PAPST BASICS
Standard Range
of Fans and Blowers
Trendsetter in
Fan Technology
Among the best. Trendsetting with
innovative technologies. Listening to
customers’ needs. Developing new
ideas to meet requirements and
realising them with pioneering spirit.
This philosophy has made PAPST the
technological leader in the world of
fans. A brand which has very few
alternatives because every fan is a
product of decades of application
know-how gained from large-volume
production and because we are in a
position to produce highly efficient
quality products. Our intelligent solu-
tions for electronic cooling ensure that
you are one step ahead of competitors
thanks to innovative, reliable top quali-
ty technology which is cost-favorable
and in line with market requirements.
And if required, tailor-made right down
to the last detail. In other words if you
need fans which don’t actually exist,
contact us.
Insist on PAPST.
2
3
Technology
Page 6
Page 12
Page 16
DC Fans
Overview
Axial
Page 46
Page 55
DC Fans
Radial
Cross-flow Blowers
Page 56
Intelligent Fans/
Specials
Page 72
Page 75
AC Fans
Overview
Axial
Page 92
AC Fans
Radial
Page 98
Accessories
Technology DC Axial Fans DC Radial Fans Intelligent Fans AC Axial Fans AC Radial Fans Accessories
The PAPST Fan – the Original
in the World of Fans
Leaders in fan technology
The widest range of equipment fans
for electronic cooling emerged from
the principle of the external rotor
motor. This special motor design is
synonymous with the name of PAPST.
Not only more than 50 years of
acquired know-how but also numerous
patented innovations have contributed
to this principle.
PAPST is both pacesetter for large
volume production and pioneer in the
development and manufacture of
customised fans. In achieving this
goal PAPST has continually set new
standards in both technology and
quality, efficiency and reliability – from
the first DC fan with integrated elec-
tronic commutation to the very latest
example of intelligent cooling with
variable air output.
PAPST customers not only profit from
the innumerable advantages of this
technological competence but also
have access to almost unlimited appli-
cation know-how.
It is therefore, not a coincidence that
the list of PAPST customers is a
reflection of the IT and electronic
industry, a list containing world leading
companies. The confidence placed in
PAPST is evidenced by long-term part-
nerships that are based on confidence
that is justifiable both now and in years
to come as well as in the constant
search for advanced products, the
ability to respond quickly to new deve-
lopments, implementation of quick
delivery and intensive customer con-
sultation.
Guaranteed safety
Quality planning and preventive quality
control at all production stages plus
zero-defect programmes have always
been the mainstay of the PAPST quality
philosophy. Even in early years, PAPST
fulfilled the requirements of DIN ISO
9001 and received official certification
in 1993.
Strong partners for a
complete solution
A strong group emerged from syner-
getic cooperation with ebm, the parent
company of PAPST and the subsidiary
mvl. Nearly 6.500 employees are
involved in providing optimum solutions
for every application – from the small-
est to the largest fan. PAPST operates
as an independent company within this
group with its own development
depart-
ment
and program strategy.
4
PAPST Plant 1 in St. Georgen, Germany Plant 2 in Herbolzheim, Germany
5
World-wide presence
The world-wide success of PAPST is
based firstly on its high-class products
and secondly on a universal presence
that enables customer consultation,
sales and service to be provided wher-
ever needed. PAPST, ebm and mvl are
represented in over 30 countries of the
world by subsidiaries or local represen-
tatives. In Germany, PAPST cooperates
with the ebm field sales engineers.
The field service is supported by sales
engineers of the parent firm. A com-
prehensive network of distributors com-
plements this sales presence.
Product range
The standard range of fans described
in this catalogue provides a easy to use
selection of fans and blowers which are
available at short notice.
Plant 4, PAPST Hungary Kft. In Vecsés, Hungary
Plant 3, Cellcomp Kft. in Celldömölk, Hungary
5
PAPST Plant 1 in St. Georgen
The PAPST Head Office in the Black
Forest is simultaneously development
and logistics centre of all production
facilities.
Drive technology and automotive
products are produced here.
PAPST Plant 2 in Herbolzheim
Medium and large sized fans are pro-
duced here, e.g. for telecommunication
and data technology. Also blowers
for ventilation of seats and electronic
cooling of vehicles are produced here.
The plant is also responsible for manu-
facturing engineering and quality
assurance of the Hungarian production
facilities.
Plant 3, Cellcomp Kft.
in Celldömölk, Hungary and
Plant 4, PAPST Hungary Kft.
In Vecsés, Hungary
Together with Plant 1 and 2 these
additional facilities produce modules,
components and a row of complete
high-tech fan series.
The Ultimate:
Quality in Detail
essential role at PAPST. A commitment
that is the foundation for the develop-
ment of optimum drive solutions –
regardless of the type of fan and its
usage. DC fans are generally equip-
ped with electronically commutated
motors; In order to save as much
space as possible commutation elec-
tronic components are integrated in
the wheel hub of the fan. Our AC fans
are mostly driven by shaded-pole or
capacitor motors based on the ex-
ternal rotor principle. In the 3900 and
9900 range of particularly slim fans
internal rotor motors are used.
For the past 50
years all conceiv-
able types and
applications of
drive technology
have played an
6
Drive know-how
this series of fans. So-called “soft”
commutation electronics of the DC
fans ensure an excellent noise factor.
By avoiding the use of steep switching
ramps when the individual coils are
switched, the resonances produced by
the motor is also considerably reduced.
Computer-aided and analysed mea-
surement test series in the most mod-
ern sound measuring chamber are
conducted on each fan from the very
beginning.
Our aerodynamical-
ly optimised design
and high mecha-
nical precision pro-
duce outstanding
noise properties in
Low noise factor
SINTEC compact bearing provides
most of the equipment fans with a
proven bearing system. Constant low
noise load during the entire operating
time, and considerably lower shock
sensitivity are the outstanding features
of this bearing technology. Also, with
regard to temperature resistance,
Sintec compact bearings can be used
without problem in most applications.
Despite the slightly higher noise factor
and shock sensitivity of ball bearings,
this bearing technology should be
given preference when exposed to
extreme thermal load and adverse
application conditions (e.g. extreme
environmental conditions, critical
installation position, etc.). The service
life data provided in this catalogue are
based on extensive service life tests
and mathematically/scientifically
approved service life calculations. Our
product descriptions are continuously
updated with all relevant new data
obtained from long-term tests.
The bearing sys-
tem plays a vital
role in the long life
and quiet running
of equipment fans.
The PAPST
Long service life
and the inner contour of the housing.
Air output and available motor per-
formance are exactly adapted to the
size of fan.
With the aid of
the most modern
computer pro-
grams, we are
able to optimise
the fan impellers
Streamline: Aerodynamics
German Electrical Engineers) and the
standards and regulations of UL and
CSA.
All fans conform to the European
Standard EN 60335-1 or EN 60950 plus
those of the UL (Underwriter Laborato-
ries) and CSA (Canadian Standards
Association). PAPST fans meet the high-
est requirements of electrical safety.
Depending on the type, they are either
impedance protected or equipped with a
temperature safety switch, electronic
anti-blocking protection against overload-
ing, alarm function or have speed moni-
toring and speed control.
It goes without say-
ing that all PAPST
fans conform to the
approval require-
ments of the VDE
(Association of
Safety all inclusive
7
the metal surfaces that are subject to
corrosion are permanently protected by
a black, impact-resistant, abrasion resis-
tant electrophoretic baked enamel. This
particular version is highly recyclable.
Fans with fibreglass reinforced plastic
housing and impeller: Excellent stability
and low weight distinguish this highly
efficient fan concept. The metal housing
and plastic impeller combine the advan-
tage of both types of design.
Fans of metal con-
struction: Sturdy
and indestructible.
The housing is
made of an alumini-
um alloy whereas
Sturdy construction –
in metal or plastic Economical
The true costs are a
combination of
availability, service, reli-
ability and service life
and this is exactly
where PAPST fans
prove that they are
particularly competi-
tive: Insist on PAPST and
reap the benefits.
Technology
Tailor-made to Meet Your
Special Requirements
8
Speed setting via
interfaces
Alarm signal for more
safety
PAPST provides on request a variety
of fan series which conform to the
requirements of Protection Class IP
54: Their stator and all electrical com-
ponents are fully encapsulated.
Rustproof ball bearings can be used
for operating in particularly aggressive
media and using under extreme envi-
ronmental conditions, thus providing
additional safety under extreme oper-
ating conditions.
Virtually everything is possible
Regardless of your cooling and
ventilation tasks, we develop the right
solution and what is more, the most
economical one. Based on the
fans listed in this catalogue, well over
4000 different versions are available.
PAPST has always developed
customer-specified intelligent fans
which meet the exact requirements of
the application. We provide a wide
range of standard fan types, in many
sizes and designs; with intelligent
motor
features, monitoring and drive functions
as well as special constructions for use
under extreme conditions. They are all
based on the standard type fan which
you will find in this catalogue. Special
fan types for your application can be
produced in economical batch sizes.
Our expert engineers will assist you in
selecting the right configuration.
intelligence”. Its programmed intelli-
gence thanks to customer-specific
configured software modules makes
the cooling of electronics even more
economical and flexible. The tailor-
made fan solution which is ready for
the future.
Innovation at its best:
Vario-Pro®with “inside
Higher protection class for
every type of application
With a wide range of DC fans with
separate control input, PAPST provides
an alternative to the NTC controlled
types of fans. They are especially
suitable for systems and units which
already have standard interfaces for
varying speed via internal switching
and control circuits. Main applications
are units which demand load-
dependent individual speed profiles
or systems with stand-by minimum
cooling requirements and varied speed
increase at varying power peaks.
If your application requires monitored
fan operation in addition to speed
monitoring, PAPST also provides a
multitude of varying alarm signals.
Depending on the type of fan in ques-
tion, the signal is either static, already
evaluated or interface-compatible.
The alarm signal output provides
reliable long monitoring and status
signal under critical operating
conditions.
9
Temperature-controlled
fans.
“Electronic tacho” thanks
to sensor signal TURBOFAN
Technology
Fans with temperature-controlled
speed have particularly quiet cooling
characteristics. Thanks to integrated
IC technology, they adapt their speed
to the current cooling requirements
which results in drastic reduction of
noise in most operating states. A tem-
perature sensor provides the fan with
thermal information: Either externally
via a single lead or integrated into the
hub of the fan.
You wish to be informed at all times
of the current fan speed? PAPST has
fans with an integrated “electronic
tacho” which registers the actual value
of the fan speed. Via an integrated
sensor, the fan generates speed-
dependent signals which can be
directly utilised. Depending on the
number of poles of the motor (2, 4 or
6 pole), 1, 2 or 3 pulses per revolution
are generated.
The DC fans with the 3-phase EC
motor technology for exact speed
control and high power margin.
The drive and control electronics
of the TD motors is pre-wired and
already integrated in the fans.
Types of Fans and their Function
Axial fans: High flow rate at medium pressure
The air flow in axial fans of the blower wheel that is similar to that of a pro-
peller is conducted to a great extent, parallel to the axis of rotation, in other
words in the axial direction. Axial fans with free air delivery at zero static pres-
sure have the lowest power input that rises with increasing counterpressure.
Axial fans for the cooling of electronic equipment are in most cases, equipped
with external housing and an electric motor integrated in the blower wheel
hub. This compact construction allows space-saving accommodation of all
devices; the flange is equipped with mounting holes mounting.
Diagonal fans: High flow rate at relatively high pressure
At first glance diagonal fans only differ slightly from axial fans. Intake is axial
whereas exhaust is diagonal. The circumferential velocity at the blower wheel
hub that is required for the pressure is increased by the conical shape of the
wheel and housing. In direct comparison with axial fans of the same size and
comparable performance, these fans are distinguished by the low operating
noise.
Radial fans: Limited flow rate at high pressure
Many of the cooling problems that occur can be optimally solved by axial
and/or diagonal fans. If however, for example the required cooling air has to
be conducted round an angle of 90° or if high pressure is necessary, radial
fans are more effective. For your application, PAPST offers not only complete
radial fans but also motor/blower wheel combinations without external
housing.
Cross flow blower: High flow rate at low pressure
Cross flow blowers are used above all for large-surface air flow in appliances.
The air flows through the blade roller twice in the radial direction: At the suction
point from the outside to the inside and at the exhaust point from the inside to
the outside. Whirls form in the roller due to the conductors which guarantee a
steady flow of air through the blower wheel.
10
Axial fans: Air flow is conducted parallel to the
axis of rotation.
Diagonal fans: Axial air intake, diagonal exhaust.
With radial fans air is sucked in axially and
blown out radially round an angle of 90°.
Air intake and exhaust in the cross flow fan.
1
2
3
4
5
11
Selecting the Correct Fan
1. Dissipated heat
A large amount of the energy
consumed by electrical and electronic
devices is converted into heat. In
selecting the correct fan, therefore,
it is important to determine the dissi-
pated heat that must be removed.
The electrical power consumption of
the unit to be cooled, often represents
a suitable value for this purpose.
2. Permissible temperature rise
The air flow which the selected fan is
required to generate, is determined by
the dissipated heat and the permis-
sible rise (∆T) of the cooling air flow
(from entry to exit of the device
to be cooled). The max. allowable ∆T
depends greatly on the temperature
sensitivity of the individual device
components. ∆T = 5 K means e.g. that
the average air flow leaving the device
to be cooled may only be 5°C warmer
than the ambient temperature (a large
volume of air is required for this pur-
pose).
A lower air flow rate is sufficient if a
higher temperature difference
(e.g. ∆T = 20 K), can be tolerated.
3. Required cooling air flow
In the adjoining diagram a
horizontal line is drawn from the
dissipated heat to intersect with
the selected ∆T line.
Read down from this point to
obtain the required value for the
cooling air flow.
4. Optimum operating range
The required fan, however, must also
be able to deliver a suitable static
pressure ∆pf, in order to force the
cooling air through the appliance.
A fan must therefore, be selected that
provides the required air flow per-
formance within its optimum operating
range (see also the performance
curves under technical data).
5. Fan selection
If the requirements of an application
are fulfilled by more than one fan,
the noise level, space requirements,
economy and ambient conditions will
assist in making the final choice.
Information on installation
When a fan is operated for the first
time in an application, the user may
have noticed that the flow rate in the
appliance was lower than expected.
What is the reason for this?
The values stated in this catalogue
were determined under optimum,
constant and comparable measure-
ment conditions.
Ideal mounting conditions under
which free air intake and exhaust
are present is seldom realisable in
practice.
The fans must frequently be
mounted in the proximity of other-
components or cabinet panels. As
a consequence, the intake andex-
haust currents may be restricted-
causing the air flow to diminish and
the noise level to increase.
Fans are highly sensitive to inter-
ference sources which are posi-
tioned directly in front of the output
cross section as they often cause a
tonal increase in noise.
Our advice: The distance between
the fan and adjacent components
should be at least equal to
the mounting depth of the fan.
Talk to PAPST sales engineers
early in the design stage of your
equipment.
Air Flow
Static Pressure
Optimum
Operating
Range
0
10
∆t 20 K
5
Air Flow (m3/h)
Waste Heat Pv (Watt)
20
30
50
100
150
200
300
500
1000
1500
2000
10 20 30 40 50 100 200 300 500 800
∆t 15 K
∆t 10 K
∆t 5 K
90 m3/h
Example: Pv = 300 Watt,
∆t = 10K
Technology
12
Users of PAPST fans have the widest
range of DC axial fans at their
disposal: From 25 mm to 172 mm in
size.
Every single type of fan can be opti-
mally integrated in the respective
appliance concept. The highly
economic brushless motor technology
of these fans provides a unique variety
of intelligent innovations that can be
realised today at prices that would
have been unthinkable just a few years
ago.
PAPST DC fans have electronically
commutated drives with electronic
protection against reverse polarity.
The electronics are conveniently
located in the fan hub.
A distinctive feature of DC fan
technology is the convincingly high
product life expectancy. Thanks
to the excellent efficiency factor of
the brushless drives, the thermal
load of the bearings is reduced
thus considerably increasing the
life expectancy of the fans.
DC fans with sleeve and ball
bearings are powered by Class E
insulated motors. All PAPST fans
conform to the requirements of
Protection Class IP 20. Fans con-
forming to IP 54 and special types
of protection class are also avail-
able.
The supply voltage of PAPST DC
fans can be varied thus the airflow
can be matched optimally to the
cooling requirements and noise
reduced to a minimum. PAPST DC
fans can be driven with voltages
that are reduced as much as 50%
or increased by 25% of their nomi-
nal voltage (see voltage range in
the table containing technical data).
PAPST VARIOFAN – the fans with
IC technology and temperature-
dependent speed control.
VARIOFANs always cool at the
speed required by the appliance
resulting in speeds as much as
50% lower than those of standard
fans and a drastic reduction of the
noise level in almost all operating
conditions.
VARIOFAN are controlled without
dissipation losses: At lower
speeds their power consumption
is reduced proportionally.
DC Fans for Individual
Cooling Solutions
13
DC Fans
14
mm m3/h Watt Type Type Type Type / V
Dimensions
Air Flow
Dissipation
Approvals
12 Volt
24 Volt
VARIOFAN
Page
48 Volt
max.
Sintec-Sleeve Bearings
Ball Bearings
5 Volt
100 200 300 500 600 700 m3/h
Air Flow
* Approvals partially released or in registration
25x25x 8 3,2 10 VDE, UL, CSA 255N 252N 16
5,0 15 VDE, UL, CSA 255H 16
40x 40x 10 6 20 VDE, UL, CSA 412FM 17
8 25 VDE, UL, CSA 405F* 412F 414F 17
9 30 VDE, UL, CSA 405FH* 412FH* 17
40x 40x 20 10 35 VDE, UL, CSA 405 412 414 17
13,5 45 VDE, UL, CSA 412H 414H 17
50x 50x 15 20 70 VDE, UL, CSA 512F 514F 18
60x 60x 15 19 65 VDE, UL, CSA 612FL 19
29 100 VDE, UL, CSA 605F 612F 614F 19
33 110 VDE, UL, CSA 612FH 19
60x 60x 25 21 70 VDE, UL, CSA 612NGL 614NGL /20
25 85 VDE, UL, CSA 612NGML 614NGML /20
35 120 VDE, UL, CSA 612NGM 614NGM /V20/21
42 145 VDE, UL, CSA 612NN 614NN 618NN V20/21
46 155 VDE, UL, CSA 612NH 614NH 20
56 185 VDE, UL, CSA 614NHH 20
21 70 VDE, UL, CSA 605L 612L 614L /22
30 100 VDE, UL, CSA 612M 614M /22
40 135 VDE, UL, CSA 612 614 /22
46 155 VDE, UL, CSA 614H 22
80 x 80 x 25 33 110 VDE, UL, CSA 8412NL 8414NL /V23/24
45 150 VDE, UL, CSA 8412NML 8414NML /V23/24
58 195 VDE, UL, CSA 8412NM 8414NM /V23/24
69 230 VDE, UL, CSA 8412N 8414N /23
79 260 VDE, UL, CSA 8412NH 8414NH 23
80 x 80 x 32 32 105 VDE, UL, CSA 8312L 8314L /25
48 160 VDE, UL, CSA 8312M 8314M /25
54 180 VDE, UL, CSA 8312 8314 8318 /25
67 220 VDE, UL, CSA 8312HL 8314HL 8318HL 25
80 260 VDE, UL, CSA 8314H 8318H 25
92 x 92 x 25 61 210 VDE, UL, CSA 3412NL 3414NL /26
72 240 VDE, UL, CSA 3412NM 3414NM /V26/27
84 280 VDE, UL, CSA 3412N 3414N /V26/27
94 320 VDE, UL, CSA 3412NH 3414NH /26
102 340 VDE, UL, CSA 3412NHH 3414NHH /26
92 x 92 x 32 56 185 VDE, UL, CSA 3312L 3314L /28
68 230 VDE, UL, CSA 3312M 3314M /28
80 260 VDE, UL, CSA 3312 3314 3318 /28
93 315 VDE, UL, CSA 3312-177 3314-140 28
107 360 VDE*, UL*, CSA* 3314H 3318H 28
119x 119x 25 94 315 4412FGL 4414FL 29
114 385 VDE, UL, CSA 4412FGML 29
140 475 VDE, UL, CSA 4412FM 4414FM /29
170 580 VDE, UL, CSA 4412F 4414F 4418F /29
119x 119x 32 93 315 VDE, UL, CSA 4312NL 4314NL /30
137 465 VDE, UL, CSA 4312NM 4314NM /30
166 560 VDE, UL, CSA 4312NN 4314NN 4318NGN /30
176 600 VDE, UL, CSA 4312NH 4314NH 30
198 670 VDE, UL, CSA 4312NHH 4314NHH 30
95 325 VDE, UL, CSA 4312L 4314L /31
140 475 VDE, UL, CSA 4312M 4314M 4318M /V31/32
170 580 VDE, UL, CSA 4312 4314 4318 /V31/32
180 610 VDE, UL, CSA 4312-143 4314-147 31
204 690 VDE, CSA 4312-179 4314-180 31
DC-AXIAL
Fans for DC Operation
15
100 200 300 500 600 700 m3/h
Air Flow
* Approvals partially released or in registration
mm m3/h Watt Type Type Type / V T
119x 119x 38 100 340 VDE, UL, CSA 4212NL 4214NL /33
127 430 VDE, UL, CSA 4212NML 4214NML /33
144 485 VDE, UL, CSA 4212NM 4214NM /33
165 560 VDE, UL, CSA 4212NN 4214NN 4218NN /33
180 600 VDE, UL, CSA 4212NH 4214NH 4218NH 33
205 700 VDE, UL, CSA 4212NHH 4214NHH 33
86 290 VDE, UL, CSA 4212L 4214L 34
127 420 VDE, UL, CSA 4212M /34
165 560 VDE, UL, CSA 4212 4214 4218 /34
184 600 VDE, UL, CSA 4212H 4214H 4218H 34
160 550 VDE, UL, CSA 4182NGX 4184NGX 4188NXM /35
180 600 VDE, UL, CSA 4182NX 4184NX 35
237 790 VDE, UL, CSA 4184NXH 35
127x 127x 38 187 630 VDE*, UL, CSA 5212NM 5214NM 5218NM 36
216 730 VDE*, UL, CSA 5212NN 5214NN 5218NN 36
252 850 VDE*, UL, CSA 5212NH 5214NH 5218NH 36
135x 135x 38 122 400 5118NL 38
250 830 VDE, UL, CSA 5112N 5114N 5118N 38
150Ø x38 360 1200 VDE, UL, CSA 7112N 7114N 7118N 39
420 1400 7114NH 39
150Ø x55 360 1200 VDE, UL, CSA 7212N 7214N 7218N 40
172Ø x51 350 1100 VDE, UL, CSA 6212NM 6224NM 6248NM 41
410 1370 VDE, UL, CSA 6224N 6248N V T 41/42
480 1650 VDE, UL, CSA 6224NH 6248NH 41
172Ø x51 350 1100 VDE, UL, CSA 6412M 6424M 6448M 45
410 1370 VDE, UL, CSA 6424 6448 V45
480 1650 VDE, UL, CSA 6424H 6448H 45
DC-AXIAL
121x 121x 37 40 135 VDE, UL, CSA RL90-18/12N RL90-18/14N /46
135x 135x 38 55 185 VDE, UL, CSA RG90-18/12N RG90-18/14N RG90-18/18N /47
180x 180x 40 60 200 VDE, UL, CSA RG125-19/12NM RG125-19/14NM 48
87,5 300 VDE, UL, CSA RG125-19/12N RG125-19/14N RG125-19/18N 48
220x 220x 56 139 470 VDE, UL, CSA RG160-28/12NM RG160-28/14NM 49
209 700 VDE, UL, CSA RG160-28/12N RG160-28/14N RG160-28/18N T49/50
100 Ø x 32 57 190 RER100-25/12 RER100-25/14 51
138 Ø x 35 110 370 VDE, UL, CSA RER125-19/12N RER125-19/14N 52
176 Ø x 54 240 800 VDE, UL, CSA RER 160-28/12N RER 160-28/14N RER160-28/18N T53/54
DC-RADIAL
203x 50x 48 75 250 VDE, UL, CSA QG030-148/12 QG030-148/14 55
260x 50x 48 100 335 VDE, UL, CSA QG030-198/12 QG030-198/14 55
365x 50x 48 140 465 VDE, UL, CSA QG030-303/12 QG030-303/14 55
415x 50x 48 155 515 VDE, UL, CSA QG030-353/12 QG030-353/14 55
DC-CROSS
Dimensions
Air Flow
Dissipation
Approvals
24 Volt
48 Volt
VARIOFAN
Page
TURBOFAN
max.
Sintec-Sleeve Bearings
Ball Bearings
12 Volt
DC Fans Overview
DC-Diagonal
127x 127 x 38 270 900 VDE, UL, CSA DV 5212 DV 5214 DV 5218 37
172Ø x51 540 1800 VDE, UL, CSA DV 6224 DV 6248 T43/44
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 20 °C
at 60 °C
Noise
Sintec-Sleeve Bearings
Specials
Page
16
Series 250 25x25x8mm
2
1
0
012345
20
30
40
50
Pa
60
10
m/h
3
Static Pressure pf
Flow Rate V
0 2 2.510.5 1.5 CFM
DC micro-fans with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics.
With electronic protection against
reverse polarity. The fan only oper-
ates when the polarity is correct.
Impedance-protected against
blocking and overloading.
Fan of fibreglass reinforced plastic.
PBT housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 28. Stripped and tinned ends.
Mass 5 g.
3.2 1.9 54.5...5.5 15 < 3 0.4 9 000 -10...+70 40 000*/ 12 000* 1 255 N 58
5.0 2.9 54.5...5.5 28 4.4 0.6 12 000 -10...+55 35 000*/ 10 000* 2 255 H 58
3.2 1.9 12 10...14 15 < 3 0.5 9 000 -10...+70 40 000*/ 12 000* 1 252 N 58
*preliminary data
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 20 °C
at 60 °C
Noise
Sintec-Sleeve Bearings
Specials
Page
17
40 x 40 x 10 mm
Series 400F
DC fans with electronically commu-
tated external rotor motor. Fully inte-
grated commutation electronics.
With electronic protection against
reverse polarity. The fan only oper-
ates when the polarity is correct.
Impedance-protected* against
blocking and overloading.
Fan of fibreglass reinforced plastic.
PBT housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 28, TR 64. Stripped and
tinned ends.
Mass 17 g (27 g).
DC Axial Fans
8 4.7 54.5...5.5 26 4.5 0.7 5 400 -20...+70 45 000 / 15 000 2 405 F 58
9 5.3 54.5...5.5 29 4.9 0.9 6 000 -20...+70 45 000 / 15 000 3 405 FH
6 3.5 12 10...14 19 4.0 0.6 4 300 -20...+70 45 000 / 15 000 1 412 FM
8 4.7 12 10...14 26 4.5 0.7 5 400 -20...+70 45 000 / 15 000 2 412 F
9 5.3 12 10...14 29 4.9 0.8 6 000 -20...+70 45 000 / 15 000 3 412 FH 58
8 4.7 24 20...28 26 4.5 0.8 5 400 -20...+70 45 000 / 15 000 2 414 F
10 5.9 54.5...5.5 18 3.8 0.9 6 000 -20...+70 50 000 / 20 000 4 405 58
10 5.9 12 10...14 18 3.8 1.0 6 000 -20...+70 50 000 / 20 000 4 412 58
13.5 8.0 12 10...14 29 3.8 1.6 8 100 -20...+60 45 000 / 15 000 5 412 H
10 5.9 24 20...28 18 3.8 1.0 6 000 -20...+70 50 000 / 20 000 4 414 58
13.5 8.0 24 20...26.5 29 4.7 1.6 8 100 -20...+60 45 000 / 15 000 5 414 H 58
Type Dimension: A B C
400F 10 +0.3 Ø3.5 ±0.1 Ø3.5 ±0.1
400 20 ±0.15 Ø4.3 ±0.1 Ø4.3 ±0.1
-0,1
40 x 40 x 20 mm
Series 400
*Type 412 H and 414 H with electronic protection against blocking
0123
012 345CFM
6
0
0246810
20
30
40
Pa
10
2
2
1
4
3
m/h
3
x10 m /s
-3 3
m/h
3
0
04812
20
30
40
Pa
10
Static Pressure pf
Flow Rate V
5
50
60
Static Pressure pf
Flow Rate V
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 20 °C
at 60 °C
Noise
Sintec-Sleeve Bearings
Specials
Page
18
Series 500F 50 x 50 x 15 mm
0
0 5 10 15 20
20
25
15
5
Pa
35
10
1
m/h
3
Static Pressure pf
Flow Rate V
CFM
0246810
DC fans with electronically commu-
tated external rotor motor. Fully inte-
grated commutation electronics.
With electronic protection against
reverse polarity. The fan only oper-
ates when the polarity is correct.
Impedance-protected against block-
ing and overloading.
Fan of fibreglass reinforced plastic.
PBT housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 28, TR 64. Stripped and
tinned ends.
Mass 25 g.
20 11.8 12 10.8...13.2 30 4.5 1.0 5 000 -20...+70 50 000 / 20 000 1 512 F 58
20 11.8 24 21.6…26.4 30 4.5 1.0 5 000 -20...+70 50 000 / 20 000 1 514 F
19
60 x 60 x 15 mm
Series 600F
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity. The fan only oper-
ates when the polarity is correct.
Impedance-protected against
blocking* and overloading.
Fan of fibreglass reinforced plastic.
PBT housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 28, TR 64. Stripped and
tinned ends.
Mass 25 g.
DC Axial Fans
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
29 17.1 54.5…5.2 27 4.4 1.1 4 000 -20...+50 50 000 / — 2 605 F
19 11.2 12 11.5…13.2 16 3.6 0.4 2 650 0...+70 50 000 / 20 000 1 612 FL
29 17.1 12 10.8…13.2 27 4.4 1.1 3 900 -20...+70 50 000 / 20 000 2 612 F 58
33 19.5 12 10.0…13.2 31 4.8 1.4 4 500 -20...+60 45 000 / 15 000 3 612 FH
29 17.1 24 21.6…26.4 27 4.4 1.1 3 900 -20...+70 50 000 / 20 000 2 614 F
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 20 °C
at 60 °C
Noise
Sintec-Sleeve Bearings
Specials
Page
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
0
0 5 10 15 20 25 35
5
15
20
Pa
30
25
10
2
1
3
m/h
3
Static Pressure pf
Flow Rate V
0 5 10 15 CFM
Page
*Type 612 FH with electronic protection against blocking
20
Series 600N 60 x 60 x 25 mm
0
0 1020304050
40
60
80
Pa
20
m/h
3
4
5
3
2
1
m/h
3
0
0 204060
40
60
80
Pa
20
Static Pressure pf
Flow Rate V
6
100
120
Static Pressure pf
Flow Rate V
0 5 10 15
010 20 CFM
30
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 85 g.
21 12.4 12 8...15 16 3.6 0.7 2 500 -20...+70 80 000 / 40 000 1 612 NGL
21 12.4 12 8...15 16 3.6 0.6 2 500 -20...+70 80 000 / 40 000 1 612 NL
25 14.7 12 8...15 19 3.9 0.9 3 000 -20...+70 80 000 / 40 000 2 612 NGML
25 14.7 12 8...15 19 3.9 0.8 3 000 -20...+70 80 000 / 40 000 2 612 NML
35 20.6 12 8...15 28 4.6 1.3 4 100 -20...+70 80 000 / 40 000 3 612 NGM
35 20.6 12 8...15 28 4.6 1.1 4 100 -20...+70 80 000 / 40 000 3 612 NM
42 24.7 12 8...15 35 5.2 1.6 5 100 -20...+70 70 000 / 35 000 4 612 NN
46 27.1 12 8...15 38 5.5 2.0 5 600 -20...+70 70 000 / 35 000 5 612 NH
21 12.4 24 18...28 16 3.6 1.0 2 500 -20...+70 80 000 / 40 000 1 614 NGL
21 12.4 24 18...28 16 3.6 0.9 2 500 -20...+70 80 000 / 40 000 1 614 NL
25 14.7 24 18...28 19 3.9 1.2 3 000 -20...+70 80 000 / 40 000 2 614 NGML
25 14.7 24 18...28 19 3.9 1.0 3 000 -20...+70 80 000 / 40 000 2 614 NML
35 20.6 24 18...28 28 4.6 1.7 4 100 -20...+70 80 000 / 40 000 3 614 NGM 60
35 20.6 24 18...28 28 4.6 1.4 4 100 -20...+70 80 000 / 40 000 3 614 NM 58
42 24.7 24 18...28 35 5.2 1.8 5 100 -20...+70 70 000 / 35 000 4 614 NN
46 27.1 24 18...26 38 5.5 2.1 5 600 -20...+70 70 000 / 35 000 5 614 NH
56 33.0 24 18...26 43 6.3 3.0 6 850 -20...+70 60 000 / 30 000 6 614 NHH
42 24.7 48 36...56 35 5.2 2.1 5 100 -20...+65 70 000 /40 000 4 618 NN 60
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
21
60 x 60 x 25 mm VARIOFAN
Series 600N
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 85 g.
DC Axial Fans
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
0
010 1552025
10
30
20
Pa
50
40
35
m/h
3
55°C
2
612 NGMI
612 NGMI
1
30°C
Static Pressure pf
Flow Rate V
CFM0 5 10 15 20
0
010 1552025
10
30
20
Pa
50
40
35
m/h
3
55°C
4
612 NMI
612 NMI
3
30°C
Static Pressure pf
Flow Rate V
CFM0 5 10 15 20
Air flow
NTC -
Temperature
Sensor
30-
55
°C
30-
55
°C
30-
55
°C
30-
55
°C
18 10.6 12 8…12.6 – – 1.3 2 150 -20…+65 80 000 / 45 000 1612 NGMI
35 20.6 28 4.6 1.7 4 100 2
20 11.8 12 8…12.6 – – 1.0 2 400 -20…+65 80 000 / 45 000 3612 NMI
35 20.6 28 4.6 1.4 4 100 4
23 13.5 12 8…12.6 – – 1.7 2 900 -20…+65 70 000 / 40 000 5612 NGNI
41 24.1 35 5.2 2.4 5 100 6
Variants with additional 3rd lead for external temperature sensor
23 13.5 12 8…12.6 – – 1.7 2 900 -20…+65 70 000 / 40 000 5612 NGNV 65
41 24.1 35 5.2 2.4 5 100 6
Temperature sensor (NTC-
resistor) for controlling the
motor speed is positioned
directly in the air flow.
0
010 20 30 40
40
60
80
Pa
20
m/h
3
6
612 NGNI
612 NGNI
612 NGNV
612 NGNV
5
30°C 55°C
Static Pressure pf
Flow Rate V
CFM0 5 10 15 20
22
Series 600 60 x 60 x 25 mm
DC fans with electronically com-
mutated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 85 g.
21 12.4 54.5...6 26 4.0 0.8 3 000 -20...+65 80 000 / 45 000 1 605 L
21 12.4 12 6...15 24 3.7 1.0 3 000 -20...+65 80 000 / 45 000 1 612 GL
21 12.4 12 6...15 26 4.0 0.7 3 000 -20...+65 80 000 / 45 000 1 612 L
30 17.6 12 6...15 32 4.5 1.3 4 100 -20...+65 80 000 / 45 000 2 612 GM
30 17.6 12 6...15 33 4.6 1.3 4 100 -20...+65 80 000 / 45 000 2 612 M
40 23.5 12 6...15 40 5.1 2.8 5 300 -20...+65 70 000 / 40 000 3 612 G
40 23.5 12 6...15 40 5.1 2.5 5 300 -20...+65 70 000 / 40 000 3 612
21 12.4 24 12...30 24 3.7 1.2 3 000 -20...+65 80 000 / 45 000 1 614 GL
21 12.4 24 12...30 26 4.0 0.8 3 000 -20...+65 80 000 / 45 000 1 614 L
30 17.6 24 12...30 33 4.6 1.4 4 100 -20...+65 80 000 / 45 000 2 614 M
40 23.5 24 12...30 40 5.1 2.9 5 300 -20...+65 70 000 / 40 000 3 614 G
40 23.5 24 12...30 40 5.1 2.5 5 300 -20...+65 70 000 / 40 000 3 614
46 27.0 24 12...27.5 44 5.5 3.4 6 400 -20...+65 70 000 / 40 000 4 614 H
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
Attention:
In the forseeable future the 600 fan series will be removed from the range and replaced by the products of the new series 600N.
Rotor protusion
max. 0.4 mm
23
80 x 80 x 25 mm
Series 8400N
4
5
3
2
1
010203040 6050 80
0
10
20
30
Pa
50
40
m/h
3
Static Pressure pf
Flow Rate V
CFM
010203040
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading; partially impedance pro-
tected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via leads AWG
24, TR 64. Stripped and tinned
ends.
Mass 95 g.
DC Axial Fans
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
33 19.4 12 8...15 12 3.5 0.6 1 500 -20...+70 80 000 / 40 000 1 8412 NGL 58
33 19.4 12 8...15 17 3.7 0.6 1 500 -20...+70 80 000 / 40 000 1 8412 NL
45 26.5 12 8...15 19 3.9 0.9 2 050 -20...+70 80 000 / 40 000 2 8412 NGML
45 26.5 12 8...15 21 4.0 0.9 2 050 -20...+70 80 000 / 40 000 2 8412 NML
58 34.1 12 8...15 26 4.3 1.3 2 600 -20...+70 80 000 / 40 000 3 8412 NGM 58
58 34.1 12 8...15 27 4.4 1.3 2 600 -20...+70 80 000 / 40 000 3 8412 NM
69 40.6 12 8...15 32 4.7 2.0 3 100 -20...+70 70 000 / 35 000 4 8412 NG 58
69 40.6 12 8...15 32 4.7 2.0 3 100 -20...+70 70 000 / 35 000 4 8412 N
79 46.5 12 8...13.2 37 5.0 2.2 3 600 -20...+70 70 000 / 35 000 5 8412 NH
33 19.4 24 18...28 12 3.5 0.7 1 500 -20...+70 80 000 / 40 000 1 8414 NGL 58
33 19.4 24 18...28 17 3.7 0.7 1 500 -20...+70 80 000 / 40 000 1 8414 NL
45 26.5 24 18...28 19 3.9 1.1 2 050 -20...+70 80 000 / 40 000 2 8414 NGML
45 26.5 24 18...28 21 4.0 1.1 2 050 -20...+70 80 000 / 40 000 2 8414 NML
58 34.1 24 18...28 26 4.3 1.4 2 600 -20...+70 80 000 / 40 000 3 8414 NGM 58
58 34.1 24 18...28 27 4.4 1.4 2 600 -20...+70 80 000 / 40 000 3 8414 NM
69 40.6 24 18...28 32 4.7 2.0 3 100 -20...+70 70 000 / 35 000 4 8414 NG 58
69 40.6 24 18...28 32 4.7 2.0 3 100 -20...+70 70 000 / 35 000 4 8414 N 58
79 46.5 24 18...26 37 5.0 2.4 3 600 -20...+70 70 000 / 35 000 5 8414 NH
24
80 x 80 x 25 mm VARIOFAN
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and
overloading; partially impendance
protected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via leads AWG
24, TR 64. Stripped and tinned
ends.
Mass 95 g.
20 11.8 12 10...14 < 10 < 3 0.9 900 -20...+70 80 000 / 40 000 18412 NGLV
33 19.4 12 3.7 1.1 1 500 2
27 15.9 12 8...14 < 10 2.8 1.1 1 200 -20...+70 80 000 / 40 000 38412 NGMLV 65
45 26.5 19 4.4 1.5 2 050 4
35 20.6 12 8...14 < 13 3.3 1.4 1 600 -20...+70 80 000 / 35 000 58412 NGMV
58 34.1 26 4.7 2.0 2 600 6
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
+
Temperature Sensor
NTC
The temperature sensor for controlling the motor
speed is not included in delivery.
Temperature sensor LZ 370 see accessories.
0
010 20 30 40
10
Pa
5
50°C
m/h
3
2
1
30°C
8412 NGLV8412 NGLV
0
010 20 30 40
10
20
Pa
50
5
15
m/h
3
50°C
4
3
30°C
8412 NGMLV8412 NGMLV
0
010 20 30 40
10
20
Pa
30
50 60
m/h
3
50°C
6
5
30°C
8412 NGMV8412 NGMV
Static Pressure pf
Flow Rate V Flow Rate V Flow Rate V
0CFM
510 2015 25 30
CFM0 5 10 15 20 CFM0 5 10 15 20 25
Series 8400N
30-
50
°C
30-
50
°C
30-
50
°C
25
80 x 80 x 32 mm
Series 8300
0
0 102030405060 80
40
60
80
100
Pa
140
20
2
1
5
3
4
m/h
3
Static Pressure pf
Flow Rate V
CFM0 10203040
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 170 g.
DC Axial Fans
32 18.8 12 6...15 24 4.0 1.0 2 000 -20...+75 80 000 / 35 000 1 8312 GL
32 18.8 12 6...15 24 4.0 1.0 2 000 -20...+75 80 000 / 35 000 1 8312 L
48 28.3 12 6...15 34 5.0 1.8 3 000 -20...+75 70 000 / 30 000 2 8312 GM
48 28.3 12 6...15 34 5.0 1.8 3 000 -20...+75 70 000 / 30 000 2 8312 M
54 31.8 12 6...15 36 5.2 2.5 3 300 -20...+75 70 000 / 30 000 3 8312 G
54 31.8 12 6...15 36 5.2 2.2 3 300 -20...+75 70 000 / 30 000 3 8312 60
67 39.4 12 6...15 43 5.8 4.0 4 200 -20...+75 62 500 / 27 500 4 8312 HL 58
32 18.8 24 12...28 24 4.0 1.0 2 000 -20...+75 80 000 / 35 000 1 8314 L
48 28.3 24 12...28 34 5.0 2.1 3 000 -20...+75 70 000 / 30 000 2 8314 M
54 31.8 24 12...28 36 5.2 2.5 3 300 -20...+75 70 000 / 30 000 3 8314 G
54 31.8 24 12...28 36 5.2 2.5 3 300 -20...+75 70 000 / 30 000 3 8314 58/60
67 39.4 24 12...28 43 5.8 4.3 4 200 -20...+75 62 500 / 27 500 4 8314 HL
80 47.1 24 20...26.5 48 6.2 6.0 5 000 -20...+75 55 000 / 25 000 5 8314 H 60/64
54 31.8 48 36...56 36 5.2 2.6 3 300 -20...+75 70 000 / 30 000 3 8318 58/62
67 39.4 48 36...56 43 5.8 4.3 4 200 -20...+75 62 500 / 27 500 4 8318HL 58/60
80 47.1 48 36...56 48 6.2 5.8 5 000 -20...+65 55 000 / 30 000 5 8318H 60
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
Rotor protusion
max. 0.4 mm
26
Series 3400N 92 x 92 x 25 mm
0
0 20406080100
20
30
40
50
Pa
10
2
1
4
5
3
m/h
3
Static Pressure pf
Flow Rate V
CFM0 1020304050
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading; partially impedance pro-
tected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via leads AWG
24, TR 64. Stripped and tinned
ends.
Mass 100 g.
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
61 35.9 12 8...15 23 4.0 1.2 1 950 -20...+70 80 000 / 40 000 1 3412 NGL 58
61 35.9 12 8...15 23 4.0 1.2 1 950 -20...+70 80 000 / 40 000 1 3412 NL
72 42.4 12 8...15 28 4.3 1.6 2 300 -20...+70 75 000 / 37 500 2 3412 NGM 58
72 42.4 12 8...15 28 4.3 1.6 2 300 -20...+70 75 000 / 37 500 2 3412 NM
84 49.4 12 8...15 32 4.7 2.2 2 700 -20...+70 70 000 / 35 000 3 3412 NG 58
84 49.4 12 8...15 32 4.7 2.2 2 700 -20...+70 70 000 / 35 000 3 3412 N 66
94 55.3 12 8...15 36 5.0 2.5 3 000 -20...+70 70 000 / 35 000 4 3412 NGH
94 55.3 12 8...15 36 5.0 2.5 3 000 -20...+70 70 000 / 35 000 4 3412 NH
102 60.0 12 8...13.2 39 5.1 3.2 3 250 -20...+60 70 000 / 45 000 5 3412 NGHH 58
102 60.0 12 8...13.2 39 5.1 3.2 3 250 -20...+60 70 000 / 45 000 5 3412 NHH
61 35.9 24 18...28 23 4.0 1.4 1 950 -20...+70 80 000 / 40 000 1 3414 NGL
61 35.9 24 18...28 23 4.0 1.4 1 950 -20...+70 80 000 / 40 000 1 3414 NL
72 42.4 24 18...28 28 4.3 1.8 2 300 -20...+70 75 000 / 37 500 2 3414 NGM
72 42.4 24 18...28 28 4.3 1.8 2 300 -20...+70 75 000 / 37 500 2 3414 NM
84 49.4 24 18...28 32 4.7 2.3 2 700 -20...+70 70 000 / 35 000 3 3414 NG
84 49.4 24 18...28 32 4.7 2.3 2 700 -20...+70 70 000 / 35 000 3 3414 N
94 55.3 24 18...26 36 5.0 3.0 3 000 -20...+70 70 000 / 35 000 4 3414 NGH 58
94 55.3 24 18...26 36 5.0 3.0 3 000 -20...+70 70 000 / 35 000 4 3414 NH
102 60.0 24 18...26 39 5.1 3.2 3 250 -20...+70 70 000 / 35 000 5 3414 NGHH
102 60.0 24 18...26 39 5.1 3.2 3 250 -20...+70 70 000 / 35 000 5 3414 NHH
27
92 x 92 x 25 mm VARIOFAN
Series 3400N
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading; partially impedance pro-
tected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via leads AWG
24, TR 64. Stripped and tinned
ends.
Mass 100 g.
DC Axial Fans
44 25.9 12 8...14 14 3.5 1.5 1 400 -20...+70 75 000 / 37 500 13412 NGMV 65
72 42.4 28 4.6 2.0 2 300 2
50 29.5 12 8...12.6 16 3.7 1.6 1 600 -20...+70 75 000 / 37 500 33412 NGV 65
84 49.4 32 5.0 2.5 2 700 4
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
0
20
Pa
30
10
010 20 30 40 50 60 70 90
m/h
3
50°C
4
3412 NGV
3412 NGV
3
30°C
Static Pressure pfStatic Pressure pf
CFM010203040
0
10
15
20
Pa
25
5
0 102030405060 80
m/h
3
50°C
2
3412 NGMV
3412 NGMV
1
30°C
CFM0 10203040
Static Pressure pf
Flow Rate V
30-
50
°C
30-
50
°C
+
Temperature Sensor
NTC
The temperature sensor for controlling the
motor speed is not included in delivery.
Temperature sensor LZ 370 see accessories.
28
Series 3300 92 x 92 x 32 mm
CFM010203040
15
0
010 20 30 40 50 60 90
20
30
40
50
Pa
70
10
2
1
3
70
60
4
20 x10 m /s
-3 3
m/h
3
0
020 40 60 80 120
20
30
40
50
Pa
80
10
Static Pressure pf
Flow Rate V
60
5
6
m/h
3
Static Pressure pf
Flow Rate V
0102030 CFM40 50 60
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance-protected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 190 g.
56 33.0 12 6...15 29 4.5 1.4 2 150 -20...+75 80 000 / 35 000 1 3312 GL
56 33.0 12 6...15 29 4.5 1.4 2 150 -20...+75 80 000 / 35 000 1 3312 L
68 40.0 12 6...15 34 4.8 1.7 2 600 -20...+75 70 000 / 30 000 2 3312 GM
68 40.0 12 6...15 34 4.8 1.7 2 600 -20...+75 70 000 / 30 000 2 3312 M
80 47.1 12 6...15 37 5.2 2.4 3 000 -20...+75 70 000 / 30 000 3 3312 G
80 47.1 12 6...15 37 5.2 2.4 3 000 -20...+75 70 000 / 30 000 3 3312 58/62
93 54.7 12 6...15 43 5.7 3.5 3 500 -20...+75 65 000 / 27 500 5 3312-177
56 33.0 24 12...28 29 4.5 1.4 2 150 -20...+75 80 000 / 35 000 1 3314 L
68 40.0 24 12...28 34 4.8 1.7 2 600 -20...+75 70 000 / 30 000 2 3314 M
80 47.1 24 12...28 37 5.2 2.4 3 000 -20...+75 70 000 / 30 000 3 3314 G
80 47.1 24 12...28 37 5.2 2.4 3 000 -20...+75 70 000 / 30 000 3 3314
85 50.0 24 12...28 40 5.4 3.0 3 200 -20...+75 60 000 / 25 000 4 3314-140
107 63.0 24 12...28 47 6.0 5.3 4 000 -20...+75 57 500 / 25 000 6 3314 H
80 47.1 48 36...56 37 5.2 2.7 3 000 -20...+75 70 000 / 30 000 3 3318 58
107 63.0 48 36...56 47 6.0 5.5 4 000 -20...+75 57 500 / 25 000 6 3318 H 60/62
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
Rotor protusion
max. 0.4 mm
29
119 x 119 x 25 mm
Series 4400F
4
2
1
0
025 50 75 100 125 175
20
30
40
50
Pa
60
10
3
m/h
3
Static Pressure pf
Flow Rate V
CFM
0 20406080
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 24, TR 64. Stripped and
tinned ends.
Mass 175 g.
DC Axial Fans
94 55.3 12 7...14 26 3.9 1.25 1 600 -20...+75 80 000 / 35 000 1 4412 FGL 59
114 67.1 12 7...12.6 32 4.3 2.0 1 950 -20...+75 75 000 / 32 500 2 4412 FGML 59/60
140 82.4 12 7...12.6 38 4.8 3.2 2 400 -20...+75 70 000 / 30 000 3 4412 FGM 60
140 82.4 12 7...12.6 38 4.8 3.2 2 400 -20...+75 70 000 / 30 000 3 4412 FM 59
170 100.1 12 8...12.6 43 5.3 5.3 2 900 -20...+60 60 000 / 37500 4 4412 F 59
94 55.3 24 18...28 26 3.9 1.0 1 600 -20...+75 80 000 / 35 000 1 4414 FL 59
140 82.4 24 12...28 38 4.8 3.2 2 400 -20...+75 70 000 / 30 000 3 4414 FM 59
170 100.1 24 12...28 43 5.3 2 900 -20...+75 62 500 / 27 500 4 4414 FG 59
170 100.1 24 12...28 43 5.3 5.0 2 900 -20...+60 60 000 / 37 500 4 4414 F 59/60
170 100.1 48 43…53 43 5.3 5.5 2 900 -20...+60 60 000 / 37 500 4 4418 F 59/60/66
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
Available on request:
Fan housing with moulded-
in spacers. For mounting
over both flanges.
30
Series 4300N 119 x 119 x 32 mm
0406020
0
020 40 60 100 120 140
20
30
40
50
60
Pa
80
10
40
3
1
4
18080
x10 m /s
-3 3
m/h
3
m/h
3
0
0 50 100 150
40
60
80
Pa
20
Static Pressure pf
Flow Rate V
5
100
2
Static Pressure pf
Flow Rate V
020 40 60 80 100CFM
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading; partially impedance pro-
tected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via leads AWG
22, TR 64. Stripped and tinned
ends.
Mass 230 g.
93 54.7 12 7...14.5 27 4.1 1.2 1 650 -20...+70 80 000 / 40 000 1 4312 NGL
93 54.7 12 7...14.5 27 4.1 1.2 1 650 -20...+70 80 000 / 40 000 1 4312 NL
137 80.6 12 7...14.5 37 5.1 2.6 2 450 -20...+70 70 000 / 35 000 2 4312 NGM
137 80.6 12 7...14.5 37 5.1 2.6 2 450 -20...+70 70 000 / 35 000 2 4312 NM
166 97.7 12 7...14.5 43 5.6 4.0 3 000 -20...+70 60 000 / 30 000 3 4312 NGN
166 97.7 12 7...14.5 43 5.6 4.0 3 000 -20...+70 60 000 / 30 000 3 4312 NN
176 103.4 12 7...14.5 45 5.8 4.5 3 150 -20...+70 60 000 / 30 000 4 4312 NH 59
198 116.5 12 7...14.5 49 6.2 6.5 3 600 -20...+60 57 500 / 35 000 5 4312 NHH
93 54.7 24 12...28 27 4.1 1.2 1 650 -20...+70 80 000 / 40 000 1 4314 NGL
93 54.7 24 12...28 27 4.1 1.2 1 650 -20...+70 80 000 / 40 000 1 4314 NL
137 80.6 24 12...28 37 5.1 2.6 2 450 -20...+70 70 000 / 35 000 2 4314 NGM
137 80.6 24 12...28 37 5.1 2.6 2 450 -20...+70 70 000 / 35 000 2 4314 NM
166 97.7 24 12...28 43 5.6 4.3 3 000 -20...+70 60 000 / 30 000 3 4314 NGN
166 97.7 24 12...28 43 5.6 4.3 3 000 -20...+70 60 000 / 30 000 3 4314 NN
176 103.4 24 12...28 45 5.8 4.5 3 150 -20...+70 60 000 / 30 000 4 4314 NH
198 116.5 24 12...28 49 6.2 6.0 3 600 -20...+70 57 500 / 27 500 5 4314 NHH
166 97.7 48 36...56 43 5.6 4.1 3 000 -20...+70 60 000 / 30 000 3 4318 NGN
Optional:
Kugellagerausführungen in Kürze lieferbar
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
31
119 x 119 x 32 mm
Series 4300
04060200406020
020 40 60 80 100CFM
0
020 40 60 100 120 140
20
30
40
50
Pa
70
10
40
3
2
1
4
18080
x10 m /s
-3 3
m/h
3
m/h
3
0
0 50 100 150
40
60
80
Pa
20
Static Pressure pf
Flow Rate V
5
100
Static Pressure pf
Flow Rate V
020 40 60 80 100CFM
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via leads AWG
22, TR 64. Stripped and tinned
ends.
Mass 220 g.
DC Axial Fans
95 55.9 12 6...15 30 4.3 1.2 1 550 -20...+75 80 000 / 35 000 1 4312 GL
95 55.9 12 6...15 30 4.3 1.2 1 550 -20...+75 80 000 / 35 000 1 4312 L 60/62
140 82.4 12 6...15 39 5.3 2.6 2 300 -20...+75 70 000 / 30 000 2 4312 GM
140 82.4 12 6...15 39 5.3 2.6 2 300 -20...+75 70 000 / 30 000 2 4312 M 60
170 100.1 12 6...15 45 5.8 5.0 2 800 -20...+75 62 500 / 27 500 3 4312 G
170 100.1 12 6...15 45 5.8 5.0 2 800 -20...+75 62 500 / 27 500 3 4312 59/64
180 105.9 12 6...15 47 6.1 5.8 3 000 -20...+75 57 500 / 25 000 4 4312-143
204 120.1 12 6...13.2 51 6.4 8.5 3 400 -20...+75 47 500 / 20 000 5 4312-179
95 55.9 24 12...28 30 4.3 1.2 1 550 -20...+75 80 000 / 35 000 1 4314 L
140 82.4 24 12...28 39 5.3 2.6 2 300 -20...+75 70 000 / 30 000 2 4314 M
170 100.1 24 12...28 45 5.8 5.0 2 800 -20...+75 62 500 / 27 500 3 4314 G 59
170 100.1 24 12...28 45 5.8 5.0 2 800 -20...+75 62 500 / 27 500 3 4314 59/60/62
180 105.9 24 12...28 47 6.1 5.8 3 000 -20...+75 57 500 / 25 000 4 4314-147
204 120.1 24 12...26.5 51 6.4 9.5 3 400 -20...+75 45 000 / 20 000 5 4314-180
140 82.4 48 36…56 39 5.3 3.5 2 300 -20...+75 70 000 / 30 000 2 4318 M 59
170 100.1 48 36...53 45 5.8 5.0 2 800 -20...+75 62 500 / 27 500 3 4318 G 59
170 100.1 48 36...53 45 5.8 5.0 2 800 -20...+75 62 500 / 27 500 3 4318 59/60/62
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
Attention:
In the forseeable future the 4300 fan series will be removed from the range and replaced by the products of the new series 4300 N.
Rotor protusion
max. 0.4 mm
32
Series 4300 119 x 119 x 32 mm VARIOFAN
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 3 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 220 g.
68 40.0 12 8...15 22 3.7 1.5 1 150 -20...+65 70 000 / 40 000 14312 MV 63
140 82.4 39 5.3 3.0 2 300 2
85 50.0 12 8...13.2 29 4.2 2.4 1 400 -20...+65 65 000 / 35 000 34312 V 63
170 100.0 45 5.8 5.5 2 800 4
85 50.0 24 21...27 29 4.2 3.0 1 400 -20...+65 65 000 / 35 000 34314 V 63
170 100.0 45 5.8 5.4 2 800 4
61 35.9 48 40…53 21 – 2.6 1 000 -20...+65 65 000 / 35 000 54318 V 63
170 100.0 45 5.8 5.4 2 800 6
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
25-
50
°C
25-
50
°C
30-
50
°C
25-
50
°C
+
Temperature Sensor
NTC
The temperature sensor for controlling the
motor speed is not included in delivery.
Temperature sensor LZ 370 see accessories.
0
20
40
30
Pa
50
10
020 40 100
60 80 140m/h
3
50°C
24312 MV
4312 MV
1
25°C
Static Pressure pf
Flow Rate V
CFM0204060
0
20
40
30
Pa
50
10
025 50 125
75 100 175
60
70
m/h
3
50°C
44312 V
4312 V
4314 V
4314 V
3
25°C/
30°C
Static Pressure pf
Flow Rate V
CFM
020406080
0
20
40
30
Pa
50
10
025 50 125
75 100 175
60
70
m/h
3
50°C
64318 V
4318 V
5
25°C
Static Pressure pf
Flow Rate V
CFM
020406080
Rotor protusion
max. 0.4 mm
33
119 x 119 x 38 mm
Series 4200N
0 20406080
0
020 40 60 100 120 140
20
30
40
50
60
Pa
80
10
3
2
1
4
5
18080 m/h
3
6
0
0 25 50 75 100 125 150 200
40
60
80
Pa
100
20
m/h
3
Static Pressure pf
Flow Rate V
Static Pressure pf
Flow Rate V
CFM0 20406080100
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading; partially impedance pro-
tected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 230 g.
DC Axial Fans
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
100 58.9 12 7...14.5 28 4.3 1.4 1 700 -20...+70 80 000 / 40 000 1 4212 NGL
100 58.9 12 7...14.5 28 4.3 1.1 1 700 -20...+70 80 000 / 40 000 1 4212 NL
127 74.8 12 7...14.5 35 4.8 2.3 2 150 -20...+70 70 000 / 35 000 2 4212 NGML
127 74.8 12 7...14.5 35 4.8 1.9 2 150 -20...+70 70 000 / 35 000 2 4212 NML
144 84.8 12 7...14.5 38 5.1 3.1 2 450 -20...+70 70 000 / 35 000 3 4212 NGM
144 84.8 12 7...14.5 38 5.1 2.8 2 450 -20...+70 70 000 / 35 000 3 4212 NM
165 97.1 12 7...14.5 42 5.4 4.3 2 750 -20...+70 60 000 / 30 000 4 4212 NGN 59
165 97.1 12 7...14.5 42 5.4 4.0 2 750 -20...+70 60 000 / 30 000 4 4212 NN
180 105.9 12 7...14.5 45 5.7 4.8 3 050 -20...+70 60 000 / 30 000 5 4212 NH
205 120.7 12 7...14.5 49 6.1 7.5 3 500 -20...+60 50 000 / 30 000 6 4212 NHH
100 58.9 24 12...28 28 4.3 1.4 1 700 -20...+70 80 000 / 40 000 1 4214 NGL
100 58.9 24 12...28 28 4.3 1.2 1 700 -20...+70 80 000 / 40 000 1 4214 NL
127 74.8 24 12...28 35 4.8 2.3 2 150 -20...+70 70 000 / 35 000 2 4214 NGML
127 74.8 24 12...28 35 4.8 1.9 2 150 -20...+70 70 000 / 35 000 2 4214 NML
144 84.8 24 12...28 38 5.1 3.1 2 450 -20...+70 70 000 / 35 000 3 4214 NGM
144 84.8 24 12...28 38 5.1 2.6 2 450 -20...+70 70 000 / 35 000 3 4214 NM
165 97.1 24 12...28 42 5.4 4.3 2 750 -20...+70 60 000 / 30 000 4 4214 NGN 59
165 97.1 24 12...28 42 5.4 3.6 2 750 -20...+70 60 000 / 30 000 4 4214 NN
180 105.9 24 12...28 45 5.7 4.8 3 050 -20...+70 60 000 / 30 000 5 4214 NH 59
205 120.7 24 12…28 49 6.1 7.5 3 500 -20...+70 50 000 / 25 000 6 4214 NHH
165 97.1 48 36...56 42 5.4 4.0 2 750 -20...+70 60 000 / 30 000 4 4218 NGN 59
165 97.1 48 36...56 42 5.4 3.6 2 750 -20...+70 60 000 / 30 000 4 4218 NN
180 105.9 48 36...56 45 5.7 4.8 3 050 -20...+70 60 000 / 30 000 5 4218 NH
33
34
Series 4200 119 x 119 x 38 mm
4
3
2
1
0
0 25 50 75 100 125 150 200
40
60
80
Pa
100
20
m/h
3
Static Pressure pf
Flow Rate V
CFM0 20406080100
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 290 g.
86 50.6 12 7...14.5 29 4.2 1.2 1 600 -20...+75 80 000 / 35 000 1 4212 L 60
127 74.7 12 7...14.5 38 4.9 2.2 2 350 -20...+75 70 000 / 30 000 2 4212 GM
127 74.7 12 7...14.5 38 4.9 2.2 2 350 -20...+75 70 000 / 30 000 2 4212 M 59/64
165 97.1 12 7...14.5 45 5.6 4.3 3 050 -20...+75 62 500 / 27 500 3 4212 59/60
184 108.3 12 7...14.5 49 5.9 5.3 3 400 -20...+65 60 000 / 32 500 4 4212 H 59/60
86 50.6 24 12...28 29 4.2 1.2 1 600 -20...+75 80 000 / 35 000 1 4214 L
165 97.1 24 12...28 45 5.6 4.3 3 050 -20...+75 62 500 / 27 500 3 4214 G
165 97.1 24 12...28 45 5.6 4.3 3 050 -20...+75 62 500 / 27 500 3 4214 59/60/64
184 108.3 24 12...28 49 5.9 5.3 3 400 -20...+65 60 000 / 32 500 4 4214 H 59/60
165 97.1 48 36...56 45 5.6 4.3 3 050 -20...+75 62 500 / 27 500 3 4218 59/60
184 108.3 48 36...56 49 5.9 5.6 3 400 -20...+65 60 000 / 32 500 4 4218 H 59/60
Attention:
In the forseeable future the 4200 fan series will be removed from the range and replaced by the products of the new series 4200N.
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
35
119 x 119 x 38 mm
Series 4100N
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Metal fan housing. Impeller of fibre-
glass reinforced plastic PA. Housing
with ground lug for screw M4.
Air intake over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 flat pins
2,8 x 0,5 mm.
Mass 390 g.
DC Axial Fans
48 V Type with grounding screw M4x8 (Torx).
160 94.2 12 7...15 44 5.3 3.5 2 800 -10...+75 85 000 / 37 500 1 4182 NGX
180 105.9 12 7...15 49 5.7 4.5 3 200 -30...+75 85 000 / 37 500 2 4182 NX 60
160 94.2 24 12...30 44 5.3 3.5 2 800 -10...+75 85 000 / 37 500 1 4184 NGX
180 105.9 24 12...29 49 5.7 4.5 3 200 -30...+75 85 000 / 37 500 2 4184 NX 59
237 139.5 24 12...25 59 6.5 11 4 400 -30...+55 70 000 / 50 000 3 4184 NXH 59
160 94.2 48 36...56 44 5.3 3.5 2 800 -30...+75 85 000 / 37 500 1 4188 NXM
270 158.9 12 11…13 64 7.0 15.5 5 000 -20…+50 70 000 / 55 000 4 4112 NHH 68
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
CFM
025 50 75 125 150
x10 m /s
-3 3
3
2
1
40 50
0
0 30 60 90 120 150 180 240
40
60
80
100
120
Pa
160
20
m/h
3
4
0
050 100 150 200 300
50
100
Pa
250
150
200
m/h
3
Static Pressure pf
Flow Rate V
Static Pressure pf
Flow Rate V
CFM025 50 10075 125 150
Programmable fan Vario-Pro (electr. connection via leads)
127 x 127 x 38 mm
Series 5200N
2
1
0
050 100 150 200 250
20
40
Pa
120
60
80
100
m/h
3
3
Static Pressure pf
Flow Rate V
CFM025 50 10075 125 150
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading.
Fan of fibreglass reinforced plastic.
PBTP housing, PA impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 310 g.
187 110.1 12 7...14.5 43 5.3 4.6 2 750 -20...+75 62 500 / 27 500 1 5212 NM
216 127.1 12 7...14 46 5.6 6.0 3 150 -20...+75 57 500 / 25 000 2 5212 NN 68
252 148.3 12 7...14 51 6.0 9.8 3 650 -20...+70 45 000 / 22 500 3 5212 NH
187 110.1 24 12...28 43 5.3 4.6 2 750 -20...+75 62 500 / 27 500 1 5214 NM
216 127.1 24 12...28 46 5.6 6.0 3 150 -20...+75 57 500 / 25 000 2 5214 NN 68
252 148.3 24 12...28 51 6.0 9.8 3 650 -20...+70 45 000 / 22 500 3 5214 NH
187 110.1 48 40...56 43 5.3 5.0 2 750 -20...+75 62 500 / 27 500 1 5218 NM
216 127.1 48 40...56 46 5.6 6.5 3 150 -20...+65 57 500 / 32 500 2 5218 NN 68
252 148.3 48 40...56 51 6.0 10.0 3 650 -20...+55 45 000 / 32 500 3 5218 NH
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
36
37
DC Axial Fans
Series DV5200 127 x 127 x 38 mm
0
050 100 150 200 300250
50
100
150
200
Pa
300
250
1
m/h
3
Static Pressure pf
Flow Rate V
CFM025 50 10075 125 150
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading.
Metal fan housing, impeller of fibre-
glass reinforced plastic PA.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 490 g.
270 158.9 12 10.8…13.2 56 6.4 20 5 000 -20...+65 70 000 / 40 000 DV 5212 68
270 158.9 24 21.6…26.4 56 6.4 20 5 000 -20...+65 70 000 / 40 000 DV 5214 68
270 158.9 48 43…53 56 6.4 22 5 000 -20...+65 70 000 / 40 000 DV 5218 68
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
135 x 135 x 38 mm
Series 5100N
2
1
0
050 100 150 200 250
20
40
Pa
100
60
80
m/h
3
Static Pressure pf
Flow Rate V
CFM0 50 75 100 12525
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity and blocking.
Metal fan housing and impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via leads AWG
22, TR 64. Stripped and tinned
ends. Housing with ground lug for
screw M4.
Mass 650 g.
250 147.2 12 6...15 48 6.1 9.5 2 900 -25...+72 80 000 / 37 500 2 5112 N 59/63
250 147.2 24 12...30 48 6.1 9.5 2 900 -25...+72 80 000 / 37 500 2 5114 N 59
122 21.8 48 24...60 28 4.1 2.6 1 400 -25...+72 85 000 / 40 000 1 5118 NL
250 147.2 48 24...60 48 6.1 9.5 2 900 -25...+72 80 000 / 37 500 2 5118 N 59/61
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
38
48 V Type with grounding screw M4x6 7500C.
39
DC Axial Fans
Series 7100N 150 Ø x 38 mm
1
2
0
0100 200 300 400
50
100
150
Pa
200
m/h
3
Static Pressure pf
Flow Rate V
CFM0 50 100 150 200
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity and blocking.
Metal fan housing and impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends. Housing with ground
lug for screw M4.
Mass 620 g.
360 211.9 12 6...15 55 6.5 12 2 850 -25...+72 80 000 / 37 500 1 7112 N 59
360 211.9 24 12...30 55 6.5 12 2 850 -25...+72 80 000 / 37 500 1 7114 N 59/63
420 247.2 24 12...26.5 59 7.0 19 3 350 -25...+72 75 000 / 35 000 2 7114 NH
360 211.9 48 24...60 55 6.5 12 2 850 -25...+72 80 000 / 37 500 1 7118 N 59/61
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
48 V Type with grounding screw M4x8 (TORX).
150 Ø x 55 mm
Series 7200N
0
0 50 100 150 200 250 300 400
50
75
100
125
Pa
150
25
m/h
3
1
Static Pressure pf
Flow Rate V
CFM0 50 100 150 200
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity and blocking.
Metal fan housing. Impeller of fibre-
glass reinforced plastic PA.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends. Housing with ground
lug for screw M4.
Mass 725 g.
360 211.9 12 6...15 50 6.2 12 3 050 -25...+72 80 000 / 37 500 1 7212 N 68
360 211.9 24 12...30 50 6.2 12 3 050 -25...+72 80 000 / 37 500 1 7214 N 61/64/68
360 211.9 48 24...60 50 6.2 12 3 050 -25...+72 80 000 / 37 500 1 7218 N 68
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
40
48V Type with grounding screw M4 x 8 (TORX).
41
DC Axial Fans
* 72 °C upon request
Series 6200N 172 Ø x 51 mm
50 100 1500 100
0
0 100 200 300 400 500
50
75
100
125
Pa
200
25
2
1
175
150
3
x10 m /s
-3 3
m/h
3
Flow Rate V
0
0100 200 300 400
50
75
100
125
Pa
175
25
Static Pressure pf
50°C
56200 NT6200 NT
4
30°C
m/h
3
Static Pressure pf
Flow Rate V
050100 150 200 CFM
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity and blocking; elec-
tronic motor current limitation in the
start-up phase and when rotor is
blocked.
Metal fan housing, impeller of fibre-
glass reinforced plastic PA.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 flat pins
3 x 0.5 mm. Housing with ground
lug and screw M4 x 8 (TORX).
Mass 820 g.
350 206.0 12 8...15 50 5.7 12.0 2 850 -20...+72 80 000 / 37 500 1 6212 NM 68
350 206.0 24 12...32 50 5.7 12.0 2 850 -20...+72 80 000 / 37 500 1 6224 NM 61/68
410 241.3 24 12...28 55 6.1 18.0 3 400 -20...+72 75 000 / 35 000 2 6224 N 59/68
480 282.5 24 12...28 61 6.9 26.0 4 000 -20...+55* 70 000 / 50 000 3 6224 NH 68
350 206.0 48 28...60 50 5.7 11.5 2 850 -20...+72 80 000 / 37 500 1 6248 NM 68
410 241.3 48 28...60 55 6.1 17.0 3 400 -20...+72 75 000 / 35 000 2 6248 N 59/61/68
480 282.5 48 36...56 61 6.9 26.0 4 000 -20...+55* 70 000 / 50 000 3 6248 NH 68
VARIOFAN – DC fans with temperature-dependent speed control
205 120.6 24 12...28 35 4.5 8.5 1 700 -10...+72 77 500 / 35 000 46224 NT 68
410 241.3 55 6.1 18.0 3 400 5
205 120.6 48 28...60 35 4.5 8.5 1 700 -10...+72 77 500 / 35 000 46248 NT 61/68
410 241.3 55 6.1 17.0 3 400 5
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
Temperature sensor (NTC-
resistor) for controlling the
motor speed is positioned
directly in the air flow
30-
50
°C
30-
50
°C
172 Ø x 51 mm TURBOFAN
Series 6200NTD
0
200
Pa
300
100
0100 200 500300 400 600
400
m/h
3
2
1
nmin nmax
Static Pressure pf
Flow Rate V
0 100 200 300 400
CFM
DC electronic fan with 3 phase EC
drive and fully integrated operating
electronics. For load-dependent
speed control with highly intelligent
motor management and power and
speed reserves which open up
completely new areas of applica-
tion.
Metal fan housing, impeller of fibre-
glass reinforced plastic PA.
Air exhaust over struts. CCW rotational
direction looking at rotor.
Electrical connection via leads. Housing
with ground lug and screw M4 x 8
(TORX).
Mass 820 g.
90 53.0 48 40…55 18 — 2 800 -20…+60 70 000 16248 NTD… 67
600 353.0 65 7.4 50 5 100 2
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
Noise
Sintec-Sleeve Bearings
Specials
Page
42
Type Version
6248 NTDI Temperature-controlled fan operation. NTC sensor integrated in fan
6248 NTDT Temperature-controlled fan operation. NTC sensor externally connected to separate lead
6248 NTDA Speed setting via control voltage
6248 NTDP Speed setting via PWM signal
24 V versions in preparation
min
max
43
DC Axial Fans
Series DV6200 172 Ø x 51 mm
0
0 100 200 300 400 500
200
250
300
150
50
Pa
400
100
1
m/h
3
Static Pressure pf
Flow Rate V
100 150 200 250 300500 CFM
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity and blocking; elec-
tronic motor current limitation in the
start-up phase and when rotor is
blocked.
Metal fan housing, impeller of fibre-
glass reinforced plastic PA.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via leads AWG
22, TR 64. Stripped and tinned
ends. Housing with ground lug and
screw M4 x 8 (TORX).
Mass 820 g.
540 317.8 24 16…28 63 7.1 40.0 4 300 -20…+75 90 000 / 40 000 1 DV 6224
59/61/63/64/68
540 317.8 48 28…60 63 7.1 40.0 4 300 -20…+75 90 000 / 40 000 1 DV 6248 61/68
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
44
0
Pa
400
300
100
200
0100 200 500300 400 700600
500
m/h
3
2
1
nmin nmax
Static Pressure pf
Flow Rate V
0 100 200 300 400 CFM
DC electronic fan with 3 phase EC
drive and fully integrated operating
electronics. For load-dependent
speed control with highly intelligent
motor management and power and
speed reserves which open up
completely new areas of applica-
tion.
Metal fan housing, impeller of fibre-
glass reinforced plastic PA.
Air exhaust over struts. CCW rota-
tional direction looking at rotor.
Electrical connection via leads.
AWG 22, TR 64. Stripped and
tinned ends. Housing with ground
lug and screw M4x8 (TORX).
Mass 820 g.
100 59.0 48 40...55 29 — 20 800 -20...+60 65 000 1DV6248 TD… 67
700 412.0 69 7.8 86 5 500 2
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
Noise
Sintec-Sleeve Bearings
Specials
Page
172 Ø x 51 mm TURBOFAN
Series DV6200TD
min
max
Type Version
DV 6248 TDI Temperature-controlled fan operation. NTC sensor integrated in fan
DV 6248 TDT Temperature-controlled fan operation. NTC sensor externally connected to separate lead
DV 6248 TDA Speed setting via control voltage
DV 6248 TDP Speed setting via PWM signal
24 V versions in preparation
45
172 Ø x 51 mm
Series 6400
DC fans with electronically commu-
tated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity and blocking; elec-
tronic motor current limitation in the
start-up phase and when rotor is
blocked.
Metal fan housing, impeller of fibre-
glass reinforced plastic PA.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 flat pins
3 x 0.5 mm. Housing with ground
lug and screw M4 x 8 (TORX).
Mass 760 g.
DC Axial Fans
350 206.0 12 8...15 52 6.0 12.0 2 850 -20...+72 80 000 / 37 500 1 6412 M 68
350 206.0 24 12...32 52 6.0 12.0 2 850 -20...+72 80 000 / 37 500 1 6424 M 68
410 241.3 24 12...28 57 6.4 18.0 3 400 -20...+72 75 000 / 35 000 2 6424 68
480 282.5 24 12...28 63 7.1 26.0 4 000 -20...+55* 70 000 / 50 000 3 6424 H 61/68
350 206.0 48 28...60 52 6.0 11.5 2 850 -20...+72 80 000 / 37 500 1 6448 M 68
410 241.3 48 28...60 57 6.4 17.0 3 400 -20...+72 75 000 / 35 000 2 6448 59/68
480 282.5 48 28…60 63 7.1 26.0 4 000 -20...+55* 70 000 / 50 000 3 6448 H 68
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
VARIOFAN – DC fans with temperature-dependent speed control
205 120.6 24 12...28 37 4.9 8.5 1 700 -10...+72 77 500 / 35 000 46424 T 68
410 241.3 57 6.4 8.0 3 400 5 68
205 120.6 48 28...60 37 4.9 8.5 1 700 -10...+72 77 500 / 35 000 46448 T 59/68
410 241.3 57 6.4 17.0 3 400 5 68
50 100 1500 100
0
0 100 200 300 400 500
50
75
100
125
Pa
200
25
2
1
175
150
3
x10 m /s
-3 3
m/h
3
Flow Rate V
0
0100 200 300 400
50
75
100
125
Pa
175
25
Static Pressure pf
50°C
56400 T
6400 T
4
30°C
m/h
3
Static Pressure pf
Flow Rate V
050100 150 200 CFM
Temperature sensor (NTC-
resistor) for controlling the
motor speed is positioned
directly in the air flow.
30-
50
°C
30-
50
°C
* 72 °C upon request
121 x 121 x 37 mm
Series RL90N
0
0 5 10 15 20 25 30 40
40
60
80
100
Pa
120
20
m/h
3
1
Static Pressure pf
Flow Rate V
CFM0 5 10 15 20
80
104,8
120,6
12,2 54
57,6
67,4
15,5
31
6
226,5
37
60,3 3,5
4,2
100,8
112,7
120,6
310
71,4
2,5
97
6
10
+
0,3
_0,5
+
0,2
+
0,2
+
0,2
+
0,3
+
0,4
+
0,4
+
*
45°
0,2
+
0,1
+
1
+
DC radial blower with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Spiral housing and blower wheel of
fibreglass reinforced plastic. Housing
base of galvanised steel plate.
Radial air exhaust through housing
port.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and tinned
ends.
Mass 420 g.
40 23.5 12 7...15 5.8 5.5 2 500 -10...+75 62 500 / 27 500 1 RL90-18/12 NG 68
40 23.5 12 7...15 5.8 5.5 2 500 -30...+75 62 500 / 27 500 1 RL90-18/12 N 59/68
40 23.5 24 12...28 5.8 5.0 2 500 -10...+75 62 500 / 27 500 1 RL90-18/14 NG 68
40 23.5 24 12...28 5.8 5.0 2 500 -30...+75 62 500 / 27 500 1 RL90-18/14 N 59/68
m3/h CFM V DC V DC bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
46
47
135 x 135 x 38 mm
Series RG90N
0
010 20 30 40 50 60
40
60
80
100
Pa
120
20
m/h
3
1
Static Pressure pf
Flow Rate V
CFM0510 2015 25 30
DC radial blower with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Spiral housing and blower wheel of
fibreglass reinforced plastic.
Housing base of galvanised steel
plate.
Radial air exhaust through housing
port.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 440 g.
DC Radial Fans
m3/h CFM V DC V DC bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
48 V Type: flat pin 6.3 x 0.8 for grounding wire.
55 32.4 12 7...15 5.5 6.0 2 200 -10...+75 62 500 / 27 500 1
RG 90-18/12 NG 68
55 32.4 12 7...15 5.5 6.0 2 200 -30...+75 62 500 / 27 500 1
RG 90-18/12 N 59/68
55 32.4 24 12...28 5.5 5.5 2 200 -10...+75 62 500 / 27 500 1
RG 90-18/14 NG 68
55 32.4 24 12...28 5.5 5.5 2 200 -30...+75 62 500 / 27 500 1
RG 90-18/14 N 59/68
55 32.4 48 36...56 5.5 5.5 2 200 -30…+75 62 500 / 27 500 1
RG 90-18/18 N 68
48
Series RG125N 180 x 180 x 40 mm
DC radial blower with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Spiral housing and blower wheel of
fibreglass reinforced plastic.
Housing base of galvanised steel
plate.
Radial air exhaust through housing
port.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 730 g.
60 35.3 12 7...15 4.8 2.0 1 750 -30...+75 70 000 / 30 000 1
RG125-19/12NM
87.5 51.5 12 7...15 5.8 5.0 2 550 -30...+75 62 500 / 27 500 2
RG125-19/12N 61/68
60 35.3 24 12...28 4.8 2.0 1 750 -30...+75 70 000 / 30 000 1
RG125-19/14NM
87.5 51.5 24 12...28 5.8 5.0 2 550 -30...+75 62 500 / 27 500 2
RG125-19/14N 59/61/63/68
87.5 51.5 48 36...56 5.8 5.0 2 550 -30...+75 62 500 / 27 500 2
RG125-19/18N 59/68
m3/h CFM V DC V DC bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
48V Type: flat pin 6.3 x 0.8 for grounding wire.
49
220 x 220 x 56 mm
Series RG160N
0
0 25 50 75 100 125 150 200
200
250
300
150
50
Pa
400
100
2
1
m/h
3
Static Pressure pf
Flow Rate V
CFM0 20406080100
DC radial blower with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics.
With electronic protection against
reverse polarity and overloading.
Spiral housing and blower wheel of
fibreglass reinforced plastic.
Housing base of galvanised steel
plate.
Radial air exhaust through housing
port.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 1.4 kg.
DC Radial Fans
139 81.8 12 7...14 5.6 7.5 1 900 -20...+70 80 000 / 40 000 1 RG160-28/12NM
209 123.0 12 7.5...14 6.6 21.0 2 850 -20...+70 70 000 / 35 000 2 RG160-28/12N 61/68
139 81.8 24 12...28 5.6 7.0 1 900 -20...+70 80 000 / 40 000 1 RG160-28/14NM
209 123.0 24 12...28 6.6 20.0 2 850 -20...+70 70 000 / 35 000 2 RG160-28/14N 59/68
209 123.0 48 28...60 6.6 20.0 2 850 -20...+70 70 000 / 35 000 2 RG160-28/18N 61/68
m3/h CFM V DC V DC bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
48V Type: flat pin 6.3 x 0.8 for grounding wire.
50
DC radial blower with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics with electronic protection
against reverse polarity and over-
loading.
Spiral housing and blower wheel of
fibreglass reinforced plastic.
Housing base of galvanised steel
plate.
Radial air exhaust through housing
port.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 1.4 kg.
10 5.9 48 38…57 — 1 100 -20…+70 55 000 1RG160-28/18NTDI
300 176.6 7.5 53 4 200 2
m3/h CFM V DC V DC bels / Watt min-1 °C Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
Noise
Sintec-Sleeve Bearings
Specials
Page
220 x 220 x 56 mm TURBOFAN
Series RG160TD
0
Pa
400
300
100
200
050 100 150 200 300
500
600
m/h
3
2
1
nmin nmax
CFM025 50 10075 125 150
Static Pressure pf
Flow Rate V
10-
70
°C
Temperature-controlled Fan
Temperature sensor (NTC-resistor) for
controlling the motor speed is positioned
directly in the air flow.
51
Series RER100 100 Ø x 32 mm
DC radial blower with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics.
With electronic protection against
reverse polarity, blocking and over-
loading.
Blower wheel of fibreglass rein-
forced plastic.
Air exhaust radial. Rotational direc-
tion CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 180 g.
57 33.6 12 6...13.2 4.7 4.0 1 800 -20...+60 65 000 / 40 000 1 RER100-25/12 63
57 33.6 24 12...28 4.7 4.0 1 800 -20...+60 65 000 / 40 000 1 RER100-25/14
m3/h CFM V DC V DC bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
0
0 10203040 60
10
30
40
Pa
50
20
50
1
m/h
3
Static Pressure pf
Flow Rate V
CFM0510 2015 25 30
100
30,6
M4 (2x)
5 tief
31,7
ø56
ø47
310
6
50,5
_
0,8
+
0,8
+
10
+
1
+
0,3
+
0,15
+
The air flow and noise level of fans without
external housing depends on the installa-
tion conditions. The stated air flow and
noise has been measured under the follow-
ing conditions:
centrifugal fan mounted on a base plate
220 x 220 mm.
Cover plate 220 x 220 mm with an air-inlet
of Ø 86 mm, concentric to the blower
wheel. Distance between blower and cover
plate 1mm.
R5
Air flow
Air flow
1mm
DC Radial Fans
138 Ø x 35 mm
Series RER125N
DC radial blower with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics.
With electronic protection against
reverse polarity, blocking and over-
loading.
Blower wheel of fibreglass rein-
forced plastic, with steel plate rein-
forced.
Air exhaust radial. Rotational direc-
tion CW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 320 g.
110 64.7 12 7...15 5.7 4.5 2 650 -30...+75 62 500 / 27 500 1 RER125-19/12 N 68
110 64.7 24 12...28 5.7 4.5 2 650 -30...+75 62 500 / 27 500 1 RER125-19/14 N 68
m3/h CFM V DC V DC bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
52
0
0 20406080
20
30
40
Pa
110
10
50
60
70
80
90
100
100
1
m/h
3
Static Pressure pf
Flow Rate V
0102030 CFM40 50 60
ø56
M4 (2x)
5 deep
ø47
400
6
ø125
138 419
30,7
435
0,3
+
0,5
+
10
+
1
+
The air flow and noise level of fans without
external housing depends on the installa-
tion conditions. The stated air flow and
noise levels have been measured under the
following conditions:
centrifugal fan mounted on a base plate
220 x 220 mm. Cover plate 220 x 220 mm
with an air-inlet of Ø 86 mm, concentric to
the blower wheel.
R5
Air flow
Air flow
2mm
53
DC Radial Fans
Series RER160N 176 Ø x 54 mm
DC radial blower with electronically
commutated external rotor motor.
Fully integrated commutation elec-
tronics.
With electronic protection against
reverse polarity and blocking.
Blower wheel of fibreglass rein-
forced plastic, with steel plate rein-
forced.
Air exhaust radial. Rotational direc-
tion CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 670 g.
240 141.3 12 7...14 6.8 18.5 3 050 -20...+70 75 000 / 35 000 1
RER160-28/12N 61/68
240 141.3 24 12...28 6.8 17.5 3 050 -20...+70 75 000 / 35 000 1
RER160-28/14N 68
240 141.3 48 28…60 6.8 18.5 3 050 -20...+70 75 000 / 35 000 1
RER160-28/18N 61/68
m3/h CFM V DC V DC bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
0
050 100 150 200 250
50
100
150
200
Pa
250
1
m/h
3
Static Pressure pf
Flow Rate V
CFM0 50 75 100 12525
176
5,1
54
50,8
ø72
ø58
M4 (4x)
0,3
+
0,6
+
0,1
+
0,1
+
0,1
+
0,3
+
425
10
+
6
1
+
max. 8 deep
The air flow and noise level of fans without
external housing depends on the installa-
tion conditions. The stated air flow and
noise levels have been measured under the
following conditions:
centrifugal fan mounted on a base plate
260 x 260 mm. Cover plate 260 x 260 mm
with an air-inlet of Ø 100 mm, concentric to
the blower wheel.
R5
Air flow
Air flow
2mm
54
0
Pa
400
300
100
200
050 100 150 200 250 350
500
m/h
3
2
1
nmin nmax
CFM0 100 150 20050
Static Pressure pf
Flow Rate V
Series RER160NTD 176 Ø x 54 mm TURBOFAN
DC electronic radial blower with 3
phase EC drive and fully integrated
operation electronics. For load-
dependend speed control with
highly intelligent motor manage-
ment and power and speed
reserves which open up completely
new areas of application.
Blower wheel of fibreglass rein-
forced plastic, with steel plate rein-
forced.
Air exhaust radial. Rotational direc-
tion CCW looking at rotor.
Electrical connection via 2 leads
AWG 22, TR 64. Stripped and
tinned ends.
Mass 670 g.
11 6.5 48 38…57 — 1 100 -20…+70 55 000 1RER160-28/18NTDI
340 200.1 7.7 50 4 200 2
m3/h CFM V DC V DC bels / Watt min-1 °C Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
Noise
Sintec-Sleeve Bearings
Specials
Page
176
5,1
54
50,8
ø72
ø58
M4 (4x)
0,3
+
0,6
+
0,1
+
0,1
+
0,1
+
0,3
+
425
10
+
6
1
+
max. 8 deep
The air flow and noise level of fans without
external housing depends on the installa-
tion conditions. The stated air flow and
noise levels have been measured under the
following conditions:
centrifugal fan mounted on a base plate
260 x 260 mm. Cover plate 260 x 260 mm
with an air-inlet of Ø 100 mm, concentric to
the blower wheel.
R5
Air flow
Air flow
2mm
10-
70
°C
Temperature-controlled Fan
Temperature sensor (NTC-resistor) for
controlling the motor speed is positioned
directly in the air flow.
55
200…415 x 50 x 48 mm
Series QG030
DC blower with electronically com-
mutated external rotor motor. Fully
integrated commutation electronics.
With electronic protection against
reverse polarity, blocking and over-
loading by PTC-resistor; partially
impedance protected.
Motor with ball bearing system.
Blower wheel mounting plate with
sleeve bearings.
Fan propeller and air duct housing
of aluminium. Plastic housing ends.
Rotational direction CW looking at
rotor. Air exhaust through housing
port.
Electrical connection via 2 leads.
Stripped and tinned ends.
Mass 235/290/380/415 g.
DC Radial Fans
75 44.1 12 8...14 49 5.7 6.2 4 300 -20...+60 30 000 / 10 000 1 QG030-148/12
100 58.9 12 8...14 51 5.8 8.0 4 250 -20...+60 30 000 / 10 000 2 QG030-198/12
140 82.4 12 8...14 51 5.8 8.7 3 800 -20...+60 30 000 / 10 000 3 QG030-303/12
155 91.3 12 8...14 51 5.9 9.6 3 600 -20...+60 30 000 / 10 000 4 QG030-353/12
75 44.1 24 16..28 49 5.7 6.2 4 300 -20...+60 30 000 / 10 000 1 QG030-148/14
100 58.9 24 16..28 51 5.8 8.0 4 250 -20...+60 30 000 / 10 000 2 QG030-198/14
140 82.4 24 16..28 51 5.8 8.7 3 800 -20...+60 30 000 / 10 000 3 QG030-303/14
155 91.3 24 16..28 51 5.9 9.6 3 600 -20...+60 30 000 / 10 000 4 QG030-353/14
m3/h CFM V DC V DC dB(A) bels / Watt min-1 °C Hours Hours
Air flow
Air flow
Type
Nominal Voltage
Voltage Range
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Specials
Page
Ø
9
L
L1
L2
5,4±0,7
+0,3
Ø
35,
1
Ø
41
1010
Cutout for square nut M3 DIN 562-flat (6x)
300
±10
47,5
10 34,4
21,516,5
3,2
38,4
50
12
6
Ø2,3 (8x)
0
0 20 40 60 80 100 120 160
20
30
40
50
Pa
60
10
m/h
3
4
3
2
1
Static Pressure pf
Flow Rate V
CFM0 20406080
Previous ebm designations:
Q2G030-EA21-01 ➠QG 030-148/12
Q2G030-GC01-01 ➠QG 030-198/12
Q2G030-FB01-01 ➠QG 030-303/12
Q2G030-ID01-01 ➠QG 030-353/12
Q2G030-EA19-01 ➠QG 030-148/14
Q2G030-GC03-01 ➠QG 030-198/14
Q2G030-FB03-01 ➠QG 030-303/14
Q2G030-ID03-01 ➠QG 030-353/14
Type: Dimension: L L1
QG030-148/.. 201 +1.5 148
QG030-198/.. 258 +1.5 198
QG030-303/.. 363 +1.5 303
QG030-353/.. 413 +1.5 353
The service life values refer to horizontal
installation of the blower.
Greater power density, increasing
miniaturization and extreme electronic
component density are making
increased demands on the cooling
capacity and efficiency of fans. The
intelligent and space-saving integration
of the fan in the appliance configura-
tion is therefore of major importance:
Tailor-made cooling adapted to the
situation as and when required.
Programmable cooling by defining
speed profiles.
Transparency of function thanks to
complete, interactive monitoring in
all operating conditions.
PAPST provides intelligent cooling
concepts which are optimally adapted
to requirements. For example:
DC fan with sensor signal. The inte-
grated “electronic Tacho” continu-
ously provides a signal of the actual
speed.
For applications which require
monitored fan operation with alarm
signal, PAPST has numerous alarm
signal versions, either a static,
already evaluated or interface-com-
patible long or short-term signal
depending on the type of fan.
DC fans with temperature-depen-
dent speed adaptation via an
integrated or randomly positioned
external temperature sensor.
Fans with 3-phase EC drives and
fully integrated operating elec-
tronics.
Fans with programmed intelligence
thanks to software modules with
customer-specific integrated func-
tions. This “inside intelligence”,
common to e.g. Vario-Pro®makes
electronic cooling even more flexi-
ble and economical. The tailor-
made software configuration for
intelligent future software applica-
tions.
DC Fans with Added Features
56
Fans with alarm
signal
Fans with sensor
signal
Fans with TD motor
Programmable fans
Vario-Pro®
57
Intelligent Fans
Type
Sensor signal
US Low
Condition : Isink
Sensor signal
US High
Condition : Isource
Sensor operating
voltage UBS
Perm. sink current
Isink max.
Fan description
58
Sensor Signal /2
Speed-proportional rectangular
pulse for external speed monitor-
ing of fan motor
2 pulses per revolution
Open-Collector signal output
Extremely wide operating voltage
range (5 ... 60 V)
Easy adaptation to user interface
Connection via separate lead
The sensor signal also serves as a
major comparison variable for set-
ting and maintaining the desired
speed for interactive or controlled
cooling with one or several inter-
connected fans.
Us
n
t
t
U
S High
U
S Low
t
1
t
2
n
min
n
max
Signal output voltage
Fan speed
1 rpm
MOTOR
SENSOR
+UB
+UBS
US
0V Ground
Isink
Isource
Ra
red
blue (black)
white (yellow)
R=
aUBS
ISINK
USLOW
All voltages measured to ground.
External load resistance Ra from USto UBS required.
Attention: With these fan options, deviations in
regard to temperature range, voltage range and
power consumption are possible compared with
standard fan data.
Signal symmetry [t1, t2] = 0.8 … 1.2
Signal frequency [F] = 2 x n/60 Hz
V DC mA V DC mA V DC mA Page
Signal dataElectrical connection
255 N/2 ≤0.4 ≤230 0
max. 30
216
255 H/2 ≤0.4 ≤230 0
max. 30
216
252 N/2 ≤0.4 ≤230 0
max. 30
216
405 F/2 ≤0.4 1 30 0 4 – 30 ≤217
412 F/2 H ≤0.4 1 30 0 4 – 30 ≤217
405 /2 ≤0.4 1 30 0 4 – 30 ≤217
412 /2 ≤0.4 1 30 0 4 – 30 ≤217
414 /2 ≤0.4 1 30 0 4 – 30 ≤217
414 /2 H ≤0.4 1 30 0 4 – 30 ≤217
512 F/2 ≤0.4 1 30 0 4 – 30 ≤218
612 F/2 ≤0.4 1 30 0 4 – 30 ≤219
614 N/2 M ≤0.4 2 28 0 4 – 30 ≤420
8412 N/2 GL ≤0.4 2 28 0 4 – 30 ≤423
8412 N/2 GM ≤0.4 2 28 0 4 – 30 ≤423
8412 N/2 G ≤0.4 2 28 0 4 – 30 ≤423
8414 N/2 GL ≤0.4 2 28 0 4 – 30 ≤423
8414 N/2 GM ≤0.4 2 28 0 4 – 30 ≤423
8414 N/2 G ≤0.4 2 28 0 4 – 30 ≤423
8414 N/2 ≤0.4 2 28 0 4 – 30 ≤423
8312 /2 HL ≤0.4 2 30 0 4 – 30 ≤425
8314 /2 ≤0.4 2 30 0 4 – 30 ≤425
8318 /2 ≤0.4 2 30 0 4 – 30 ≤425
8318 /2 HL ≤0.4 2 30 0 4 – 30 ≤425
3412 N/2 GL ≤0.4 2 28 0 4 – 28 ≤426
3412 N/2 GM ≤0.4 2 28 0 4 – 28 ≤426
3412 N/2 G ≤0.4 2 28 0 4 – 28 ≤426
3412 N/2 GHH ≤0.4 2 28 0 4 – 28 ≤426
3414 N/2 GH ≤0.4 2 28 0 4 – 28 ≤426
3312 /2 ≤0.4 2 30 0 4 – 30 ≤428
3318 /2 ≤0.4 2 30 0 4 – 30 ≤428
59
Available on request:
Galvanically separated sensor
signal circuit
Varying voltage potentials for
power and logic circuit.
Intelligent Fans Sensor Signal
4412 F/2 GL ≤0.4 2 30 0 4 – 30 ≤429
4412 F/2 GML ≤0.4 2 30 0 4 – 30 ≤429
4412 F/2 M ≤0.4 2 30 0 4 – 30 ≤429
4412 F/2 ≤0.4 2 30 0 4 – 30 ≤429
4414 F/2 L ≤0.4 2 30 0 4 – 30 ≤429
4414 F/2 M ≤0.4 2 30 0 4 – 30 ≤429
4414 F/2 G ≤0.4 2 30 0 4 – 30 ≤429
4414 F/2 ≤0.4 2 30 0 4 – 30 ≤429
4418 F/2 ≤0.4 2 30 0 4 – 30 ≤429
4312 N/2 H ≤0.4 2 30 0 4 – 30 ≤430
4312 /2 ≤0.4 2 30 0 4 – 30 ≤431
4314 /2 G ≤0.4 2 30 0 4 – 30 ≤431
4314 /2 ≤0.4 2 30 0 4 – 30 ≤431
4318 /2 G ≤0.4 2 30 0 4 – 30 ≤431
4318 /2 M ≤0.4 2 30 0 4 – 30 ≤431
4318 /2 ≤0.4 2 30 0 4 – 30 ≤431
4212 N/2 GN ≤0.4 2 30 0 4 – 30 ≤433
4214 N/2 GN ≤0.4 2 30 0 4 – 30 ≤433
4214 N/2 H ≤0.4 2 30 0 4 – 30 ≤433
4218 N/2 GN ≤0.4 2 30 0 4 – 30 ≤433
4212 /2 M ≤0.4 2 30 0 4 – 30 ≤434
4212 /2 ≤0.4 2 30 0 4 – 30 ≤434
4212 /2 H ≤0.4 2 30 0 4 – 30 ≤434
4214 /2 ≤0.4 2 30 0 4 – 30 ≤434
4214 /2 H ≤0.4 2 30 0 4 – 30 ≤434
4218 /2 ≤0.4 2 30 0 4 – 30 ≤434
4218 /2 H ≤0.4 2 30 0 4 – 30 ≤434
4184 N/2 X ≤0.4 2 30 0 4 – 30 ≤435
4184 N/2 XH ≤0.4 2 30 0 4 – 30 ≤435
5112 N/2 ≤0.4 2 15 0 ≤5≤20 38
5114 N/2 ≤0.4 2 60 0 ≤60 ≤20 38
5118 N/2 ≤0.4 2 60 0 ≤60 ≤20 38
7112 N/2 ≤0.4 2 60 0 ≤60 ≤20 39
7114 N/2 ≤0.4 2 30 0 ≤30 ≤20 39
7118 N/2 ≤0.4 2 60 0 ≤60 ≤20 39
6224 N/2 ≤0.4 8 30 0 ≤30 ≤20 41
6248 N/2 ≤0.4 8 60 0 ≤30 ≤20 41
DV 6224 /2 ≤0.4 2 30 0 ≤60 ≤20 43
6448 /2 ≤0.4 2 60 0 ≤60 ≤20 45
6448 /2 T ≤0.4 2 60 0 ≤60 ≤20 45
RL 90-18/12N/2 ≤0.4 2 30 0 4 – 30 ≤446
RL 90-18/14N/2 ≤0.4 2 30 0 4 – 30 ≤446
RG 90-18/12N/2 ≤0.4 2 30 0 4 – 30 ≤447
RG 90-18/14N/2 ≤0.4 2 30 0 4 – 30 ≤447
RG 125-19/14N/2 ≤0.4 2 30 0 4 – 30 ≤448
RG 125-19/18N/2 ≤0.4 2 60 0 4 – 30 ≤448
RG 160-28/14N/2 ≤0.4 2 30 0 4 – 30 ≤20 49
Type
Sensor signal
US Low
Condition: Isink
Sensor signal
US High
Condition: Isource
Sensor operating
voltage UBS
Perm. sink current
Isink max.
Fan description
DC mA V DC mA V DC mA Page
Signal data
Type
Sensor signal
US Low
Condition: Isink
Sensor signal
US High
Condition: Isource
Sensor operating
voltage UBS
Perm. sink current
Isink max.
Fan description
DC mA V DC mA V DC mA Page
Signal data
Attention: With these fan options, deviations in
regard to temperature range, voltage range and
power consumption are possible compared with
standard fan data.
614 N/12 GM ≤0.4 1 2.5–5.5 1 1 20
618 N/12 N ≤0.4 1 2.5–5.5 1 1 20
8312 /12 ≤0.4 1 2.5–5.5 1 1 25
8314 /12 ≤0.4 1 2.5–5.5 1 1 25
8314 /12 H ≤0.4 1 2.5–5.5 1 1 25
8318 /12 HL ≤0.4 1 2.5–5.5 1 1 25
8318 /12 H ≤0.4 1 2.5–5.5 1 1 25
3318 /12 H ≤0.4 1 2.5–5.5 1 1 28
4412 F/12 GML ≤0.4 1 2.5–5.5 1 1 29
4412 F/12 GM ≤0.4 1 2.5–5.5 1 1 29
4414 F/12 ≤0.4 1 2.5–5.5 1 1 29
4418 F/12 ≤0.4 1 2.5–5.5 1 1 29
4312 /12 L ≤0.4 1 2.5–5.5 1 1 31
4312 /12 M ≤0.4 1 2.5–5.5 1 1 31
4314 /12 ≤0.4 1 2.5–5.5 1 1 31
4318 /12 ≤0.4 1 2.5–5.5 1 1 31
4212 /12 L ≤0.4 1 2.5–5.5 1 1 34
4212 /12 ≤0.4 1 2.5–5.5 1 1 34
4212 /12 H ≤0.4 1 2.5–5.5 1 1 34
4214 /12 ≤0.4 1 2.5–5.5 1 1 34
4214 /12 H ≤0.4 1 2.5–5.5 1 1 34
4218 /12 ≤0.4 1 2.5–5.5 1 1 34
4218 /12 H ≤0.4 1 2.5–5.5 1 1 34
4182 N/12 X ≤0.4 1 2.5–5.5 1 1 35
Sensor Signal /12
60
Us
n
t
t
U
S High
U
S Low
t
1
t
2
n
min
n
max
Signal output voltage
Fan speed
1 rpm
Speed-proportional rectangular
pulse for external speed monitor-
ing of fan motor
2 pulses per revolution
TTL-compatible
Integrated pull-up resistor
Connection via separate lead
The sensor signal also serves
as a major comparison variable
for setting and maintaining the
desired speed for interactive or
controlled cooling with one or
more interconnected fans.
Type
Sensor signal
US Low
Condition: Isink
Sensor signal
US High
Condition: Isource
Perm. sink current
Isink max.
Fan description
V DC mA V DC mA mA Page
Signal data
Electrical connection
MOTOR
SENSOR
+UB
US
0V Ground
Isink Isource
red
blue (black)
white (yellow)
All voltages measured to ground.
Signal symmetry [t1, t2] = 0.8 … 1.2
Signal frequency [F] = 2 x n/60 Hz
Attention: With these fan options, deviations in
regard to temperature range, voltage range and
power consumption are possible compared with
standard fan data.
61
Intelligent Fans Sensor Signal
Available on request:
Galvanically separated sensor
and signal circuit
Varying voltage potentials for
power and logic circuit.
5118 N/12 ≤0.4 2 2.5–5.5 1 ≤20 38
7118 N/12 ≤0.4 2 2.5–5.5 1 ≤20 39
7214 N/12 ≤0.4 2 2.5–5.5 1 ≤20 40
6224 N/12 M ≤0.4 2 2.5–5.5 1 ≤20 41
6248 N/12 ≤0.4 2 2.5–5.5 1 ≤20 41
6248 N/12 T ≤0.4 2 2.5–5.5 1 ≤541
DV 6224 /12 ≤0.4 2 4.5–5.25 2 ≤12 43
DV 6248 /12 ≤0.4 2 4.5–5.25 2 ≤12 43
6424 /12 H ≤0.4 2 2.5–5.5 1 ≤20 45
RG 125-19/12N/12 ≤0.4 1 2.5–5.5 1 ≤148
RG 125-19/14N/12 ≤0.4 1 2.5–5.5 1 ≤148
RG 160-28/12N/12 ≤0.4 2 2.5–5.5 1 ≤549
RG 160-28/18N/12 ≤0.4 2 2.5–5.5 1 ≤20 49
RER 160-28/12N/12 ≤0.4 2 2.5–5.5 1 ≤553
RER 160-28/18N/12 ≤0.4 2 2.5–5.5 1 ≤20 53
Type
Sensor signal
US Low
Condition: Isink
Sensor signal
US High
Condition: Isource
Perm. sink current
Isink max.
Fan description
V DC mA V DC mA mA Page
Signal data
Us
n
t
t
U
S High
U
S Low
t
1
t
2
n
min
n
max
Signal output voltage
Fan speed
1 rpm
Electrical connection
MOTOR
SENSOR
+UB
US
0V Ground
Isink Isource
red
blue (black)
white (yellow)
All voltages measured to ground.
Signal symmetry [t1, t2] = 0.8 … 1.2
Signal frequency [F] = 2 x n/60 Hz
Attention: With these fan options, deviations in
regard to temperature range, voltage range and
power consumption are possible compared with
standard fan data.
62
Alarm Signal /17
U=U
AHigh BA
UALow
n>nG
n<nG*)
n>nGn>nG
UB
n
UA
t
t
t
Supply Voltage
Speed
Alarm Signal
t
2
blocked
n=0 min
-1
MOTOR
ALARM
+UB
0V Ground
Isink
Isource
Ra
red
blue
violet
white
Type VARIOFAN with
temperature sensor
+UBA
UA
NTC
R=
aUBA
ISINK
UALOW
t2= Alarm signal suppression during start-up
* n < speed limit nGby braking or blocking.
All voltages measured to ground.
External load resistance Rafrom UA to UBA required.
With VARIOFANs with external temperature sensor for controlling the motor
speed, the NTC sensor is not included in the scope of delivery.
Temperature sensor LZ 370, see Accessories.
Alarm signal for speed monitoring
Signal output via open collector
The fan emits a high continuous
signal during trouble-free
operation within the permissible
voltage range
Low signal when speed limit
is not reached.
After elimination of fault, the fan
returns to its desired speed;
the alarm signal reverts to high
Electrical connection
8318/17 ≤0.4 n < nG 2 60 n > nG 0 ≤60 50 ≤15 *1500 ± 100 25
3312/17 ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1500 ± 100 28
3318/17 H ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1500 ± 100 28
4312/17 L ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *850 ± 100 31
4314/17 ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1150 ± 100 31
4318/17 ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *850 ± 100 31
*After switching on UB
Type
Alarm output
voltage UA Low
Condition:
Condition:
Isink =
Alarm output
voltage UA High
Condition:
Condition:
Isource
Alarm operating
voltage UBA max.
Max. permissible
sink current
Alarm delay time t2
Condition:
Speed limit nG
Fan description
V DC mA V DC mA V DC mA S min–1 Page
Alarm signal
data
Attention: With these fan specials, deviations as regards temperature range,
voltage range and power consumption are possible compared with standard fans.
63
4312/17 MV ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1500 ± 100 32
VARIOFAN
4312/17 V ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1500 ± 100 32
VARIOFAN
4314/17 V ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1150 ± 100 32
VARIOFAN
4318/17 V ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *850 ± 100 32
VARIOFAN
5112 N/17 ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1250 ± 50 38
7114 N/17 ≤0.4 n < nG 2 60 n > nG 0 ≤60 15 ≤15 *1330 ± 60 39
DV 6224/17 ≤0.4 n < nG 2 60–28 n > nG 0 ≤60 10 10 ± 4 *1900 ± 100 43
RG 125-19/14N/17 ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1500 ± 100 48
RER 100-25/12/17 ≤0.4 n < nG 2 60 n > nG 0 ≤60 20 ≤15 *1150 ± 100 51
*After switching on UB
Intelligent Fans Alarm Signal
Available on request:
With integrated signal latching
for subsequent recognition of
short-time faults
Alarm circuit open collector or TTL
Galvanically isolated for
maximum device safety;
Defects in the power circuit do
not affect the alarm circuit.
Type
Alarm output
voltage UA Low
Condition:
Condition:
Isink =
Alarm output
voltage UA High
Condition:
Condition:
Isource =
Alarm operating
voltage UBA max.
Max. permissible
sink current
Alarm delay time t2
Condition:
Speed limit nG
Fan description
V DC mA V DC mA V DC mA S min–1 Page
Alarm signal
data
Attention: With these fan specials, deviations as regards temperature range,
voltage range and power consumption are possible compared with standard fans.
64
Alarm Signal /19
U=U
AHigh BA
UALow
n>nG
n<nG*)
n>nGn>nG
UB
n
UA
t
t
t
t
2
blocked
n=0 min
-1
Supply Voltage
Speed
Alarm Signal
MOTOR
ALARM
+UB
0V Ground
Isink
Isource
Ra
red
blue
white +UBA
UA
R=
aUBA
ISINK
UALOW
All voltages measured to ground.
External load resistance Rafrom UAto UBA required.
Alarm signal for speed monitoring
Signal output via open collector
The fan emits a low continuous
signal during trouble-free opera-
tion within the permissible voltage
range.
High signal when speed limit is
not reached.
After elimination of fault, the fan
returns to its desired speed;
the alarm signal reverts to low.
Electrical connection
t2= Alarm signal suppression during start-up
* n < Speed limit nGby braking or blocking.
Available on request:
With integrated signal latching for subsequent
recognition of short-term faults
Alarm circuit open collector or TTL
Galvanically separated for max. device safety;
defects in power circuit have no effect on the
alarm circuit.
8314/19 H ≤0.4 n > nG 2 60 n < nG 0 ≤60 20 ≤15 *1500 ± 100 25
4312/19 ≤0.4 n > nG 2 60 n < nG 0 ≤60 20 ≤15 *1500 ± 100 31
4212/19 M ≤0.4 n > nG 2 60 n < nG 0 ≤60 20 ≤15 *1500 ± 100 34
4214/19 ≤0.4 n > nG 2 60 n < nG 0 ≤60 20 ≤15 *1500 ± 100 34
7214 N/19 ≤0.4 n > nG 2 60 n < nG 0 4.5–60 10 10 ± 4 *1800 ± 20 40
DV 6224/19 ≤0.4 n > nG 2 ≤28 n < nG 0 16–28 10 10 ± 4 *1900 ± 100 43
*After switching on UB
Type
Alarm output
voltage UA Low
Condition:
Condition:
Isink =
Alarm output
voltage UA High
Condition:
Condition:
Isource =
Alarm operating
voltage UBA max.
Max. permissible
sink current
Alarm delay time t2
Condition:
Speed limit nG
Fan description
V DC mA V DC mA V DC mA S min–1 Page
Alarm signal
data
Attention: With these fan specials, deviations as regards temperature range,
voltage range and power consumption are possible compared with standard fans.
65
Intelligent Fans Alarm Signal
Alarm signal for speed monitoring
Signal output for open collector
The fan emits a high continuous
signal during trouble-free opera-
tion within the permissible voltage
range.
Low signal when speed limit is
not reached
After elimination of fault, the fan
returns to its desired speed;
the alarm signal reverts to high.
612N/37GNV ≤0.4 n ≤nG 2 28 n > nG 0 ≤28 10 <1 *021
8412N/37GMLV ≤0.4 n ≤nG 2 28 n > nG 0 ≤28 10 <1 *024
3412N/37GMV ≤0.4 n ≤nG 2 28 n > nG 0 ≤28 10 <1 *027
3412N/37GV ≤0.4 n ≤nG 2 28 n > nG 0 ≤28 10 <1 *027
*After switching on UB
Type
Alarm output
voltage UA Low
Condition:
Condition:
Isink =
Alarm output
voltge UA High
Condition:
Condition:
Isource =
Alarm operating
voltage UBA max.
Max. permissible
sink current Isink
Alarm delay time t2
Condition:
Speed limit nG
Fan description
V DC mA V DC mA V DC mA S min–1 Page
Alarm signal
data
Optional lieferbar:
Alarm circuit TTL compatible
UAHigh
UALow
n>nGn>nG
UB
n
UA
t
t
t
t
2
*) blocked
n=0 min
-1
Supply Voltage
Speed
Alarm Signal
MOTOR
ALARM
+UB
0V Ground
Isink
Isource
Ra
red
blue
violet
white
Temperature sensor
NTC
+UBA
UA
R=
aUBA
ISINK
UALOW
All voltages measured to ground
External load resistance Rafrom UAto UBA required.
Electrical connection
t2= Alarm signal suppression during start-up
* n < Speed limit nGby braking or blocking.
Alarm Signal /37
Attention: With these fan specials, deviations as regards temperature range,
voltage range and power consumption are possible compared with standard fans.
66
Alarm Signal /39
Electrical connection
Alarm output voltage UBA2 = 4.5…15 VDC
UALow
n>nG
UB
n
UA
t
t
t
t
2
UAHigh
*) blocked
n=0 min
-1
Supply Voltage
Speed
Alarm Signal
MOTOR
ALARM
+UB
0V Ground
Isink
Isource
Ra
red
blue
white +UBA
UA
R=
aUBA
ISINK
UALOW
All voltages measured to ground
External load resistance Rafrom UAto UBA required.
t2= Alarm signal suppression during start-up
* n < Speed limit nGby braking or blocking
Alarm signal for speed monitoring
Signal output via open collector
The fan emits a low continuous
signal during trouble-free opera-
tion within the permissible voltage
range.
High signal when speed limit is
not reached.
After elimination of fault, the fan
returns to its desired speed;
the alarm signal reverts to low.
3412N/39 H ≤0.5 n > nG 2 28 n = nG 0 ≤28 10 <1 *026
4418F/39 ≤0.5 n > nG 2 28 n = nG 0 ≤28 10 <1 *029
*After switching on UB
Type
Alarm output
voltage UA Low
Condition:
Condition:
Isink =
Alarm output
voltage UA High
Condition:
Condition:
Isource =
Alarm operating
voltage UBA max.
Max. permissible
sink current Isink
Alarm delay time t2
Condition:
Speed limit nG
Fan description
V DC mA V DC mA V DC mA S min–1 Page
Alarm signal
data
Attention: With these fan specials, deviations as regards temperature range,
voltage range and power consumption are possible compared with standard fans.
Intelligent Fans TurboFan
67
TD fan drive
The motor technology of the PAPST
TURBOFAN is treading new paths in
fan construction. With TD motors, the
fans can be operated within an ex-
tremely wide speed range with high
precision speed control.
The extremely compact drive unit with
microprocessor controlled motor
manager and FET power output stage,
is equipped with an internal speed
controller. This means maximum
flexibility for the user as the fan can be
either voltage or speed controlled.
The output stage can also be de-ener-
gized (motor enable) or the actual
speed monitored via an open collector
frequency output.
Description
DC fans with 3-phase, electroni-
cally commutated drive
Extremely efficient motor elec-
tronics : Power and control circuit
are space-savingly mounted on
only one PCB
Microprocessor-controlled motor
management. High operating effi-
ciency thanks to FET output stage
Locked rotor protection and peak
current limiter.
Designed for maintenance-free,
long-term continous operation
With NTC connection for tempera-
ture-controlled fan operation
Available on request:
Selectable direction. In reverse
operation the fan reaches speed-
dependent 75% of its maximum fan
performance
Available on request:
Additional motor control input for
braking
Versions
Type T with external NTC connec-
tion for temperature-controlled fan
operation
Type I with NTC connection inte-
grated in the rotor hub for tempera-
ture-controlled fan operation.
Type A: Speed setting via control
voltage. Simple speed control via
separate DC low voltage interface
(0-10 VDC).
Type P: Speed setting via PWM
signal which is user generated via
a standard interface as a control
variable.
PWM signal: 2 kHz (0-100%).
TURBOFAN
TD motors with excellent control
response and high speed range for
air and pressure demands.
Speed control and drive elec-
tronics fully integrated in the fan
hub.
For load-dependent speed control
With highly intelligent motor
management and with higher
power and speed ranges for
sophisticated high-end cooling
applications.
0
0maxmin
nmax
Speed
Control voltage
nmin
m
ax.
Fan speed
0
100 90 80 70 60 50 40 30 20 %PWM 0
t
20% PWM
V
V
t
80% PWM
Signal voltage
Pulse width
68
Vario-Pro
”Software instead of hardware“ –
aptly describes the worldwide
unique new fan concept by PAPST
– in other words – fans are
equipped at the plant with tailor-
made intelligence for cooling elec-
tronics.
Flexible configuration on a software
basis, quicker availability and
sampling ex factory and readiness
to supply customer-specific solu-
tions in every batch size are the
major advantages.
®
The way to your Vario-Pro – easier
than you thought
You decide which performance
profile your fan should have. First,
select the hardware on which the
customer-specific configuration
will be based from the wide range
of fans. The most important
selection criteria are:
What is the appropriate size for the
device?
What nominal voltage is available?
And what is the maximum air flow
performance that is required?
Additional functions e.g. alarm
signal, temperature/speed, speed
limits must also be defined.
The second stage is devoted to
equipping the fan with its specific
intelligence. The desired functionali-
ties e.g. output data and operating
parameters are quickly and precisely
programmed as software modules in
the brain of the fan via a data line.
The software takes over the work that
analogue components have performed
so far.
Your Vario-Pro features
Speed profiles
Description of speed curve
with up to 14 freely selectable
interpolation points. Linear inter-
polation between the points.
Temperature as a speed control
variable
Randomly definable speed
profile in the temperature range
of –20 to +80°C
Temperature sensor integrated or
externally, randomly positionable
0 rpm. possible.
Recognition of sensor tear-off:
In case of loss of sensor,
the fan operates at freely
programmable (fail-safe) speed.
Interface for external speed setting
Random curve also possible
with external set value by
PWM signal or control voltage
Alarm and tacho functions
Optional alarm/or tacho
function
Freely selectable alarm speed
limit (with hysteresis) and alarm
delay time
Storage of alarm signal
Delay only when starting or
permanently active
Output signal ”High“ or ”Low“
in case of alarm
Optional alarm when temperature
sensor torn off.
Optional alarm in case of excess
temperature
Motor management
High control accuracy thanks to
digital motor management
Higher operating efficiency
thanks to optimum adaptation of
motor hardware and software.
Speed calibration during final
test in some cases possible.
3-stage current limitation for
adaptation for L-, N- and H-
winding in some cases possible.
Reduction of power input and
operating temperature thanks
to digital drive leads to increased
service life of the product.
Intelligent Fans Vario-Pro
Temperature sensor Type T
Speed control via external
temperature sensor
(not included in scope of delivery)
Temperature range from
–20 ... +80°C
Temperature sensor Type I
Speed control via temperature
sensor integrated in fan hub
Temperature range from
–20 ... +80°C
Temperature-dependent
speed control
Control voltage Type A
Speed setting via control voltage.
Simple speed control via separate
DC low voltage interface
Speed setting via control
frequency. Is generated as
controlled variable on the user
side. Frequency signal: 0…5 kHz.
! Only series 4100, RL90, RG90,
RER125, RG125
Vario-Pro Speed Setting
®
69
PWM signal Type P
Speed setting via PWM signal
that is user generated as a
controlled variable.
PWM signal: 2 KHz (0–100%)
max.
Fan speed
0
100 90 80 70 60 50 40 30 20 %PWM 0
t
20% PWM
V
V
t
80% PWM
Signal voltage
Pulse width
0
0maxmin
n
min
n
max
Control voltage
Control frequency
Speed
O
R
+UB
0 V Ground
red
blue
violet Temperature
sensor
NTC
O
R
+UB
0 V Ground
red
blue
violet Control voltage
or PWM signal
Sensor signal Type /2
Speed-proportional rectangular
pulse for externally monitoring
speed of fan motor
2 pulses per rpm.
Open collector signal output
Extremely wide operating
voltage range (5 ... 60 V)
Sensor signal Type /12
Speed-proportional rectangular
pulse for externally monitoring the
speed of the fan motor.
2 pulses per r.p.m.
TTL compatible, signal already
processed for TTL interface.
Integrated pull-up resistor
Sensorsignals
MOTOR
SENSOR
+UB
+UBS
US
0V Ground
Isink
Ra
red
blue
white
Electrical connection
All voltages measured to ground
Sensor signal type /12: external load resistance Ra
from US to UBS required
Signal symmetry [t1, t2] = 0.8 ... 1.2
Signal frequency [ f ] = 2 x n/60 Hz
Slew rate of sensor output voltage [ tr,tf] =
0.5 V/µs, TTL
tr= Low/high edge, tf= High/low edge
Vario-Pro Sensor Signal
®
70
/2 Series: 4100N ≤0.4 2.0 = UBS 0 x …60 max. 4 35
Series: 5200N / DV5200 ≤0.4 2.0 = UBS 0 x …60 max. 4 36 / 37
Series: RL90N / RG90N ≤0.4 2.0 = UBS 0 x …60 max. 4 46 / 47
Series: RG125N/ RER125N ≤0.4 2.0 = UBS 0 x …60 max. 4 48 / 49
Series: 6200N / DV6200 ≤0.4 2.0 = UBS 0 x …60 max. 20 41 / 43
Series: 7200 / 6400 ≤0.4 2.0 = UBS 0 x …60 max. 20 40 / 45
Series: RG160N/ RER160N ≤0.4 2.0 = UBS 0 x …60 max. 20 49 / 53
/12 Series: 4100N ≤0.4 2.0 2.5…5.5 max. 1 —max. 1 35
Series: 5200N / DV5200 ≤0.4 2.0 2.5…5.5 max. 1 —max. 1 36 / 37
Series: RL90N / RG90N ≤0.4 2.0 2.5…5.5 max. 1 —max. 1 46 / 47
Series: RG125N/ RER125N ≤0.4 2.0 2.5…5.5 max. 1 —max. 1 48 / 49
Series: 6200N / DV6200 ≤0.4 2.0 2.5…5.5 1 (max. 3) —max. 20 41 / 43
Series: 7200 / 6400 ≤0.4 2.0 2.5…5.5 1 (max. 3) —max. 20 40 / 45
Series: RG160N/ RER160N ≤0.4 2.0 2.5…5.5 1 (max. 3) —max. 20 49 / 53
Sensor
signal
Fan
Sensor signal
US Low
Condition
Isink
Sensor signal
US High
Condition
Isource
Sensor operating
voltage UBS
Permissible sink
current
Isink
Fan description
Type V DC mA V DC mA V DC mA Page
Sensor signal data
R=
aUBS
ISINK
USLOW
Us
n
t
t
U
S High
U
S Low
t
1
t
2
n
min
n
max
Signal output voltage
Fan speed
1 rpm
Alarm signals
Electrical connection
All voltages measured to ground
External load resistance Ra from UAto
UBA required
Intelligent Fans Vario-Pro
Vario-Pro Alarm Signal
®
71
/17 Series: 4100N ≤0.4 2.0 = UBA 0 x …60 max. 20 35
Series: 5200N / DV5200 ≤0.4 2.0 = UBA 0 x …60 max. 20 36 / 37
Series: RL90N / RG90N ≤0.4 2.0 = UBA 0 x …60 max. 20 46 / 47
Series: RG125N/ RER125N ≤0.4 2.0 = UBA 0 x …60 max. 20 48 / 49
Series: 6200N / DV6200 ≤0.4 2.0 = UBA 0 x …60 max. 20 41 / 43
Series: 7200 / 6400 ≤0.4 2.0 = UBA 0 x …60 max. 20 40 / 45
Series: RG160N/ RER160N ≤0.4 2.0 = UBA 0 x …60 max. 20 49 / 53
/19 Series: 4100N ≤0.4 2.0 = UBA 0 x …60 max. 20 35
Series: 5200N / DV5200 ≤0.4 2.0 = UBA 0 x …60 max. 20 36 / 37
Series: RL90N / RG90N ≤0.4 2.0 = UBA 0 x …60 max. 20 46 / 47
Series: RG125N/ RER125N ≤0.4 2.0 = UBA 0 x …60 max. 20 48 / 49
Series: 6200N / DV6200 ≤0.4 2.0 = UBA 0 x …60 max. 20 41 / 43
Series: 7200 / 6400 ≤0.4 2.0 = UBA 0 x …60 max. 20 40 / 45
Series: RG160N/ RER160N ≤0.4 2.0 = UBA 0 x …60 max. 20 49 / 53
Sensior
signal
Fan
Sensor signal
UA Low
Condition
Isink
Sensor signal
UA High
Condition
Isource
Sensor operating
voltage UBA
Permissible sink
current Isink
Fan description
Type V DC mA V DC mA V DC mA Page
Sensor signal data
Alarm signal Type /17
Alarm signal with integrated speed
monitoring
Signal output via open collector
The fan emits a low continuous
signal during trouble-free opera-
tion within the permissible voltage
range.
Low signal when fan speed does
not reach the defined speed limit.
Alarm signal Type /19
Alarm signal description as
Type /17 – however with low
continuous signal during trouble-
free operation
High signal when fan speed does
not reach the defined speed limit.
MOTOR
ALARM
+UB
+UBA
UA
0V Ground
Isink
Ra
red
blue
white
R=
aUBA
ISINK
UALOW
72
The renowned PAPST AC fans are
used when DC voltage is not available.
The AC range of fans is based on
experience gained from decades of
development activity, millions of units
in series production and competence
in innovation of a world-wide techno-
logical leader.
A wide range of fans for AC operation
are presented in this catalogue. In
addition to complete equipment fans,
you will also find fans without external
housing, providing a particularly
economical advantage when
the air duct can be integrated in
the respective appliance.
AC fans are available in a variety
of sizes with either air exhaust or air
intake over struts.
Silent running models with sleeve
bearings.
For extreme ambient conditions:
Fans with ball bearings.
With pin connection or free-
hanging leads.
Fan drive by shaded-pole or capaci-
tor motors most of which incorpo-
rate the world-famous PAPST exter-
nal rotor principle: The fan blades
are directly attached to the external
rotor of the external rotor motor thus
combining both high performance
and profitability.
PAPST also has particularly flat built
AC fans with internal rotor motor.
Their advantage being, quick start to
full speed. A plastic impeller and the
both smaller and lighter internal rotor
motor lead to a lower moment of
inertia.
AC fans with sleeve bearings are
powered by Class E insulated
motors. Fans with ball bearings are
equipped with Class B, E or F insu-
lated motors.
PAPST AC Fans: The Standard
in the World of Fans
All PAPST fans conform to the
requirements of IP 20. Fans con-
forming to IP 54 and special types
of protection class are also
available.
The line of AC fans for Euro voltage
according to IEC 38 (230 V + 6%,
-10%) is basically also available for
115 V.
AC fans can be operated at
frequencies of 50 Hz or 60 Hz.
However their technical data then
change accordingly.
Fans driven by capacitor external
motors provide particularly high
operating efficiency. Generally,
the required phase-shift capacitor
is already integrated in the fan
housing.
Almost all AC fans are protected
against overloading (e.g. due to
blocked rotor) the drive motors are
either impedance protected
(marked “Impedance protected”,
and/or “Z.P.”) or are equipped with
a thermal switch (marked
“Thermally protected” or “Th.P.”).
The model designation of these
fans ends with “S”.
Models and technical
features of the AC fans
73
AC Axial Fans
74
m3/h
50 100 150 200 250 300
Air Flow
* Approvals partially released or in registration
Fans for AC Operation
Page
Sintec-Sleeve Bearings
Ball Bearings
Fans without
external housing
Version for
115 V/60 Hz
230 V/50 Hz
Air in over struts
Air out over struts
Approvals
Air Flow
Dimensions
80 x80 x 38 29 VDE, UL, CSA • 8880A • •75/77
36 VDE, UL, CSA • 8850A • •75/77
48 VDE, UL, CSA • 8550A • •75/77
48 VDE, UL, CSA • 8556A • •75/77
30 VDE, UL, CSA • 8880N • •76/78
37 VDE, UL, CSA • 8850N • •76/78
50 VDE, UL, CSA • 8550N • •76/78
50 VDE, UL, CSA • 8556N • •76/78
92 x92 x 25 31 VDE*, UL, CSA • 3950L • 79
45 VDE*, UL, CSA • 3950M • 79
59 VDE*, UL, CSA • 3950 • 79
31 VDE, UL, CSA • 3956L • 79
45 VDE, UL, CSA • 3956M • 79
59 VDE, UL, CSA • 3956 • 79
92 x92 x 38 49 VDE, UL, CSA • 3850 • 80
54 VDE, UL, CSA • 3856 • 80
67 VDE, UL, CSA • 3550 • 80
67 VDE, UL, CSA • 3556 • 80
75 VDE, UL, CSA • 3650 •80
75 VDE, UL, CSA • 3656 •80
119 x119 x 25 84 VDE, UL, CSA • 9956L •81
104 VDE, UL, CSA • 9956M •81
117 VDE*, UL, CSA • 9950 •81
117 VDE, UL, CSA • 9956 •81
119 x119 x 38 80 VDE, UL, CSA • 4890N •82
100 VDE, UL, CSA • 4850N •82
123 VDE, UL, CSA • 4580N •82
145 VDE, UL, CSA • 4550N •82
160 VDE, UL, CSA • 4650N •• 82/84
160 VDE, UL, CSA • 4656N •• 82/84
100 VDE, UL, CSA • 4850Z •83
115 VDE, UL, CSA • 4580Z •83
160 VDE, UL, CSA • 4650Z •• 83/85
160 VDE, UL, CSA • 4656Z •• 83/85
127 x127 x 38 150 VDE, UL, CSA • 5988 •86
180 VDE, UL, CSA • 5950 •86
180 VDE, UL, CSA • 5958 •86
135 x135 x 38 235 VDE, UL, CSA • 5656S •87
150 x172 x 38 330 VDE, UL, CSA • 7056ES •88
150 Øx 55 325 VDE, UL, CSA • 7855ES •89
325 VDE, UL, CSA • 7856ES •89
390 VDE, UL, CSA • 7450ES •90
172 Øx 51 375 VDE, UL, CSA • 6058ES •91
420 VDE, UL, CSA • 6078ES •91
mm m3/h Type Type Type
AC-AXIAL
/
121x 121x 37 40 VDE, UL, CSA RL90-18/50 •/92
135x 135x 38 54 VDE, UL, CSA RG90-18/50 •/93
180x 180x 40 86 VDE, UL, CSA RG125-19/56 •94
220x 220x 56 202 VDE, UL, CSA RG160-28/56S •95
138 Ø x 40 104 VDE, UL, CSA RER125-19/56 •96
176 Ø x 54 234 VDE, UL, CSA RER 160-28/56S •97
AC-RADIAL
AC Axial Fans
75
80 x 80 x 38 mm
Series 8000A
0
010 20 30 40 50 60
20
30
40
Pa
50
10
4
3
6
2
5
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0510 2015 25 30
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Metal fan housing and impeller.
Air intake over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 flat pins
2.8 x 0.5 mm.
Fan housing with ground lug and
screw M4x8 (TORX).
Mass 490 g.
29 17.1 230 50 26 26 /9 1750 -10...+80 60 000 / 25 000 1 8880 A
36 21.2 230 50 31 31 /12.5 2150 -10...+70 52 500 / 25 000 2 8850 A
48 28.3 230 50 36 36 /12 2700 -10...+70 52 500 / 25 000 3 8550 A
48 28.3 230 50 37 37 /12 2800 -40...+90 52 500 / 15 000 3 8556 A
34 20.0 115 60 29 29 /8 1950 -10...+80 62 500 / 25 000 4 8830 A
45 26.5 115 60 34 34 /11 2500 -10...+70 55 000 / 27 500 5 8800 A
57 33.6 115 60 41 41 /11 3200 -10...+75 55 000 / 25 000 6 8500 A
57 33.6 115 60 42 42 /11 3300 -40...+95 55 000 / 15 000 6 8506 A
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Available on request:
electrical connection via single leads
air exhaust over struts, rotational direction CW
Series 8000 A with
mounting bosses
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
76
Series 8000N 80 x 80 x 38 mm
0
20
30
40
50
Pa
70
10
010 20 30 40 50 60
4
3
6
2
5
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0510 2015 25 30
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Metal fan housing and impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Fan housing with ground lug for
screw M4x8 (TORX).
Mass 490 g.
30 17.7 230 50 18 3.3 /9 1750 -10...+80 60 000 / 25 000 1 8880 N
37 21.8 230 50 24 3.9 /12.5 2150 -10...+70 52 500 / 25 000 2 8850 N
50 29.4 230 50 30 4.4 /12 2700 -10...+70 52 500 / 25 000 3 8550 N
50 29.4 230 50 31 4.5 /12 2800 -40...+90 52 500 / 15 000 3 8556 N
36 21.2 115 60 21 3.7 /8 1950 -10...+80 62 500 / 25 000 4 8830 N
47 27.7 115 60 28 4.3 /11 2500 -10...+70 55 000 / 27 500 5 8800 N
61 35.9 115 60 34 4.8 /11 3200 -10...+75 55 000 / 25 000 6 8500 N
61 35.9 115 60 35 5.0 /11 3300 -40...+95 55 000 / 15 000 6 8506 N
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Fan Type Lead Wires
8830N 8800 N 8550 N 8500 N 310 mm long AWG 18, TR 64
8556N 8506 N 310 mm long AWG 22
8880N 8850 N 440 mm long AWG 18, TR 64
Nominal Voltage
Air Flow
Air Flow
Type
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
AC Axial Fans
77
76Øx37mm
Series 8000TA
90°
ø75,8
101
6325
3,7
10
R4
337
0,3
0,15
+
0,2
+
10
+
1
+
1
+
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Impeller and mounting bracket of
metal.
Air intake over mounting bracket.
Rotational direction CW looking at
rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Mass 370 g.
23 13.5 230 50 15 /9 1 650 -10...+80 60 000 / 25 000 – 8880 TA
30 17.6 230 50 19 /12 2 100 -10...+70 52 500 / 25 000 – 8850 TA
38 22.4 230 50 25 /12 2 650 -10...+70 52 500 / 25 000 – 8550 TA
38 22.4 230 50 26 /12 2 750 -40...+90 52 500 / 15 000 – 8556 TA
26 15.3 115 60 18 /8 1 850 -10...+80 62 500 / 25 000 – 8830 TA
34 20.0 115 60 23 /11 2 450 -10...+70 55 000 / 27 500 – 8800 TA
45 26.5 115 60 30 /11 3 150 -10...+75 55 000 / 25 000 – 8500 TA
45 26.5 115 60 31 /11 3 250 -40...+95 55 000 / 15 000 – 8506 TA
m3/h CFM VHzdB(A) / Watt min-1 °C Hours Hours
The air flow and noise level of fans without
external housing depends on the installation
conditions. The stated air flow and noise has
been measured with an orifice 76.5 mm Ø at a
distance of approx. 17 mm from the mounting
bracket. Under exceptionally favourable
mounting conditions, the air flow of fan series
8000A is achievable. The noise in the optimal
operating range can only be measured for
these fans in a specific application.
Fan Type Lead Wires
8880TA 8850TA 8830TA 8800 TA 325 mm long AWG 18, TR 64
8550TA 8500 TA 325 mm long AWG 18, TR 64
8556TA 8506TA 325 mm long AWG 18
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
ø75,8
6325
337
0,3
10
+
1
+
1
+
90°
1
0
1
3,7
10
R4
0,15
+
0,2
+
78
Series 8000TV 76Øx37mm
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Impeller and mounting bracket of
metal.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Mass 370 g.
24 14.1 230 50 15 /9 1 650 -10...+80 60 000 / 25 000 – 8880 TV
31 18.3 230 50 20 /12 2 100 -10...+70 52 500 / 25 000 – 8850 TV
40 23.5 230 50 27 /12 2 650 -10...+70 52 500 / 25 000 – 8550 TV
40 23.5 230 50 28 /12 2 750 -40...+90 52 500 / 15 000 – 8556 TV
27 15.9 115 60 18 /8 1 850 -10...+80 62 500 / 25 000 – 8830 TV
36 21.2 115 60 24 /11 2 450 -10...+70 55 000 / 27 500 – 8800 TV
47 27.7 115 60 32 /11 3 150 -10...+75 55 000 / 25 000 – 8500 TV
47 27.7 115 60 33 /11 3 250 -40...+95 55 000 / 15 000 – 8506 TV
m3/h CFM VHzdB(A) / Watt min-1 °C Hours Hours
The air flow and noise level of fans without
external housing depends on the installation
conditions. The stated air flow and noise has
been measured with an orifice 76.5 mm Ø at a
distance of approx. 17 mm from the mounting
bracket. Under exceptionally favourable
mounting conditions, the air flow of fan series
8000N is achievable. The noise in the optimal
operating range can only be measured for
these fans in a specific application.
Fan Type Lead Wires
8880TV 8850TV 8830TV 8800TV 325 mm long AWG 18, TR 64
8550TV 8500TV 325 mm long AWG 18, TR 64
8556TV 8506TV 325 mm long AWG 18
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
AC Axial Fans
79
92 x 92 x 25 mm
Series 3900
0
010 20 30 40 50 70
20
30
40
50
Pa
70
10
4
3
6
25
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 10203040
AC fans with internal rotor shaded-
pole motor. Impedance protected
against overloading.
Metal fan housing, impeller of
mineral-reinforced plastic PA.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 flat pins
2.8 x 0.5 mm.
Fan housing with ground lug for
screw M4.
Mass 280 g.
31 18.3 230 50 24 3.8 /6 1550 -10...+80 70 000 / 27 500 1 3950 L
31 18.3 230 50 24 3.8 /6 1550 -40...+80 70 000 / 27 500 1 3956 L
45 26.5 230 50 29 4.2 /6 2150 -10...+80 70 000 / 27 500 2 3950 M
45 26.5 230 50 29 4.2 /6 2150 -40...+80 70 000 / 27 500 2 3956 M
59 34.7 230 50 35 4.7 /11 2650 -20...+80 55 000 / 20 000 3 3950
59 34.7 230 50 35 4.7 /11 2650 -40...+80 55 000 / 20 000 3 3956
39 23.0 115 60 27 4.0 /5 1850 -10...+80 70 000 / 27 500 4 3900 L
39 23.0 115 60 27 4.0 /5 1850 -40...+80 70 000 / 27 500 4 3906 L
53 31.2 115 60 34 4.6 /5 2600 -10...+80 70 000 / 27 500 5 3900 M
53 31.2 115 60 34 4.6 /5 2600 -40...+80 70 000 / 27 500 5 3906 M
70 41.2 115 60 40 5.1 /9 3150 -20...+80 60 000 / 22 500 6 3900
70 41.2 115 60 40 5.1 /9 3150 -40...+80 60 000 / 22 500 6 3906
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
80
Series 3000 92 x 92 x 38 mm
0
010 20 30 40 50 60 70 90
20
30
40
50
60
Pa
80
10
7
3
4
8
6
2
5
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 1020304050
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Metal fan housing and impeller.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Fan housing with ground lug and
screw M4x8 (TORX).
Mass 420 g.
49 28.8 230 50 24 3.7 /9 1750 -10...+75 60 000 / 27 500 1 3850
54 31.8 230 50 26 3.9 /9 1950 -40...+90 60 000 / 20 000 2 3856
67 39.4 230 50 32 4.4 /9 2300 -10...+80 60 000 / 25 000 3 3550
67 39.4 230 50 33 4.5 /9 2400 -40...+90 60 000 / 20 000 3 3556
75 44.1 230 50 36 4.8 /12 2650 -10...+55 52 500 / 37 500 4 3650
75 44.1 230 50 37 4.9 /12 2700 -40...+75 52 500 / 22 500 4 3656
54 31.8 115 60 26 3.9 /8 1900 -10...+80 62 500 / 25 000 5 3800
60 35.3 115 60 29 4.2 /8 2150 -40...+95 62 500 / 17 500 6 3806
73 43.0 115 60 35 4.6 /8 2500 -10...+80 62 500 / 25 000 7 3500
73 43.0 115 60 36 4.7 /8 2600 -40...+95 62 500 / 17 500 7 3506
89 52.4 115 60 41 5.1 /11 3100 -10...+65 55 000 / 30 000 8 3600
89 52.4 115 60 42 5.2 /11 3200 -40...+75 55 000 / 25 000 8 3606
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Fan Type Lead Wires
With Sleeve bearings 310 mm long AWG 18, TR 64
With ball bearings 310 mm long AWG 18
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
AC Axial Fans
81
119 x 119 x 25 mm
Series 9900
0
20
30
40
Pa
50
10
020 40 60 80 100 140
4
3
6
2
5
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 20406080
AC fans with internal rotor shaded-
pole motor. Impedance protected
against overloading.
Metal fan housing, impeller of
mineral-reinforced plastic PA.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 flat pins
2.8 x 0.5 mm.
Fan housing with ground lug for
screw M4.
Mass 325 g.
84 49.4 230 50 29.5 4.4 /9.5 1850 -40...+80 57 500 / 22 500 1 9956 L
104 61.2 230 50 35.5 4.7 /10 2250 -40...+80 57 500 / 22 500 2 9956 M
117 68.9 230 50 37 5.0 /14 2450 -20...+70 47 500 / 22 500 3 9950
117 68.9 230 50 37 5.0 /14 2450 -40...+70 47 500 / 22 500 3 9956
100 58.9 115 60 34.5 4.6 /8 2100 -40...+80 62 500 / 25 000 4 9906 L
111 65.3 115 60 37 5.0 /8 2450 -40...+80 62 500 / 25 000 5 9906 M
135 79.5 115 60 42 5.4 /12 2850 -20...+70 52 500 / 25 000 6 9900
135 79.5 115 60 42 5.4 /12 2850 -40...+70 52 500 / 25 000 6 9906
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
82
Series 4000N 119 x 119 x 38 mm
0
20
40
Pa
100
60
80
0 25 50 75 100 125 150
2
3
4
5
1
50 Hz50 Hz
0
20
40
Pa
100
60
80
Static Pressure pf
0 25 50 75 100 125 150 m /h
3
Flow Rate V
8
9
10
7
6
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
0 204060CFM
0 20406080CFM
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Metal fan housing and impeller
Air intake over struts. Rotational
direction CW looking at rotor.
Types 4890N and 4840N air
exhaust over struts.
Electrical connection via 2 flat pins
3.0 x 0.5 mm.
Fan housing with ground lug for
screw M4 and UNC.
Mass 550 g.
80 47.1 230 50 25 4.0 /11 1550 -10...+70 55 000 / 27 500 1 4890 N
100 58.9 230 50 32 4.4 /10 1800 -10...+70 57 500 / 27 500 2 4850 N
123 72.4 230 50 41 5.2 /18 2350 -10...+55 40 000 / 27 500 3 4580 N
145 85.3 230 50 44 5.4 /16.5 2550 -10...+55 42 500 / 30 000 4 4550 N
160 94.2 230 50 46 5.4 /19 2650 -10...+55 37 500 / 27 500 5 4650 N
160 94.2 230 50 47 5.5 /19 2650 -40...+85 37 500 / 15 000 5 4656 N
85 50.0 115 60 26 4.1 /10 1650 -10...+75 57 500 / 25 000 6 4840 N
97 57.1 115 60 32 4.3 /9 1750 -10...+75 60 000 / 27 500 7 4800 N
151 88.9 115 60 45 5.4 /16 2700 -10...+65 42 500 / 25 000 8 4530 N
169 99.5 115 60 48 5.7 /15 3000 -10...+65 47 500 / 25 000 9 4500 N
180 105.9 115 60 50 5.7 /18 3100 -10...+60 40 000 / 25 000 10 4600 N
180 105.9 115 60 51 5.8 /18 3100 -40...+90 40 000 / 15 000 10 4606 N
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Available on request:
Fan housing with mounting bosses.
Electrical connection via 2 single leads.
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
AC Axial Fans
83
119 x 119 x 38 mm
Series 4000Z
0
20
30
40
50
60
Pa
80
10
0 25 50 75 100 125 150 200
1
36
5
2
4
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 20406080100
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Metal fan housing and impeller
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 flat pins
2.8 x 0.5 mm.
Fan housing with ground lug and
screw M4x8 (TORX).
Mass 540 g.
100 58.9 230 50 26 4.0 /13 1700 -10...+65 50 000 / 27 500 1 4850 Z
115 67.7 230 50 30 4.3 /13 1900 -10...+65 50 000 / 27 500 2 4580 Z
160 94.2 230 50 40 5.3 /19 2650 -10...+50 37 500 / 30 000 3 4650 Z
160 94.2 230 50 40 5.3 /19 2650 -40...+75 37 500 / 17 500 3 4656 Z
105 61.8 115 60 28 4.11/ 12 1 800 -10...+70 52 500 / 25 000 4 4800 Z
120 70.6 115 60 32 4.4 /12 2000 -10...+70 52 500 / 25 000 5 4530 Z
180 105.9 115 60 45 5.6 /18 3100 -10...+60 40 000 / 25 000 6 4600 Z
180 105.9 115 60 45 5.6 /18 3100 -40...+85 40 000 / 15 000 6 4606 Z
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Available on request:
Electrical connection via 2 single leads 310 mm long.
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
R4
3
16 37
0,5
90°
6
375
ø112,5
148,2
0,3
+
10
+
1
+
1
+
0,2
+
0,3
+
4,3
0,15
+
84
Series 4600TA 113 Ø x 37 mm
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Impeller and mounting bracket of
metal.
Air exhaust over mounting bracket.
Rotational direction CW looking at
rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Mass 430 g.
138 81.2 230 50 41 /19 2 550 -10...+45 37 500 / 32 500 – 4650 TA
138 81.2 230 50 42 /19 2 550 -40...+75 37 500 / 17 500 – 4656 TA
147 86.5 115 60 43 /18 2 900 -10...+50 40 000 / 32 500 – 4600 TA
147 86.5 115 60 44 /18 2 900 -40...+80 40 000 / 17 500 – 4606 TA
m3/h CFM VHzdB(A) / Watt min-1 °C Hours Hours
The air flow and noise level of fans without
external housing depends on the installation
conditions. The stated air flow and noise has
been measured with an orifice 109 mm Ø at a
distance of approx. 17 mm from the mounting
bracket. Under exceptionally favourable
mounting conditions, the air flow of fan series
4600N is achievable. The noise in the optimal
operating range can only be measured for
these fans in a specific application.
Fan Type Lead Wires
4650 TA 4600 TA AWG 22, TR 32
4656TA 4606 TA AWG 18
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
AC Axial Fans
85
108 Ø x 37 mm
Series 4600TZ
3
37
0,5
6
375
ø108
0,3
10
+
1
+
1
+
+
0,3
+
R4
16
90°
148,2
0,2
+
4,3
0,15
+
AC fans with external rotor shaded-
pole motor. Impedance protected
against overloading.
Impeller and mounting bracket of
metal.
Air exhaust over struts. Rotational
direction CW looking at rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Mass 430 g.
125 73.6 230 50 42 /19 2 600 -10...+50 37 500 / 37 500 – 4650 TZ
125 73.6 230 50 42 /19 2 600 -40...+65 37 500 / 20 000 – 4656 TZ
140 82.4 115 60 45 /18 2 950 -10...+50 40 000 / 32 500 – 4600 TZ
140 82.4 115 60 45 /18 2 950 -40...+75 40 000 / 17 500 – 4606 TZ
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
The air flow and noise level of fans without
external housing depends on the installation
conditions. The stated air flow and noise has
been measured with an orifice 109 mm Ø at a
distance of approx. 17 mm from the mounting
bracket. Under exceptionally favourable
mounting conditions, the air flow of fan series
4000Z is achievable. The noise in the optimal
operating range can only be measured for
these fans in a specific application.
Fan Type Lead Wires
4650 TZ 4600 TZ AWG 22, TR 32
4656TZ 4606 TZ AWG 18
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
86
Series 5900 127 x 127 x 38 mm
0
20
30
40
50
60
Pa
80
10
0 25 50 75 100 125 150 200
50 Hz50 Hz
60 Hz60 Hz
2
4
1
3
m/h
3
Static Pressure pf
Flow Rate V
CFM0 20406080100
AC fans with internal rotor shaded-
pole motor. Impedance protected
against overloading.
Metal fan housing and impeller of
fibreglass reinforced plastic PA.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 flat pins
2.8 x 0.8 mm.
Fan housing with ground lug and
screw M4x6 DIN 7500-C.
Mass 570 g.
150 88.9 230 50 37 5.0 /13 2250 -30...+55 35 000 / 20 000 1 5988
180 105.9 230 50 43 5.4 /18 2700 -20...+50 40 000 / 32 500 3 5950
180 105.9 230 50 44 5.5 /18 2750 -30...+60 40 000 / 25 000 3 5958
162 95.3 115 60 39 5.1 /12 2400 -30...+55 35 000 / 20 000 2 5938
206 121.3 115 60 46 5.7 /17 3050 -20...+55 42 500 / 30 000 4 5900
206 121.3 115 60 47 5.8 /17 3100 -30...+75 42 500 / 20 000 4 5908
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Available on request:
Electrical connection via 2 single leads.
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
AC Axial Fans
87
135 x 135 x 38 mm
Series 5600
0
050 100 150 200 250
40
60
80
100
Pa
120
20
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM025 50 10075 125 150
AC fans with external rotor shaded-
pole motor and thermal cutout.
Metal fan housing and impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 flat pins
2.8 x 0.5 mm.
Fan housing with ground lug and
screw M4x8 (TORX).
Mass 800 g.
235 138.3 230 50 46 5.9 /30 2700 -35...+70 45 000 / 20 000 1 5656 S
270 158.9 115 60 50 6.2 /26 3100 -35...+80 47 500 / 20 000 2 5606 S
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
88
Series 7000 150 x 172 x 38 mm
0
40
80
Pa
200
120
160
0 50 100 150 200 250 300 400
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 50 100 150 200
AC fans with external rotor capaci-
tor motor. Protected against
overloading by integrated thermal
cutout.
Metal fan housing and impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 flat pins
2.8 x 0.5 mm.
Fan housing with ground lug and
screw M4x6 DIN 7500-C.
Mass 900 g.
330 194.2 230 50 52 6.4 /29 2800 -30...+65 60 000 / 32 000 1 7056 ES
390 229.6 115 60 57 6.8 /24 3300 -30...+80 55 000 / 18 000 2 7006 ES
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Minimum ambient temperature -15 °C, admissible for a short time at -30 °C without reaching dew point.
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
AC Axial Fans
89
150 Ø x 55 mm
Series 7800
0
40
60
80
100
120
Pa
160
20
0 50 100 150 200 250 300 400
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 50 100 150 200
AC fans with external rotor shaded-
pole motor. Protected against
overloading by integrated thermal
cutout.
Metal fan housing and impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Fan housing with ground lug and
screw M4x6 DIN 7500-C.
Mass 1.1 kg.
325 191.3 230 50 48 6.0 /45 2800 -30...+50 40 000 / 21 000 1 7855 ES
325 191.3 230 50 48 6.0 /45 2800 -30...+70 40 000 / 12 000 1 7856 ES
380 223.7 115 60 52 6.4 /38 3250 -30...+75 40 000 / 19 000 2 7805 ES
380 223.7 115 60 52 6.4 /38 3250 -30...+90 40 000 / 12 500 2 7806 ES
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Minimum ambient temperature -15 °C, admissible for a short time at -30 °C without reaching dew point.
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
90
Series 7400 150 Ø x 55 mm
0
0 100 200 300 400 500
40
60
80
100
Pa
140
20
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
Static Pressure pf
Flow Rate V
CFM0 100 150 200 25050
AC fans with external rotor shaded-
pole motor. Protected against
overloading by integrated thermal
cutout.
Metal fan housing and impeller.
Air intake over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Fan housing with ground lug and
screw M4x6 DIN 7500-C.
Mass 1.1 kg.
390 229.6 230 50 58 6.8 /47 2700 -30...+60 40 000 / 18 000 1 7450 ES
445 261.9 115 60 60 6.9 /46 3050 -30...+80 38 000 / 15 000 2 7400 ES
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Minimum ambient temperature -15 °C, admissible for a short time at -30 °C without reaching dew point.
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
AC Axial Fans
91
172 Ø x 51 mm
Series 6000
0
40
80
Pa
200
120
160
0 100 200 300 400 500
3
4
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 100 150 200 25050
AC fans with external rotor capaci-
tor motor. Protected against
overloading by integrated thermal
cutout.
Metal fan housing and impeller.
Air exhaust over struts. Rotational
direction CCW looking at rotor.
Electrical connection via 2 flat pins
2.8 x 0.5 mm.
Fan housing with ground lug and
screw M4x6 DIN 7500-C.
Mass 1.0 kg.
375 220.7 230 50 54 5.9 /24 2800 -30...+70 48 000 / 32 000 1 6058 ES
420 247.2 230 50 54 6.3 /26 2800 -30...+75 37 500 / 20 000 2 6078 ES
440 259.0 115 60 58 6.4 /26 3300 -30...+70 42 000 / 28 000 3 6008 ES
500 294.3 115 60 58 6.7 /29 3300 -30...+75 40 000 / 20 000 4 6028 ES
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Minimum ambient temperature -15 °C, admissible for a short time at -30 °C without reaching dew point.
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
92
80
104,8
120,6
12,2 54
57,6
67,4
15,5
31
6
226,5
37
60,3
45°
3,5
4,2
100,8
112,7
120,6
71,4
97
0,3
_0,5
+
0,2
+
0,2
+
0,2
+
0,3
+
0,4
+
0,4
+
0,1
+
2,5
*
310
6
10
+
1
+
0,2
+
Series RL90 121 x 121 x 37 mm
0
40
60
80
100
Pa
140
20
0 5 10 15 20 25 30 40
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 5 10 15 20
AC radial blower with external rotor
shaded-pole motor. Impedance pro-
tected against overloading.
Spiral housing and blower wheel of
fibreglass-reinforced plastic.
Housing base of galvanised steel
plate.
Air exhaust radial, through housing
port. Rotational direction CW look-
ing at rotor.
Electrical connection via 2 leads.
Stripped and tinned ends.
Mass 680 g.
40 23.5 230 50 5.6 5.6 /20 2450 -10...+50 37 500 / 30 000 1 RL90-18/50
40 23.5 230 50 5.6 5.6 /20 2450 -30...+70 37 500 / 20 000 1 RL90-18/56
42 24.7 115 60 6.0 6.0 /19.5 2550 -10...+60 37 500 / 25 000 2 RL90-18/00
42 24.7 115 60 6.0 6.0 /19.5 2550 -30...+85 37 500 / 15 000 2 RL90-18/06
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Housing base with flat pin 6.3 x 0.8 for grounding wire.
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
Fan Type Lead Wires
RL 90-18/50 RL 90-18/00 AWG 18, TR 32
RL 90-18/56 RL 90-18/06 AWG 22
93
AC Radial Fans
135 x 135 x 38 mm
Series RG90
010 20 30 40 50 60
0
40
60
80
100
Pa
140
20
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0510 2015 25 30
AC radial blower with external rotor
shaded-pole motor. Impedance pro-
tected against overloading.
Spiral housing and blower wheel of
fibreglass-reinforced plastic.
Housing base of galvanised steel
plate.
Air exhaust radial, through housing
port. Rotational direction CW look-
ing at rotor.
Electrical connection via 2 leads
AWG 22. Stripped and tinned ends.
Mass 560 g.
54 31.8 230 50 5.8 5.8 /22 2200 -30...+60 35 000 / 20 000 1 RG90-18/50
54 31.8 230 50 5.8 5.8 /22 2200 -30...+60 35 000 / 20 000 1 RG90-18/56
47 27.7 115 60 6.2 6.2 /22 1900 -30...+65 35 000 / 20 000 2 RG90-18/00
47 27.7 115 60 6.2 6.2 /22 1900 -30...+65 35 000 / 20 000 2 RG90-18/06
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
94
Series RG125 180 x 180 x 40 mm
0
020 40 60 80 100
50
100
150
200
Pa
250
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 1020304050CFM0 1020304050
AC radial blower with external rotor
shaded-pole motor. Impedance pro-
tected against overloading.
Spiral housing and blower wheel of
fibreglass-reinforced plastic.
Housing base of galvanised steel
plate.
Air exhaust radial, through housing
port. Rotational direction CW look-
ing at rotor.
Electrical connection via 2 leads
AWG 22. Stripped and tinned ends.
Mass 850 g.
86 50.6 230 50 5.8 5.8 /20 2550 -30...+70 37 500 / 20 000 1 RG125-19/56
94 55.3 115 60 6.0 6.0 /19 2750 -30...+80 40 000 / 15 000 2 RG125-19/06
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
95
AC Radial Fans
220 x 220 x 56 mm
Series RG160
050 100 150 200 250
0
200
300
400
Pa
500
100
2
1
50 Hz50 Hz
60 Hz60 Hz
m/h
3
Static Pressure pf
Flow Rate V
CFM0 50 75 100 12525
AC radial blower with external rotor
shaded-pole motor. Thermal con-
tactor as protection against thermal
overloading.
Spiral housing and blower wheel of
fibreglass-reinforced plastic.
Housing base of galvanised steel
plate.
Air exhaust radial, through housing
port. Rotational direction CCW
looking at rotor.
Electrical connection via leads
AWG 18. Stripped and tinned ends.
Mass 1.7 kg.
202 118.9 230 50 6.6 6.6 /47 2 750 -30...+70 30 000 / 15 000 1 RG160-28/56S
223 131.3 115 60 6.9 6.9 /50 3 050 -30...+80 27 500 / 12 500 2 RG160-28/06S
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
96
ø47
ø58
400
6
ø125
ø56
138 419
30,7
6,6 39,7
0,3
+
0,4
+
10
+
1
+M4 (2x)
5 deep
Series RER 125 138 Ø x 40 mm
0
0 20406080 120
20
40
120
m/h
3
60
80
100
100
50 Hz50 Hz
60 Hz60 Hz
Pa
2
1
Static Pressure pf
Flow Rate V
0102030 CFM40 50 60
AC radial blower with external rotor
shaded-pole motor. Impedance pro-
tected against overloading.
Blower wheel of fibreglass-
reinforced plastic, with steel plate
reinforced.
Air exhaust radial. Rotational direc-
tion CW looking at rotor.
Electrical connection via leads
AWG 22. Stripped and tinned ends.
Mass 500 g.
104 61.2 230 50 6.2 6.2 /19 2600 -30...+60 37 500 / 22 500 1 RER125-19/56
115 67.6 115 60 6.5 6.5 /18 2850 -30...+70 40 000 / 20 000 2 RER125-19/06
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Air Flow
Air Flow
Type
Nominal Voltage
Frequency
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Noise
Sintec-Sleeve Bearings
The air flow and noise level of fans
without external housing depend on the
installation conditions. The stated
air flow and noise levels have been mea-
sured under the following conditions:
centrifugal fan mounted on a base
plate 220 x 220 mm. Cover plate
220 x 220 mm with an air-inlet of
Ø 86 mm, concentric to the blower wheel.
R5
Air flow
Air flow
2mm
97
AC Radial Fans
176 Ø x 54 mm
Series RER 160
0
050 100 150 200 300
100
150
200
250
Pa
300
m/h
3
50
50 Hz50 Hz
60 Hz60 Hz
2
1
Static Pressure pf
Flow Rate V
CFM025 50 10075 125 150
176
5,1
54
50,8
58
ø72
max. 8 deep
* M4 (4x)
0,3
+
0,8
+
0,1
+
0,1
+
0,1
+
0,3
+
425
10
+
6
1
+
AC radial blower with external rotor
shaded-pole motor. Impedance pro-
tected against overloading.
Blower wheel of fibreglass-
reinforced plastic, with steel plate
reinforced.
Air exhaust radial. Rotational direc-
tion CCW looking at rotor.
Electrical connection via leads
AWG 18. Stripped and tinned ends.
Mass 1.0 kg.
234 137.6 230 50 6.6 6.6 /45 2 800 -30...+60 30 000 / 20 000 1 RER 160-28/56S
274 161.2 115 60 6.8 6.8 /46 3 250 -30...+70 30 000 / 15 000 2 RER 160-28/06S
m3/h CFM VHzdB(A) bels / Watt min-1 °C Hours Hours
Air Flow
Air Flow
Type
Ball Bearings
Power Input
Nominal Speed
Temperature Range
Curve
Service Life L
10
at 40 °C
at t
max
Sintec-Sleeve Bearings
Nominal Voltage
Frequency
Noise
The air flow and noise level of fans
without external housing depend on
the installation conditions. The stated
air flow and noise levels have been
measured under the following conditions:
centrifugal fan mounted on a base
plate 260 x 260 mm. Cover plate
260 x 260 mm with an air-inlet of
Ø 100 mm, concentric to the blower
wheel.
R5
Air flow
Air flow
2mm
98
Everything that you need for your fan.
PAPST provides an extensive range of
accessories for optimum fan operation:
From temperature sensing for speed-
controlled fans to finger guards of all
types, switched-mode power supply,
connecting cable, filter, screens, spacers
and assembly parts. In addition to the
accessories and assembly parts listed in
this catalogue, PAPST also supplies
numerous special parts for fan operation.
The sales experts at PAPST will be
happy to assist you in your enquiries
concerning fan assembly and applica-
tion.
From selection to accessories: Insist on
the efficient and reliable service
provided by PAPST.
All the Accessories You Require:
99
Accessories
100
Finger Guards
Finger guards as per EN 294, of
rust-proof steel wire for equipment
fans.
Further finger guards that do not
conform to EN 294 can be supplied
on request.
LZ35 Series 5200/ 5900
LZ36 Fan series 7000
LZ37 Fan series 6000
LZ38 Fan series 6400
LZ29-1 Fan series 400
LZ28-1 Fan series 600
LZ32-4 Fan series 8000
LZ23-1 Fan series 3000
LZ30-4 Fan series 9000/4000
LZ25 Series 5100/5600
2
4,7
0,3
+
1
+
71,5
71,5
78,2
4,3 0,2
+
0,5
±
40 1
+
82,5
82,5
4,3 0,2
+
_1
92
40 1
+
2
4,7
0,3
+
1
+
119 _1
51,5+1
2
4,7
+0,3
+1
104,8
104,8
4,3 0,2
+
101
Finger Guards
Finger guards for axial fans and
crossflow blower of black, fibre-
glass reinforced plastic. These
finger guards conform to EN 294.
LZ32P LZ 34LZ30P
Finger Guards Fan series
LZ32-2 8000
LZ32-3 8000
LZ32 P 8000
LZ23-2 3000
LZ23-3 3000
LZ30-5 9000
LZ30-6 9000
LZ30 P 9000
LZ30-5 4000
LZ30-6 4000
LZ30 P 4000
LZ33-1 5200
LZ33-2 5200
LZ33-1 5900
LZ33-2 5900
LZ34 RG 125
Dimensions LZ 32..
Finger Guards Mounting B C D E
LZ32-2 A 1 80 -0,5 71,5±0,2 7,0 34
LZ32-3 A 3 80 -0,5 71,5±0,2 7,0 34
LZ23-2 A 1 92,5 -0,5 82,5±0,2 6,5 46
LZ23-3 A 3 92,5 -0,5 82,5±0,2 6,5 46
LZ30-5 A 2 119 -0,5 105±0,2 6,5 50
LZ30-6 A 4 119 -0,5 105±0,2 6,5 50
LZ33-1 A 2 127 -0,5 113,5±0,2 6,5 50
LZ33-2 A 4 127-0,5 113,5±0,2 6,5 50
Accessories
Finger Guards Fan Series
LZ212 8300
LZ260 8300
LZ261 8400
LZ212 3300
LZ260 3300
LZ210 9000
LZ40 N 9000
LZ40-1 9000
LZ60 9000
LZ210 4000
LZ40 N 4000
LZ40-1 4000
LZ60 4000
LZ212 4300
LZ260 4300
LZ210 5100
LZ210 5600
LZ210 5200
LZ210 5900
LZ210 7000
LZ370 VARIOFAN
102
Accessories
In addition to the accessories and
assembly parts listed in this cata-
logue, PAPST also supplies nume-
rous special parts for fan operation.
The sales experts at PAPST will be
happy to assist you in your enqui-
ries concerning fan assembly and
application.
Screen LZ40N
Bracket LZ40-1
Filter LZ60
LZ40N / LZ 40-1 / LZ 60
LZ40N of black, fibre-glass reinforced
plastic with inserted aluminium wire
mesh LZ60. Mounting with brackets
LZ40-1.
LZ212
Screw clip of rust-resistant spring steel.
For mounting fans with threaded
pin 3.5 DIN 7970.
LZ210
Screw clip of hardened
steel. For mounting fans
with threaded pin 6-32
UNC and/or 3.5
DIN 7970.
LZ260 / LZ261
Spacer of fibreglass reinforced plastic. For
screw mounting over both fan mounting
flanges.
LZ370
Temperature sensor for speed-controlled
fan operation. Temperature range 30...50 °C.
LZ120
Connecting cable with moulded plug,
(PVC, black). Stranded wires with multi-core
cable ends. For all types of fan with flat
pins 3.0 x 0.5 mm.
103
Power Supply PS60
Accessories
The power unit features a control input
for selecting the voltage. The output
voltage can be set via an external
resistor from 12 to 24 V. When using a
100 kΩNTC sensor (Accessory LZ 370)
a temperature/voltage curve of 30 to
50 °C is produced. An efficient and
practice-oriented reduction of the air
flow performance and noise emitted by
the fan can be achieved in this tem-
perature range.
If the control input is open or the
sensor has been torn off, 24 VDC are
available at the output.
Option: PCB with additional functions
e.g. speed monitoring with alarm sig-
nal output for critical speeds.
The power unit is an integrated device.
For installation and operation, observe
the relevant DIN/VDE (German Indus-
trial Standards/Association of German
Electricians) and country-specific regu-
lations.
For optimum cooling vertical assembly;
observe clearance of min. 80 mm.
The place of installation must fulfill the
conditions for fireproof housings as
per EN 60335 and EN 60950.
Installation should only be carried out
by skilled personnel.
Electrical connection Mains input: N / L / PE
Bridge for 115V mains voltage
Outputs: 6x plus / minus
Connection: Standard plug e.g.: AMP
MTA-connector SL156
Nominal input voltage 115VAC 60Hz or 230VAC 50 HZ switchable
Voltage range 110V AC (-10% +15%), 57Hz ... 63 Hz
110V nominal voltage Operation down to 90VAC with limited output
Voltage range 230V AC (-20% +15%), 47Hz ... 53 Hz
230V Nominal voltage
Nominal output voltage 24V ± 2% (12 ... 24V ± 2%)
Starting inrush current <20 A (cold start)
Control line / load ≤0.2% ≤0.1 %
Output current / output power 2.5 A with VA = 24V 60 W with VA = 24V
1.25A with VA =12V 30 W with VA = 12V
Operating efficiency > 85% at nominal load
Reliability (Siemens Standard) L10 = 70000 h at 40°C / 40000 h at 70°C
Protection type and class IP20 / 1
Degree of contamination 2 (EN50178)
Galvanic separation 3000V AC
Basic safety standards EN60950 / VDE0805 / UL1950 / CE
Protective functions Output – free running and short circuit proof
Operating mode Continuous operation
Operating temperature -25°C ... +55 °C
Max. operating temperature +70 °C housing temperature
EMV: Emission / noise immunity EN 50081-1 / EN 50081-2
Mass 300g
NL
12
Ø
4,5
48
Ø
4,5
11
Ø
8,5
23
77,5 77,5
170
37,5
36
90
76 56,5
3,96
R 3,8
R5
115V NTC
Convection-cooled switched-mode
power supply, specially designed
for operating electronically commu-
tated fans or motors.
Up to 6 consumers with a total of
60 watts power consumption can
be directly connected to the output
plug connector.
24 V DC nominal voltage. Output
voltage adjustable from 12 to 24 V
via external resistor or potentio-
meter.
Temperature-dependent fan
operation. The required voltage is
set via an external temperature
sensor.
Plastic housing.
104
Nominal Voltage - Volt -
The voltage at which the nominal val-
ues (the tabular values listed in this
catalogue) were determined. The fan
operation for DC fans is not limited to
the nominal voltage. Fan speed and
fan performance can vary according to
the permissible voltage range that is
specified on the nameplate of each
fan.
Frequency -Hz -
PAPST AC fans are equipped for oper-
ating frequencies of 50 Hz or 60 Hz.
Their technical data alters accordingly.
Volumetric Flow Rate - m3/h -
The air flow performance of the fan in
free air operation, i.e. the fan blows
into the free space without static pres-
sure.
Fan Curves
The fan curves are determined in accor-
dance with DIN 24 163 specifications on
a dual-chamber test stand with intake-
side measurement. This measurement
technique closely approximates the
operating conditions experienced in
typical applications for fans and yields
realistic performance curves. The curves
apply to an air density of ρ= 1,2kg/m3,
corresponding to an air pressure of
1013 mbar at 20 °C. Variations in air
density affect pressure generation but
not the flow rate. The pressure generat-
ed at other air densities may be estimat-
ed with the formula ∆ρ2 = ∆ρ1 (ρ2/ρ1).
The nominal speed values, airflow and
power input listed in the table were
measured in free air operation with hori-
zontal shaft at an ambient temperature
of 20 +5 °C, air density ρ= 1,2 kg/m3
after a warm-up period of 5 min.
Optimum Application
During operation fans are required to
produce an airflow with a simultaneous
increase of pressure. These operating
conditions are described in the section
“Optimum Operating Range”.
The optimum operating range is thereby
always indicated in this catalogue in
blue. In this range the fans operate best
with respect to efficiency and noise
level. Within this optimum operating
range the noise level only fluctuates
insignificantly.
Noise - dB(A), bels -
1. Noise Pressure Level – dB(A)
Noise ratings of the fan in free air opera-
tion, i.e. at maximum flow rate.
2. Sound Power Level – bels
Extent of the overall sound radiation of
the fan. The sound power level is deter-
mined in the optimum operating range.
Sintec®Sleeve Bearings
A particularly efficient bearing system
with excellent qualities:
●Very precise, large sintered bearings
●Low running noise
●High service life expectancy
●Insensitive to shock and vibration
Ball Bearings
Precision ball bearings for particular-
ly high ambient temperatures and
high service life expectancy.
Power Input
-Watt -
Input performance of the fan
motor when operating at nominal
voltage.
Temperature Range -°C -
The permissible ambient temperature
range within which the fan can be
expected to run continuously.
Service Life
The service life expectancy L10 at an
ambient temperature of 40 °C. The
ambient temperature strongly influences
the service life of the fan: High tempera-
tures reduce the service life, low tem-
peratures increase it.
Subject to technical alterations.
German and international patents, registered
designs and utility models.
PAPST, Vario-Pro, MICROFAN, SINTEC and
VARIOFAN are trademarks of PAPST-MOTOREN
GmbH & Co KG and are registered in many
countries of the world.
Definitions
CFM
0 10020 40 60 80
Static Pressure pf
Flow Rate V
0
0 25 50 75 100 125 175
20
30
40
50
Pa
70
10
m/h
3
Fan Curve
Ball Bearings
Sleeve Bearings
105
106
Sales Organisation for Fans
Field Staff
Headquarters and Plant 1
PAPST-MOTOREN GmbH & Co KG
Hermann-Papst-Straße 1
78112 St. Georgen/Schwarzwald
P.O. Box 14 35
78106 St. Georgen/Schwarzwald
Tel: +49 (0) 77 24 / 81-0
Fax: +49 (0) 77 24 / 81-13 09
E-mail: info@papst.de
Internet: www.papst.de
Plant 2
PAPST-MOTOREN GmbH & Co KG
Rheinhausenstraße 17
79336 Herbolzheim/Breisgau
P.O. Box 12 68
79333 Herbolzheim/Breisgau
Tel: +49 (0) 76 43 / 802-0
Fax: +49 (0) 76 43 / 802-282
PAPST Express Service
Express Service Nord
BEG
Breuell &Hilgenfeldt GmbH
Grützmühlenweg 40
22339 Hamburg
Tel. (0 180) 1444000
Fax (0 40) 53809284
E-mail: papst@breuell.de
Express Service South
Scheffel
elektrotechnischer Vertrieb
Siemensstraße 62
70839 Gerlingen
Tel. (0 180) 1555000
Fax (07156) 49425
E-mail: papst-pes-sued
@t-online.de
06120 Lieskau b. Halle
Michael Hanning
Lerchenweg 4
06120 Lieskau bei Halle
Tel. (03 45) 5 51 24 56
Fax (03 45) 5 51 24 57
16341 Zepernick
Jens Duchow
Händelstraße 7
16341 Zepernick
Tel. (0 30) 94 41 49 62
Fax (0 30) 94 41 49 63
22339 Hamburg
Ing.-Büro Breuell
Grützmühlenweg 40
22339 Hamburg
Tel. (0 40) 53 80 92 10
Fax (0 40) 53 80 92 84
35075 Gladenbach
Ralph Brück
Hoherainstraße 3b
35075 Gladenbach
Tel. (0 64) 62 40 71 10
Fax (0 64) 62 70 71 11
44289 Dortmund
Hans-Joachim Pundt
Sölder Straße 96
44289 Dortmund
Tel. (02 31) 3 95 38 17
Fax (02 31) 3 95 38 18
49201 Dissen
Ulrich Bartholomäus
Veltmannstraße 9
49201 Dissen
Tel. (0 54 21) 27 46
Fax (0 54 21) 56 25
56767 Uersfeld
Winfried Schaefer
Hinter der Kirch 10
56767 Uersfeld
Tel. (0 26 57) 16 96
Fax (0 26 57) 16 76
63452 Hanau
Christian Kleffmann
Dr. Hermann-
Krause-Straße 23
63452 Hanau
Tel. (0 61 81) 18 98 12
Fax (0 61 81) 18 98 13
71679 Asperg
Rudi Weinmann
Badstraße 23
71679 Asperg
Tel. (0 71 41) 6 30 01
Fax (0 71 41) 6 30 02
73540 Heubach
Friedrich Klein
Adlerstraße 49/1
73540 Heubach
Tel. (0 71 73) 49 83
Fax (0 71 73) 80 53
77704 Oberkirch
Ralf Braun
Hubeneck 21
77704 Oberkirch
Tel. ( 078 02) 98 22 52
Fax (078 02) 98 22 53
84036 Landshut
Roland Knoll
Lainerbuckel 38
84036 Landshut
Tel. (08 71) 4 50 20
Fax (08 71) 4 50 63
89269 Vöhringen
Günter Wilhelm
Vöhlinstraße 7
89269 Vöhringen
Tel. (0 73 06) 92 46 08
Fax (0 73 06) 92 46 48
Distributors
12049 Berlin
ETB Electronic Team
Berat.- u. Vertriebs GmbH
Mahlower Straße 23 - 24
12049 Berlin
Tel. (0 30) 6 21 60 15
Fax (0 30) 6 21 10 15
22143 Hamburg
Walter Kluxen GmbH
Neuer Höltigbaum 6
22143 Hamburg
Tel. (0 40) 23 70 10
Fax (0 40) 23 70 13 09
31303 Burgdorf
ETB Electronic Team
Berat.- u. Vertriebs GmbH
Wundramweg 1
31303 Burgdorf
Tel. (0 51 36) 8 50 16
Fax (0 51 36) 26 01
45127 Essen
Robert Merkelbach
GmbH + Co KG
Maxstraße 75
45127 Essen
Tel. (02 01) 81 02 - 60
Fax (02 01) 81 02 - 666
63303 Dreieich
SPOERLE ELECTRONIC
Max-Planck-Straße 1 - 3
63303 Dreieich
Tel. (0 61 03) 304 - 0
Fax (0 61 03) 304 - 304
75228 Ispringen
RUTRONIK Elektronische
Bauelemente GmbH
Industriestraße 2
75228 Ispringen
Tel. (0 72 31) 801-0
Fax (0 72 31) 8 22 82
82054 Sauerlach
A. Schweiger GmbH
Ohmstraße 1
82054 Sauerlach
Tel. (0 81 04) 8 97 - 0
Fax (0 81 04) 8 97 - 90
85646 Neufarn
Multi-Bauelemente-
Service
Vertrieb von elektr.
Bauelementen GmbH
Berglackerweg 2
85646 Neufarn b.
München
Tel. (0 89) 99 15 26 - 0
Fax (0 89) 99 15 26 - 26
The new service center with 24 h delivery and
consultation service.
Your contact for small orders without minimum quantity
surcharge. Telephone 0180 (local rate).
106
Representatives/Distributors
Worldwide
Argentina
Cirigliano S.A.
Av. Belgrano 3756
RA-1210 BUENOS AIRES
Tel. ++54-1-9 32 67 73
Fax ++54-1-9 32 68 33
Australia
Ziehl-ebm Australia Pty Ltd.
59 - 67 Export Drive
BROOKLYN, Victoria, 3025
Tel. ++61-3-93 15 20 11
Fax ++61-3-93 15 12 82
ADILAM Electronics Pty Ltd.
14 Nicole Close
North Bayswater 3153
VICTORIA 3153/AUSTRALIEN
Tel. ++61-3-97 61 44 66
Fax ++61-3-97 61 44 61
Austria
Ing. August Fels
Taborstraße 22
A-1020 WIEN
Tel. ++43-1-2 14 25 78
Fax ++43-1-2 14 52 26
Ziehl-ebm GmbH
Pummererstraße 26
A-4021 LINZ
Tel. ++43-7 32-7 85 09 50
Fax ++43-7 32-78 57 02
Belgium
Representative:
VIBO Belgium N.V.
Romeinsestraat 6
B-3001 LEUVEN
Tel. ++32-16-40 04 31
Fax ++32-16-40 01 28
Distributor:
Spoerle Electronic
Keiberg II, Minervastraat 14/82
B-1930 ZAVENTEM
Tel. ++32-2-7 25 46 60
Fax ++32-2-7 25 45 11
Distributor:
SEI Benelux B.V.
Division SEI/Rodelco
Limburg Stirum 243
B-1810 WEMMEL
Tel. ++32-2-4 60 05 60
Fax ++32-2-4 60 02 71
Brasil
ebm Motores Ventiladores Ltda.
Rua Francisco D’Amico, 155
Bairro Pirajussara
06785-290 Taboao da Serra–SP
Tel. ++55-11-41 38 50 90
Tel. ++55-11-41 38 50 86
Bulgaria
Compex Ges.m.b.H.
Wurlitzergasse 10/3
A-1160 WIEN
Tel. ++43-1-4 80 42 23
Fax ++43-1-4 86 42 30
Canada
ebm Industries, Inc.
1800 Ironstone Manor, Unit 2
Pickering, Ontario L1W 3J9
Tel. ++905-420-3533
Fax ++905-420-3772
China
ebm Industries (Shanghai) Co.
Floor 3, Block FM 5-1, Area F, No. 33
Xiya Road, Outer Gao Qiao Free Trade Zone
RC 200137 SHANGHAI P.R. China
Tel. ++86-21-50 46 01 83
Fax ++86-21-50 46 02 17
Croatian
see Compex /Bulgaria
Czech
Mechatronic spol s r.c.
Kloknerova 9
CZ 148 00 Praha 4
Tel. u. Fax ++420-2-7926593
Denmark
Erik Jenk's Eftf. A/S
Vallensbaekvej 21
DK-2605 BROENDBY
Tel. ++45-43-63 11 11
Fax ++45-43-63 05 05
Finland
Ziehl-ebm OY
Puistotie 1
SF-02760 ESPOO
Tel. ++3 58-9-8 87 02 20
Fax ++3 58-9-88 70 22 13
France
FA AIRTECHNIC
BP 166
F-67404 ILLKIRCH
Tel. ++33-3-88 66 00 82
Fax ++33-3-88 67 38 83
Great Britain
PAPST plc
East Portway
ANDOVER, HANTS SP10 3RT
Tel. ++44-12 64-33 33 88
Fax ++44-12 64-33 21 82
ebm-Ziehl Limited
Chelmsford Business Park
CHELMSFORD, ESSEX CM2 5EZ
Tel. ++44-12 45-46 85 55
Fax ++44-12 45-46 63 36
Greece
N. Assimacopoulos S.A.
Electromechanics
11, Karitsi Square
GR-105 61 ATHENS
Tel. ++30-301 32 21 737
Fax ++30-301 32 25 708
Hongkong
QUALTEK ELECTRONICS, Ltd.
Room 1608-1613, Park-In Commercial Centre
56 Dundas Street
KOWLOON/HONGKONG
Tel. ++8 52-27 80 13 39
Fax ++8 52-27 80 82 29
Hungary
COMPEX KFT,
Etele út 56/B
H-1115 BUDAPEST
Tel. ++36-12 06-57 71
India
ebm NADI International Pvt Ltd.
126/3, G.N.T. Road Erukkencherry
MADRAS-600 118, INDIA
Tel. ++91-44-5 37 74 95
Fax ++91-44-5 37 11 49
Indonesia
ebm Industries Indonesia
Representative Office
Jalan Puri Kencana, Blok K7/3T
RI-Jakarte 11610
Tel. ++62-21-582-3118
Fax ++62-21-582-3117
Ireland
ebm Industries Limited
Portlaoise Business Park
Mountrath Road
IRL-Portlaoise, Co. Laois
Tel. ++353-502-643 43
Fax ++353-502-643 46
Israel
Polak Bros. Import Agencies Ltd.
10, Hayarkon Street, P.0. Box 716
IL-BNEI-BRAK 51108
Tel. ++9 72-3-6 17 73 00
Fax ++9 72-3-5 79 66 79
Italy
ebm-Ziehl s.r.l.
Via E. Mattei 16/18
I-22076 MOZZATE (Co)
Tel. ++39-3 31-83 62 01
Fax ++39-3 31-82 15 10
Japan
ebm Industries Japan K.K.
12 Floor, Benex S-3 Bldg.
3-20-8 Shinyokohama
J-Kohoku-ku, Yokohama 222-0033
Tel. ++81-45-470-57 51
Fax ++81-45-470-57 52
Malaysia
ebm Industries Malaysia
Representative Office
F19A-4, Jalan PJU 1/42
47301 Petaling Jaya
Tel. ++60-3-7 06-54 40
Fax ++60-3-7 06-54 41
Mexico
ebm Industries, Inc.
4. Cda, de Ote. 245-15
Col. Agricola Orlental
Mexico 08500 D.F.
Tel. ++52-5-5 58 76 86
Fax ++52-5-5 58 76 89
Netherlands
Representative:
Vibo Luchttechniek B.V.
P.O. Box 230, NL-5705 AE HELMOND
Engelseweg 235/NL-5700 AE HELMOND
Tel. ++31-4 92-50 29 00
Fax ++31-4 92-50 29 50
Distributor:
Spoerle Electronic
Distribution International GmbH
Postbus 476 NL-3990 GG Houten
Elzenkade 3, NL 3992 AD Houten
Tel. ++31-30-6 39 12 34
Fax ++31-30-6 39 12 05
Distributor:
SEI Benelux B.V.
Division SEI/Rodelco
Takkebijsters 2,
NL-4817 BL-BREDA
Tel. ++31-76-5 72 25 00
Fax ++31-76-5 71 00 29
New Zealand
Ziehl-ebm Australia PTY LTD
102 Henderson Valley RD
P.O. Box 69142, Glendene
NZ-AUCKLAND 8, New Zealand
Tel. ++64-9-8 35 26 14
Fax ++64-9-8 35 26 19
ADILAM Electronics Pty. Ltd.
5A Tenauhaun Place Sockburn
Christchurch
PO Box 6032 Upper Riccarton
NZ-CHRISTCHURCH; New Zealand
Tel. ++64-3-3 41 30 50
Fax ++64-3-3 41 30 40
Norway
Ziehl-ebm as
Nordasvejen 5, 1254 Oslo
P.O. Box 173 Holmlia,
N-1203 OSLO
Tel. ++47-22 76 33 40
Fax ++47-22 61 91 73
Poland
see Compex /Bulgaria
Portugal
ebm Industrias de Motores
e Ventilatores, Lda.
Centro Armazenal 1,
Av, Marechal Gomes da Costa, 35á
Rua conselheiro Emidio Navarro
P-1800-255 Lisboa
Tel. ++3 51-2-18 39 47 50
Fax ++3 51-2-18 39 47 59
Romania
see Compex /Bulgaria
Russia
ebm Industries Ltd
Schosse Revolyuzii 90, Liter A
Rus-195279 Sankt Petersburg
Tel. ++7-8 12-5 86 41 02
Fax ++7-8 12-5 86 41 02
Singapore
ebm Industries SEA Pte. Ltd.
23 Ubi Road 4, #05-00
Olympia Industrial Building
Singapore 40 86 20
Tel. ++65-8 42 84 38
Fax ++65-8 42 84 39
Slovak
see Compex /Bulgaria
South Africa
Retron CC
P.0. Box 3 94 48, Bramley, 2018
SSF-Building, 706 - 4th Street, Wynberg
JOHANNESBURG/SÜDAFRIKA
Tel. ++27-11-7 86 05 53
Fax ++27-11-4 40 82 75
Ziehl-ebm South Africa (Pty) Ltd.
P.O. Box 3124, 1119 YACHT AVE
ZA- 2040 HONEYDEW EXT 20
Tel. ++27-11-7 94 57 06
Fax ++27-11-7 94 50 20
South Korea
ebm Industries Korea Co. Ltd.
Room 703, Chunbang Bldg.
Yeomchang Dong 260-7
Kangseo-Ku, Seoul
Tel. ++82-2 36 62 13 24
Fax ++82-2 36 62 13 26
Spain
ZIEHL-ebm IBERICA, S.A.
Apartado de Correos, 27
C/ Montón de trigo, Nr. 3
E-28760 TRES CANTOS (Madrid)
Tel. ++34-1-8 03 77 10
Fax ++34-1-8 04 03 40
Sweden
Ziehl ebm AB
Aeggelundavaeqen 2
S-17562 JÄRFÄLLA
Tel. ++46-8-7 61 94 00
Fax ++46-8-36 23 06
Switzerland
Omni Ray AG
Im Schossacher 12
CH-8600 DÜBENDORF
Tel. ++41-1-8 02 28 80
Fax ++41-1-8 02 28 28
Ziehl-ebm AG
Wiesenstraße 10
CH-8952 SCHLIEREN
Tel. ++41-17 31-00 55
Fax ++41-17 31-00 71
Taiwan
QUALTEK INTERNATIONAL CORP.
14 FL, 138, SEC. 3, Chung Hsing Road,
HSIN TIEN, TAIPEI HSIEN, TAIWAN, ROC
Tel. ++886-2-9 17-11 82
Fax ++886-2-9 12-79 00
Thailand
ebm Industries SEA Pte Ltd.
Representative Office Thailand
4th Floor, 89/349 Chaeng Wattana Road Laksi
Bangkok 10210, Thailand
Tel. ++66-2 576 1524
Fax ++66-2 576 1525
Turkey
AKANTEL ELEKTRONIK San. Tic. Ltd. Sti.
Ali Cetincaya Bulv. No. 25 K:2 D:3
TR-35220 ALSANCAK - IZMIR
Tel. ++90-232-3 28 20 90
Fax ++90-232-3 28 02 70
USA
ebm Industries Inc.
110 Hyde Road
FARMINGTON, CT 06034/USA
Tel. ++1-8 60-6 74 15 15
Fax ++1-8 60-6 74 85 36
2
L856 E Subject to technical changes 15.0105
PAPST-MOTOREN GmbH & Co KG
Hermann-Papst-Straße 1
78112 St. Georgen/Germany
Tel. +49 (0) 77 24 / 81-0
Fax +49 (0) 77 24 / 81-309
E-Mail: info@papst.de
http://www.papst.de
An company