Industry 4.0 is the fourth revolution in manufacturing and process automation, which poses a huge challenge to PLC design engineers: integrating more functions into increasingly smaller packages. Increasing I/O density and smaller package sizes also bring another fundamental design challenge: inevitable power consumption issues. Systems must be more power efficient than ever before to avoid PLC overheating, especially in applications where fans and vents are not typically available. Fortunately, companies like Maxim Integrated are developing new solutions that allow their integration capabilities to shine in the changing industrial market.
Two analog input channels, ±12V, 24-bit ADC
Two analog input channels, ±24mA, 24-bit ADC
Analog output channel, 0V to ±12V, 16-bit DAC
Eight digital input channels, 36V (max), configurable for IEC® 61131-2 input types 1, 2 and 3
Eight digital output channels; 640mA high-side switch or 640mA push-pull output @24V
Two RS-485 COM ports; half-duplex, up to 42Mbps data rate
Three DC motor controllers: 9V to 32V full-bridge DC motor driver, up to 2.5A peak motor current (powered by independent power supply)
Four IO-Link host ports with M12 female connectors
Fully compatible with IO-Link version 1.1
TEConcept IO-Link Host Stack
Factory and process automation
Building automation
Robot control
Quickly build prototypes of new industrial control systems
IO-Link sensors and actuators
Pocket IO: MAXREFDES150MAIN# and MAXREFDES150LED#, housed in plastic housing, with Intel Edison development module
Connector mounting plate - MAXREFDES150ATACH#
40-pin female/female cable kits – two per set
USB A to micro-USB B converter
AC to DC (24VDC, 1A) power supply, adapter for local outlet included
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