PLC OMRON #1 - Memahami Hardware Secara Detail dan Memahami Terminal I/O PLC OMRON CP1L

Summary

This tutorial on the Omron CP1L-M40D PLC provides a comprehensive overview of its hardware and programming features. The video covers the PLC's digital inputs and outputs, power supply options (DC and AC), and configuration of terminals. It also explains the use of peripheral components such as USB ports, analog adjusters, and memory card slots for expanded functionality. Additionally, the tutorial highlights expansion options with add-on boards like RS232, RS422, and Ethernet. With a focus on practical application and clear explanations, this video serves as an essential guide for anyone looking to understand or work with the Omron CP1L-M40D PLC.

Takeaways

• 😀 The video introduces a tutorial on the Omron PLC, starting from hardware details to programming.
• 😀 The PLC model used in the tutorial is the Omron CP1L-M40D RD, a compact PLC with DC power and relay-based output terminals.
• 😀 The PLC operates with a 24V DC power source, with digital inputs and outputs running on 24V DC or up to 240V AC.
• 😀 The PLC has 24 digital input terminals, which are divided into two channels (0 and 1), and must use 24V DC power.
• 😀 The Omron CP1L PLC has 16 digital output terminals, divided into two channels (100 and 101), which can handle both 24V DC and 220V AC power.
• 😀 The terminals have separate comments for each output, allowing for different power sources (DC or AC) on each comment.
• 😀 Digital outputs on the PLC can be connected to separate power sources, such as 220V AC for some comments and 24V DC for others, as long as they are not used simultaneously.
• 😀 The PLC's output terminals are visually separated by thick lines indicating different groups of comments, with each group allowing different power sources.
• 😀 The PLC is equipped with a battery backup system to maintain CPU data when the power is off, preventing data loss.
• 😀 The Omron PLC also includes USB peripheral ports for programming, an analog adjuster for analog value changes, and a memory card slot for additional program storage if necessary.

Q & A

What is the main subject of this video tutorial?

The video tutorial focuses on explaining and demonstrating the hardware and programming of the Omron PLC, specifically the CP1L M40D series.

What is the power source required to operate the Omron CP1L M40D PLC?

The Omron CP1L M40D PLC requires a 24V DC power source to operate, with a power consumption of 20W.

What are the voltage requirements for the digital input and output terminals on the Omron CP1L M40D PLC?

The digital input terminals require a 24V DC power source, while the digital output terminals can use either 24V DC or 220V AC power sources.

How many digital input and output terminals are available on the Omron CP1L M40D PLC?

The Omron CP1L M40D PLC has 24 digital input terminals and 16 digital output terminals.

What is the purpose of the thick boundary lines on the digital output terminals of the Omron CP1L M40D PLC?

The thick boundary lines on the digital output terminals indicate separate terminals for different channels. Each section of terminals within these boundaries can have different power sources, such as 24V DC or 220V AC.

What type of batteries are present in the Omron CP1L M40D PLC, and what is their function?

The PLC contains batteries that serve as a backup power source to retain CPU data in case the main power supply is lost.

What is the function of the peripheral USB port on the Omron CP1L M40D PLC?

The peripheral USB port is used to connect the PLC to a computer for programming purposes.

What is the purpose of the analog adjuster on the Omron CP1L M40D PLC?

The analog adjuster is used to modify the value of analog signals within a specified range, allowing for adjustments without the need for programming.

What type of external analog devices can be connected to the Omron CP1L M40D PLC?

External analog devices such as potentiometers and temperature sensors, which output signals in the range of 0-10V, can be connected to the PLC for conversion to digital data.

What is the function of the memory card slot on the Omron CP1L M40D PLC?

The memory card slot is optional and is used to expand memory capacity for storing programs when the internal CPU memory is insufficient.