This data can be used to control the device, set or change parameters. On reception these commands are translated into input understandable for the receiver. ![]() M2M COMMUNICATIONĬonditions at a local device can create standardized commands which are sent to the driver of a remote target. Allows remote control, setting and changing of parameters as well as ‘tagging’ equipment with information like work order data which then can be read together with machine data. Translates standardized input into manufacturer specific commands and transmits them to the device. Translates manufacturer specific output into standardized information including: Device state, Output quantity, Work order, operation and part number, Quality information, Process data DEVICE CONTROL Collects information by either reading data in adjustable intervals (solicited messaging) or based on events (unsolicited messaging). FIG 1: Monitoring of machine state, spindle speed and feed rate FEATURES DEVICE CONNECTIONĮstablishes connections to remote devices by accessing and using their standard communication interface for example: Ethernet network, Serial interface, Bluetooth, USB, Manufacturer specific networks and bus-systems (HSSB, EIB, CAN, PROFIBUS…) DATA ACQUISITIONĪcquires data by utilizing the preferred communication protocol of the device.
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