HB-L AC 220V to DC SWITCHING Power Supply waterproof 180V-250V
Inquire NowDescription
HB-L AC 220V to DC SWITCHING Power Supply is a versatile and reliable power supply solution designed for various automation applications. With a waterproof design and a voltage range of 180V-250V, it is ideal for powering LED large screens, engineering control equipment, communication devices, and various instruments and meters. This power supply is developed using advanced international technology and adheres to standards such as IEC 950, UC1950, UL1012, and TUVEN60950, ensuring high quality and reliability. Its imported components guarantee stable performance, making it a popular choice in both domestic and international markets.
Specifications
| Attribute | Details |
|---|---|
| AC Input Voltage | 85~132VAC or 170~264VAC (selectable range) |
| AC Input Frequency | 47~63Hz |
| Efficiency | 25W: 71%, 50W: 75%, 100W: 79%, 200W: 81% (Full load for 12V single output type) |
| Output Stability | 0.5% typical value |
| Micro-adjustment Range of Output Voltage | ±10%~15% (For main output circuit) |
| Ripple and Noise | 1% peak value (Real measurement value is less than 20 mV) |
| Over-voltage Protection | 115%~135% (For main output circuit) |
| Over-load Protection | All output terminals have short-circuit protection and overload protection |
| Withstand Voltage | 3000VAC (Primary to Secondary), 1500VAC (Primary to Enclosure), 500VAC (Secondary to Enclosure) |
| Holding Time | Typical value is 20ms at full load |
| Temperature Factor | 0.02%-0.05%/°C |
| EMI Standard | (a) FCC PART 15A, Grade B (b) En55022, CISPR PUB22A, Grade B |
| Safety Standard | (a) UL1012 (b) EN60950 (IEC950, UL1950) |
| Working Environment Temperature | -10~60 °C |
| Storage Environment Humidity | -20 ~ +85 °C |
Additional Information
This power supply is designed for optimal performance in automation fields and offers robust reliability for a variety of applications. It is suitable for environments with varying temperatures and humidity, ensuring consistent operation under different conditions.
