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K- 07 45 01 28

Inline ejektor typ SLP
K-07450128

The product image may differ

K-07450128
K-07450128 K-07450128
Pneumatic connection
4 mm 
Air consumption suction
25 l/min
Degree of evacuation
85 %
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K- 07 45 01 27 K- 07 45 01 28
Product details for

K- 07 45 01 28

Pneumatic connection
4 mm
Air consumption suction
25 l/min
Degree of evacuation
85 %
Exhaustair outlet
-
Max. suction capacity
16 l/min
Nozzle size
1
Vacuum port
4 mm
Working pressure
4.5 bar
All characteristics

Characteristics

Nozzle system
  • brass (type VR) 
Application
  • by screwing / plugging into the distribution beam direct attachment to the suction pad 
  • for handling various work pieces 
Connection
  • Thread connector 
Features
  • no moving parts, which means no wear and no maintenance 
  • vacuum generator with high maximum vacuum level (85% vacuum) 
  • ultra small footprint, suitable for confined spaces 
  • minimal air consumption 
  • low noise 
Housing
  • plastic (type SLP) 
Customs tariff number
  • 84141089 
All characteristics

Product description

Notes
Further information on request.
Description
For vacuum generation directly at the point of use. For direct installation between the suction pad and the compressed air supply. Purely pneumatic vacuum generator that operates on the Venturi principle. Compressed air enters the ejector and flows through a nozzle. This results in a vacuum immediately behind the nozzle outlet, and air is drawn in through the vacuum inlet. This air and the driving air leave the ejector and enter the atmosphere via the exhaust air outlet.

Product variants

2 Results
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Show dimensional drawing
Identifier
Pneumatic connection
Air consumption suction (l/min)
Degree of evacuation (%)
Exhaustair outlet
Details / items
K- 07 45 01 27
4 mm 
13 l/min
85.0 %
- 
Learn more
K- 07 45 01 28
4 mm 
25 l/min
85.0 %
- 
Learn more

Column selection

Pneumatic connection
Air consumption suction (l/min)
Degree of evacuation (%)
Exhaustair outlet
Max. suction capacity (l/min)
Nozzle size
Vacuum port
Working pressure (bar)