Omron S8VK-G Switched Mode DIN Rail Power Supply - S8VK-G24024


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Best current price£187.76from eBay
Shopping.co.uk recommended and popular offers
eBay£187.76Visit shop Switching Power Supply S8VK-G24024 1PC NEW OMRON Free Ship
Visit shop4 offers from £187.76 - £519.80
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The Omron S8VK-G24024 is designed for industrial engineers and maintenance professionals who require a high-reliability, 240W power conversion solution for control cabinets. This unit provides a consistent 24V DC output with exceptional efficiency and thermal tolerance, making it ideal for demanding automated systems. However, users should note that as a dedicated industrial component, it requires DIN rail mounting and proper ventilation clearance to maintain its long operational lifespan.
| Model Part Number | S8VK-G24024 |
|---|---|
| Brand | Omron |
Yes, provided the installation allows for adequate convection cooling and adheres to the specified thermal clearance requirements.
The S8VK-G24024 uses natural air convection cooling.
Yes, the internal circuitry includes robust protection mechanisms for overcurrent and short-circuit scenarios.
Please consult the specific technical datasheet for your batch to confirm parallel operation support, as it may require additional diodes for redundancy.
The unit is designed to be lightweight, typically weighing under 1kg for easy mounting on standard DIN rails.
Verify input voltage is within the 85-264V AC or 90-350V DC range and ensure all wiring connections are secure.
Check if the total load exceeds 240W/10A and ensure there is adequate airflow around the unit to prevent thermal overload shutdown.
To ensure peak performance, mount the unit securely onto a standard 35mm DIN rail. Always leave a minimum of 20mm clearance on the sides and top/bottom to allow for proper airflow, as convection cooling is essential for units operating at full 240W capacity. Use appropriately sized stranded copper wire for input and output terminals to prevent voltage drops or thermal buildup at the connection points. Periodically inspect the terminals for tightness during routine machine maintenance and keep the intake vents free of dust to maintain efficient heat dissipation.