EC7A-0808A
EtherCAT, Integrated I/O, 8DI, 8DO, NPN, 0.5A(metal housing)
IP67 protection level, suitable for harsh industrial environments
Based on high-performance EtherCAT ASIC communication chips, direct control, faster speed
Using standard cable wiring is simple and the layout is quick
The configuration is simple, supporting mainstream EtherCAT masters
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Interface Parameters
| Fieldbus Interface | 2×M12，4Pin，D-code |
| Data transmission medium | UTP or STP of Category 5 or higher (STP recommended) |
| Bus protocol | EtherCAT |
| Transmission rate | 100Mb/s |
| Transmission distance | <= 100 m (station-to-station distance) |
| Electrical Isolation | 500V |
Technical Parameters
| Power Connector | 2×M12，4Pin，D-code |
| US total current | Maximum: 16 A |
| US current consumption | ≤35mA |
| UL total current | Maximum: 16 A |
| UL current consumption | 25 mA + sensor supply current + load output current |
| Electrical isolation between GNDS and GNDL | Yes |
| Power Supply | 24 VDC（18V~30V） |
| Operating temperature | -25 ~ +70℃ |
| Relative Humidity | 95 %, no condensation |
| Storage Temperature | -40 ~ +85℃ |
| Protection rating | IP67 |
| Dimensions | 225.5×62.5×32.6mm |
| Weight | 660g |
Digital Input
| Input Interface | 8×M12，5Pin，A-code |
| Total Sensor Power Supply | Max.: 2 A (from UL) |
| Rated voltage | 24 VDC(±25%) |
| Number of Signal Points | 8 |
| Signal Type | NPN |
| Input Current | 4mA |
| Isolation withstand voltage | 500V |
| Channel indicator | Green LED |
| "0" Signal Voltage | 15~30 V |
| "1" Signal Voltage | -3~+3 V |
| Isolation method | Optocoupler Isolation |
Digital Output
| Output Interface | 8×M12，5Pin，A-code |
| Total output current | Max.: 4 A (from UL) |
| Rated voltage | 24 VDC(±25%) |
| Number of Signal Points | 8 |
| Signal Type | NPN |
| Load Type | Resistive load, inductive load |
| Rated Current per Channel | Max.: 500 mA (from UL) |
| Port Protection | Overcurrent protection |
| Isolation withstand voltage | 500V |
| Channel indicator | Green LED |
| Isolation method | Optocoupler Isolation |
