Smart Relay PLC Base Module - 110-240 V AC/DC LED, 8DI/4 Relay Outputs is a smart relay PLC base module designed for compact machine control, panel automation and industrial sequencing. It combines LED status indication with built-in Ethernet, expandable I/O and 4 normally-open relay outputs.
🔧 Technical Highlights:
- Supply voltage: 110-240 V AC/DC
- Supply range: 85 to 265 V AC / 100 to 253 V DC
- Display: LED status indication
- Inputs: 8 digital inputs
- Outputs: 4 normally-open relay outputs
- Output rating: 8 A resistive at 230 V AC / 8 A at 30 V DC
- Product standard: IEC 61131-2:2017
- Communication: Built-in Ethernet with Modbus TCP server/client and webserver connectivity
- Programming: Ladder and FBD using Genie Pro Soft
- Expansion capacity: Up to 12 expansion modules and up to 24DI + 20DO + 8AI + 8AO
- Internal interface: Detachable RS485 serial port or Micro SD card interface support
- Mounting: DIN rail mounting
- Operating temperature: -20°C to +55°C
- Certifications: CE, REACH, UKCA and UL Listed
✅ Benefits:
- LED status indication provides quick run/stop and network visibility.
- Built-in Ethernet supports programming, online monitoring and webserver access.
- Relay outputs switch mixed AC/DC loads within the published ratings.
- Expandable I/O architecture supports staged system growth.
- Compact DIN rail housing suits OEM machines and control panels.
🚀 Applications:
- Small machine and OEM equipment control
- Pump, fan, lighting and HVAC control panels
- Conveyor, packaging and process interlocking
- Timer, counter and relay-logic replacement
- Industrial automation projects requiring compact PLC control
Built for reliable smart relay PLC control in compact industrial automation systems.
FAQs
- Q: Does this smart relay PLC base include LED indication?
A: This variant uses LED status indication for run/stop and network status in compact panels.
- Q: How many expansion modules can be connected?
A: Supported Genie Pro systems can use up to 12 expansion modules, with maximum I/O capacity up to 24DI + 20DO + 8AI + 8AO.