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Model: P24-12V
P24-12V is a DC power module for integration into industrial equipment. 13–24 V DC input; 12 V / 6 A output. Default 2-pin locking input terminal; a locking DC circular connector is optional.
P24-12V is a DC power module for integration into industrial equipment.
Confirm the input voltage, output load and connector configuration before integration.
| Parameter | Specification |
|---|---|
| Power input | 13–24 V DC; 1 × 2-pin pluggable terminal block; pitch: 5.08 mm |
| Power output | 12 V / 6 A; 1 × 4-pin power connector; 1 × 2-pin terminal header (pitch: 5.0 mm) |
| Operating temperature | −10–60 °C |
| Operating humidity | 5–95% RH; non-condensing |
| Storage temperature | −20–70 °C |
| Dimensions | 27 × 80 mm |
Contact us to confirm the configuration and availability.
Technical specifications, OS compatibility, and deployment details for this platform
P24-12V supports Windows 10/11 IoT Enterprise, Ubuntu 20.04/22.04 LTS, and major Linux distributions. Yantronic provides board support packages (BSP), driver validation, and long-term OS maintenance for mission-critical automation and edge AI workloads.
Engineered with an industrial-grade passive heatsink and rugged chassis, P24-12V operates reliably across −10–60 °C. The fanless, sealed design prevents dust ingress, withstands mechanical shock and vibration, and ensures continuous 24/7 operation.
P24-12V is equipped with 13–24 V DC; 1 × 2-pin pluggable terminal block; pitch: 5.08 mm featuring over-voltage, over-current, and reverse polarity protections for seamless integration into factory cabinets and automated machinery.
Yes. Yantronic offers full OEM/ODM customization services for P24-12V, including custom BIOS configurations, additional I/O expansion daughterboards, private-label branding, and enclosure modifications, backed by a guaranteed 5 to 7+ year product lifecycle commitment.
Engineering references and whitepapers relevant to this hardware platform
Thermal management is the defining challenge of industrial computing. Learn how to calculate thermal headroom and why component-level conduction is the key to 24/7 reliability.
Vibration is the primary cause of intermittent connection failures and structural fatigue. Discover how to interpret MIL-STD-810H random vibration profiles and specify systems for high-G environments.
