Ejector Inline aluminium anodised 90150-10918
- Lightweight and compact
- Installation directly on the suction cup
- Quiet operation
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CHF60.03
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Designation
Ejector
Version 1
Inline
Form
A
Form definition
with internal thread
Main
material
aluminium
Surface finish
body
anodised
G=Thread
G1/8"
Air consumption
(l/min)
36
D
M5
H
29,8
L
35
L1
16
L2
5
Max. vacuum
(%)
90
Nozzle diameter
(mm)
0,9
Optimum
operating pressure
(bar)
5
P
G1/4
SW
17
Suction capacity
(l/min)
21
T
7,5
T1
10
~ CONFLICT MINERALS 3TG status
no intentional 3TG
~ CP65 substance 1 cancer & reproductive toxicity
lead and lead compounds
~ CP65 substance 2 cancer
soots, tars, and mineral oils
~ PFAS free?
yes
~ REACH SVHC-free?
no
~ REACh SVHC 1 name > threshold
lead
~ RoHS conformity
yes, with exemption
~ RoHS exemption/s
III/6b-II,6c
~ TSCA 6(H) conformity
not yet identified
Description
Material
Body aluminium.
Nozzle system brass.
Nozzle system brass.
Version
Body anodised.
Note
Inline ejectors with single-stage nozzle for vacuum generation directly at the point of use.
Pneumatic vacuum generator that operates according to the Venturi principle. Compressed air is fed into the ejector and flows through a nozzle. A negative pressure is created immediately after the through-flow nozzle causing air to be sucked in through the vacuum port. The evacuated air and the compressed air are released together into the atmosphere via the exhaust air line.
The main advantage of inline ejectors is that they can be mounted directly on the suction cup. A localised vacuum is generated by integrating the inline ejector into the suction cup. This enables multiple and independent grasping. If one suction cup is not used, the vacuum
is maintained at the other suction cups. No shut-off valves are required.
Pneumatic vacuum generator that operates according to the Venturi principle. Compressed air is fed into the ejector and flows through a nozzle. A negative pressure is created immediately after the through-flow nozzle causing air to be sucked in through the vacuum port. The evacuated air and the compressed air are released together into the atmosphere via the exhaust air line.
The main advantage of inline ejectors is that they can be mounted directly on the suction cup. A localised vacuum is generated by integrating the inline ejector into the suction cup. This enables multiple and independent grasping. If one suction cup is not used, the vacuum
is maintained at the other suction cups. No shut-off valves are required.
Technical Data
Compressed air supply: Filtered, non-lubricated air, pressure 2 to 6 bar, optimum operating pressure 5 bar.
Temperature range
0°C to +80°C.
Drawing reference
1 Compressed air port
2 Vacuum port
3 Exhaust air
2 Vacuum port
3 Exhaust air
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