|
N
87 TTE with IP 54 motor
KNF’s
range of chemically resistant pumps is designed
for aggressive gases and vapors and suitable
for universal application. Whether you need
to transfer or compress media or to generate
vacuums, there is a pump type in this category
with the right pneumatic characteristics for
the task.
Concept
The
mini diaphragm gas sampling pumps from KNF are
based on a simple principle - an elastic diaphragm,
ixed on its edge, moves up and down its central
point by means of an eccentric. Thus, the medium
is transferred via automatic valves.
The
new range of KNF mini pumps for the first time
is equipped with the patented stress-optimized
structured diaphragm, resulting in a durable
product of high pneumatic performance and compact
size. Special valves ensure minimum resistance
to low.
Due
to the KNF modular system, the parts used to
transfer the gases can be made of materials
with various degrees of durability. The pumps
can be operated by either standard AC, or ex-proof
motors with various options on voltages and
frequencies.
Explosion
protection pumps in ATEX see data sheet E 170.
Feature
- Uncontaminated
low (No contamination of the media due to
oil-free operation)
- Chemically
resistant (Against aggressive and corrosive
gases and vapors)
- Maintenance-free
- Compact
size and high pneumatic performance (Due to
the structured diaphragm)
- High
level of gas tightness (Thanks to the closed
diaphragm surface and special sealing system)
- Minimized
pneumatic loss (By means of a new valve system)
- High
level of gas tightness (Thanks to the closed
diaphragm surface and special sealing system)
- Long
product life (Due to the structured diaphragm)
- Ready
for assembly
- Can
operate in any installed position
Areas
of use
KNF
mini diaphragm pumps are used frequently in
the ields of chemistry industry and environmental
technology.
Beside
other applications, pumps are used for gas measurement,
for example for sampling gases out of the ambient
environment, or for exhaust gas and smoke analysis.
Easy installation and adaption to a variety
of processes.
|
