In sourcing discussions, WS0-CPU000200 is often placed next to Schneider PLC, Fx5U 32Mt Ess and Mitsubishi HMI so procurement teams can align budgets and technical requirements effectively.
WS0-CPU000200 - Mitsubishi Programmable Controllers Melsec
Technical Specifications of Mitsubishi Mitsubishi Programmable Controllers Melsec WS0-CPU000200:
| Brand | Mitsubishi |
| Product Type | PLC(Programmable Logic Controller) |
| Product | WS0-CPU000200 |
WS0-CPU000200 Mitsubishi Programmable Controllers Melsec Technical Specifications
| Specification | Value |
|---|---|
| Type | SAFETY CPU |
| Program Memory | 255 |
| Program Memory Unit | FUNCTION BLOCKS |
| Local + Remote I/O Points | 144 |
| Cycle Time LD (ns) | 100 |
| Cycle Time MOV (ns) | 350 |
| Buffer Battery | YES |
| Series | MELSEC-WS SERIES |
| Depth (mm) | 120,8 |
| Weight (kg) | 0,1 |
| Width (mm) | 22,5 |
| Height (mm) | 96,5 |
| CE | COMPLIANT |
| EAC | NON-COMPLIANT |
| UKCA | COMPLIANT |
The Mitsubishi WS0-CPU000200 PLC is a safety-focused programmable logic controller designed for monitored industrial control systems. The Mitsubishi WS0-CPU000200 PLC supports 255 function blocks, processes up to 144 I/O points, and includes buffer battery backup for retained logic handling. It is positioned within the MELSEC-WS Series and serves safety-related automation requirements.
In industrial automation, the Mitsubishi WS0-CPU000200 PLC is applied in safety circuits for conveyors, packaging equipment, guarded assembly lines, and controlled machine zones. Its predictable execution timing supports stable safety logic evaluation, while compact dimensions allow integration into dense safety panels. The controller supports structured safety control architectures without reliance on expanded CPU resources.
The Mitsubishi WS0-CPU000200 PLC reflects Mitsubishiβs approach to safety controller design focused on consistency and compliance. Certified approvals, battery-backed logic retention, and defined execution behavior support continuous industrial use. The WS0-CPU000200 model is suitable for systems requiring dependable safety logic processing within regulated automation environments.
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