|
¡á
SEC.1. General
Features
° Advanced
Technology We have
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|
1. Foil
Air
Bearing
Technology
2. High
Speed
BLDC
Motor
&
Motor
Drive
(Inverter)
Technology
3. Impeller
Precise
Casting
Technology
 Turbo
blower,
which
is composed
of a
high
speed
brushless
DC motor
with
the
efficiency
of 95%,
air
foil
bearings,
and
the
other
many
components,
have
semi-permanent
life
span
and
the
total
efficiency
is better
than
30 %
compared
with
that
of roots
blower.
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°
The general features
are as follows :
|
1.
|
Turbo
blower,
designed
by three-dimensional
aerodynamic
analysis,
have
outstanding
thermodynamic
efficiency.
|
|
2.
|
Use
of air
bearing
does
not
allow
any
mechanical
friction
loss.
|
|
3.
|
The
combination
of the
motor
and
inverter
economically
controls
electric
power
according
to load.
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|
4.
|
Turbo
blower
can
be semi-permanently
used
with
very
simple
maintenance.
|
|
5.
|
No
mechanical
contact
allows
very
low
noise
level
below
75¢¦80dB@1m
at high-pitched
tone.
|
|
6.
|
No
noise
and
vibration
at low
frequency
makes
any
absorbing
facility
unnecessary.
|
|
7.
|
No
lubrication
system
can
supply
clean
air
containing
no oil.
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|
8.
|
Simple,
small,
and
light
weight
structure
allows
easy
transportation
and
installation
(adjustable
I-bolt
supporting
facility
shall
only
be applied
without
any
special/regular
foundation
works).
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|
9.
|
Intrinsic
micro-processor
and
LAN
help
remote
computer
control.
|
¡á
SEC.2. Advanced
Technology we have.
1. Foil
Air Bearing Technology
 Hydrodynamic
foil type air bearing,
which floats itself
by lifting force
induced by pressure
gradient around
the rotating shaft,
doesn't require
any mechanical lubrication.
This fact makes
various complicated
components unnecessary
such as oil bearing,
seal, oil filter,
cooler, etc., us ed
for the existing
high speed turbomachine.
So the blowing system
becomes simple,
and the oil-free
air can be supplied
in true meaning.
Furthermore, system
without mechanical
lubrication promotes
system efficiency
about 3 %.
2.
High Speed BLDC
Motor & Motor
Drive (Inverter)
Technology
 A
motor of BLDC(Brushless
Direct Current)
type with large
capacity, and without
any physical contact
between rotor and
stator, offers high
efficiency of 95%.
For
this reason, the
motor has low noise
- no vibration characteristics,
and very long life
span. The permanent
magnets especially
designed for the
stability at high
temperature make
cooling load minimize.
3. Impeller
Precise Casting
Technology
 Impeller
is made of SUS 630
by precision die-casting
with lost-wax method,
and its blade shape
is determined by
three dimensional
optimal design technique
for the highest
efficiency.
Also,
shrink fitting is
used for the connection
with the rotor of
motor.
¡á
SEC.3. Standard
Specifications
|
Table1. Standard
Specifications
|
|
SPECIFICATION
|
TB40
|
TB75
|
TB75-1.5
|
TB100
|
TB150
|
TB150-1.5
|
TB200
|
|
Type
|
Turbo blower
with high efficiency using high speed BLDC
(Brush Less Direct Current) motor and
air foil bearing
|
|
Working Fluid
|
Air
|
|
Motor Drive
|
Inverter
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|
Flow Rate Control
|
Variable
rotational speed control of main shaft/impeller by inverter
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|
Environmental
Conditions
|
-10¡É ¢¦ +50¡É, 1
atm, 65 %RH
|
|
Cooling
|
Air Cooling
|
|
Operating method
|
Manual /
Automatic / Remote
|
|
Input Voltage
|
380 / 440 V (3 PHASE)
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|
Motor efficiency
|
95 %
|
|
Inverter efficiency
|
96 %
|
|
Pressure Delivery (barg)
|
0.5
|
0.6
|
1.5
|
0.8
|
0.8
|
1.5
|
1.0
|
|
Air Flow Delivery (§©/min)
|
33
|
51
|
25.5
|
54
|
80
|
53
|
89
|
|
Shaft Power (HP)
|
40
|
75
|
100
|
150
|
200
|
|
Input Power (kW)
|
32
|
60
|
80
|
120
|
160
|
|
Exhaust Pipe
|
200A
|
200A/250A
|
250A
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|
Weight (kg)
|
220
|
250
|
350
|
|
DIMENSION (mm)
|
A
|
600
|
700
|
|
B
|
967
|
1084
|
|
C
|
982
|
1099
|
|
D
|
1507
|
1787
|
|
E
|
720
|
900
|
|
F
|
1443
|
1854
|
Fig.1
Layout of Turbo
Blowers
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