RM - SONDERMANN Pumpen + Filter GmbH & Co. KG
RM - SONDERMANN Pumpen + Filter GmbH & Co. KG
RM - SONDERMANN Pumpen + Filter GmbH & Co. KG
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Product range<br />
Magnetically coupled centrifugal pumps<br />
Submersible pumps<br />
<strong>Filter</strong>s and filter equipment<br />
<strong>Co</strong>mpetence in<br />
pump and filter<br />
technologies
SONDE<strong>RM</strong>ANN makes the difference –<br />
with excellent product quality, decades<br />
of experience and reliable service.<br />
Excellent products<br />
Ask any expert or specialist company which<br />
pump technology they use, the answer will<br />
mostly be SONDE<strong>RM</strong>ANN. That’s something<br />
we are rightly proud of! All our products and<br />
devices are of highest quality, from simple<br />
submersible pumps to magnetically coupled<br />
pumps that are absolutely safe to run dry. So<br />
our pumps will work reliably and impeccably<br />
in any place for a long time.<br />
Reliable service<br />
We have an especially dense network of customer<br />
advisors: only in Germany, well-trained<br />
technical advisors in 14 distribution companies<br />
are at your disposal. So we are everywhere<br />
in close contact with the users of our<br />
products. Whatever challenge of fluid pumping<br />
or filtering you face, the job will be done<br />
best by a SONDE<strong>RM</strong>ANN pump or filter. Just<br />
try us!<br />
Decades of experience<br />
The SONDE<strong>RM</strong>ANN brand stands for decades<br />
of experience and continuous development<br />
of products. For more than 50 years now, our<br />
pumps and pumping systems have been used<br />
in various industries all over the world. And<br />
up to this day, we have been able to consolidate<br />
our technological lead. This unique<br />
technological know-how enables us to solve<br />
almost every pump-related problem of our<br />
clients.<br />
Much more than standard issue<br />
As standard models are often inadequate<br />
for a specific application, we have been prepared,<br />
from the beginning, to manufacture<br />
customized designs. Tell us your specific<br />
type of problem in detail and we will be able<br />
to help you solve it in no time. This is also<br />
what SONDE<strong>RM</strong>ANN stands for.<br />
Quality made in Germany<br />
Wherever SONDE<strong>RM</strong>ANN is written on, quality<br />
made in Germany is inside. All our products<br />
are entirely manufactured in Germany<br />
and certified according to the ISO 9001 standard.<br />
This is only one of the reasons why our<br />
products are of superior quality. Since we are<br />
very serious about each new pump and filter,<br />
every single one is thoroughly checked in<br />
several stages before it leaves the company.<br />
SONDE<strong>RM</strong>ANN is a member of<br />
the German Surface Engineering<br />
Industries Association.<br />
2
Table of <strong>Co</strong>ntents<br />
SONDE<strong>RM</strong>ANN pumps and filters 2<br />
Overview of pumps 4<br />
Choose the right pump 5<br />
Pumps 5<br />
of the <strong>RM</strong> series 5<br />
of the <strong>RM</strong>-TS series 9<br />
of the <strong>RM</strong>-MS series 10<br />
of the <strong>RM</strong>-MF series 12<br />
of the GM-N series 16<br />
of the GM-P series 19<br />
of the RT series 22<br />
<strong>Filter</strong>s 25<br />
Universal filter vessels 25<br />
Quick-change filters 26<br />
<strong>Filter</strong>s combined with pumps 27<br />
<strong>Filter</strong> elements and cartridges, accessories 28<br />
RPR-<strong>Co</strong>ntrol units 29<br />
Sales representations in<br />
Germany and abroad 30<br />
3
Choosing the right pump is a guarantee<br />
of safe and reliable operation.<br />
<strong>Co</strong>rrect installation<br />
Choosing the right pump for each type of<br />
application is a crucial factor in trouble-free<br />
operation for a long time.<br />
It doesn’t matter if the inflow is below the<br />
liquid level or a self-priming pump has to<br />
be used above liquid level or the pump<br />
operates in submersible applications, we<br />
can always offer you the right pump.<br />
Vertically mounted<br />
submersible centrifugal<br />
pump of the RT series<br />
(wet-pit installation)<br />
Self-priming<br />
side-channel pump<br />
of the <strong>RM</strong>S series<br />
Self-priming<br />
magnetically coupled<br />
centrifugal pump<br />
of the <strong>RM</strong>B series<br />
Non-self-priming<br />
magnetically coupled<br />
centrifugal <strong>RM</strong> pump<br />
with extrapriming tank<br />
Non-self-priming<br />
magnetically coupled<br />
centrifugal pump<br />
of the <strong>RM</strong> series<br />
Vertically mounted<br />
submersible<br />
centrifugal pump<br />
of the RTA series<br />
(dry-well installation)<br />
Other applications<br />
Non-self-priming centrifugal <strong>RM</strong><br />
pump with extra priming tank<br />
Pump mounted to a transport<br />
vehicle<br />
Non-self-priming centrifugal<br />
<strong>RM</strong> pump with heat exchanger<br />
Submersible centrifugal pump<br />
4
<strong>RM</strong><br />
Magnetically coupled centrifugal<br />
pumps without shaft seal<br />
A wide range of applications<br />
<strong>RM</strong> pumps are always used when perfect<br />
leakproofness and freedom from maintenance<br />
are indispensable. They are especially<br />
used to deliver aggressive acids and bases,<br />
degreasing baths, chemicals, highly corrosive<br />
liquids and fluids tending to cristallize.<br />
Manufacturers of printed-circuit boards, the<br />
solar industry and purification plants also<br />
profit from <strong>RM</strong> pumps by SONDE<strong>RM</strong>ANN.<br />
These arrangements are cost-intensive and<br />
require a lot of maintenance. What is more,<br />
the necessary maintenance intervals considerably<br />
reduce the availability of the<br />
pump.<br />
<strong>Co</strong>nstructional design<br />
Our magnetically coupled centrifugal pumps<br />
of the <strong>RM</strong> series do not have a shaft seal<br />
but use permanent magnets to transmit the<br />
motor drive to the pump impeller without<br />
Motor<br />
Rear casing<br />
Lantern<br />
Inner magnet<br />
Driving magnet<br />
Impeller<br />
Housing<br />
Advantages of <strong>RM</strong> pumps are:<br />
<br />
<br />
<br />
<br />
<br />
<br />
No mechanical sealing<br />
of the shaft.<br />
Mechanical separation of<br />
motor and pump from<br />
each other.<br />
Absolute leakproofness.<br />
Free from maintenance.<br />
<strong>Co</strong>mpact and space-saving<br />
design.<br />
Easy installation.<br />
Ball bearings<br />
Starting ring of of<br />
rear casing<br />
Sleeve<br />
bearings<br />
Starting ring of<br />
impeller<br />
Starting ring of<br />
pump housing<br />
Mechanical shaft seals have always been<br />
the weak points of conventional centrifugal<br />
pumps because they wear out with time. So<br />
when you deliver aggressive or toxic fluids,<br />
the leakage of fluid, for example, may result<br />
in a hazardous situation.<br />
When delivering non-lubricating fluids or<br />
fluids tending to crystallize in particular, the<br />
use of mechanical shaft seals requires very<br />
complex arrangements like sealing chambers<br />
with double-acting mechanical seals.<br />
any contact. A shaft exit requiring expensive<br />
sealing is no longer necessary, since<br />
the wet part and the dry part of the pump<br />
are hermetically separated from each other<br />
by the rear casing. Thus, leakages through<br />
worn shaft sealings are definitely ruled out<br />
and <strong>RM</strong> pumps are absolutely free from<br />
maintenance. The metal-free and all-plastic<br />
making of our pumps is standard since this<br />
design is a guarantee for best protection<br />
from corrosion.<br />
5
<strong>RM</strong><br />
Our pumps of the <strong>RM</strong> series feature<br />
high operational reliability and minimum<br />
maintenance<br />
Characteristic curves<br />
Discharge head [in m.Wg]<br />
60<br />
55<br />
50<br />
45<br />
40<br />
35<br />
30<br />
25<br />
20<br />
15<br />
10<br />
5<br />
0<br />
0 100 200 300 400 500 600 700 800 900 1000<br />
0 6 12 18 24 30 36 42 48 54 60<br />
Delivery rate [in l/min. or m 3 /h]<br />
<strong>RM</strong> 1<br />
<strong>RM</strong> 1.5<br />
<strong>RM</strong> 2<br />
<strong>RM</strong> 3<br />
<strong>RM</strong> 4<br />
<strong>RM</strong> 4.5<br />
<strong>RM</strong> 4.5<br />
<strong>RM</strong> 5<br />
l/min<br />
m 3 /h<br />
The metal-free and all-plastic design of our<br />
pumps is the best way to prevent corrosion.<br />
Housings may be also made of special stainless<br />
steel. We offer the right combination of<br />
materials for any fluid to be delivered, depending<br />
on its temperature.<br />
Characteristics of <strong>RM</strong> pumps<br />
The characteristic curves of <strong>RM</strong> 1 to <strong>RM</strong> 5<br />
pumps show for each type of pump its delivery<br />
rates at given discharge heads (back<br />
pressure). Discharge heads are in meters,<br />
water gauge. If the fluid delivered has a<br />
density of more than 1.0, the generated<br />
pressure (in bars) rises accordingly.<br />
Simple and sturdy design<br />
with maintenance-free<br />
sleeve bearings.<br />
6
<strong>RM</strong><br />
Magnetically coupled centrifugal<br />
pumps without shaft seal<br />
Non-self-priming pumps<br />
Non-self-priming centrifugal pumps<br />
Pumps of type 1<br />
Delivery rate:<br />
1–36 L/min<br />
Discharge head:<br />
up to 5 m.Wg<br />
Pumps of type 1.5<br />
Delivery rate:<br />
1–83 L/min<br />
Discharge head:<br />
up to 7 m.Wg<br />
Pumps of type 2<br />
Delivery rate:<br />
5–130 L/min<br />
Discharge head:<br />
up to 9 m.Wg<br />
Pumps of type 2D<br />
Delivery rate:<br />
5–60 L/min<br />
Discharge head:<br />
up to 16 m.W<br />
Pumps of type 3<br />
Delivery rate:<br />
8–230 L/min<br />
Discharge head:<br />
up to 23 m.Wg<br />
Pumps of type 4<br />
Delivery rate:<br />
10–400 L/min<br />
Discharge head:<br />
up to 36 m.Wg<br />
Pumps of type 4.5<br />
Delivery rate:<br />
20–900 L/min<br />
Discharge head:<br />
up to 35 m.Wg<br />
Pumps of type 5<br />
Delivery rate:<br />
30–1250 L/min<br />
Discharge head:<br />
up to 60 m.Wg<br />
7
<strong>RM</strong><br />
Magnetically coupled centrifugal<br />
pumps without shaft seal<br />
Self-priming centrifugal pumps and <strong>RM</strong> <strong>Co</strong>ol-mini pump<br />
Self-priming centrifugal pumps<br />
Pumps of type 2.1<br />
Delivery rate:<br />
1–22 L/min<br />
Discharge head:<br />
up to 54 m.Wg<br />
Suction head<br />
up to 7 m.Wg<br />
Pumps of type 3.1<br />
Delivery rate:<br />
8–240 L/min<br />
Discharge head:<br />
up to 18 m.Wg<br />
Suction head<br />
up 3,5 m.Wg<br />
<strong>RM</strong> <strong>Co</strong>ol<br />
magnetically coupled<br />
centrifugal mini-pump<br />
The magnetically coupled centrifugal mini-pump of<br />
the <strong>RM</strong>-<strong>Co</strong>ol type is the perfect high-performance<br />
cooling system to remove heat from laser devices,<br />
computers, plasma-arc cutters, etc. (available in PP,<br />
PPS or PVDF).<br />
<strong>RM</strong> pumps are vailable in<br />
the following materials<br />
Material<br />
temperature range<br />
of components in contact with the fluid<br />
Polypropylene (PP) 0 bis +80 °C<br />
Polyvinylidene fluoride (PVDF) –20 bis +95 °C<br />
Polyphenylene sulphide (PPS) –20 bis +100 °C<br />
Stainless steel (1.4305, 1.4571) –20 bis +100 °C<br />
Oxide ceramic<br />
(aluminium oxide 99.7 %) –20 bis +100 °C<br />
PTFE graphite –20 bis +100 °C<br />
Gaskets<br />
Ethylene-propylene-diene<br />
rubber (EPDM) –20 bis +100 °C<br />
Fluorinated rubber (FKM) –20 bis +100 °C<br />
FKM with coating of fluorinated<br />
ethylene-propylene-diene<br />
(FEP coated) –20 bis +100 °C<br />
Nitrile-butadiene rubber (NBR) –20 bis +100 °C<br />
<strong>RM</strong> <strong>Co</strong>ol mini-pump<br />
Delivery rate: up to 5 L/min<br />
Discharge head: up to 2 m.Wg<br />
8
<strong>RM</strong>-TS<br />
Magnetically coupled<br />
centrifugal pumps safe<br />
to run dry<br />
Absolutely safe to run dry<br />
<strong>Co</strong>nventional magnetically coupled pumps<br />
can hardly cope with dry running. In fact,<br />
their sleeve bearings need continuous<br />
liquid-film lubrication to keep bearing<br />
friction and the resulting frictional heat as<br />
low as possible and also to provide the<br />
bearing with sufficient cooling. With their<br />
Since the pump does not have a shaft seal,<br />
it is hermetically sealed off and, because of<br />
this unique design, leakages through worn<br />
shaft sealings are definitely ruled out.<br />
Simple and reliable design:<br />
<br />
<br />
<br />
<br />
<br />
<br />
Absolutely safe to run dry.<br />
Magnetically coupled, no sleeve bearings.<br />
Extremely high resistance to chemicals.<br />
All present pumps of the <strong>RM</strong>-type can be<br />
adapted to the new system safe to run dry.<br />
The pumps may be also used at high speeds<br />
without any problems.<br />
Increased efficiency by using bearings with<br />
an extremely small coefficient of friction.<br />
pumps of the <strong>RM</strong>-TS series, SONDE<strong>RM</strong>ANN<br />
offer the first magnetically coupled centrifugal<br />
pumps in the world that are absolutely<br />
safe to run dry.<br />
Suction and discharge ports<br />
with O-ring sealings<br />
Inner magnet<br />
Driving magnet<br />
The pumps of this new series include all<br />
advantages of our longstanding experience<br />
with pumps of the <strong>RM</strong> series and the<br />
additional certainty that they will not be<br />
damaged by dry running. The coefficient<br />
of friction of the new bearing system is so<br />
small that only a minimum of heat is<br />
generated. Therefore, the bearing does not<br />
require any liquid lubrication.<br />
Motor<br />
Fully ceramic roller bearing of<br />
the impeller magnet<br />
9
<strong>RM</strong>-MS<br />
Multi-stage magnetically<br />
coupled centrifugal pumps<br />
Definitely more power:<br />
<br />
<br />
<br />
<br />
<br />
<br />
Highly energy-efficient<br />
at high pressures: The<br />
pump’s best efficiency<br />
point is at high discharge<br />
heads and small quantities<br />
delivered.<br />
<strong>Co</strong>mpact, flexible and<br />
modular construction in<br />
monobloc design.<br />
One, two or three stages<br />
available.<br />
Extremely high resistance<br />
to chemicals.<br />
Torque transmission by<br />
means of magnetic coupling.<br />
Made of metal-free plastic<br />
in PP or PVDF.<br />
A lot more efficiency<br />
at high pressures<br />
<strong>RM</strong>-MS pumps are perfectly suited to deliver<br />
aggressive fluids at high pressures.<br />
As single-stage centrifugal pumps are not<br />
very efficient at high pressures, we designed<br />
this multi-stage centrifugal pump.<br />
Instead of several centrifugal pumps<br />
working one after the other, an <strong>RM</strong>-MS<br />
pump consists of several impellers connected<br />
in series within one volute. Thus,<br />
the discharge heads of all impellers add up.<br />
Suction and discharge ports<br />
with O-ring sealings<br />
Inner magnet<br />
As a result, <strong>RM</strong>-MS pumps are much more<br />
efficient in delivering higher flow rates at<br />
high pressures than single-stage centrifugal<br />
pumps that work within a less favourable<br />
operating range.<br />
One to three impellers,<br />
depending on the type<br />
of pump<br />
Driving magnet<br />
Motor<br />
10
<strong>RM</strong>-MS<br />
Multi-stage magnetically<br />
coupled centrifugal pumps<br />
Characteristic curves<br />
Discharge head [in m.Wg]<br />
80<br />
75<br />
70<br />
65<br />
60<br />
55<br />
50<br />
45<br />
40<br />
35<br />
30<br />
25<br />
20<br />
15<br />
10<br />
5<br />
0<br />
0<br />
50 100 150 200 250 300<br />
0 3 6 9 12 15 18<br />
Delivery rate [in l/min. or m 3 /h]<br />
<strong>RM</strong>-MS, 3 stages<br />
<strong>RM</strong>-MS, 2 stages<br />
<strong>RM</strong>-MS, 1 stage<br />
l/min<br />
m 3 /h<br />
High performance<br />
Centrifugal pumps of the <strong>RM</strong>-MS series are<br />
of modular design. Magnetically driven<br />
impellers are connected in series. The<br />
pumps are available with one, two or three<br />
impellers (stages).<br />
Because of the impellers connected in<br />
series, one <strong>RM</strong>-MS pump is considerably<br />
more efficient at higher pressures than<br />
comparable single-stage centrifugal<br />
pumps would be.<br />
Fields of application<br />
The specific features and technical data of<br />
the <strong>RM</strong>-MS pumps make them most suitable<br />
to deliver aggressive chemicals at higher<br />
pressures but medium pump performance,<br />
such as in industrial booster stations for<br />
aggressive chemicals, demineralized water<br />
supply systems, spraying processes,<br />
scrubbers and washers as well as in dosing<br />
chemicals at system pressures of more than<br />
3 bars.<br />
11
<strong>RM</strong>-MF<br />
Magnetically coupled<br />
centrifugal pumps with<br />
variable-speed drive<br />
NEW!<br />
The innovative MF drive concept<br />
The <strong>RM</strong> 4.5-MF pump with variable-speed<br />
drive knows how to make intelligent use<br />
of its power.<br />
SONDE<strong>RM</strong>ANN’s new magnetically coupled<br />
centrifugal pumps have an innovative,<br />
energy-efficient and compact drive system<br />
with variable speed. This assures you of<br />
an optimum and need-based fluid control<br />
that does not waste any energy.<br />
Fields of application<br />
<strong>RM</strong> pumps are always used when perfect<br />
leakproofness and maintenance-free<br />
operation are indispensable. In particular,<br />
they are used to deliver aggressive acids<br />
and bases, degreasing baths, chemicals,<br />
highly corrosive liquids and fluids tending<br />
to cristallize.<br />
Advantages of <strong>RM</strong>-MF pumps are:<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
The efficiency rate of the pump<br />
is optimized to the operating<br />
point.<br />
Integrated speed control.<br />
Exceptionally high efficieny<br />
within the whole range of speed.<br />
Wide range of flexible applications<br />
as the centrifugal pumps are<br />
operated by frequency converters.<br />
Small and compact design.<br />
Since the frequency converter is<br />
directly mounted to the motor,<br />
there is no need of long, shielded<br />
and expensive cables to connect<br />
the motor to the electrical cabinet.<br />
More space available in the<br />
electrical cabinet and no need of<br />
cooling it.<br />
Adjusting the head capacity curve<br />
of the pump to the operating point<br />
required saves energy.<br />
Only one type of pumps to cover<br />
all voltages and frequencies<br />
throughout the world.<br />
The pumps already meet the IE3<br />
energy efficiency class standards<br />
that will be applicable as of 2015<br />
and 2017.<br />
Saving of energy results in less<br />
operating costs.<br />
Reduction of CO 2 emissions<br />
because of less power<br />
consumption.<br />
12
<strong>RM</strong>-MF<br />
Magnetically coupled<br />
centrifugal pumps with<br />
variable-speed drive<br />
Delivery rates (3,500 rpm)<br />
Discharge head [in m.Wg]<br />
45<br />
40<br />
35<br />
30<br />
25<br />
20<br />
15<br />
10<br />
5<br />
0<br />
0 100 200 300 400 500 600 700 800 900<br />
0 6 12 18 24 30 36 42 48 54<br />
Delivery rate [in l/min. or m 3 /h]<br />
<strong>RM</strong>-MF 4.5<br />
<strong>RM</strong>-MF 4<br />
<strong>RM</strong>-MF 3<br />
l/min<br />
m 3 /h<br />
Frequency converter<br />
for more flexibility<br />
Depending on modern operational requirements,<br />
a pump often has to deliver various<br />
volume flow rates or offer different operating<br />
points. Speed-changing frequency converters<br />
enable the <strong>RM</strong>-MF pumps to control<br />
fluid delivery on demand in an extremely<br />
easy and energy-saving way.<br />
The frequency converter also allows you to<br />
use all pumps of the <strong>RM</strong>-MF series with any<br />
power supply voltage and any frequency all<br />
over the world. This means that you may<br />
use an <strong>RM</strong>-MF pump in any kind of machinery<br />
and plant world-wide – a fact that substantially<br />
simplifies your site planning and<br />
spare parts logistics.<br />
Enormous potential for saving<br />
Very often, pumps are designed far too big<br />
and powerful, just to „play it safe“. But the<br />
various safety factors resulting from such<br />
hypothetical layout of the system add up<br />
considerably so that extremely powerful<br />
pumps are installed that later on are operated<br />
only in part load.<br />
In part-load operation, however, the efficiency<br />
of a centrifugal pump is extremely<br />
low and energy-wasting. On the other hand,<br />
the delivery rate of oversized centrifugal<br />
pumps is often reduced by means of throttle<br />
valves. <strong>Co</strong>ntrolling the delivery rate by a frequency<br />
converter has the unique advantage<br />
that when the speed is reduced by half, the<br />
electric power consumption is not more<br />
than one eighth!<br />
13
<strong>RM</strong>-MF<br />
Magnetically coupled<br />
centrifugal pumps with<br />
variable-speed drive<br />
Motor performance (at 3,500 rpm)<br />
8000<br />
7000<br />
6000<br />
<strong>RM</strong>4.5-MF<br />
<strong>RM</strong>4-MF<br />
<strong>RM</strong>3-MF<br />
Motor performance [W]<br />
5000<br />
4000<br />
3000<br />
2000<br />
1000<br />
0<br />
0 100 200 300 400 500 600 700 800 900<br />
0 6 12 18 24 30 36 42 48 54<br />
l/min<br />
m 3 /h<br />
Delivery rate [in l/min. or m 3 /h]<br />
Pump of type <strong>RM</strong>4.5-MF<br />
Pump of type <strong>RM</strong>4-MF<br />
Pump of type <strong>RM</strong>3-MF<br />
An <strong>RM</strong>-MF pump allows you to precisely<br />
adjust its performance to the volume flow<br />
required so that the power consumption<br />
of the pump is just as high as needed.<br />
SONDE<strong>RM</strong>ANN pumps of the <strong>RM</strong>-MF series<br />
are highly efficient centrifugal pumps<br />
whose motor efficiency more than fulfills<br />
the requirements of the IE2 efficiency class<br />
standard. What is more, our pumps already<br />
meet the IE3 energy efficiency class standards<br />
that will be applicable as of 2015 and<br />
2017.<br />
14
<strong>RM</strong>-MF<br />
Magnetically coupled<br />
centrifugal pumps with<br />
variable-speed drive<br />
<strong>Co</strong>mparison in size<br />
The multi-frequency<br />
drive technique<br />
The motors of our <strong>RM</strong>-MF pumps are especially<br />
designed asynchronous motors. When<br />
nominally loaded, they operate at a frequency<br />
of 120 Hz and a rated speed of 3,450 rpm.<br />
As these motors have been optimized to<br />
operate with a frequency converter, they<br />
cannot run without such frequency converter.<br />
As a standard feature, the frequency<br />
converter is directly mounted to the motor<br />
and thus combines a compact drive unit<br />
with the motor. SONDE<strong>RM</strong>ANN frequency<br />
converters adjust the magnetizing current<br />
to the load required and thus considerably<br />
increase the motors’ efficiency in part-load<br />
operation. It is also possible to control such<br />
motor by an external frequency converter<br />
that is installed in the electrical cabinet or<br />
at the wall (optionally available).<br />
Another substantial advantage of the motors<br />
of <strong>RM</strong>-MF pumps is that they are much<br />
smaller and lighter than any other standard<br />
asynchronous motor of the same power<br />
<strong>Co</strong>mparison of two magnetically coupled centrifugal pumps of 7.5 kW<br />
clearly shows that the <strong>RM</strong>-MF pump is distinctly more compact than the<br />
pump with a conventional IE2 class motor.<br />
within the IE2 energy efficiency class. That’s<br />
why the new <strong>RM</strong>-MF pumps are efficient and<br />
compact centrifugal pumps for precise fluid<br />
control on demand.<br />
<strong>Co</strong>mparison of sizes<br />
Nominal power<br />
motor size<br />
kW IE2 motor MF motor<br />
0,75 80 63<br />
1,1 90 71<br />
1,5 90 71<br />
2,2 90 80<br />
3,0 100 80<br />
4,0 100 90<br />
5,5 112 100<br />
7,5 132 100<br />
11,0 160 112<br />
15,0 160 132<br />
18,5 180 132<br />
22,0 180 132<br />
15
GM-N<br />
Magnetically coupled<br />
standard chemical pumps<br />
Pumps of the GM-N series<br />
<strong>Co</strong>nstructional design<br />
Magnetically coupled centrifugal pumps of<br />
the GM-N series are centrifugal chemical<br />
pumps with PTFE/PFA lining. Their dimensions<br />
and nominal duty points comply with<br />
the DIN EN 22858 standard. They are available<br />
as GM-NP pump in pull-out design<br />
with free shaft end or as GM-NB pump in<br />
monobloc design with flange-mounted drive<br />
motor.<br />
The pumps are resistant to almost all kinds<br />
of corrosion because the fluids delivered<br />
will be only in contact with PTFE/PFA, oxide<br />
ceramic, zirconium oxide or silicon carbide.<br />
GM-N pumps are magnetically driven singlestage<br />
pumps with annular casing that do not<br />
have a shaft seal. The rear casing hermetically<br />
closes the pump which is absolutely<br />
leak-proof. This rear casing is either made<br />
of composite carbon fibre material and lined<br />
with PTFE or made of zirconium oxide. The<br />
closed impeller made of PTFE is mounted to<br />
a hollow ceramic shaft with double sleeve<br />
bearings made of silicon carbide. Due to this<br />
hollow shaft, the sleeve bearings are always<br />
impeccably lubricated and cooled, even<br />
under difficult operating conditions. So the<br />
pump is less sensitive to incomplete lubrication<br />
and/or dry running.<br />
Vacuum-proof<br />
case lining of PFA,<br />
4 mm thick.<br />
Thrust bearings of<br />
optimum dimensions<br />
take the axial thurst.<br />
PTFE impeller with<br />
curved blades for<br />
more efficiency.<br />
Special parallel<br />
keys for power<br />
transmission.<br />
Shafts with bore holes<br />
ensure for forced internal<br />
circulation to<br />
improve lubrication of<br />
the bearings.<br />
Metal-free rear casing<br />
made of carbon<br />
fibre to prevent eddy<br />
losses.<br />
16
GM-N<br />
Magnetically coupled<br />
standard chemical pumps<br />
The driving mechanism<br />
Fields of application<br />
The permanent-magnetic transmission<br />
system consists of a PTFE coated inner<br />
magnet and a flywheel with outer magnets.<br />
The permanent magnets are made of cobalt<br />
and samarium. A rear casing with PTFE<br />
lining or made of zirconium oxide hermetically<br />
closes the pump which is absolutely<br />
leak-proof.<br />
As they are absolutely leak-proof, GM pumps<br />
are perfectly suited to deliver highly<br />
aggressive or hazardous liquids. Thus, users<br />
in all fields of the chemical and pharmaceutical<br />
industries have relied on our pumps<br />
for a long time past. The standard chemical<br />
pumps are available either in pull-out design<br />
or in compact monobloc design with flangemounted<br />
motor.<br />
Advantages of GM-N pumps are:<br />
<br />
<br />
<br />
<br />
<br />
<br />
Ceramic shaft with bore holes<br />
for internal split-stream<br />
circulation.<br />
Less sensitive to incomplete<br />
lubrication.<br />
Impellers with curved blades<br />
for more efficiency.<br />
No eddy losses due to metal-free<br />
rear casings.<br />
PTFE parts are free of metallic<br />
framework.<br />
Silicon-carbide thrust bearings<br />
of optimum dimensions take the<br />
axial thrust.<br />
The standard chemical pumps<br />
are available as GM-NP pump<br />
in pull-out design with free<br />
shaft end or as GM-NB pump in<br />
compact monobloc design with<br />
flange-mounted motor.<br />
Safe and environmentally friendly<br />
Our pumps allow you to safely and environmentally friendly deliver highly<br />
aggressive liquids like, for example, monochloroacetic acid, sulphuric acid<br />
and hydrofluoric acid, because they are made of highly corrosion-resistant<br />
materials.<br />
17
GM-N<br />
Magnetically coupled<br />
standard chemical pumps<br />
Characteristic curves of GM-N pumps (n= 2,900min -1 , 50Hz)<br />
100<br />
90<br />
80<br />
50-250<br />
Discharge head [in m.Wg]<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
25-160<br />
32-160<br />
50-200<br />
32-200<br />
40-200<br />
80-200<br />
0<br />
0 1 2 4 6 8 10<br />
20 30 40 50 60 70 80 100 120 140 160 180<br />
Delivery rate [in m 3 /h]<br />
Characteristic curves of GM-N pumps (n= 1,450min -1 , 50Hz)<br />
24<br />
22<br />
50-250<br />
Discharge head [in m.Wg]<br />
20<br />
16<br />
12<br />
8<br />
4<br />
25-160<br />
32-160<br />
50-200<br />
32-200 40-200<br />
80-200<br />
0<br />
0 1 2 4 6 8<br />
10 20 30 40 50 60 70 80 100 120<br />
Delivery rate [in m 3 /h]<br />
18
GM-P<br />
Magnetically driven<br />
peripheral chemical pumps<br />
made of PTFE<br />
Fields of application<br />
Pumps of the GM-P series<br />
GM-P pumps are peripheral or side-channel<br />
pumps that are best suited to deliver small<br />
to medium volume flows at high pressures<br />
of up to 8 bars. Like pumps of the GM-N<br />
series, these pumps are also resistant to<br />
almost all kinds of corrosion. Thus, they<br />
are best suited for absolutely leak-proof<br />
delivery of highly aggressive and hazardous<br />
liquids that are free of abrasive or crystalline<br />
components.<br />
GM-P pumps are peripheral pumps in<br />
monobloc design with PTFE/PFA lining.<br />
As these magnetically coupled pumps do<br />
not have a shaft seal, they are hermetically<br />
closed and do not need any packing at all.<br />
The pumps are resistant to almost all kinds<br />
of corrosion because the fluids delivered<br />
will be only in contact with PTFE/PFA, oxide<br />
ceramic, zirconium oxide or silicon carbide.<br />
The pumps are just as suitable to deliver<br />
liquids with low boiling points because they<br />
are absolutely insensitive to cavitation. The<br />
volume flow may even contain up to 30<br />
percent of gas.<br />
Advantages of GM-P pumps are:<br />
<br />
<br />
<br />
<br />
<br />
Insensitive to cavitation.<br />
Delivery of fluids with a<br />
gas content of up to 30%.<br />
Ceramic casing inserts<br />
for constant delivery<br />
rates, even at varying<br />
temperatures.<br />
No eddy losses due to<br />
metal-free rear casing.<br />
PTFE parts are free of<br />
metallic framework.<br />
Vacuum-proof case<br />
lining of PFA,<br />
4 mm thick.<br />
Ceramic casing<br />
inserts for free<br />
impeller rotation.<br />
Special parallel<br />
keys for power<br />
transmission.<br />
Metal-free rear<br />
casing made of<br />
carbon fibre to<br />
prevent eddy<br />
losses.<br />
19
GM-P<br />
Magnetically driven<br />
peripheral chemical pumps<br />
made of PTFE<br />
<strong>Co</strong>nstructional design<br />
A special technology<br />
GM-P pumps are magnetically driven singlestage<br />
peripheral pumps that do not have<br />
a shaft seal. The annular casing is either<br />
made of spheroidal graphite cast iron and<br />
lined with PFA or of PTFE. The impeller<br />
made of PTFE is floating on a ceramic<br />
shaft and supported at both sides by sleeve<br />
bearings of silicon carbide. The rear casing<br />
hermetically closes the pump which is<br />
absolutely leak-proof. This rear casing is<br />
either made of composite carbon fibre<br />
material and lined with PTFE or of zirconium<br />
oxide. The magnetic coupling consists<br />
of a PTFE coated inner magnet and a flywheel<br />
with driving magnets.<br />
It is important to keep to various parameters<br />
in order to guarantee a constant performance<br />
throughout the overall operating<br />
time.<br />
On the one hand, the performance of a<br />
peripheral pump depends on the size of<br />
its discharge channel and the width of<br />
the gap between impeller and discharge<br />
channel walls. On the other hand, corrosionresistant<br />
materials (like PTFE or PFA) built<br />
into the pump tend to creep or cold-flow<br />
when pressure or temperature varies so<br />
that pump performance would change in<br />
the course of time.<br />
20
GM-P<br />
Magnetically driven<br />
peripheral chemical pumps<br />
made of PTFE<br />
Characteristic curves of GM-P pumps (n= 2,900min -1 , 50Hz)<br />
Discharge head [in m.Wg]<br />
100<br />
80<br />
60<br />
40<br />
25-140<br />
25-100<br />
15-90<br />
20<br />
0<br />
0<br />
16<br />
32<br />
66<br />
100 133 166 200 233 266 300 l/min.<br />
1<br />
2<br />
4<br />
6 8 10 12 14 16 18 m 3 /h<br />
Delivery rate [in l/min. or m 3 /h]<br />
A corrosion-resistant ceramic insert inside<br />
the casing helps to avoid this and always<br />
grants a constant width of this gap.<br />
The metal-free rear<br />
casing of GM-P pumps<br />
is made of carbon<br />
fibre to prevent<br />
eddy losses.<br />
Advantages for the user are:<br />
All operating parameters are kept for<br />
the entire service period of the pump.<br />
A defined width of gap allows for easy<br />
inspection without expensive<br />
adjustments required.<br />
Trouble-free operation at temperatures<br />
of up to 150°C and operating pressures<br />
of up to 16 bars.<br />
21
RT<br />
Submersible centrifugal pumps for<br />
wet-pit and dry-well installation<br />
Advantages of RT pumps:<br />
<br />
<br />
<br />
<br />
<br />
<br />
Non-corroding plastic pump<br />
without any metal part in<br />
contact with the fluid.<br />
Patented shaft-sealing<br />
ceramic labyrinth that is<br />
free of wear.<br />
The pump is available in PP,<br />
PVDF and stainless steel.<br />
High efficiency by using<br />
a volute.<br />
Flanges may be dimensioned<br />
according to our clients’<br />
specifications.<br />
Drive unit with mounted<br />
frequency converter is<br />
available upon request.<br />
Innovative technology<br />
makes the difference<br />
The search for better and nearer to perfect<br />
solutions resulted in an all-time technological<br />
standard from which our clients in this<br />
field of application benefit as well.<br />
SONDE<strong>RM</strong>ANN’s submersible centrifugal<br />
pumps distinguish themselves by their<br />
practical design and sturdy construction.<br />
All components being in contact with the<br />
fluid are made of materials that are resistant<br />
to corrosion and chemicals.<br />
The pumps’ construction also offers the advantages<br />
that they are safe to run dry (without<br />
requiring intermediate bearings), do not<br />
require much space and can be adjusted to<br />
specific requirements of our clients.<br />
SONDE<strong>RM</strong>ANN’s submersible centrifugal<br />
pumps are used for vertical wet-pit operation<br />
in pressureless containers, open basins<br />
and pits. They have excellent performance<br />
in the delivery and circulation of clean,<br />
slightly contaminated and abrasive fluids,<br />
aqueous solutions, suspensions and liquid<br />
mixtures.<br />
Our submersible centrifugal pumps are best<br />
suited to deliver acids and bases, acid and<br />
alkaline mixtures, solvents, alkaline degreasing<br />
and electroplating baths, photochemicals<br />
and many other low-viscosity<br />
fluids of up to 160 mPa s (or 160 cP).<br />
22
RT<br />
Submersible centrifugal pumps for<br />
wet-pit and dry-well installation<br />
<strong>Co</strong>nstructional features<br />
of RT pumps<br />
Fixed connection,<br />
90° offset<br />
Protection class<br />
Our motors are of protection class<br />
IP55 (ventilation cowl with protective<br />
canopy). Explosion-proof motors<br />
available upon request.<br />
Sound-pressure level<br />
Because of the motor’s precisionbalanced<br />
running, the sound-pressure<br />
level is below 70dB (A), according to<br />
DIN EN 12639 standard.<br />
Electric drive<br />
by a surface-cooled single-phased or<br />
three-phase low-voltage cage motor.<br />
Upon request, motors with<br />
integrated frequency<br />
converter are also<br />
available.<br />
<strong>Co</strong>ating<br />
Two-compoment acidproof protective<br />
varnishing. Special colours are available<br />
upon request.<br />
Fixed connection,<br />
vertical up<br />
The discharge pipe<br />
(left picture) may be<br />
replaced by a filter<br />
(right picture).<br />
Discharge port<br />
Screw neck according<br />
to DIN 8063 standard (or<br />
optional version of flange<br />
connection according to<br />
DIN 2501 standard, PN 10/16).<br />
Flange dimensions<br />
are made at short<br />
notice according to<br />
customer specifications.<br />
Shaft gland<br />
For every kind of application, a specific<br />
gland sealing is used. Especially for the<br />
delivery of highly crystallizing fluids,<br />
SONDE<strong>RM</strong>ANN pumps are equipped with<br />
a patented sealing system.<br />
Non-corroding<br />
plastic pump without any<br />
metal part in contact with<br />
the fluid. The motor shaft is<br />
entirely coated with plastic<br />
material.<br />
Sturdy construction<br />
Pump housing, mounting<br />
flange, standpipe and<br />
discharge pipe are<br />
welded together to a<br />
complete unit.<br />
This unit is also available<br />
as flexible assembly<br />
screwed together.<br />
High efficiency<br />
because of the<br />
volute used.<br />
Performance data<br />
SONDE<strong>RM</strong>ANN pumps have the right impeller<br />
for every delivery rate required.<br />
Suction port<br />
The suction port is equipped with a<br />
strainer to protect the pump from<br />
coarse contaminations. An extension<br />
tube is optionally available.<br />
23
RT<br />
Centrifugal immersion pumps for<br />
wet-pit and dry-well installation<br />
(Our RTA pumps for dry-well installation<br />
have the same features)<br />
Pumps for wet-pit installation<br />
Pumps of type 1<br />
Delivery rate of<br />
up to 32 L/min<br />
Discharge head of<br />
up to 7 m.Wg<br />
Submergence of<br />
up to 400mm<br />
Pumps of type 2<br />
Delivery rate of<br />
up to 130 L/min<br />
Discharge head of<br />
up to 12 m.Wg<br />
Submergence of<br />
up to 500mm<br />
Pumps of type 3<br />
Delivery rate of<br />
up to 280 L/min<br />
Discharge head of<br />
up to 25 m.Wg<br />
Submergence of<br />
up to 500mm<br />
Pumps of type 4<br />
Delivery rate of<br />
up to 550 L/min<br />
Discharge head of<br />
up to 32 m.Wg<br />
Submergence of<br />
up to 500mm<br />
Pumps of type 5<br />
Delivery rate of<br />
up to 1,000 L/min<br />
Discharge head of<br />
up to 42 m.Wg<br />
Submergence of<br />
up to 500mm<br />
Pumps of type 6<br />
Delivery rate of<br />
up to 1,700 L/min<br />
Discharge head of<br />
up to 43 m.Wg<br />
Submergence of<br />
up to 850mm<br />
24
Solid, reliable and efficient:<br />
Universal filter housings by SONDE<strong>RM</strong>ANN<br />
available in sizes 1 to 32 to meet every reqirement<br />
All advantages at a glance:<br />
Our universal filter<br />
housings come in<br />
different sizes with<br />
1 to 32 slots for<br />
filter cartridges and<br />
a height of 4 to 40<br />
inches. Thus we can<br />
exactly dimension<br />
every filter to your<br />
specific demands.<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
Great choice of filters.<br />
All-purpose filter chambers<br />
can take a wide range<br />
of various filter elements.<br />
Housings are entirely<br />
made of plastic.<br />
All filters can be combined<br />
with all of our pumps.<br />
Splash-guard built into<br />
the filter cap.<br />
Thanks to their quick-release<br />
fastener, the quick-change<br />
filter types are extremely<br />
easy to handle.<br />
Pressure losses are very low.<br />
A filter of size 1, for example, has a<br />
filtration rate of up to 3,000 L/h.<br />
A filter of size 32, for example, has a<br />
filtration rate of up to 72,000 L/h.<br />
SONDE<strong>RM</strong>ANN filters are used to remove<br />
both organic and inorganic contaminations<br />
from aggressive and neutral liquids, by<br />
means of high-pass or surface filtration.<br />
Main fields of application include electroplating,<br />
etching and cleaning plants,<br />
sewage and water treatment installations<br />
as well as solar, textile and food industries.<br />
The following filter elements can be<br />
inserted into our filter housings:<br />
– wound cartridge, cloth and membrane<br />
filters;<br />
– paper disks, filter bags and sieves;<br />
– activated carbon as granular bed or<br />
filter cartridge.<br />
As they are entirely made of plastic, these<br />
filter housings are especially suited to filter<br />
aggressive fluids, such as<br />
– acids, bases and mixtures;<br />
– solvents;<br />
– alkaline degreasing baths;<br />
– electroplating baths;<br />
– photochemicals;<br />
– radioactive, aseptic and precious liquids;<br />
– other low-viscosity fluids.<br />
Apart from standard filters that can be<br />
combined with every SONDE<strong>RM</strong>ANN<br />
pump, we also design and produce, in close<br />
cooperation with our clients, customized<br />
functional modules ready to be installed.<br />
25
Solid, reliable and powerful:<br />
<strong>Filter</strong>technology by SONDE<strong>RM</strong>ANN is top quality<br />
and best performance<br />
Quick-change and belt filters<br />
Quick-change filters of the SF series<br />
SF 1 filter<br />
Made of PP or PVDF.<br />
Suitable for woundcartridge<br />
filter<br />
elements and sieves.<br />
Quick-release lock<br />
by means of a hand<br />
lever.<br />
Double safety<br />
cap switch.<br />
SF 3 filter<br />
Made of PP or PVDF.<br />
Suitable for woundcartridge<br />
filter elements,<br />
sieves, filter<br />
bags and activated<br />
carbon filters.<br />
Quick-release lock by<br />
means of a hand lever.<br />
Double safety<br />
cap switch.<br />
Belt filter<br />
Inclined-bed belt<br />
filter made of<br />
plastic, with<br />
variable-speed<br />
drive.<br />
This filter is espcially<br />
suitable for<br />
aggressive fluids<br />
with high contanmination<br />
levels.<br />
Flow indicators to ensure safety<br />
Flow indicators built into pipelines are a simple and<br />
cost-effective way to monitor the flow of the fluid<br />
delivered. Our flow indicators come in two designs:<br />
Indicators made of PP are suited for low-viscosity<br />
fluids resembling water with densities of 0.8 to 1.5,<br />
those made of PVDF are also suited for low-viscosity<br />
fluids resembling water but with densities of 0.8 to 1.84.<br />
26
The right combination of filters and pumps<br />
for more efficiency and reliability<br />
Exemplifying combinations of filters and magnetically coupled pumps<br />
<strong>Filter</strong>s combined with magnetically coupled pumps<br />
Size 1<br />
<strong>Filter</strong> of size 1<br />
combined with<br />
a magnetically<br />
coupled pump of<br />
the <strong>RM</strong> 1.5 series,<br />
used with one<br />
filter candle for a<br />
filtration rate of<br />
up to 3,000 L/h.<br />
Size 4<br />
<strong>Filter</strong> of size 4<br />
combined with a<br />
magnetically<br />
coupled pump of<br />
the <strong>RM</strong> 3 series,<br />
used with four<br />
filter candles for<br />
a filtration rate of<br />
up to 12,000 L/h.<br />
<strong>Filter</strong> with magnetically coupled pump<br />
and activated-carbon element<br />
Size 8<br />
<strong>Filter</strong> of size 8<br />
combined with<br />
a magnetically<br />
coupled pump of<br />
the <strong>RM</strong> 4 series,<br />
used with eight<br />
filter candles and<br />
an activated-carbon<br />
chamber for<br />
a filtration rate of<br />
up to 30,000 L/h.<br />
<strong>Filter</strong> plant with a filter of size<br />
32 for a filtration rate of up to<br />
72,000 L/min.<br />
The unit integrates into a tailormade<br />
functional module ready<br />
to be installed that was<br />
designed and produced in close<br />
cooperation with our<br />
client.<br />
Activated carbon<br />
Activated carbon filters are especially<br />
used with electroplating baths, but also<br />
to absorb organic substances, remove<br />
foreign metals and regain precious<br />
metals from flushing water.<br />
27
A wise decision: <strong>Filter</strong> housing, pump and filter<br />
material made by one and the same company<br />
Exemplifying combinations of filters, submersible pumps,<br />
filter elements and accessories<br />
<strong>Co</strong>mbinations of filters and submersible pumps<br />
Submersible pump<br />
of the RT series<br />
combined with a<br />
filter of size 1 for a<br />
filtration rate of<br />
up to 6,000 L/min<br />
and a submergence<br />
of 200 to 500mm.<br />
RT pump combined<br />
with a quick-change<br />
filter of the SF 1<br />
series for a<br />
filtration rate of<br />
up to 18,000 L/min<br />
and a submergence<br />
of 270 to 500mm.<br />
<strong>Filter</strong> elements and accessories<br />
Wound or extruded filter<br />
candles for high-pass filtration<br />
Their advantages are high<br />
intake of contaminations<br />
and easy handling. Optionally<br />
available are membrane filter<br />
candles, filter candles with<br />
activated carbon or made of<br />
stainless steel.<br />
<strong>Filter</strong> bags<br />
made of different materials<br />
such as PP, needled felt, cotton,<br />
etc.<br />
Their advantages are absolute<br />
filtration, washability and easy<br />
handling.<br />
Wound filter cartridge<br />
<strong>Filter</strong> bag element<br />
<strong>Filter</strong> plates<br />
for absolute filtration with<br />
(surface) filter plates made<br />
of paper or needled felt, for<br />
example.<br />
Their advantages are highest<br />
separation accuracy and<br />
low-priced consumables.<br />
Accessories<br />
Differential pressure<br />
switch to monitor pump<br />
and filter, with hose<br />
connectors or flanges<br />
according to DIN 2501<br />
standard.<br />
<strong>Filter</strong> plate element<br />
28
RPR-<strong>Co</strong>ntrol 100<br />
The active-power meter integrated<br />
to the RPR-<strong>Co</strong>ntrol 100 system has<br />
four user-programmable switching<br />
thresholds that are assigned to the<br />
operating conditions of<br />
– dry running;<br />
– overheating;<br />
– overload;<br />
– flow rate falling below<br />
the minimum value.<br />
All advantages at a glance:<br />
<br />
<br />
<br />
<br />
<br />
<br />
Safe and efficient<br />
monitoring of pumps of<br />
up to 20kW.<br />
<strong>Co</strong>st-saving avoidance<br />
of expensive damages<br />
to the pump.<br />
Increased availability of<br />
your installation.<br />
No pipeline fixtures required.<br />
Unproblematic retrofitting<br />
to existing installations.<br />
Integrated operating-hours<br />
meter to indicate due<br />
maintenance inspection of<br />
the installation.<br />
Electronic monitoring of motor currents<br />
reliably protects pumps from dry running,<br />
overheating and overload. If the above mentioned<br />
malfunctions cannot be completely<br />
ruled out with your installation, you should<br />
use an electronic protector to switch off the<br />
pump before it is damaged. Such protectors<br />
will not only prevent damage to the pump,<br />
but also avoid breakdowns of the installation<br />
and costs resulting thereof. Once the<br />
cause of the malfunction is eliminated, the<br />
pump is immediately ready to continue operation.<br />
RPR-<strong>Co</strong>ntrol 100 1<br />
to be built into electrical<br />
cabinets and plug in the<br />
separate programming unit.<br />
RPR-<strong>Co</strong>ntrol 100 2<br />
to be built into control<br />
cabinets and with integrated<br />
programming unit.<br />
The protector can also be used to monitor<br />
a set minimum volume flow rate in order to<br />
automatically detect and signal a clogged<br />
filter or scheduled replacement of filters.<br />
RPR-<strong>Co</strong>ntrol 100 3<br />
Portable monitoring device<br />
with indicating lamps and<br />
push-buttons but without<br />
programming unit.<br />
Separate programming unit<br />
Hand-held programmer with<br />
cable and plug to programme<br />
switching thresholds to<br />
RPR-<strong>Co</strong>ntrol 100 1 and<br />
RPR-<strong>Co</strong>ntrol 100 3.<br />
29
Sales areas in Germany<br />
Thanks to our wide distribution network all over<br />
Germany, you will always find one of our experts<br />
at close range.<br />
4<br />
BREMEN<br />
MÜNSTER<br />
KIEL<br />
ROSTOCK<br />
HAMBURG<br />
HANNOVER<br />
3<br />
2<br />
MAGDEBURG<br />
1<br />
BERLIN<br />
1 Berlin/Brandenburg<br />
Sondermann <strong>Pumpen</strong> + <strong>Filter</strong><br />
<strong>GmbH</strong> & <strong>Co</strong>. <strong>KG</strong><br />
August-Horch-Straße 2, 51149 Köln<br />
Tel.: 0 22 03/93 94-0<br />
Fax: 0 22 03/93 94-48<br />
info@sondermann-pumpen.de<br />
2 Hamburg/SH/MV<br />
Dieter Roy<br />
Dorfstraße 23, 21514 Kleinpampau<br />
Tel.: 0 41 55/82 38 10 0<br />
Fax: 0 41 55/82 38 10 1<br />
mobil: 0172/628 77 82<br />
d.roy@flux-pumpen.de<br />
3 Hannover/Kassel<br />
Dipl.-Ing. (FH) Ulrich Pöhls<br />
Alte Bemeroder Straße 122,<br />
30539 Hannover<br />
Tel.: 05 11/51 71 51<br />
Fax: 05 11/54 45 92 9<br />
mobil: 0172/628 77 83<br />
u.poehls@flux-pumpen.de<br />
4 Bremen/Münster<br />
Dipl.-Ing. (FH) Mathias Reimer<br />
Zwickenbach 18, 49324 Melle<br />
Tel.: 0 54 22/92 27 48 0<br />
Fax: 0 54 22/92 27 48 6<br />
mobil: 0170/180 25 46<br />
m.reimer@flux-pumpen.de<br />
5.1 Nordrhein-Westfalen Süd<br />
Waldemar Wostmann<br />
Mattlener Weg 12, 50769 Köln<br />
Tel.: 02 21/70 88 19 2<br />
Fax: 02 21/70 04 09 6<br />
mobil: 0177/708 81 92<br />
pumpeninfo@wostmann.de<br />
5.2 Nordrhein-Westfalen Nord<br />
Stephan Hill<br />
Wilensteinweg 10, 50739 Köln<br />
Tel.: 02 21/29 01 14 22<br />
Fax: 0 22 03/93 94-48<br />
mobil: 0173/716 28 44<br />
s.hill@sondermann-pumpen.de<br />
6 Hessen<br />
Robert Höfling<br />
Odenwaldring 25,<br />
63500 Seligenstadt<br />
Tel.: 0 61 82/15 83<br />
Fax: 0 61 82/96 19 27<br />
mobil: 0177/583 49 69<br />
r.hoefling@flux-pumpen.de<br />
KÖLN<br />
7.1 Baden-Württemberg Nord<br />
Martin Reichert<br />
Talweg 12, 75433 Maulbronn<br />
Tel.: 0 70 43/10 1-420<br />
Fax: 0 70 43/10 1-444<br />
mobil: 0174/166 57 62<br />
m.reichert@flux-pumpen.de<br />
7.2 Baden-Württemberg Süd<br />
Dipl.-Ing. (FH) Dieter Röder<br />
Hans-Thoma-Str. 16,<br />
75015 Bretten<br />
Tel.: 0 72 52/50 49 79 2<br />
Fax: 0 72 52/50 49 79 3<br />
mobil: 0172/101 42 17<br />
d.roeder@flux-pumpen.de<br />
5.1<br />
8 Bayern Süd<br />
Markus Werner<br />
Hauptstraße 5a, 82544 Egling<br />
Tel.: 0 81 76/15 45<br />
Fax: 0 81 76/99 70 23<br />
mobil: 0172/831 15 96<br />
m.werner@flux-pumpen.de<br />
9 Bayern Nord<br />
Dipl.-Ing. (FH) W. Schauer<br />
Joseph-Otto-Kolb-Str. 31,<br />
91088 Bubenreuth<br />
Tel.: 0 91 31/82 97 75 0<br />
Fax: 0 91 31/97 46 38 2<br />
mobil: 0172/628 77 81<br />
w.schauer@flux-pumpen.de<br />
10<br />
5.2<br />
SAARBRÜCKEN<br />
6<br />
ERFURT<br />
FRANKFURT<br />
WÜRZBURG<br />
NÜRNBERG<br />
9<br />
MANNHEIM<br />
MAULBRONN<br />
STUTTGART<br />
7.2<br />
FREIBURG<br />
7.1<br />
15 16<br />
8<br />
MÜNCHEN<br />
10 Rheinland-Pfalz/Saarland<br />
Frank Schorn<br />
Fliederstraße 19,<br />
66773 Schwalbach<br />
Tel.: 0 68 34/56 72 50<br />
Fax: 0 68 34/56 72 62<br />
mobil: 0172/625 92 23<br />
f.schorn@flux-pumpen.de<br />
DRESDEN<br />
15 Thüringen/Sachsen-Anhalt<br />
Dipl. Ing. (FH) Hendrik Müller<br />
Angerstraße 4, 06193 Petersberg<br />
Tel.: 0 34 60 6/29 03 21<br />
Fax: 0 34 60 6/29 03 22<br />
mobil: 0172/132 46 74<br />
h.mueller@flux-pumpen.de<br />
16 Sachsen<br />
Dipl.-Ing. Gerd Hanauska<br />
Südstraße 37,<br />
09212 Limbach-Oberfrohna<br />
Tel.: 0 37 22/50 25 75<br />
Fax: 0 37 22/50 56 03<br />
mobil: 0172/628 77 84<br />
g.hanauska@flux-pumpen.de<br />
30
Sales representations abroad<br />
SONDE<strong>RM</strong>ANN pumps and filters<br />
are present all over the world. Are<br />
you looking for an opportunity to<br />
buy our products in your country?<br />
Just give us a call at our <strong>Co</strong>logne<br />
headquarters or send us an email.<br />
We will be pleased to help you.<br />
SONDE<strong>RM</strong>ANN<br />
<strong>Pumpen</strong> + <strong>Filter</strong> <strong>GmbH</strong> & <strong>Co</strong>. <strong>KG</strong><br />
August-Horch-Straße 2<br />
D-51149 <strong>Co</strong>logne<br />
Phone: +49 22 03/93 94-0<br />
Fax: +49 22 03/93 94-48<br />
info@sondermann-pumpen.de<br />
www.sondermann-pumpen.de<br />
For more than 50 years, SONDER-<br />
MANN’s specialist consultants have<br />
also advised you on the comprehensive<br />
range of FLUX pumps. FLUX’s<br />
pumps have always been known for<br />
their excellent quality. Now, they<br />
offer a wide range of products from<br />
barrel and container pumps to submersible<br />
centrifugal and eccentric<br />
screw pumps to pneumatic diaphragm<br />
pumps, mixers, liquid-flow<br />
meters and lots of accessories.<br />
You will find more information at<br />
www.flux-pumpen.de.<br />
31
SPU 12/2012 - PDF_GB<br />
SONDE<strong>RM</strong>ANN<br />
<strong>Pumpen</strong> + <strong>Filter</strong> <strong>GmbH</strong> & <strong>Co</strong>. <strong>KG</strong><br />
August-Horch-Straße 2<br />
D-51149 <strong>Co</strong>logne<br />
PO Box 920101<br />
D-51151 Köln<br />
Phone: +49 22 03/93 94-0<br />
Fax: +49 22 03/93 94-48<br />
info@sondermann-pumpen.de<br />
www.sondermann-pumpen.de<br />
Subject to technical modifications.