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  • P5010_AVM™2
  • P5010_AVM™2

Overview

Features

  • P5010 multistage ejector with Pi, Si or Xi COAX® push-in cartridge(s).
  • AVM™2, Automatic Vacuum Management, unit with built-in control and monitoring functions.
  • Valves for vacuum on/off, blow-off, blow-off flow control and non-return valve.
  • Option with Normally Closed "fail safe" on/off valve (NC). It changes to an open valve if power is lost and vacuum will be generated. A conventional normally closed on/off valve (NC 2) is also available. It stays closed if electrical power is lost or removed.
  • Option with automatic blow-off (1 sec) reduces number of outputs needed from PLC or I/O box.
  • Enhanced blow-off effect thanks to a directed blow-off pipe.
  • Analog vacuum sensor with two digital outputs, 16 pre-set combinations of signal levels to choose from.
  • Digital display with “-kPa” or “-inHg” as unit options.
  • Integrated energy saving function (ES) that minimizes the air consumption in sealed systems. The ES function can be activated manually or via a signal (signal override).
  • Three-color LED status indicators for valves, signal outputs and ES.
  • Material: Nitrile (NBR);Al;CuZn;PA;PE;PMMA;SS
  • Weight (Max): 720 oz.
  • Item Feed Pressure (Max): 0.7
  • Item Noise Level (Min): 68
  • Item Noise Level (Max): 71

Description

Ejector Data Specifications

Ejector Specification Pi48-2
Feed Pressure | MPa 0.3
Air Consumption | Nl/s 2
Vacuum (Max) | -kPa 90
Vacuum Flow at 0 -kPa | Nl/s 2.8
Vacuum Flow at 10 -kPa | Nl/s 2.5
Vacuum Flow at 20 -kPa | Nl/s 1.8
Vacuum Flow at 30 -kPa | Nl/s 1.1
Vacuum Flow at 40 -kPa | Nl/s 0.65
Vacuum Flow at 50 -kPa | Nl/s 0.5
Vacuum Flow at 60 -kPa | Nl/s 0.35
Vacuum Flow at 70 -kPa | Nl/s 0.25
Vacuum Flow at 80 -kPa | Nl/s 0.1
Evacuation Time to Reach 10 -kPa | s/l 0.038
Evacuation Time to Reach 20 -kPa | s/l 0.084
Evacuation Time to Reach 30 -kPa | s/l 0.153
Evacuation Time to Reach 40 -kPa | s/l 0.267
Evacuation Time to Reach 50 -kPa | s/l 0.441
Evacuation Time to Reach 60 -kPa | s/l 0.677
Evacuation Time to Reach 70 -kPa | s/l 1.01
Evacuation Time to Reach 80 -kPa | s/l 1.581