动力源DZY-48/30HIII

动力源DZY-48/30HIII动力源整流模块动力源动力源DZY-48/30HIII动力源第三代DZY系列-48V30A通信电源整流模块动力源DZY-48/30HIII    

高,41mm,236深,86.5宽    自然风冷散热效率百分之93%,第四代第三代混插动力源DZY-48/30HIII动力源DZY-48/30HIV同时使用

工作环境温度：―5～+45℃                 

相对湿度：<90％(40±5℃)，无凝露； 

储存温度：-40℃～+70℃(试验温度)；         

大气压力：70KPa～106KPa。 1.3.2 工作条件： 

交流输入：系统采用单相三线制输入,交流输入电压在176～280V范围内额定电流输出，在90～175V范围内降额输出。 

交流输入频率：45～65Hz。

动力源

国内上市公司中唯一专业从事电源制造的企业

所有产品均自行设计与生产

独立的产品设计开发体系及先进的手段

全面通过 ISO9001 质量体系认证

通过CE、UL安全认证

稳定的供应链保障渠道

专业化多品种的生产能力与完备的检测手段

利用电能变换技术将市电或电池等一次电能转换成-48V或±24V适合各种通信设备使用的的二次电能的系统或装置

Power source dzy-48 / 30hiii power source rectification module power source power source dzy-48 / 30hiii power source the third generation DZY series-48v30a communication power supply rectifier module power source dzy-48 / 30hiii

It is 41mm high, 236 deep, 86.5 wide, natural air-cooled heat dissipation efficiency is 93%, the fourth generation and third generation hybrid power source dzy-48 / 30hiii power source dzy-48 / 30hiv is used at the same time

Technical parameter

Working environment temperature: - 5 ～ + 45 ℃

Relative humidity: < 90% (40 ± 5 ℃), no condensation;

Storage temperature: - 40 ℃ - + 70 ℃ (test temperature);

Atmospheric pressure: 70kpa ~ 106kpa. 1.3.2 working conditions:

AC input: the system adopts single-phase three wire input, AC input voltage is 176-280v, rated current output is within 90-175v range.

AC input frequency: 45-65hz.

Power source

The only enterprise specialized in power supply manufacturing among domestic listed companies

All products are designed and produced by ourselves

Independent product design and development system and advanced means

Fully passed ISO9001 quality system certification

Passed CE, UL safety certification

Stable supply chain guarantee channel

Specialized multi variety production capacity and complete detection means

A system or device that converts primary electric energy such as mains power or battery into - 48V or ± 24V secondary electric energy suitable for various communication equipment by using electric energy conversion technology