Rong-electric MG200PC4.6 LED Display Power Supply
$39.99
The Rong-electric MG200PC4.6 LED Display Power Supply provides stable 4.6V, 40A output with protection features and efficient cooling for reliable LED display performance.
Rong-electric MG200PC4.6 LED Display Power Supply Description
The Rong-electric MG200PC4.6 LED Display Power Supply is a high-performance power solution designed to deliver stable and reliable power for LED display systems and other sensitive electronic devices. With an input voltage range of 200-240VAC, this power supply offers a consistent output of 4.6V at 40A, ensuring optimal performance for demanding applications. Equipped with comprehensive protection features such as input under-voltage, overload, and short-circuit protection, the MG200PC4.6 ensures the safety and longevity of your devices. Its ventilation cooling system helps maintain optimal operating temperatures, ensuring efficiency even during long hours of operation.
Product Features:
● Wide Input Voltage Range: Operates with 200-240VAC input, making it suitable for use in various global power environments.
● Stable Output Voltage: Provides a steady 4.6V output at up to 40A, ensuring reliable performance for LED displays and other sensitive equipment.
● Comprehensive Protection: Includes built-in protection against input under-voltage, overload, and short circuits to safeguard both the power supply and connected devices.
● Effective Heat Dissipation: The ventilation cooling system ensures efficient heat dissipation, preventing overheating during extended use.
● High Efficiency: Designed to provide optimal energy conversion, reducing power loss and improving cost-effectiveness.
● Ideal for LED Displays: Perfect for large LED screens, digital signage, and other applications requiring stable and high-current power.
Rong-electric MG200PC4.6 LED Display Power Supply Specification:
Model | MG200PC4.6 | |
---|---|---|
Output | ||
Output Power(W) | 184 | Remarks |
Rated Input Voltage | 100—240 | |
Output voltage (Vdc) | 4.6 | |
Output Current(A) | 0-40 | |
Regulation accuracy | ±2% | |
Ripple & Noise(mVp-p) | ≤150 | |
Environmental | ||
Permanent operating temperature | -30-50℃ | Ultra-thin and small size power supply It is necessary to add a bottom plate for heat dissipation (bottom Board area ≧200 square centimeters) |
Storage temperature | -40—80℃ | |
Work Relative Humidity | 10—90%(no condensation) | Note 1 |
Storage Relative Humidity | 10—90% | |
Cooling mode | Ventilation cooling | |
Atmospheric pressure | 80—106Kpa | |
Altitude | 2000M | |
Vibration | 10-55Hz 19.6m/S²(2G),20 minutes each along X,Y and Z axis. | |
Shock | 49m/S²(5G),20 once each X,Y and Z axis. | |
Input | ||
Rated input voltage | 100-240Vac | Note 2 |
Input voltage range | 90-264Vac | |
Input frequency range | 47—63Hz | Full load (room temperature) Note 3 |
Efficiency | ≥88.0%(Vin=220Vac) | |
Maximum input current | ≤3.0A | |
Inrush current | ≤60A | |
Output | ||
Output rating voltage | 4.6Vdc | |
Output current range | 0—40A | |
Output voltage range | 4.55-4.7Vdc | |
Voltage regulation accuracy | ±1% | |
Load regulation accuracy | ±1% | |
Regulation accuracy | ±2% | |
Ripple and noise | ≤150mVp-p | Full load;20MHz, 104+10uF NOTE 3 |
Power output delay | ≤2500ms | NOTE 4 |
Hold up time | ≥10ms | Vin=220Vac NOTE5 |
Output voltage rise time | ≤100ms | NOTE 6 |
Off overshoot | ±5% | |
Output dynamic | Voltage changes less than ± 5% VO; dynamic response time ≤ 250us | LOAD 25%-50% , 50%-75% |
Note | Note 1: Please add the new requirement when the power supply will be used for high humidity condition Note 2:Meanings of rated input voltage and the input voltage range: the rated input voltage is the international general appellation, the highest voltage of rated input voltage float upwards 10%,is the input voltage upper limit, the maximum value, the minimum voltage of rated input voltage float downward 10%, is the input voltage lower limit, the minimum value. Rated input voltage range of 200-240 is corresponding to 180-264. The two terms are not contradictor, essence is consistent, uniform, only two different terms. Note 3:Efficiency:Terminal output voltage multiplied by the output current, and then divided by the AC input voltage, divided by the AC input current, divided by the power factor: efficiency=terminal output voltage X output current / (the AC input voltage X AC input current X power factor). Note 3: Ripple & noise test: Ripple & noise bandwidth is set to 20MHz, use a 0.10uF ceramic capacitor in parallel with a 10.0uF electrolytic capacitor at output connector for ripple & noise measurements. Note 4: The power delay time measured is when AC power on to 90% of specified output voltage observed on the channel. Note 5: The hold-up time measured is when AC power off to 90% of specified output voltage observed on the channel. Note 6: The rise time measured is when the output voltage rise from 10% to 90% of specified output Vout observed on the channel wave form. Note: Input line (all L&N) should be shorted; and all output should be shorted. |
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Rong-electric MG200PC4.6 LED Display Power Supply Specification
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