Description
Omron S8VK-S12024 Switch Mode Power Supply
Technical Specifications
- Product Model: S8VK-S12024
- Brand: Omron
- Warranty: One Year
- Input Voltage: AC 100–240 V (85–264 VAC wide range)
- Operating Temperature: -10°C ~ +55°C
- Storage Temperature: -40°C ~ +85°C
- Response Time: ≤100 ms (under full load startup)
- Protection Class: IP20 (DIN rail installation)
- Accuracy Class: ±1% output voltage regulation
- Output Frequency: N/A
- Rated Current Range: 5 A DC (24 VDC, 120 W rated power)
- Communication Interface: No digital communication port
- Supported Protocols: Hardwired analog power output
- Overload Capacity: 115–135% constant current overload protection, automatic recovery
- Dimensions: 125 mm × 70 mm × 110 mm

Product Overview
The S8VK-S12024 is a single-phase DIN rail mounted switching power supply from Omron S8VK-S series, delivering stabilized 24 VDC power for factory automation control systems. It converts universal alternating mains voltage into clean regulated DC power for PLCs, HMIs, safety relays and field sensors. This unit suppresses voltage fluctuation and mains transient interference, preventing unstable operation of sensitive automation components. Machine builders, panel builders and maintenance technicians rely on this power supply for compact control cabinet layouts. Built-in overvoltage, overload and short-circuit protection safeguards downstream loads and extends service life of peripheral automation hardware.
Application Scenarios
- Automation Control Cabinets: Supplies steady 24 VDC power to Omron PLC modules, proximity sensors and safety interlock relays. Wide input voltage tolerance ensures stable operation with unstable factory mains power.
- Packaging & Processing Machinery: Deployed on filling, labeling and conveying equipment. Compact DIN rail form factor optimizes cabinet space for mid-size machine control panels.
- Water Treatment & Environmental Monitoring Systems: Powers level transmitters, flow sensors and local control instruments. Robust surge resistance minimizes component failures inside industrial plant environments.







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