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AVENTICS-A652A0000003642

AVENTICS™ Air preparation unit, 3-part, Series 652 A652A0000003642

Product Description

652 ASSEMBLY COMPOSED BY A SHUT OFF ISOL

Specifications

Parts
Air preparation units
Components
Shut-off valve, Filter pressure regulator, Filling valve
Reservoir
Reservoir polycarbonate
Port
G 1/4
Filter porosity
25 µm
Condensate drain
semi-automatic, open without pressure
Working pressure min.
3.8 bar
Working pressure max
10 bar
Min. ambient temperature
-10 °C
Max. ambient temperature
50 °C
Regulation range min.
0.5 bar
Regulation range max.
10 bar
Type
3-part
Medium
Compressed air, Neutral gases
Seal material
Nitrile butadiene rubber
Material condensate drain
Plastic

Features

  • The industry´s highest flow rates assure OEMs and maintenance managers that their air preparation products will optimize machine performance.
  • Extended high- and low-temperature capabilities (-40° C to 80° C) allow the FRLs to be specified across a broad range of applications, including those within harsh environments.
  • New manifold endplate flanges allow the maintenance technician to pull the manifold assembly out of service without disconnecting the piping.
  • Front-facing easy-to-read, low-profile gauges improve serviceability. They are the only products of their type to offer these gauges on shut-off isolation valves and slow-start/quick-exhaust valves.
  • Optional pressure regulator with reverse flow check permits placement of the regulator between the valve and cylinder - allowing air to be exhausted through the regulator without causing damage or reduced life.
  • Optional integrated pressure range indicators allow the user to easily set the red/green colour indicators to the desired pressure range.
  • Available with integrated redundant safe exhaust valve to implement safety standards without affecting productivity. Meets ISO 13849 standard, category 3 PLd (Performance Level).
  • Available with integrated IIoT enabled air flow sensor to monitor air consumption in pneumatic systems. This enables fast action in case leaks are detected, to optimize energy consumption, prevent machine downtime, and reduce costs.

Documents & Drawings