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Comparison · Power supplies

24 V 16.7 A 400 W power supply with 0–10 V control or C400 power supply

Two models side by side: measurements taken by the author in their reviews, and their conclusions. The better value in each row is highlighted.

In brief: Based on review measurements: In test: C400 power supply (360 W vs. 280); Test current: 24 V 16.7 A 400 W power supply with 0–10 V control (15 A vs. 6); Temperature rise: 24 V 16.7 A 400 W power supply with 0–10 V control (117 °C vs. 150).

Model24 V 16.7 A 400 W power supply with 0–10 V control24 V 16.7 A 400 W power supply with 0–10 V control2025Read review →C400 power supplyC400 power supplyRuiDeng · 2023Read review →
Power, W400400
In test, W280360
Test current, A156
Temperature rise, °C117150
Review conclusionWith reservationsRecommended

Only in one review: Voltage 24 V (24 V 16.7 A 400 W power supply with 0–10 V control); Current 16.7 A (24 V 16.7 A 400 W power supply with 0–10 V control); Under load 23.408 V (24 V 16.7 A 400 W power supply with 0–10 V control); Ripple 100 mV (24 V 16.7 A 400 W power supply with 0–10 V control); Efficiency 86 % (24 V 16.7 A 400 W power supply with 0–10 V control).

24 V 16.7 A 400 W power supply with 0–10 V control: Well built with decent components, but continuous power is about 200–240 W, not 400 W; control can damage loads with input capacitors.

C400 power supply: The PSU handles 360 W confidently and pleased the author overall, but its fan is noisy and one transistor runs hot.

Figures were taken from the review text and checked against the quoted passages. Measurement conditions differ between reviews, so read the reviews yourself before buying. Prices at the time of review.

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