PL110
Mini PLC
- Features
- mA and Voltage Input
- Encoder Input
- Potentiometer Input
- 10 K NTC Input
- Voltage Input
- 8 Digital Input
- PID Control
- Analog Output
- 8 Digital Output
- 2 x Modbus RTU
Mini PLC
PL110: Compact DIN Rail Mounted PLC
The Mini DIN Rail PLC PL110 is a compact and versatile Programmable Logic Controller designed for easy mounting on a DIN rail. The PL110 is equipped with a variety of input and output options, including a 0/4-20mA input, 0-10V input, two NTC 10K thermistor inputs, and two potentiometer inputs. It also features 8 PNP digital inputs and 2 encoder inputs, offering flexibility for a wide range of applications. The PLC includes an analog output with PID control, along with 8 relays rated up to 1 Amp and outputs rated up to 2 Amps. The analog and digital I/O can be expanded using MCM260 modules, providing additional adaptability to meet specific needs.
Key Features and Capabilities:
- Versatile I/O Configuration: Offers a combination of analog and digital inputs and outputs, including 0/4-20mA, 0-10V, thermistor, and potentiometer inputs, making it suitable for various control tasks.
- Analog Output with PID Control: Provides precise process control through integrated PID functionality.
- Expandable I/O: The PL110 can expand its analog and digital I/O capabilities using MCM260 modules, allowing for greater system customization.
- Compact DIN Rail Mounting: Designed for easy installation on a DIN rail, saving space in control panels.
- Optional OLED Display: Available with or without an OLED display, providing visual feedback and status monitoring.
- Communication Ports: Includes 2 RS485 Modbus ports and a USB port, ensuring reliable communication with other devices and systems.
- Programmable with PLprog Software: Utilizes PLprog software, allowing programming with ladder diagrams, logic relays, timers, counters, and various math and logic functions.
- Real-Time Clock and Battery Backup: Equipped with a real-time clock and an optional backup battery, ensuring continuous operation and time-keeping even during power interruptions.
