ECM
4Pages

Control & Information Technology ECM ETHERNET CONTROL MODULE HIGH DENSITY I/O WITH CUSTOM CONNECTIVITY, AND cLOGICTM CONTROL ENGINE FOR INDUSTRIAL ETHERNET HOST INTERFACE The ECM programmable automation controller is ideal for high-density commercial and industrial applications and for remote monitoring applications with high I/O point counts. The ECM can be implemented as a complete control platform for a single location or for a complete manufacturing line. With the ability to handle detailed execution tasks through the cLogicTM engine as well as to run certified programmable safety interlocks, the unit can be used to neatly manage I/O via the custom distribution board. Based on case studies, the compact footprint ECM can typically save users 15-40% on their automation and control costs versus other solutions. In addition to lowering cost, the flexibility of the expandable design allows users to add I/O after installation by utilizing the additional expansion slots. Features & Benefits • Compact, high density design reduces the number of controllers required, saving cost and tool real estate • Designed with analog, digital and inter- lock I/O connectivity in a single controller for flexibility and ease of use • Adjust and reuse interlocking schemes on the fly saving engineering time and costs • cLogicTM distributed real time logic engine allows you to control more tightly and faster than through the original control scheme • Data monitoring & control interfaces utilize Modbus/TCP, DeviceNet, EtherCAT, or web browser for migration and flexibility • Expanded front panel LCD display shows IP address and basic diagnostics as well as status • TOOLwebTM Interface for data collection and analysis • Easy, remote setup and configure via standard web browser

Programmability Modularize and distribute time-critical tasks closer to the device to maximize processing speed and determinism of the control. MKS cLogic allows you to overcome TCP/IP or other network bandwidth concerns by distributing logic to the I/O modules. You designate your logic using standard C code; download the code to the ECM for compiling and execution when you are ready. A variety of embedded functions such as PID, PWM, counters and sequencers are available to simplify your programming to get you up and running with your application quickly. The ECM unit takes advantage of...

Specifications Power Input Specifications General Main Power Supply Power Consumption Internally limited Power Supply Analog Power Consumption Internally limited Redundant PLD design, Implement 1 out of 2 programmable logic architecture Active high or low contact inputs, jumper selectable in groups of 12 Output Relays Output Current Standard Output High Power Software monitored Run- normal operation mode. Prog - Load the Interlock Logic and Access special FPGA registers for debug Programmable Interlock Classic Interlock Relays Logic Total input and output relays. Based on customer...

Ordering Inf ormation Input/Output Specifications (cont.) Analog Input Number of Inputs Single Ended Differential 0.1 % Full Scale (5V) 0.05 % Full Scale (10V) 0.1 % Full Scale (10V) 0.05 % Full Scale (20V) 0.1 % Full Scale (5V) 0.05 % Full Scale (10V) 0.1 % Full Scale (10V) 0.05 % Full Scale (20V) To hardware communication daemon 0.4MΩ (Differential) 0.2MΩ (Single ended) Same net, different planes for Analog and Digital part Analog Output Number of Outputs Differential Output Drive Current 10mA per output, (Capacitive load max 1nF) Output Latency Total Ordering Code for Base Unit:...