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Product Information ?  WEB Catalog  ? Switches/Sensors/Controller  ? Air Management System

Air Management System

Air Management System AMS20/30/40/60

    ?Air consumption: Max. 62% reduction
    　Monitors the machine standby conditions (when production stops) and
    　automatically decreases the pressure.
    　Reduces unnecessary air consumption
    ?Compatible with OPC UA
    　Direct connection enables data communications.
    ?Compatible with wireless systems
    　Communication cables not required
    　High security thanks to unique encryption
    　Communication distance: Max. 100 m
    ?IO-Link compatible
  • 2D/3D CAD

    The new SMC CAD SYSTEM, CADENAS, allows you to output 2D/3D CAD data with full part numbers in various data formats. Responses to part number selection has been greatly improved with the newly developed system.

    Click here for 2D/3D CAD
  • Air Management System AMS20/30/40/60
    Manual
    Series View search result
    Electro-Pneumatic
    Regulator Type AMS20A/30A/40A/60A    		View search result
    Regulator Type
    AMS20B/30B/40B/60B    		View search result
SeriesSizePort sizeFlow capacity [L/min]Communication protocolOutput data
Electro-Pneumatic
Regulator Type AMS20A/30A/40A/60A		20
30
40
60		1/8
1/4
3/8
1/2
3/4
1		5 to 500
10 to 1000
20 to 2000
40 to 4000		PROFINET
EtherNet/IP?
OPC UA
EtherCAT		Instantaneous flow
Accumulated flow
Pressure
Fluid temperature
Various sensor information transmitted via IO-Link Diagnosis
Regulator Type
AMS20B/30B/40B/60B		20
30
40
60		1/8
1/4
3/8
1/2
3/4
1		5 to 500
10 to 1000
20 to 2000
40 to 4000		PROFINET
EtherNet/IP?
OPC UA
EtherCAT		Instantaneous flow
Accumulated flow
Pressure
Fluid temperature
Various sensor information transmitted via IO-Link Diagnosis

Features

Air consumption: Max. 62%*reduction

* In SMC conditions: Maximum reduction ratio within product specifications
(at 0.7 MPa operating pressure and 0.2 MPa low pressure)

Why not reduce the wasted air generated by your factory equipment?

Reduced air consumption due to lower pressure during production stoppages/equipment standby (Standby mode)

Reduce air consumption by shutting off valves depending on equipment shutdown conditions (Isolation mode)

Residual pressure exhaust valve allows further reduction of air consumption by shutting off the air supply.
Automatic isolation mode is also provided that can be turned off after a set time from standby mode.

Visualization of production equipment status

Flow, pressure, temperature, and other sensor information can be communicated to the host system via Industrial Ethernet or the OPC UA data communication protocol.

IO-Link compatible

Examples of IoT applications with Air Management System

Compatible with SMC wireless systems

Click here for further details on related products.

System Configuration

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