, E 066
D 07
D 072
2D 07
D 08
D 082
2D 08
D 09
D 092
Discharge connector
for tube connection
Intake connector
Blower
type
E 02 SP
D 03, E 03
D 04, E 04
2D 04
D 05, E 05
2D 05
D 052, E 052
2D 052
D 060, E 060
2D 060
D 064, E 064
2D 064
D 066, E 066
D 07
D 072
2D 07
D 08
D 082
2D 08
D 09
D 092
d
e
f
h
No.
Code
no.
70
72
70
72
7
7
54
56
54
56
20
20
BST 286
BST 287
0034
0035
76
76
7
64
64
20
BST 288
0095
112
112
9
96
96
20
BST 289
0036
130
130
7
105
115
20
BST 2553
0264
140
140
9
115
115
20
BST 2706
1350
150
130
9
130
110
20
BST 2097
0093
155
155
9
130
130
20
BST 2769
01129
190
210
11
160
180
20
BST 2098
0094
190
190
11
165
165
20
BST 2074
0106
220
220
11
196
196
20
BST 2264
0490
b
d1
d2
d3
e
f
h1
h2
Part
No.
Code
No.
70
72
70
72
7
7
46
52
54
60
54
56
54
56
70
70
5
5
10 997
10 998
0043
0044
80
80
7
60
70
64
64
70
6
10 999
0045
112 112
9
86
96
96
96 100
8
2499
0046
130 130
7
92
99
105 115 100
8
14 830
0273
140 140
9
110 120 115 115 100
10
15 304
1351
150 130
9
104 114 130 110 100
12
11 640
0123
155 155
9
125 135 130 130 100
12
15 934
01144
190 210
11
150 160 160 180 120
12
2497
0048
190 190
11
155 165 165 165 100
12
11 639
0124
220 220
11
170 180 196 196 140
15
12 357
0489
h1
h2
Part
No.
Code
No.
100
6
13 728
0713
100
6
12 675
0714
100
6
12 674
0715
100
6
14 829
0254
120
6
12 673
0716
140
6
12 672
0717
d1
E 02 SP
D 04, E 04
2D 04
D 05, E 05
2D 05
D 052, E 052
2D 052
D 060, E 060
2D 060
D 064, E 064
2D 064
D 066, E 066
D 07
D 072
2D 07
D 08
D 082
2D 08
D 09
D 092
b
a
Blower
type
D 03, E 03
a
d2
d3
d4
d5
on demand
100
120
131
90,5
120
140
151
110,5
130
147
160
119,5
151
171
180
140
150
176
188
140
160
198
210
149,5
4u
5,8
4u
5,8
4u
5,8
4u
5,8
4u
5,8
4u
5,8
190
238
252
179
4u7
160
10
12 687
0718
220
256
272
208
4u7
160
10
12 662
0719
250
290
310
234
8u7
180
10
12 369
0488
37
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
Accessories
Fine filter
intake side
Layout and dimensions of Elektror fine filters are adapted to the maximum flow
volume of the respective blowers and have a very small pressure loss therefore.
The filter surface has been selected for an air resistance of 50 Pa at an air flow
velocity of q,5 m/s.
The insert filter tissue of synthetic fibres provides a high filtration efficiency
of about 99 %.
Dirty filters may be cleaned with compressed air or by washing with a light
soap lye.
All steel parts are zinc-galvanisied to provide high corrosion protection
Caution
Clogged and dirty filters reduce the blower performance significantly.
Cleaning of the filters in regular intervals is essential.
Blower
type
E 02 SP
D 03, E 03
D 04, E 04
2D 04
D 05, E 05
2D 05
D 05, E 05
2D 05
verk. Ausf.
D 052, E 052
2D 052
D 060, E 060
2D 060
D 064, E 064
2D 064
D 066, E 066
D 07
D 072
2D 07
D 08
D 082
2D 08
D 09
D 092
Spare filter tissue
for fine filter
d1
d2
d3
d4
d5
e
h1
h2
No.
CodeNo.
82
95
105 140 148 4u4,5
120 140 148 4u5,5
–
–
112 108 BST 2771
116 108 BST 2381
0420
0072
106
140 202 210 4u5,5
–
133 126 BST 2366
0073
116
147 202 210 4u5,5
–
245 238 BST 2367
0074
116
147 202 210 4u5,5
–
225 218 BST 2383
0564
118
171 190 200 4u5,5
–
242 236 BST 2626
1227
140
176 250 260 4u5,5
–
291 281 BST 2655
1262
147
198 250 260
4u6
–
377 359 BST 2364
0076
222
238 315 315
4u7
24
471 453 BST 2770
01145
180
238 310 315
4u7
–
479 460 BST 2378
0077
240
256 410 410
4u7
40
474 456 BST 2527
0773
275
290 410 410
8u7
–
714 696 BST 2528
0774
Blower
type
E 02 SP
D 03, E 03
D 04, E 04
2D 04
D 05, E 05
2D 05
D 05, E 05
2D 05
verk. Ausf.
D 052, E 052
2D 052
D 060, E 060
2D 060
D 064, E 064
2D 064
D 066, E 066
D 07
D 072
2D 07
D 08
D 082
2D 08
D 09
D 092
Dimensions
Part
No.
Code
No.
15u104u425
15u104u425
13 395
13 395
0423
0423
15u120u620
13 301
0425
15u230u620
13 236
0659
15u210u620
13 422
0691
15u230u586
14 911
1228
15u265u750
14 250
1263
15u343u750
14 254
0666
15u453u960
13 377
0692
15u445u1220
14 262
0784
15u685u1220
14 268
0785
38
www.elektror.ru
ЗАО "Берг АБ" Тел.: (495)228-06-21, (495)727-22-72
[email protected]
Accessories
Fine filter
Blower
type
intake side
a
b
h
No.
Code no.
235
259
80
BST2424
0430
Rechtslauf
324
379
113
BST2443
0638
Linkslauf
324
379
113
BST2540
075
Dimenstions
Part no.
Code no.
15u225u250
13 435
0660
15u320u375
13 700
0608
DK 1/2, EK 1/2
DK 2/2
DK 3/2
DK 2/2
DK 3/2
Spare filter tissue
Blower
type
for fine filter
DK 1/2, EK 1/2
DK 2/2
DK 3/2
Step switch 2 steps
with housing, enclosure IP 54
for three and single phase a.c.
Step switch 2 steps
without housing, enclosure IP 00,
for three and single phase a.c.
Blower
type
Three phase a. c.
d
l
Part no.
Code no.
D 03 RS – D 072 RS
44
80
13 289
0622
D 082 RS, D 092 RS
50
100
13 719
0685
Blower
type
Three phase a. c.
l
Part no.
Code no.
D 03 RS – D 072 RS
103
13 734
0711
D 082 RS, D 092 RS
103
13 735
0712
39

50 Hz

Transcription

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