Bentley Nevada 3500-15 125840-02 Bentley Nevada

电源模块功能:

电源转换与供电:作为Bentley Nevada 3500系统的一部分,该电源模块负责将输入电压转换为系统其他组件所需的稳定电压,为整个机架供电。

冗余与热插拔支持:3500系统机架可容纳一个或两个电源(交流和/或直流的任意组合),第二个电源可作为主电源的备用电源。安装两个电源后,下部电源作为主电源,上部电源作为备用电源。移除或插入任一电源模块都不会中断机架运行,支持热插拔功能,便于维护和升级。

输入电压范围:

交流输入:支持低压交流电输入,标称值为110 Vac,输入电压范围为85至132 Vac rms(均方根值),峰值电压范围为120至188 Vac pk(峰值)。

兼容性:该电源模块与世界各地的电压源兼容,适用于多种工业环境。

模块化与集成性:

半高模块设计:便于在空间有限的环境中安装和集成。

机架配置:必须安装在机架左侧的指定插槽中,机架中的插槽编号从0到15,电源进入插槽0。

分类: 品牌:

描述

Bentley Nevada 3500-15 125840-02产品详情

一、核心功能与特性

电源模块功能:

电源转换与供电:作为Bentley Nevada 3500系统的一部分,该电源模块负责将输入电压转换为系统其他组件所需的稳定电压,为整个机架供电。

冗余与热插拔支持:3500系统机架可容纳一个或两个电源(交流和/或直流的任意组合),第二个电源可作为主电源的备用电源。安装两个电源后,下部电源作为主电源,上部电源作为备用电源。移除或插入任一电源模块都不会中断机架运行,支持热插拔功能,便于维护和升级。

输入电压范围:

交流输入:支持低压交流电输入,标称值为110 Vac,输入电压范围为85至132 Vac rms(均方根值),峰值电压范围为120至188 Vac pk(峰值)。

兼容性:该电源模块与世界各地的电压源兼容,适用于多种工业环境。

模块化与集成性:

半高模块设计:便于在空间有限的环境中安装和集成。

机架配置:必须安装在机架左侧的指定插槽中,机架中的插槽编号从0到15,电源进入插槽0。

二、技术参数

品牌与型号:Bentley Nevada 3500-15 125840-02

接口类型:与3500系统机架兼容,通过机架插槽实现电气连接

输入电压范围:低压交流电输入,标称值110 Vac,范围85至132 Vac rms,120至188 Vac pk

输出特性:将输入电压转换为系统其他组件所需的稳定电压

防护与可靠性:经过严格测试和验证,能在恶劣环境下稳定运行,确保系统可靠性

冗余设计:支持双电源冗余配置,提升系统可用性

三、应用领域

工业自动化与过程控制:

应用于发电厂、石化工厂、冶金生产线等场景,为旋转机械(如汽轮机、压缩机)的监测系统提供稳定电源。

支持对设备振动、温度等参数的实时监控,保障生产安全。

能源管理与设备维护:

通过持续供电支持数据采集与分析,优化设备运行效率,降低维护成本。

支持预测性维护策略,减少非计划停机时间。

轨道交通与船舶工程:

用于列车轴箱、齿轮箱等关键部件的状态监测系统供电,保障行车安全。

支持船舶动力系统的远程监控与故障诊断电源需求。

Bentley Nevada 3500-15 125840-02 Product Details

I.Core Functions and Features

Power Module Functions:

Power Conversion and Power Supply:As part of the Bentley Nevada 3500 system,the power module is responsible for converting the input voltage to the stable voltage required by other components of the system and powering the entire rack.

Redundancy and Hot-Swap Support:The 3500 system rack can accommodate one or two power supplies(any combination of AC and/or DC),and the second power supply can serve as a backup power supply for the main power supply.When two power supplies are installed,the lower power supply serves as the main power supply and the upper power supply serves as the backup power supply.Removing or inserting any power supply module will not interrupt the operation of the rack,and hot-swap function is supported for easy maintenance and upgrades.

Input Voltage Range:

AC Input:Supports low-voltage AC input,with a nominal value of 110 Vac,an input voltage range of 85 to 132 Vac rms(root mean square value),and a peak voltage range of 120 to 188 Vac pk(peak value).

Compatibility:This power module is compatible with voltage sources around the world and is suitable for a variety of industrial environments.

Modularity and integration:

Half-height module design:Easy to install and integrate in environments with limited space.

Rack configuration:Must be installed in the designated slot on the left side of the rack.The slots in the rack are numbered from 0 to 15,and the power supply goes into slot 0.

2.Technical parameters

Brand and model:Bentley Nevada 3500-15 125840-02

Interface type:compatible with 3500 system rack,electrical connection through rack slot

Input voltage range:low voltage AC input,nominal value 110 Vac,range 85 to 132 Vac rms,120 to 188 Vac pk

Output characteristics:convert input voltage to stable voltage required by other components of the system

Protection and reliability:After rigorous testing and verification,it can operate stably in harsh environments to ensure system reliability

Redundant design:supports dual power supply redundant configuration to improve system availability

3.Application areas

Industrial automation and process control:

Applied to power plants,petrochemical plants,metallurgical production lines and other scenarios,providing stable power supply for the monitoring system of rotating machinery(such as turbines and compressors).

Supports real-time monitoring of equipment vibration,temperature and other parameters to ensure production safety.

Energy management and equipment maintenance:

Support data collection and analysis through continuous power supply,optimize equipment operation efficiency and reduce maintenance costs.

Support predictive maintenance strategies to reduce unplanned downtime.

Rail transit and shipbuilding:

Used to power the condition monitoring system of key components such as train axle boxes and gear boxes to ensure driving safety.

Support remote monitoring and fault diagnosis power supply requirements of ship power systems.