DR-100-24  开关模式导轨式面板电源

型号：DR-100-24

开关模式导轨式面板电源, 24V 直流, 4.2A输出, 100W, 单相, DR-100-24

产品技术参数资料

DR-100 Series specification sheetDeclaration Of Conformity

法例与合规

 符合

 符合声明

产品详细信息

Mean Well DR 系列阶梯状单输出 DIN 导轨 PSU

来自 Mean Well 的各种阶梯状 DIN 导轨电源。这些电源装置为隔离 II 类，空载功耗为 <0.5 W (DR-15) 和 <1 W (DR-100)。提供介于 15 W 至 100 W 之间的功率。

DR-100-24特点和优势

• 通用交流输入/全量程

• 保护：短路/过载/过电压/过温

• 通过自然空气对流进行冷却

• 可以安装在 DIN 导轨 TS-35/7.5 或 15 上

• 隔离 II 类

• 100% 满载老化测试

• 3 年保修

• 通电 LED 指示灯

• 空载功耗 <1 W

产品应用信息

此装置适用于家用电器安全和楼宇自动化控制，商业和住宅楼宇越来越需要此类装置。

为何使用 DIN 导轨电源电源？

DIN 导轨安装系统的灵活性可缩短安装时间，因为所有设备只需轻松扣入金属导轨即可。在封闭式接线箱或空间受限区域中，可将电源有序整齐地置于 DIN 导轨上。类似设备可彼此相邻安装，从而减少布线量。大多数电源采用对流冷却，因此无需冷却风扇。

DIN 导轨交流/直流电源广泛用于多种自动化、仪器仪表和工业应用。它们用于为各种直流操作设备供电，其中包括传感器、电动机、执行器、电磁阀和继电器。

购买 DIN 导轨电源电源时要考虑的要点

DIN 导轨尺寸 - 现有三个常见的 DIN 导轨类型。顶帽、G 截面和 C 截面。大多数导轨的厚度为 7.5 mm 或 15 mm。最好检查一下您的电源与您的 DIN 导轨是否兼容。

保护类型 - 选择可防止短路、过载、过温或过电压的电源非常重要。某些电源还可提供启动暂停模式，使 PSU 在故障清除后恢复操作。

DR-100-24固定或可调输出电压或电流 - 在测试系统中，配备可调直流电压会很方便，但在其他应用中，具有固定直流电源可能至关重要。

配线和布线 - 电源输入/输出线路应尽可能短，具有较大截面面积，有助于最大程度减少噪音和热量。

效率 - 选择效率超过 89% 的电源，最大程度减少散热量，尤其是系统依靠对流冷却时更应如此。

输入电压范围 - 如果您购买的 DIN 导轨电源将在欧洲、北美和英国使用，那么将需要 80 V 交流到 264 V 交流的通用交流输入范围。

标准 - 如果该电源将用于在美国控制电动机，那么它将需要符合标准 UL508、工业控制设备安全标准。

Model: DR-100-24

Switch mode Rail panel power supply, 24V DC, 4.2A output, 100W, single phase, DR-100-24

Product technical data

DR-100 Series specification sheetDeclaration Of Conformity

Legislation and compliance

Conform to

Declaration of conformity

Product Details

Mean Well DR Series stepped single output DIN Rail PSU

Various stepped DIN rail power supplies from Mean Well. These power supply units are isolated Class II with no-load power consumption of <0.5 W (DR-15) and <1 W (DR-100). Provides power between 15 W and 100 W.

Features and advantages of DR-100-24

• Universal AC input/full range

• Protection: short circuit/overload/overvoltage/overtemperature

• Cooling by natural air convection

• Can be installed on DIN rail TS-35/7.5 or 15

• Isolation Class II

• 100% full load burn-in test

• 3-year warranty

• Powered LED indicator

• No-load power consumption <1 W

Product application information

This device is suitable for home appliance safety and building automation control, which is increasingly required in commercial and residential buildings.

Why use DIN Rail power Supply?

The flexibility of the DIN rail mounting system reduces installation time, as all equipment can be easily fastened into the metal rail. In a closed junction box or space restricted area, the power supply can be placed neatly on the DIN rail. Similar devices can be installed next to each other, reducing the amount of wiring. Most power supplies use convection cooling, so no cooling fan is required.

DIN Rail AC/DC power supplies are used in a wide range of automation, instrumentation and industrial applications. They are used to power a variety of DC-operated devices, including sensors, motors, actuators, solenoid valves, and relays.

Points to consider when buying a DIN rail power supply

DIN Rail Dimensions - There are three common DIN rail types available. Top cap, G section and C section. Most guides are 7.5 mm or 15 mm thick. It is best to check that your power supply is compatible with your DIN rail.

Type of protection - It is important to choose a power supply that prevents short circuit, overload, overtemperature or overvoltage. Some power supplies can also provide a startup pause mode that allows the PSU to resume operation after the fault is cleared.

DR-100-24 Fixed or Adjustable output voltage or current - In test systems, it would be convenient to have an adjustable DC voltage, but in other applications, having a fixed DC power supply may be crucial.

Wiring and wiring - Power input/output lines should be as short as possible with a large cross-section area to help minimize noise and heat.

Efficiency - Choose a power supply with an efficiency of more than 89% to minimize heat loss, especially if the system relies on convection cooling.

Input voltage range - If you purchase a DIN rail power supply that will be used in Europe, North America and the UK, you will need a common AC input range of 80 V AC to 264 V AC.

Standard - If the power supply will be used to control electric motors in the United States, then it will need to comply with the standard UL508, Industrial Control Equipment Safety Standard.