Bently 3500/32四通道继电器模块是一款全高模块，提供四个继电器的输出量。任何数量的4通道继电器模块都可以放置在美国Bently Bently 3500框架接口模块右边的任一个槽位里。

其特点包括：

1. 高度可配置的继电器逻辑接口，每个输出都可以独立编程，以执行所需要的表决逻辑。
2. 报警驱动逻辑的编程使用AND和OR逻辑，并且可以使用报警输入（警报和危险状态），不正常，或来自任何监视器通道或任何机架中监视器通道的组合。
3. 易于使用的界面，包括“正常”和“真”和表决选项以及闭锁继电器通道选项。

应用场景：

Bently 3500/32四通道继电器模块的应用场景广泛，例如，可以用于自动化控制系统中的信号处理和逻辑控制，也可以用于需要精确时间控制的系统中。

保护作用：

1. 当振动水平超出预定的阈值或设备出现异常振动模式时，该模块可以触发报警，允许运维人员采取适当的措施来防止设备故障。
2. 具有过载保护、短路保护、温度保护等功能，能够自动切断电源或降低电流，防止设备损坏。此外，还具备防雷击保护、限流保护、过压保护、欠压保护、缺相保护、输出过温保护、过温保护、相序保护、过欠压保护等功能。

The Bently 3500/32 Four Channel Relay Module is a full height module that provides output from four relays. Any number of 4-channel relay modules can be placed in any slot on the right side of the Bently Bently 3500 rack interface module in the United States.

Its characteristics include:

Highly configurable relay logic interface, each output can be independently programmed to execute the required voting logic.

The programming of alarm driven logic uses AND and OR logic, and can use alarm inputs (alarm and danger states), abnormal, or a combination from any monitor channel or any monitor channel in the rack.

Easy to use interface, including "normal" and "true" and voting options, as well as blocking relay channel options.

Application scenario:

The Bently 3500/32 four channel relay module has a wide range of application scenarios, such as signal processing and logic control in automation control systems, as well as in systems that require precise time control.

Protective effect:

When the vibration level exceeds the predetermined threshold or the equipment experiences abnormal vibration modes, the module can trigger an alarm, allowing operation and maintenance personnel to take appropriate measures to prevent equipment failure.

It has functions such as overload protection, short circuit protection, temperature protection, etc. It can automatically cut off the power or reduce the current to prevent equipment damage. In addition, it also has functions such as lightning protection, current limiting protection, overvoltage protection, undervoltage protection, phase loss protection, output over temperature protection, over temperature protection, phase sequence protection, overvoltage and undervoltage protection.