3500-15是本特利内华达开发的高压AC/DC电源模块是由半高模块组成

3500/15是本特利内华达开发的高压AC/DC电源模块。该组件由半高模块组成，必须安装在机架左侧的指定插槽中。该组件用作本特利内华达机械状态监测系统的电源模块。传统 3500 AC 电源、高压 AC PIM 和低压 AC PIM 与通用 AC 电源和 PIM（电源输入模块）不兼容。传统 3500 高压和低压直流电源和 PIM 与传统 3500 高压和低压直流电源和 PIM 不兼容。

3500/15 特点

一个或两个具有任意交流和直流组合的电源可以安装在 3500 机架中。整个机架可由任一电源供电。将两个电源放入机架时，底部插槽中的电源用作主电源，而较高插槽中的电源用作备用电源。第二个电源（如果已安装）用作第一个电源的备份。只要安装了第二个电源，卸下或插入任一电源模块就不会影响机架的运行。AC 和 DC 电源接受各种输入电压，并将其转换为其他 3500 模块可以使用的电压。3500 系列机械保护系统配有以下电源：

• 通用交流电源
• 高压直流电源
• 低压直流电源

兼容性

• 传统 3500 AC 电源、高压 AC PIM 和低压 AC PIM 与通用 AC 电源和 PIM（电源输入模块）不兼容。
• 传统 3500 高压和低压直流电源和 PIM 不能与高压和低压直流电源和 PIM 一起使用。
  3500/15

输入规格

通用电压交流

• 说明 - 此选项使用通用 AC 电源和通用 AC 电源输入模块 （PIM）。
• 输入电压 - 110 至 220 Vac 标称值
• 85 至 264 V 交流有效值
• 120 至 373 V 交流包
• 通用交流电源和电源输入模块与传统的高压交流或低压交流装置不兼容。

高压直流

• 说明 - 此选项使用高压 DC 电源和高压 DC 电源输入模块 （PIM）。
• 输入电压 - 88 至 140 Vdc

低压直流

• 说明 - 此选项使用低压 DC 电源和低压 DC 电源输入模块 （PIM）。
• 输入电压 - 20 至 30 Vdc

物理特性

• 电源模块尺寸：120.7 毫米 x 50.8 毫米 x 251.5 毫米（高 x 宽 x 深）
• 电源模块重量：1.39 千克
• 电源输入模块尺寸：120.7 毫米 x 25.4 毫米 x 114.3 毫米 （高 x 宽 x 深）
• 电源输入模块重量： 0.34 kg

机架空间要求

电源模块

• 在机架的左侧，有两个半高插槽。每个插槽可容纳一个电源。
• 两个插槽可以同时容纳一个电源，从而允许冗余电源。

电源输入模块

• 直接位于相关电源后面的半高模块。

  
  

• 3500/15 is a high-voltage AC/DC power module developed by Bentley Nevada. This component consists of half height modules and must be installed in the designated slot on the left side of the rack. This component serves as the power module for the Bently Nevada mechanical condition monitoring system. Traditional 3500 AC power supplies, high-voltage AC PIMs, and low-voltage AC PIMs are not compatible with general-purpose AC power supplies and PIMs (power input modules). Traditional 3500 high-voltage and low-voltage DC power supplies and PIMs are not compatible with traditional 3500 high-voltage and low-voltage DC power supplies and PIMs.

• 3500/15 Features

• One or two power supplies with any combination of AC and DC can be installed in a 3500 rack. The entire rack can be powered by any power source. When placing two power supplies into the rack, the power supply in the bottom slot is used as the main power supply, while the power supply in the higher slot is used as a backup power supply. The second power supply (if installed) is used as a backup for the first power supply. As long as a second power supply is installed, removing or inserting any power module will not affect the operation of the rack. AC and DC power supplies accept various input voltages and convert them into voltages that other 3500 modules can use. The 3500 series mechanical protection system is equipped with the following power supplies:

• Universal AC power supply

• High voltage DC power supply

• Low voltage DC power supply

• compatibility

• Traditional 3500 AC power supplies, high-voltage AC PIMs, and low-voltage AC PIMs are not compatible with general-purpose AC power supplies and PIMs (power input modules).

• Traditional 3500 high-voltage and low-voltage DC power supplies and PIMs cannot be used together with high-voltage and low-voltage DC power supplies and PIMs.

• 3500/15

• Input specifications

• Universal voltage AC

• Description - This option uses a universal AC power supply and a universal AC power input module (PIM).

• Input voltage -110 to 220 Vac nominal value

• 85 to 264 V AC RMS

• 120 to 373 V AC package

• The universal AC power supply and power input module are not compatible with traditional high-voltage AC or low-voltage AC devices.

• High voltage direct current

• Description - This option uses a high-voltage DC power supply and a high-voltage DC power input module (PIM).

• Input voltage -88 to 140 Vdc

• Low voltage direct current

• Description - This option uses a low-voltage DC power supply and a low-voltage DC power input module (PIM).

• Input voltage -20 to 30 Vdc

• physical characteristics

• Power module size: 120.7 mm x 50.8 mm x 251.5 mm (H x W x D)

• Power module weight: 1.39 kilograms

• Power input module size: 120.7 mm x 25.4 mm x 114.3 mm (H x W x D)

• Power input module weight: 0.34 kg

• Rack space requirements

• Power module

• On the left side of the rack, there are two half height slots. Each slot can accommodate one power supply.

• Two slots can accommodate one power supply at the same time, allowing for redundant power supplies.

• Power input module

• A half height module located directly behind the relevant power supply.