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J-Series Venturi
Vacuum Pumps
The J-Series Venturi Vacuum Pumps utilize a fixed venturi design. J-Series pumps employ a cylindrical design for ease of installation and mounting into in-line pnuematic plumbing. J-Series pumps offer a complete range of venturi vacuum performance. |
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JS40UM Ultraminiature Fixed Venturi Vacuum Pumps
Ultra-Small - The JS-40UM (Ultra-Mini) cylindrical venturi vacuum pump is the smallest
complete venturi vacuum pump that Vaccon offers. Incredibly compact and
powerful – it measures the size of your finger tip and generates up to 27"Hg
[914mbar]. Lightweight, quiet and cool operating, JS-40UM pumps are ideal
for confined spaces, where they can be mounted in-line near the point of use
for rapid response. |
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Min J-Series Fixed Venturi Vacuum Pumps
Compact Design - The J Series “M” (Mini) version cylindrical venturi vacuum pumps feature
a high power-to-size ratio, measuring only 3" L x 3/4" OD. Choose from
11 models that can generate up to 28"Hg [948mbar] and 3.5 SCFM [99LPM]
of vacuum flow. Lightweight, quiet and cool operating, J Series pumps are
ideal for confined spaces, where they can be mounted in-line near the point
of use for rapid response. |
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Mid Sized J-100/150/200/250 Series Fixed Venturi Vacuum Pumps
Increased Level of Performance - The J-100 and J-150 models offer the same performance as their sister pumps, the J-100M and J-150M on page 165, but with larger ports. The J-200 and 250’s offer higher vacuum flows for rapid evacuation
of large vessels and to overcome leakage to sustain high vacuum levels
while handling porous materials. |
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Max Sized J-300 Series Fixed Venturi Vacuum Pumps
Max Performance - The J-300 & 350 Series cylindrical venturi vacuum pumps offer higher
vacuum flows for rapid evacuation of large vessels and to overcome leakage
to sustain high vacuum levels while handling porous materials.
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Max Sized J-350 Series Fixed Venturi Vacuum Pumps
Max Performance - The J-300 & 350 Series cylindrical venturi vacuum pumps offer higher
vacuum flows for rapid evacuation of large vessels and to overcome leakage
to sustain high vacuum levels while handling porous materials. |
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