首先，3500/05系统机架具有出色的兼容性。它可以容纳所有3500系列的显示器模块和机架电源，允许各种3500模块相互通信，并根据需要为每个模块分配电力。这种兼容性使得机架能够灵活应对不同的监测需求，提高设备的运行效率和稳定性。

其次，机架提供了多种安装选项。根据实际应用场景，可以选择机架安装、隔板安装或面板安装等方式。这些安装选项使得机架能够适应不同的空间布局和安装要求，提高设备的易用性和可维护性。

此外，3500/05系统机架还具有出色的电磁兼容性（EMC）和电气性能。它符合多项国际标准和规范，如CE电磁辐射指标、BNC低压指标、EN 50081-2辐射放射等，保证了机架在各种工业环境中的稳定性和可靠性。同时，机架还具备多种防护功能，如静电释放保护、传导灵敏性保护等，有效防止外部干扰对监测系统的影响。

3500/05-01-01-00-00-01

The 3500/05 System Rack is a high-performance rack produced by Bently Nevada, designed specifically for installing 3500 Monitoring System modules and power supplies. This rack has multiple functions and features, suitable for various industrial applications, especially in scenarios that require precise monitoring and protection of equipment.

Firstly, the 3500/05 system rack has excellent compatibility. It can accommodate all 3500 series display modules and rack power supplies, allowing various 3500 modules to communicate with each other and allocate power to each module as needed. This compatibility enables the rack to flexibly respond to different monitoring needs, improving the operational efficiency and stability of the equipment.

Secondly, the rack provides multiple installation options. According to actual application scenarios, rack installation, partition installation, or panel installation can be selected. These installation options enable the rack to adapt to different spatial layouts and installation requirements, improving the usability and maintainability of the equipment.

In addition, the 3500/05 system rack also has excellent electromagnetic compatibility (EMC) and electrical performance. It complies with multiple international standards and specifications, such as CE electromagnetic radiation index, BNC low-voltage index, EN 50081-2 radiation emission, etc., ensuring the stability and reliability of the rack in various industrial environments. At the same time, the rack also has various protective functions, such as electrostatic discharge protection, conductivity sensitivity protection, etc., effectively preventing external interference from affecting the monitoring system.