$154.74
  • X20A5-B2N
  • 0103221

Overview

Features

  • Extra vacuum level to 27.9 -inHg
  • Small size and low weight
  • Use in tightly sealed or non-porous applications
  • Material: Nitrile (NBR);Ethylene Propylene (EPDM);Al;PA;POM;SS;Viton®
  • Item Feed Pressure (Max): 0.7
  • Item Noise Level (Min): 62
  • Item Noise Level (Max): 66

Description

COAX® is an advanced solution for creating vacuum with compressed air. Based on Piab's multistage technology, COAX® cartridges are smaller, more efficient and more reliable than conventional ejectors, that allows for the design of a flexible, modular and efficient vacuum system. The two-stage COAX® cartridge MICRO is probably the world's smallest multistage vacuum ejector. Its low weight makes it suitable to integrate close to the suction point in high speed pick-and-place applications of small objects. The two-stage COAX® cartridge MINI has small mounting dimensions and the three-stage COAX® cartridge MINI has high initial vacuum flow. The two-stage COAX® cartridge MIDI has small mounting dimensions and the three-stage COAX® cartridge MIDI has high initial vacuum flow. The MIDI cartridges are efficient generators of blow-air and are also suitable for fast evacuation of large volumes.

Ejector Data Specifications

Ejector Specification X20L
Feed Pressure | MPa 0.4
Air Consumption | Nl/s 1.6
Vacuum (Max) | -kPa 93
Vacuum Flow at 0 -kPa | Nl/s 1.9
Vacuum Flow at 10 -kPa | Nl/s 1
Vacuum Flow at 20 -kPa | Nl/s 0.5
Vacuum Flow at 30 -kPa | Nl/s 0.44
Vacuum Flow at 40 -kPa | Nl/s 0.38
Vacuum Flow at 50 -kPa | Nl/s 0.3
Vacuum Flow at 60 -kPa | Nl/s 0.25
Vacuum Flow at 70 -kPa | Nl/s 0.17
Vacuum Flow at 80 -kPa | Nl/s 0.1
Vacuum Flow at 90 -kPa | Nl/s 0.02
Evacuation Time to Reach 10 -kPa | s/l 0.055
Evacuation Time to Reach 20 -kPa | s/l 0.2
Evacuation Time to Reach 30 -kPa | s/l 0.4
Evacuation Time to Reach 40 -kPa | s/l 0.65
Evacuation Time to Reach 50 -kPa | s/l 0.97
Evacuation Time to Reach 60 -kPa | s/l 1.4
Evacuation Time to Reach 70 -kPa | s/l 1.9
Evacuation Time to Reach 80 -kPa | s/l 2.7
Evacuation Time to Reach 90 -kPa | s/l 5.1