book here

Fan Filter Units
The most advanced
customized solutions
for clean room technology –
designed and produced
from a single supplier.
Issue 6
1
Nicotra Gebhardt
has defined
their core compe­tences:
-Aerodynamics
-Acoustics
-Electrical motors
-Control systems
Investment in laboratories and
test facilities enable
Nicotra Gebhardt to deal with
the most sophisticated tasks
in every area of the mentioned
fields.
Clean room processes call for
the most advanced ventilation
technologies that match to the
specifications of the building
infrastructure:
Choose your special
requirements.
dimensions
construction
materials
sealing
systems
volume and pressure
noise criteria
Why should FFU’s be used in cleanrooms?
Benefits which count …
... Redundancy
With hundreds, or thousands of individual FFU’s in a facility,
the loss of one or more units does not jeopardise the integrity of the room.
Nicotra Gebhardt
has developed control
software to monitor different
ventilating systems,
room configurations
and airflows.
Monitoring
... Flexibility
As the needs or uses change in a facility, the units can be
exchanged with lay-in lights or blank panels. For facilities
with lower classification, upgrades can be obtained by
simply adding additional FFU’s. When a computer controlled
management system is installed, units or clusters of units
can be remote controlled to operational needs.
... Cost effective
Use motors with the lowest power consumption available.
With complete controllability of each and every FFU (via
control and monitoring software) use just as much of power
as necessary for your process.
... Negative plenum
The negative plenum design draws recirculation air from
the plenum itself. If there are any leaks, they migrate to the
negative plenum and NOT the cleanroom.
motor
performance
... Salvageability
FFU’s are fully salvageable as stand alone units.
control and
bus system
Please use the fax questionnaire
inside this brochure and we
will provide an offer that
meets your needs.
2
Filter Fan Units made by Nicotra Gebhardt are available
-as standard or customised versions
-for standard and customised ceiling grids
-for different filter and grid sizes
-as top load or bottom load versions
-for liquid or gasket seal systems
-for various air flows and pressure drops
-with minimal vibration and audible noise emissions
-with an external rotor motor system
-speed variation via BUS or supply voltage
-for various control systems
EC-version
-Internet / Intranet access for controlling, monitoring and visualising
-easy to install and set up with automatically addressed motor electronics
-built-in power factor controller (PFC) for reactive current compensation
-integrated self diagnosis and status messages
-high operational reliability as the impeller runs on latest command after
power drop or loss
To guarantee a Running System
join the power of your
Convergence Company.
Fans
Nicotra Gebhardt’s
aerodynamics research laboratories
have brought forth over 50 years
of experience in leading-edge
fan design and highly efficient
technology.
Casing
Motors
Since the very beginning of
the Nicotra Gebhardt company the external rotor motor has
been an essential element for
driving fans.
Nicotra Gebhardt has a manu­
facturing facility for production of
external rotor motors – the conventional asynchronous version
and the electronically controlled
brushless DC design. An expert
team with special laboratories
and test rigs is pushing this development to new frontiers.
Filter Fan Units ar key
elements in clean room ventilation systems.
Nicotra Gebhardt supplies the
elements for Filter Fan Units (FFU)
as well as the units themselves.
Starting from standard FFU design, our team of experts implements the specification for your
special project.
3
What are the
exact dimensions required
for your ideal
FFU design?
Fans, motors and control units
may be of Nicotra Gebhardt
standard design or they may be
specially adapted to the actual
require­ments of a project.
Filter Fan Units (FFU) made by
Nicotra Gebhardt with their
perfectly matched components
are designed for various kinds of
industrial areas requiring clean
room technology.
1. Dimensions of ceiling grid:
(length, width, height in mm)
3. Casing:
ceiling grid:
l:
material:
galvanised sheet metal
(GI 90)
w:
clearance between ceiling grid:
l1:
w1:
mounting clearance:
l2:
w2:
T-bar
l3:
w3:
fittings:
protection grid
aluminium
(AI Mg3 W19)
pre-filter
connector
structured
to support
body weight
4. Requirements for installation/
maintenance:
h:
2. Filter adaptions:
sealing method:
dry
stainless steel
(SUS 430)
aluminium
zinc coated
(AZ 150-300G)
fluid
FFU installation:
clean room side
plenum
side
filter replacement:
clean room side
plenum
side
motor replacement:
clean room side
plenum
side
EC control unit replacement:
clean room plenum
side
side
4
Casings
A system of standard sizes
makes it possible – by combining them in different ways
– to fill in every special shape
of a building and, in this way, to
create a filter fan ceiling, actively
covered by the most effective
filter fan units.
Main dimensions of the standard sizes
nominal grid sizes
FFU 1200 × 1200
4’ × 4’
FFU 900 × 1200
3’ × 4’
FFU 600 × 1200
2’ × 4’
FFU 750 × 1500 2.5’ × 5’
FFU 600 × 600
2’ × 2’
example
Wc [mm]
1172
872
572
720
534
example
Lc [mm]
1172
1172
1172
1470
534
view from the plenum side
4’×4’
3’×4’
2’×4’
2’×2’
2.5’×5’
f: filter, c: casing
Other dimensions to customer’s requirements
Using standard sizes
to adapt for special
building requirements
5
minimum
Hc [mm]
400
400
400
400
350
What flowrate/
air velocity do
you need?
What are your
noise criteria?
Nicotra Gebhardt offers software and hardware especially
developed to match the high
demands for a perfect clean
room system.
Any required flow of air can be
achieved by adjusting the fan
size or its rotating speed.
Uneven air flow distribution can
be caused by a poorly designed
ventilation system or by the uneven flow of air through the filter.
5. Aerodynamics
duty point
nominal
volume / (m3/h)
flowrate:
air
velocity: (m/s)
external static
pressure: (Pa)
total
pressure: (Pa)
Sound pressure level at
octave frequencies at
1.5 m distance (below
filter)
filter
losses: (Pa)
6. Audible noise
(single unit)
sound power level
dB (A)
vibration results
0.6
mm/s
0.5
0.4
Vibration velocity
sound pressure level
(measured at
1.5 m below filter) NC criteria:
dB (A)
NC value
transducer
6
0.3
0.2
0.1
0
0
50
Frequency
100
example: vibration less than 2 mm/s
150
Hz
200
Fans
The demands of air flow uniformity
are magnified with the increased
requirements of higher room
cleanliness classifi­cations and
more end users are specifying
reduced variation of velocity
profiles.
Low noise
High efficiency includes low
noise levels.
Special sound measuring facilities make it possible to detect
every peak in frequency bands
and to improve a spectrum by
designing new noise patterns.
Noise measurement chamber class 2
DIN 45635
Fan testing in
accordance with
ISO 5801 chamber to measure
volumetric air
flow, pressure difference and power
consumption
FFU longterm study
Air distribution
measurement
Air velocity with the
filter in 36 square
sections of same size
below the filter.
No measurement point
exceeded 30 %.
More than 80 % have
been less than ±20 %
deviation.
7
What about the
power supply?
Asynchronous motor
This type of motor is available as
an AC motor, wound in such a
way that speed control by simple
voltage variation is possible.
The motor is a standard and has
been on the market for about
50 years.
External rotor motors integrate
exceptionally well into a centrifugal fan impeller.
They don’t take up extra space
because they are entirely built in
the impeller without creating major disturbances to the air stream
through the impeller.
This design feature places the
motor directly in the air stream
and the cooling for the motor
cannot be better.
7. Electrical requirements /
power supply
7.1 Asynchronous
voltage:
VAC 1-phase
Comparison of efficiency
AC-EC-unit with a power rating Pn= 200 W
VAC 3-phases
frequency:
Hz
motor protection:
PTC / Therm.
Contact
Asynchronous motor
-Established and proven technology
-Not affected by external radio
interference
-Individual speed easily and
directly adjustable with voltage
control unit
-Various possibilities
(options) for control:
· Voltage control unit
· Frequency converter
(BUS compatible)
· Single phase AC converter
· Single phase or 3-phases
power supply
8
Asynchronous motors
This allows the motor to operate
more efficiently and therefore
the motor size can be slightly
smaller than that of a standard
IEC motor.
Nicotra Gebhardt motors comply
with EN 60034-1 according to
thermal class B resp. F.
Motors for UL-FFUs in accordance with UL 1004 resp.
UL 2111, thermal class A.
High-voltage test rig
Automatic winding-machine
9
What about the
electronics?
EC motor
(Brushless DC motor)
The most advanced development is the EC motor which
exploits the basic external rotor
principle of a brushless DC
motor.
EC motor
-High efficiency over
wide range of speed
-BUS compatible
-Independent of
mains frequency
-Integrated speed control
-Flexible in case of change in
installation situation
7.2 EC
voltage:
VAC 1-phase
frequency:
Hz
motor protection:
electronically
monitored
-Outstanding efficiency because
of permanent magnets
-High torque over a wide speed
range
-High power factor (> 0.9)
-Low harmonic distortion of
power supply current
-Compact control device
10
A drive unit consisting of an
electronically commutated motor
differs from the former DC motors as there are no collector or
carbon brushes.
These wearing components
have been replaced in an electronic commutated motor with
maintenance-free electronics
(control unit).
EC Motors
The EC motor has three winding
circuits, which are controlled by
the electronic commutation unit
with a changing current impulse.
To create a continuous rotating movement of the rotor, the
electric current must now be
switched relative to the position of the rotating permanent
magnet rotor field.
The electric current results in a
magnetic field which interacts
with the field of the permanent
magnets of the rotor. This generates a torque for the motor.
The position of the permanent
magnet is detected by hall effect
sensors and as a result of this
signal the control electronics
carry out the commutation.
This is how it works:
Quality
management
motor control
Control unit
Total harmonic distortion (according to EN 61800-1:1998, EN 61800-3:1996)
current
Harmonic number
Without Power-Factor-Controller (PFC)
Nicotra Gebhardt electronic with PFC
11
Monitoring
and
Controlling
The keypoint of the clean room
is the FFU, which can be selected in different performance /
efficiency / configuration and
used in different places in the
process or ventilating system.
Network Topology:
The Nicotra Gebhardt FFU Monitoring and Control System consists of a FFU control network
connected to a computerised
FFU Control centre. This FFU
System is especially made for
the high demands of clean room
applications.
The FFU Control centre allows
control of a large quantity of
FFUs in a very flexible and future
oriented way.
At the heart of the system is a
control centre (server) which
contains network management,
process control and web server
as main parts.
8. Control system
adjustable unit
adjustable
group
LONWORKS®
LAN-BUS
9. Controls
(analogue)
voltage converter
(digital)
computer
controlled
network
frequency
converter
phase loop
controller
Several clients, running under a
conventional Internet browser
like Microsoft™ Internet Explorer™ serve as visualisation and
operating console (user interface).
An optional implementation and
setup tool is available as well as
an OPC access.
These figures give an overview
of the Nicotra Gebhardt FFU
Monitoring and Control System.
12
Monitoring
Topology Overview
This Figure shows the complete
FFU LAN-BUS control network
topology as recommended by
Nicotra Gebhardt.
The field bus section uses LANBUS technology in ring topology
for the Ethernet part and line
topology for the RS485 part.
The LAN-BUS is structured
with gateways with a redundant
Ethernet backbone and several
FFU lines.
Additional I/O modules for
connection to the server are also
available.
The FFU Server can be provided
with a redundancy server in hotstandby configuration.
FFU control network topology
(24V DC Input)
13
Monitoring
Benefits of BUSSystems
Advantages of
LONWORKS®
based system
-Fast single command response
-Fast single error response
-FFU calibration from cleanroom
-Handheld service tool
-Free network topology
-Digital input modules available
-Temperature sensors available
-Extensible system
-Using of 3rd party components
(compatible with
Nicotra Gebhardt specification)
User interface overview showing:
· Main plan with background picture
· Icons for FFUs, digital input and temperature sensor
· Navigation tree
Zoom-in view with:
· One FFU selected
· Navigation tree
· Control-Panel
· Status-Panel
Advantages of
LAN-BUS
based system
-Low system cost
-Easy and fast commissioning
at jobsite
-Fast multiple command response
-Fast multiple error response
-Complete project engineering
and programming at design
phase
-Low effort for components
change
General Advantages
-Analog interface available for
using without network system
(0-5 V, 0-10 V, nmin, nmax,
error contact)
-Modular structure of controller
allows easy change of interface
type
14
Software & controlling
- Ethernet, IP network, HTTP
protocol, HTML/XML, Internet
Browsers (MicrosoftTM Internet
ExplorerTM)
- Registration of each FFU run
time for preventive filter maintenance
- Remote maintenance and
configuration via Internet connection
- Freely programmable time
scheduler for automated FFU
control (speed-up or speeddown of single FFUs or groups)
- Event logging (status- and
change logfile)
User interface:
· E xample for background picture with a
large amount of FFUs
Monitoring
Compare one system to the other
System Features
LONWORKS® LAN-BUS
Hardware
FFU Server PC
User client local or remote via Ethernet
Multiple clients
Network topology
Backbone
Field Bus
Physical Repeater/Ethernet Gateway
Nodes per Segment
Maximum number of FFUs at the network
Network Terminator
8 Digital Input Module
Digital I/0 Station
Temperature Sensor Module
Handheld Service Tool
+
+
+
Free Topology
FTT-10A
FTT-10A
2 or 3 way1
60
32,000
+
+
+
+
+
+
+
+
Line Topology
Ethernet
RS485
5 lines2
100
127,000
not needed
+
not needed
Communication
Communication Principle
Heartbeat (Send-On-Change)
Polling
Addressing
Multi-Master
+3
+4
Neuron-ID6
Master-Slave
+5
Hardware7
Server Software
Import FFUs8
FFUs organized in building structures
Free definable FFU groups
2 control modes (% of Maxspeed, Air Speed)
Integrated scheduler9
3 different FFU error priorities
FFU runtime counter
Digital input event handler
Handling of temperature sensors
Global emergency input10
Printing of error messages
eMailing, Paging, SMS11
Log files (Error, Change, Speed Logs)
OPC Server12
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
User Interface (Client)
User management with graduated authorisation13
Optimized for MICROSOFT® Internet Explorer®
Colours and operator rights customizable
Background drawing for each structure element
Project navigation tree
Alarm sound customizable
Help function
+
+
+
+
+
+
+
+
+
+
+
+
+
+
1
2
3
4
5
6
7
8
9
10
11
12
13
can drive 1 or 2 segments with 60 nodes each
can drive 5 lines with 100 nodes each
in case of error, speed change and time-out
only if no heartbeat could be received by the server
parallel polling of max. 500 FFUs by each gateway
subnet/node addressing after FFU installation
node address set by hardware switch
from MICROSOFT® EXCEL® *.csv format
weekly programmable (start, stop, set speed)
one dry contact, configurable functions: "Shutdown All FFUs" or "Display Only"
external service provider required
optional
"Viewer", "Operator" and "Administrator"
15
FANCommander 200
How would you
like to control
your FFUs?
The FANCommander 200 is a
stand-alone monitoring and control unit for up to 200 fans. Fans
can be controlled and monitored
individually or by groups.
The device offers easy commissioning and operating assisted
by a clear menu structure and
the single control element.
Additional features like an automatic day/night shift (controlled
by external input or by included
clock), 3-level operator rights
and non-volatile error storage
downloadable to a PC make the
FANCommander 200 a smart
monitoring and control solution
for small fan systems.
Properties
Fan control and parametrization- Single, groups, line, total of up to 200 fans
Addressing- GBus-Fan address 0…99 at 2 lines R 200 Fans
Display- lighted LCD: 4 lines, 20 characters
Control elements- One element (turn and push button)
Operation and navigation- Menu controlled
Fan parameter control- Day speed
- Night speed
- ON/OFF
- Maximum speed
- Restart delay
- Wink function
- Reset errors
Error handling- non-volatile error storage
- download error storage to PC (serial interface)
- separate error indication of:
- present errors
- new (unconfirmed) errors
- error indication by:
- Display
- LED
- dry contact output
Automatic day/night shift- external control (24V DC input)
- internal control (clock controlled)
Additional features- Internal clock
- automatic fan registration (scan function)
- UL-Listed (UL 508C)
Supply voltage- 115/230V AC
16
This makes the FFU system
(EC motors) offered by
Nicotra Gebhardt so attractive:
- Only 1 person for implementing
or maintenance needed
- Client and server run at one
PC or at two separated PCs
connected via Ethernet link
- Any desired number of FFUs
can be handled
- Graduated authorisation levels
("view only", "operate" or
"administration")
- Freely definable FFU groups
(structural and logical groups)
- OPC option for master station
access (WonderwareTM, IntellutionTM or other OPC capable
clients)
Summary of the fan curves
RHA 1212-240-6D01-A
AC, 3ph, 50
Hz
Page 18
RHP 1212-240-EC00-A
EC, 1ph, 50/60 Hz,
Page 19
RHA 0912-335-4D00-A
AC, 3ph, 50
Hz
Page 20
RHP 0912-231-EC01-A
EC, 1ph, 50/60 Hz,
Page 21
RHA 0612-331-4D00-A
AC, 3ph, 50
Hz
Page 22
RHP 0612-331-EC04-A
EC, 1ph, 50/60 Hz,
Page 23
RHA 1212-240-6E12-BAS
AC, 1ph, 50
Hz
Page 24
RHA 1212-240-6E42-BAS
AC, 1ph, 60
Hz
Page 25
RHA 0912-231-4E11-BAS
AC, 1ph, 50
Hz
Page 26
RHA 0912-231-6E41-BAS
AC, 1ph, 60
Hz
Page 27
RHA 0612-331-4E11-BAS
AC, 1ph, 50
Hz
Page 28
RHA 0612-231-6E41-BAS
AC, 1ph, 60
Hz
Page 29
RHA 1212-240-6DB4-A
AC, 3ph, 60
Hz,
Page 30
RHA 1212-240-6E45-BAS
AC.1ph, 60
Hz,
Page 31
RHA 0912-231-6DB3-A
AC, 3ph, 60
Hz,
Page 32
RHA 0912-231-6E43-BAS
AC, 1ph, 60
Hz,
Page 33
RHA 0612-331-4DB4-A
AC, 3ph, 60
Hz,
Page 34
RHA 0612-231-6E43-BAS
AC, 1ph, 60
Hz,
Page 35
it
n
ilter U
Fan F 5DZ
1
507
3 UL
0
9
5
3
2
File E
17
Asynchronous motor
3ph, 50Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA1212-240-6D01-A
1212-240-6D01-A
Air density = 1.15 kg/m³
in. wg
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
psF
170 Pa
Voltage
U
251 V
Speed
N
846 1/min
Input Power
Pe
215 W
Current
I
0.65 A
Sound pressure level LpA1.5
47 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 64 54 47 45
unweighted
Pa
Pe = 240 W
210
1.0
250
190
170
52 280
140
0.8
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
43
34
25
18 dB
200
LpA1.5 = 50 dB
47
170
0.6
(qv = 1815 m³/h)
(unit without filter, with inlet guard)
50
49
48
46
150
46
45
52
44
50
43
0.4
100
49
47
40
0.2
41
50
1000
0
500
Volume flowrate qv
Fan Data
Fan type
Motor type
U
Pe
LpA1.5
LwA6
18
0.3 0.35 0.4
1500
2000
1000
RLA 21-0400-6D-S
MFA F0-1112-6D-K3-00
Voltage
V
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 + 10 dB
0.5
2500
0.6
3000
1500
Fan weight (steel)
Fan weight (aluminium)
Voltage
Frequency
Max. input power
Max. current
Speed
0.7
3500
2000
m
m
U
f
Pe, max
Imax
N
00 V
U=4
280
500
0
Volume flowrate qv
0.2
230
0
0.1
Air velocity v
200
0
0
170
15
0
Fan static pressure psF (Unit without filter)
44
Fan static pressure psF (Unit without filter)
1200×1200
(4’×4’)
300
1.2
0.8
0.9
4500
4000
2500
1
m/s
5000
m³/h
3000
ft³/min
55 kg (without filter)
38 kg (without filter)
400 V (Y), 3~
50 Hz
0.29 kW
0.85 A
940 1/min
Filter Fan Units
Filter Fan Units
RHP
1212-240-EC00-A
RHP
1212-240-EC00-A
EC motor
1ph,
50/60 Hz
Air density = 1.15 kg/m³
1.6
in. wg
1.4
400
350
Pe = 200 W
250
300
150
1.2
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
psF
170 Pa
Speed
N
847 1/min
Input Power
Pe
173 W
Current
I
0.78 A
Sound pressure level LpA1.5
48 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 65 54 46 45
unweighted
Pa
350
(qv = 1815 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted )
(on request)
1000 2000 4000 8000 Hz
44
38
29
22 dB
55
300
53
1.0
250
100
LpA1.5 = 56 dB
50
0.8
54
200
47
170
0.6
150
50
57
50
47
55
45
52
0.2
49
41
100
40
38
41
37
38
50
N=
1070
RLP 21-0400-EC
MFA FP-0817-EC-K0-02
Speed
1/min
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 + 10 dB
1500
3000
3500
2000
- - - = speed limit for UL-version
Fan weight (steel)
m
Fan weight (aluminium)
m
Voltage
U
Frequency
f
Max. input power
Pe, max
Max. current
Imax
Max. speed
Nmax
0.8
n
Fan Data
Fan type
Motor type
1000
2500
0.7
1/mi
0
500
Volume flowrate qv
2000
0.6
1000
1500
0.5
900
1000
0.35 0.4
800
0.3
700
500
0
Volume flowrate qv
0.2
600
0
0
0.1
Air velocity v
N
Pe
LpA1.5
LwA6
45
0
0
Fan static pressure psF (Unit without filter)
0.4
50
Fan static pressure psF (Unit without filter)
44
0.9
4500
4000
2500
1
m/s
5000
m³/h
3000
ft³/min
55 kg (without filter)
38 kg (without filter)
230 V, 1~
50 Hz
0.37 kW
1.62 A
1070 1/min
19
1200×1200
(4’×4’)
®
Asynchronous motor
3ph, 50 Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA0912-335-4D00-A
0912-335-4D00-A
Air density = 1.15 kg/m³
1.4
in. wg
Data for duty point:
Air velocity
v
0.35 m/s (qv = 1360 m³/h)
Fan static pressure
psF
170 Pa
(unit without filter, with inlet guard)
Voltage
U
217 V
Speed
N
1126 1/min (on request)
Input Power
Pe
218 W
Current
I
0.71 A
(on request)
Sound pressure level LpA1.5
52 dB
(with filter, A-weighted)
Sound pressure levels at octave frequencies (on request)
Octave frequency
63 125 250 500 1000 2000 4000 8000 Hz
Sound pressure level 63 60 51 49 45
43
33
22 dB
unweighted
Pa
Pe = 190 W
220
160
250
280
1.2
300
57
320
1.0
250
130
55
LpA1.5 = 57 dB
0.8
53
200
54
100
170
0.6
49
150
51
59
56
46
0.2
46
41
39
50
1500
500
RLA 31-3135-4D
MFA F0-0911-4D-K3-00
Voltage
V
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 +10 dB
0.6
2000
1000
Fan weight (steel) Fan weight (aluminium)
Voltage
Frequency
Max. inputpower
Max. current
Speed
0.7
2500
1500
m
m
U
f
Pe,max
Imax
N
V
400
U = 330
280
245
1000
0.5
215
0
Volume flowrate qv
0.3 0.35 0.4
0.2
500
0
Volume flowrate qv
20
0
190
0
0.1
Air velocity v
U
Pe
LpA1.5
LwA6
170
0
Fan Data
Fan type
Motor type
15
0
13
0
52
44
100
Fan static pressure psF (Unit without filter)
0.4
Fan static pressure psF (Unit without filter)
900×1200
(3’×4’)
350
0.8
3000
0.9
3500
2000
1
m/s
m³/h
ft³/min
49 kg (without filter)
35 kg (without filter)
400 V (Y), 3~
50 Hz
0.33 kW
0.76 A
1390 1/min
Filter Fan Units
Filter Fan Units
RHP
0912-231-EC01-A
RHP
0912-231-EC01-A
EC motor
1ph,
50/60 Hz
Air density = 1.15 kg/m³
1.8
in. wg
1.6
450
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
psF
170 Pa
Speed
N
960 1/min
Input Power
Pe
128 W
Current
I
0.59 A
Sound pressure level LpA1.5
49 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 60 55 50 47
unweighted
Pa
400
Pe = 200 W
250
300
1.4
350
58
150
(qv = 1360 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
43 39
30
21
dB
350
57
1.2
300
55
110
LpA1.5 = 58 dB
1.0
250
57
53
80
54
0.8
52
200
52
50
170
0.6
59
49
56
150
47
54
48
100
46
50
N
Pe
LpA1.5
LwA6
2000
1500
500
1000
RLP 21-0315-EC-S
MFA FP-0817-EC-K0-07
Speed
1/min
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 + 10 dB
0.6
0.7
2500
0.8
3000
1500
Fan weight (steel)
Fan weight (aluminium)
Voltage
Frequency
Max. input power
Max. current
Max. Speed
0.9
m
m
U
f
Pe, max
Imax
Nmax
1.0
3500
2000
/min
350 1
1300
N=1
0
Volume flowrate qv
1000
0.5
1200
0
500
Volume flowrate qv
0.3 0.35 0.4
0.2
1100
0
0.1
Air velocity v
1000
0
Fan Data
Fan type
Motor type
900
0
Fan static pressure psF (Unit without filter)
0.2
51
45
800
Fan static pressure psF (Unit without filter)
48
0.4
60
1.1
m/s
4000
m³/h
2500
ft³/min
49 kg (without filter)
35 kg (without filter)
230 V, 1~
50 Hz
0.365 kW
1.60 A
1350 1/min
21
900×1200
(3’×4’)
®
Asynchronous motor
3ph, 50 Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA0612-331-4D00-A
0612-331-4D00-A
Air density = 1.15 kg/m³
1.2
in. wg
1.0
Data for duty point:
Air velocity
v
0.35 m/s (qv = 910 m³/h)
Fan static pressure
170 Pa
(unit without filter, with inlet guard)
psF
Voltage
U
268 V
Speed
N
1240 1/min (on request)
Input Power
Pe
128 W
Current
I
0.35 A
(on request)
Sound pressure level LpA1.5
47 dB
(with filter, A-weighted)
Sound pressure levels at octave frequencies (on request)
Octave frequency
63 125 250 500 1000 2000 4000 8000 Hz
Sound pressure level 61 58 48 45 38
35
29
21 dB
unweighted
Pa
250
Pe = 140 W
120
105
51
160
50
90
0.8
49
200
LpA1.5 = 50 dB
48
48
170
47
46
0.6
150
70
45
52
44
51
43
49
0.2
44
38
37
50
U=
1500
500
RLA 31-2831-4D
MFA F0-0810-4D-K3-01
Voltage
V
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 +10 dB
0.7
2000
1000
Fan weight (steel) Fan weight (aluminium)
Voltage
Frequency
Max. inputpower
Max. current
Speed
0.8
m
m
U
f
Pe,max
Imax
N
V
400
330
0.6
280
1000
0.5
240
500
0.4
0
22
0.3 0.35
21
0
Volume flowrate qv
0.2
0
0
Volume flowrate qv
Fan Data
Fan type
Motor type
18
0
0
0
0.1
Air velocity v
U
Pe
LpA1.5
LwA6
40
15
0
46
41
41
100
Fan static pressure psF (Unit without filter)
0.4
Fan static pressure psF (Unit without filter)
600×1200
(2’×4’)
300
0.9
1
m/s
2500
m³/h
1500
ft³/min
43 kg (without filter)
32 kg (without filter)
400 V (Y), 3~
50 Hz
0.19 kW
0.44 A
1340 1/min
Filter Fan Units
Filter Fan Units
RHP
0612-331-EC04-A
RHP
0612-331-EC04-A
EC motor
1ph,
50/60 Hz
Air density = 1.15 kg/m³
450
1.8
in. wg
Data for duty point:
Air velocity
v
0.35 m/s (qv = 910 m³/h)
Fan static pressure
psF
170 Pa
(unit without filter, with inlet guard)
Speed
N
1213 1/min (on request)
Input Power
Pe
105 W
Current
I
0.48 A
(on request)
Sound pressure level LpA1.5
47 dB
(with filter, A-weighted)
Sound pressure levels at octave frequencies (on request)
Octave frequency
63 125 250 500 1000 2000 4000 8000 Hz
46 44 37
33
25
20 dB
55 Sound pressure level 60 59
unweighted
Pa
Pe = 250 W
1.6
1.4
400
200
350
300
54
150
53
1.2
300
LpA1.5= 56 dB
52
1.0
250
55
54
50
100
52
49
0.8
200
49
80
57
48
47
56
170
0.2
50
48
39
45
40
100
37
42
40
50
N=
1750
0.9
1
1.1
1.2
m/s
3000
m³/h
2500
1500
m
m
U
f
Pe, max
Imax
Nmax
n
1/mi
1700
0
160
Fan weight (steel)
Fan weight (aluminium)
Voltage
Frequency
Max. input power
Max. current
Max. Speed
1500
Speed
1/min
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 + 10 dB
1000
0
RLP 31-2831-EC-S
MFA FP-0817-EC-K0-08
2000
1500
140
Fan Data
Fan type
Motor type
500
0.8
0
0
Volume flowrate qv
0.7
130
1000
0.6
0
0
500
Volume flowrate qv
0.5
120
0.3 0.35 0.4
00
11
0.2
0
0
0
0.1
Air velocity v
N
Pe
LpA1.5
LwA6
52
43
42
50
54
100
0
Fan static pressure psF (Unit without filter)
0.4
46
45
150
900
Fan static pressure psF (Unit without filter)
0.6
58
ft³/min
43 kg (without filter)
32 kg (without filter)
230 V, 1~
50 Hz
0.33 kW
1.45 A
1750 1/min
23
600×1200
(2’×4’)
®
Asynchronous motor
1ph, 50 Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA1212-240-6E12-BAS
1212-240-6E12-BAS
Air density = 1.15 kg/m³
1.2
in. wg
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
170 Pa
psF
Voltage
U
154 V
Speed
N
845 1/min
Input Power
Pe
234 W
Current
I
1.56 A
Sound pressure level LpA1.5
53 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 61 55 49 50
unweighted
Pa
Pe = 250 W
1.0
250
220
190
280
160
56
(qv = 1815 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
48
45
37
25 dB
55
0.8
200
54
130
LpA1.5 = 55 dB
53
54
170
52
53
0.6
150
51
57
56
49
49
54
0.2
49
44
42
50
0
0
0
0
0.1
Air velocity v
500
0
Volume flowrate qv
0.2
1000
0
500
Volume flowrate qv
0.3 0.35
1500
0.4
2000
1000
Fan Data
Fan type
RLA 21-0400-6E-S
Motor type
MFA F0-1112-6E-K3-C0-S
Operating capacitor
8 µF
U
Voltage
V
Pe
Input power
W
LpA1.5
A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
24
11
0.5
2500
0.6
3000
1500
Fan weight (steel)
Fan weight (aluminium)
Voltage
Frequency
Max. inputpower
Max. current
Speed
0V
U = 22
180
155
140
130
10
120
0
52
100
Fan static pressure psF (Unit without filter)
0.4
Fan static pressure psF (Unit without filter)
1200×1200
(4’×4’)
300
0.7
3500
2000
m
m
U
f
Pe,max
Imax
N
0.8
0.9
4500
4000
2500
1
m/s
5000
m³/h
3000
ft³/min
55 kg (without filter)
38 kg (without filter)
220 V, 1~
50 Hz
0.32 kW
1.53 A
940 1/min
FilterFan
FanUnits
Units
Filter
RHA
1212-240-6E42-BAS
RHA
1212-240-6E42-BAS
Air density = 1.15 kg/m³
350
1.4
in. wg
Pa
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
psF
170 Pa
Voltage
U
108 V
Speed
N
842 1/min
Input Power
Pe
342 W
Current
I
3.3 A
Sound pressure level LpA1.5
53 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 61 55 49 50
unweighted
Pe = 350 W
300
250
1.2
300
400
200
(qv = 1815 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
48
45
37
25 dB
57
1.0
250
56
55
0.8
200
LpA1.5 = 55 dB
53
54
170
53
0.6
150
51
58
50
56
54
48
50
43
46
41
50
75
0
0
0.1
Air velocity v
500
0
Volume flowrate qv
0.2
1000
0
500
Volume flowrate qv
0.3 0.35 0.4
1500
2000
1000
Fan Data
Fan type
RLA 21-0400-6E-S
Motor type
MFA F0-1112-6E-K3-A0-S
Operating capacitor
20 µF
U
Voltage
V
Pe
Input power
W
LpA1.5
A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
0.5
2500
80
85
90
0.6
3000
1500
Fan weight (steel) Fan weight (aluminium)
Voltage
Frequency
Max. inputpower
Max. current
Speed
0.7
3500
2000
m
m
U
f
Pe,max
Imax
N
10
0
V
120
U = 115
110
5
10
0
Fan static pressure psF (Unit without filter)
0.2
47
100
95
Fan static pressure psF (Unit without filter)
0.4
0.8
0.9
4500
4000
2500
1
m/s
5000
m³/h
3000
ft³/min
55 kg (without filter)
38 kg (without filter)
120 V, 1~
60 Hz
0.40 kW
3.4 A
950 1/min
25
Asynchronous motor,
1ph, 60 Hz
1200×1200
(4’×4’)
Asynchronous motor
1ph, 50 Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA0912-231-4E11-BAS
0912-231-4E11-BAS
Air density = 1.15 kg/m³
1.4
in. wg
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
psF
170 Pa
Voltage
U
193 V
Speed
N
976 1/min
Input Power
Pe
238 W
Current
I
1.25 A
Sound pressure level LpA1.5
52 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 58 56 50 50
unweighted
Pa
Pe = 260 W
220
1.2
300
1.0
250
180
(qv = 1360 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
46
44
33
25 dB
55
140
54
53
0.8
200
LpA1.5 = 54 dB
51
170
0.6
52
100
51
150
50
48
57
55
47
53
45
0.2
49
41
45
40
50
U=
m
m
U
f
Pe,max
Imax
N
V
Fan weight (steel)
Fan weight (aluminium) Voltage
Frequency
Max. inputpower
Max. current
Speed
1500
0.8
3000
220
1000
2500
205
2000
0.7
190
Fan Data
Fan type
RLA 21-0315-4E-S
Motor type
MFA F1-0911-4E-K3-C0-S
Operating capacitor
6 µF
U
Voltage
V
Pe
Input power
W
LpA1.5
A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
0.6
180
500
170
0
1500
16
1000
0.5
0
500
0
Volume flowrate qv
0
Volume flowrate qv
0.3 0.35 0.4
0.2
0
0
0
0.1
Air velocity v
26
13
0
15
12
0
14
0
100
Fan static pressure psF (Unit without filter)
0.4
Fan static pressure psF (Unit without filter)
900×1200
(3’×4’)
350
0.9
3500
2000
1
m/s
m³/h
ft³/min
49 kg (without filter)
35 kg (without filter)
220 V, 1~
50 Hz
0.30 kW
1.37 A
1060 1/min
FilterFan
FanUnits
Units
Filter
RHA
0912-231-6E41-BAS
RHA
0912-231-6E41-BAS
Air density = 1.15 kg/m³
300
1.2
in. wg
Pe = 160 W
180
140
1.0
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
170 Pa
psF
Voltage
U
101 V
Speed
N
986 1/min
Input Power
Pe
195 W
Current
I
2.0 A
Sound pressure level LpA1.5
51 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 58 55 49 49
unweighted
Pa
250
200
120
230
54
(qv = 1360 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
46
43
33
24 dB
54
53
0.8
200
52
LpA1.5 = 54 dB
53
170
50
0.6
51
150
50
57
56
48
41
46
40
50
0
0.1
Air velocity v
500
0
Volume flowrate qv
0
Volume flowrate qv
0.3 0.35
0.2
1000
0.4
0.5
1500
500
Fan Data
Fan type
RLA 21-0315-6E-S
Motor type
MFA F0-0911-6E-K3-A0-S
Operating capacitor16 µF
U
Voltage
V
Pe
Input power
W
LpA1.5
A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
0.6
2000
1000
Fan weight Fan weight (aluminium) Voltage
Frequency
Max. inputpower
Max. current
Speed
0.7
2500
1500
m
m
U
f
Pe,max
Imax
N
20 V
U = 1 110
100
95
90
75
0
85
0
51
100
Fan static pressure psF (Unit without filter)
0.2
53
80
Fan static pressure psF (Unit without filter)
0.4
46
0.8
3000
0.9
3500
2000
1
m/s
m³/h
ft³/min
49 kg (without filter)
35 kg (without filter)
120 V, 1~
60 Hz
0.24 kW
2.1 A
1070 1/min
27
Asynchronous motor
1ph, 60 Hz
900×1200
(3’×4’)
Asynchronous motor
1ph, 50 Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA0612-331-4E11-BAS
0612-331-4E11-BAS
Air density = 1.15 kg/m³
1.2
in. wg
Data for duty point:
Air velocity
v
0.35 m/s (qv = 910 m³/h)
Fan static pressure
psF
170 Pa
(unit without filter, with inlet guard)
Voltage
U
168 V
Speed
N
1237 1/min (on request)
Input Power
Pe
141 W
Current
I
0.87 A
(on request)
Sound pressure level LpA1.5
51 dB
(with filter, A-weighted)
Sound pressure levels at octave frequencies (on request)
Octave frequency
63 125 250 500 1000 2000 4000 8000 Hz
Sound pressure level 60 59 49 49 46
43
36
25 dB
unweighted
Pa
Pe = 140 W
1.0
250
160
120
55
54
54
0.8
180
200
53
LpA1.5 = 54 dB
100
53
52
170
51
50
0.6
150
49
56
48
47
54
52
45
0.4
50
45
100
0.2
47
44
42
42
39
50
0
0.1
Air velocity v
0
Volume flowrate qv
0
Volume flowrate qv
0.2
0.3 0.35
500
0.4
1000
14
0
0.6
0.7
1500
500
Fan Data
Fan type
RLA 31-2831-4E-S
Motor type
MFA F0-0908-4E-K3-C0-S
Operating capacitor
4 µF
U
Voltage
V
Pe
Input power
W
LpA1.5
A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
28
0.5
0
0.8
2000
1000
Fan weight (steel)
Fan weight (aluminium)
Voltage
Frequency
Max. inputpower
Max. current
Speed
V
220
U=
190
175
0
0
13
16
120
0
15
0
Fan static pressure psF (Unit without filter)
44
Fan static pressure psF (Unit without filter)
600×1200
(2’×4’)
300
m
m
U
f
Pe,max
Imax
N
0.9
1
m/s
2500
m³/h
1500
ft³/min
43 kg (without filter
32 kg (without filter)
220 V, 1~
50 Hz
0.19 kW
0.90 A
1340 1/min
FilterFan
FanUnits
Units
Filter
RHA
0612-231-6E41-BAS
RHA
0612-231-6E41-BAS
Air density = 1.15 kg/m³
300
1.2
in. wg
Pe = 140 W
120
1.0
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
170 Pa
psF
Voltage
U
108 V
Speed
N
922 1/min
Input Power
Pe
164 W
Current
I
1.56 A
Sound pressure level LpA1.5
50 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 61 55 47 45
unweighted
Pa
250
160
(qv = 910 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
47
41
33
25 dB
56 180
100
55
54
0.8
200
53
200
LpA1.5 = 51 dB
50
170
51
49
0.6
150
48
50
48
49
45
48
47
0.4
100
38
50
0
500
Volume flowrate qv
1000
0
Volume flowrate qv
0.5
500
Fan Data
Fan type RLA 21-0315-6E-S
Motor type MFA F0-0908-6E-K3-A0-S
Operating capacitor
12 µF
U
Voltage V
Pe Input power W
LpA1,5 A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
0.6
0.7
0.8
2000
1500
1000
Fan weight (steel)
Fan weight (aluminium)
Voltage Frequency Max. input power Max. current Speed 0.9
1
1.1
1.2
m/s
3000
m³/h
2500
1500
m
m
U
f
Pe, max Imax N
V
120
U = 15
1
110
5
10
0.3 0.35 0.4
0
0.2
0
0.1
Air velocity v
85
10
80
0
95
0
Fan static pressure psF (Unit without filter)
0.2
43
90
Fan static pressure psF (Unit without filter)
40
ft³/min
43 kg (without filter)
32 kg (without filter)
120 V, 1~
60 Hz
0.20 kW
1.7 A
940 1/min
29
Asynchronous motor
1ph, 60 Hz
600×1200
(2’×4’)
Asynchronous motor
3ph, 60 Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA1212-240-6DB4-A
1212-240-6DB4-A
Air density = 1.15 kg/m³
1.4
400
Pa
280
350
320
Pe = 360 W
400
1.2
55
300
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
psF
170 Pa
Voltage
U
290 V
Speed
N
850 1/min
Input Power
Pe
290 W
Current
I
0.73 A
Sound pressure level LpA1.5
48 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 63 54 48 45
unweighted
(qv = 1815 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
43
33
24
19 dB
240
54
1.0
250
52
200
LpA1.5 = 54 dB
50
0.8
53
200
49
50
170
48
47
0.6
56
150
54
46
45
52
0.4
0.2
41
100
42
50
U=
Voltage
V
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 +10 dB
1500
Fan weight (steel)
Fan weight (aluminium)
Voltage
Frequency
Max. inputpower
Max. current
Speed
3500
2000
m
m
U
f
Pe,max
Imax
N
0.9
4500
4000
2500
V
RLA 21-0400-6D-S
MFA F0-1112-6D-K7-91-S
3000
0.8
480
1000
2500
0.7
400
Fan Data
Fan type
Motor type
2000
0.6
340
0
500
Volume flowrate qv
1500
0.5
300
1000
0.3 0.35 0.4
0
0.2
0
0
0
27
22
500
0
Volume flowrate qv
30
48
45
0
0.1
Air velocity v
U
Pe
LpA1.5
LwA6
50
24
0
Fan static pressure psF (Unit without filter)
43
Fan static pressure psF (Unit without filter)
1200×1200
(4’×4’)
1.6
in. wg
1
m/s
5000
m³/h
3000
ft³/min
55 kg (without filter)
38 kg (without filter)
480 V (Y), 3~
60 Hz
0.42 kW
0.75 A
1070 1/min
FilterFan
FanUnits
Units
Filter
RHA
1212-240-6E45-BAS
RHA
1212-240-6E45-BAS
Air density = 1.15 kg/m³
400
1.6
in. wg
1.4
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
psF
170 Pa
Voltage
U
99 V
Speed
N
850 1/min
Input Power
Pe
325 W
Current
I
3.6 A
Sound pressure level LpA1.5
53 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 61 55 50 51
unweighted
Pa
350
320
Pe = 360 W
400
1.2
300
(qv = 1815 m³/h)
(unit without filter, with inlet guard)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
48
45
38
26 dB
59
58
1.0
250
57
56
LpA1.5 = 57 dB
0.8
200
54
56
0.6
54
53
170
53
51
150
60
51
58
56
0.2
52
50
47
50
500
0
Volume flowrate qv
0.2
1000
0
500
Volume flowrate qv
0.3 0.35 0.4
1500
2000
1000
Fan Data
Fan type RLA 21-0400-6E-S
Motor type MFA F0-1117-6E-K7-A1-S
Operating capacitor
25 µF
U
Voltage V
Pe Input power W
LpA1,5 A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
0.5
2500
0.6
3000
1500
115V - valid for UL-version
Fan weight (steel)
Fan weight (aluminium)
Voltage Frequency Max. input power Max. current Speed 0.7
3500
2000
m
m
U
f
Pe, max Imax N
V
120
U=
115
5
110 10
0
10
0
0.1
Air velocity v
95
0
90
0
Fan static pressure psF (Unit without filter)
0.4
54
47
100
85
Fan static pressure psF (Unit without filter)
49
1200×1200
(4’×4’)
(on request)
280
250
Asynchronous motor
1ph, 60 Hz
0.8
0.9
4500
4000
2500
1
m/s
5000
m³/h
3000
ft³/min
55 kg (without filter)
38 kg (without filter)
120 V, 1~
60 Hz
0.42 kW
3.6 A
1030 1/min
31
®
Asynchronous motor
3ph, 60 Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA0912-231-6DB3-A
0912-231-6DB3-A
Air density = 1.15 kg/m³
1.4
in. wg
1.2
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
psF
170 Pa
Voltage
U
260 V
Speed
N
980 1/min
Input Power
Pe
175 W
Current
I
0.49 A
Sound pressure level LpA1.5
51 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 60 60 52 49
unweighted
Pa
300
Pe = 180 W
210
150
(qv = 1360 m³/h)
(unit without filter, with inlet guard)
(on request)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
45
41
30
23 dB
120
1.0
54
250
240
53
51
0.8
200
LpA1.5 = 55 dB
54
49
170
51
0.6
47
150
48
45
57
56
46
0.2
47
44
50
1500
m
m
U
f
Pe,max
Imax
N
80 V
Voltage
V
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 +10 dB
Fan weight (steel)
Fan weight (aluminium)
Voltage
Frequency
Max. inputpower
Max. current
Speed
2500
U=4
RLA 21-0315-6D-S
MFA F0-1112-6D-K7-91-S
1000
0.7
340
500
0.6
2000
270
1500
0
1000
0.5
22
32
0
0
Volume flowrate qv
0.3 0.35 0.4
0.2
500
0
Volume flowrate qv
Fan Data
Fan type
Motor type
19
0
0
0
0.1
Air velocity v
U
Pe
LpA1.5
LwA6
50
17
0
53
43
100
Fan static pressure psF (Unit without filter)
0.4
Fan static pressure psF (Unit without filter)
900×1200
(3’×4’)
350
0.8
3000
0.9
3500
2000
1
m/s
m³/h
ft³/min
49 kg (without filter)
35 kg (without filter)
480 V (Y), 3~
60 Hz
0.25 kW
0.55 A
1140 1/min
FilterFan
FanUnits
Units
Filter
RHA
0912-231-6E43-BAS
RHA
0912-231-6E43-BAS
Air density = 1.15 kg/m³
300
1.2
in. wg
Data for duty point:
Air velocity
v
0,.35 m/s
Fan static pressure
psF
170 Pa
Voltage
U
100 V
Speed
N
980 1/min
Input Power
Pe
195 W
Current
I
2.1 A
Sound pressure level LpA1.5
51 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 59 55 50 49
unweighted
Pa
Pe = 160 W
180
200
140
1.0
250
120
54230
(qv = 1360 m³/h)
(unit without filter, with inlet guard)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
46
43
33
24 dB
53
200
52
LpA1.5 = 54 dB
51
170
53
50
0.6
51
150
49
50
48
57
56
48
46
0.4
100
53
51
43
43
40
50
0
0.1
Air velocity v
500
0
Volume flowrate qv
0
Volume flowrate qv
0.3 0.35
0.2
1000
0.4
0.5
1500
500
Fan Data
Fan type RLA 21-0315-6E-S
Motor type MFA F0-0911-6E-K7-A0-S
Operating capacitor
16 µF
U
Voltage V
Pe Input power W
LpA1,5 A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
0.6
2000
1000
115V - valid for UL-version
Fan weight (steel)
Fan weight (aluminium)
Voltage Frequency Max. input power Max. current Speed 0.7
2500
1500
m
m
U
f
Pe, max Imax N
20 V
U = 1 110
115
100
95
90
75
0
85
0
Fan static pressure psF (Unit without filter)
0.2
46
80
Fan static pressure psF (Unit without filter)
49
41
900×1200
(3’×4’)
(on request)
54
0.8
Asynchronous motor
1ph, 60 Hz
0.8
3000
0.9
3500
2000
1
m/s
m³/h
ft³/min
49 kg (without filter)
35 kg (without filter)
120 V, 1~
60 Hz
0.24 kW
2.1 A
1070 1/min
33
®
Asynchronous motor
3ph, 60 Hz
Filter
FilterFan
FanUnits
Units
RHA
RHA0612-331-4DB4-A
0612-331-4DB4-A
Air density = 1.15 kg/m³
1.8
in. wg
1.6
Data for duty point:
Air velocity
v
0.35 m/s (qv = 910 m³/h)
Fan static pressure
psF
170 Pa
(unit without filter, with inlet guard)
Voltage
U
240 V
Speed
N
1240 1/min (on request)
Input Power
Pe
189 W
Current
I
0.56 A
(on request)
Sound pressure level LpA1.5
50 dB
(with filter, A-weighted)
Sound pressure levels at octave frequencies (on request)
Octave frequency
63 125 250 500 1000 2000 4000 8000 Hz
Sound pressure level 60 63 51 44 41
38
32
25 dB
unweighted
Pa
400
Pe = 240 W
1.4
210
350
270
58
300
1.2
300
57
150
180
56
1.0
LpA1.5= 57 dB
250
57
53
120
0.8
55
200
51
0.4
0.2
48
45
48
45
50
U=
Fan weight (steel)
Fan weight (aluminium)
Voltage
Frequency
Max. inputpower
Max. current
Speed
1
2500
1.1
1.2
m/s
3000
m³/h
1500
m
m
U
f
Pe,max
Imax
N
V
1000
0.9
480
Voltage
V
Input power
W
A-weighted sound pressure level at 1.5m distance (mid filter) dB
A-weighted sound power level = LpA1.5 +10 dB
2000
360
RLA 31-2831-4D-S
MFA F0-0911-4D-K7-90-S
1500
0.8
300
Fan Data
Fan type
Motor type
500
0.7
260
1000
0.6
0
500
0
Volume flowrate qv
0.5
23
0.3 0.35 0.4
205
0.2
0
0
0
Volume flowrate qv
34
52
100
0
0.1
Air velocity v
U
Pe
LpA1.5
LwA6
56
18
0
58
48
150
Fan static pressure psF (Unit without filter)
0.6
58
51
170
Fan static pressure psF (Unit without filter)
600×1200
(2’×4’)
450
ft³/min
43 kg (without filter)
32 kg (without filter)
480 V (Y), 3~
60 Hz
0.31 kW
0.60 A
1660 1/min
FilterFan
FanUnits
Units
Filter
RHA
0612-231-6E43-BAS
RHA
0612-231-6E43-BAS
Air density = 1.15 kg/m³
300
1.2
in. wg
Data for duty point:
Air velocity
v
0.35 m/s
Fan static pressure
170 Pa
psF
Voltage
U
92 V
Speed
N
920 1/min
Input Power
Pe
172 W
Current
I
2.0 A
Sound pressure level LpA1.5
50 dB
Sound pressure levels at octave frequencies
Octave frequency
63 125 250 500
Sound pressure level 62 55 48 47
unweighted
Pa
Pe = 200 W
175
1.0
250
125
56
150
230
55
(qv = 910 m³/h)
(unit without filter, with inlet guard)
(on request)
(with filter, A-weighted)
(on request)
1000 2000 4000 8000 Hz
45
42
34
23 dB
54
200
52
50
170
51
0.6
52
49
150
49
49
47
45
0.4
100
46
43
44
1000
0
Volume flowrate qv
500
Fan Data
Fan type RLA 21-0315-6E-S
Motor type MFA F0-0911-6E-K7-A0-S
Operating capacitor
16 µF
U
Voltage V
Pe Input power W
LpA1,5 A-weighted sound pressure level at 1.5m distance (mid filter) dB
LwA6
A-weighted sound power level = LpA1.5 +10 dB
0.6
0.7
0.8
2000
1500
1000
115V - valid for UL-version
Fan weight (steel)
Fan weight (aluminium)
Voltage Frequency Max. input power Max. current Speed 0.9
1
1.2
m/s
3000
m³/h
2500
1500
m
m
U
f
Pe, max Imax N
1.1
V
0
500
Volume flowrate qv
0.5
120
0.3 0.35 0.4
100
0.2
0
0.1
Air velocity v
U=
115
75
0
90
Fan static pressure psF (Unit without filter)
50
85
0
40
80
Fan static pressure psF (Unit without filter)
42
0.2
600×1200
(2’×4’)
(on request)
LpA1.5 = 52 dB
0.8
Asynchronous motor
1ph, 60 Hz
ft³/min
43 kg (without filter)
32 kg (without filter)
120 V, 1~
60 Hz
0.24 kW
2.1 A
1070 1/min
35
®
Nicotra Gebhardt worldwide
SPAIN
Ctra. Alcalá-Villar del Olmo, Km. 2,830
28810 Villalbilla-Madrid
Phone +34 918-846110
Fax
+34 918-859450
E-mail [email protected]
c/.Coso, 67-75, esc. 1.a,1.oB
50001 Zaragoza
Phone +34 976-290550
Fax
+34 976-298127
E-mail [email protected]
BELGIUM
Haeghensgoed, 13 - 00/01
9270 Laarne
Phone +32 (0)9-336-00-01
Fax
+32 (0)9-336-00-05
E-mail [email protected]
SWEDEN
Box 237
Kraketorpsgatan 30
43123 Mölndal
Phone 0046 31-874540
Fax
0046 31-878590
E-mail inf[email protected]
http://www.nicotra-gebhardt.se/
GREAT BRITAIN
Unit D, Rail Mill Way
Parkgate Business Park
Rotherham
South Yorkshire
S62 6JQ
Phone +044 01709-780760
Fax
+044 01709-780762
E-mail [email protected]
Monarch House
1-7 Smyth Road
Bedminster
Bristol
Phone +44 (0)870 043-5207
Fax
+44 (0)870 043-5212
E-mail [email protected]
http://www.kiloheat.co.uk/
36
MALAYSIA
Lot 1799, Jalan Balakong
Taman Perindustrian Bukit Belimbing
43300 Seri Kembangan
Selangor
Phone +603 8961-2588
Fax
+603 8961-8337
E-mail [email protected]
THAILAND
6/29 Soi Suksawadi 2, Moo 4, Suksawadi Road,
Kwang Jomthong, Khet Jomthong,
Bangkok 10150
Phone +662 476-1823-6
Fax
+662 476-1827
E-mail [email protected]
SINGAPORE
No. 15 West Coast Highway
# 04-08 Pasir Panjang Building
Singapore 117861
Phone (065) 6265-1522
Fax
(065) 6265-2400
E-mail [email protected]
AUSTRALIA
47 Jesica Road,
Campbellfield, VIC 3061
Phone +613 9357-7464
Fax
+613 9357-8700
E-mail [email protected]
INDIA
Plot no 28f, Sector-31
Kasna, Greater Noida-201308
U.P. INDIA
Phone +91 0120-4203400
Fax
+91 0120-4203401
E-mail [email protected]
CHINA
88 Tai‘An Road, XinQiao, ShiJi, Panyu
Guangzhou 511450
PR CHINA
Phone +86 (0)20-39960570
Fax
+86 (0)20-39960569
E-mail [email protected]
UNITED STATES
PO BOX 900921
Sandy, Utah 84090
Phone 001(801) 733-0248
Fax
001(801) 315-9400
Mobile 001(801) 682 0898
E-mail [email protected]
http://www.gebhardtfans.com/
Nicotra Gebhardt S.p.A
Nicotra Gebhardt GmbH
Via Modena, 18
24040 Zingonia (Bergamo)
Italy
Gebhardtstrasse 19-25
74638 Waldenburg
Germany
Phone +39 (0)35 873 111
Fax +39 (0)35 884 319
E-Mail [email protected]
Phone +49 (0)7942 101 0
Fax +49 (0)7942 101 170
E-Mail [email protected]
www.nicotra-gebhardt.com
www.nicotra-gebhardt.com
EN - SP3.6-FFU – 0 000-10.2008
FRANCE
Leader‘s Park Bat A1
3 chemin des Cytises
69340 Francheville
Phone +33 (0)4 72 79 01 20
Fax
+33 (0)4 72 79 01 21
E-mail [email protected]