350033-01-00 全高度的16通道模块

描述

350033-01-00 全高度的16通道模块

3500/33-01-00继电器模块是一个全高度的16通道模块，它可提供16个继电器的输出量。任何数量的16通道继电器模块，都可放置在框架接口模块右边的任一个槽位里。16通道继电器模块的每个输出，都可以独立编程，以执行所需要的表决逻辑。

本特利3500/33每个继电器模块上的继电器，都具有“报警驱动逻辑”。该报警驱动逻辑可用“与门”和“或门”逻辑编程，并可利用框架中的任何监测器通道或任何监测器通道的组合所提供的报警输入(警告或危险)。该报警驱动逻辑应用框架组态软件编程，可满足应用中的特殊需要。

继电器模块的输入电源通常为直流电源，常用的电压有5V、9V、12V和24V等。选择输入电源的电压时，需要考虑继电器模块的规格和需要控制继电器的负载要求。例如，一些继电器模块要求输入电压为直流24V，而其他模块可能需要更高的电压或电流来控制继电器。

在连接继电器模块的输入电源时，需要确保电源的电压和电流符合继电器模块的要求，并且电源的正负极正确连接。此外，还需要考虑电源的稳定性，以避免电源波动对继电器模块的工作产生影响。

需要注意的是，不同的继电器模块可能具有不同的输入电源要求，因此建议在选择和使用继电器模块时，仔细阅读模块的技术规格和用户手册，以确保正确连接和使用输入电源。

350033-01-00 全高度的16通道模块

The 3500/33-01-00 relay module is a full-height 16-channel module that provides the output of 16 relays. Any number of 16-channel relay modules can be placed in any slot on the right of the frame interface module. Each output of the 16-channel relay module can be programmed independently to perform the required voting logic.

The Bentley 3500/33 relays on each relay module have “alarm drive logic”. The alarm driver logic can be programmed with and Gate and or Gate logic and can take advantage of the alarm inputs (warning or danger) provided by any monitor channel in the frame or a combination of any monitor channel. The alarm driver logic application framework configuration software programming can meet the special needs of applications.

The input power supply of the relay module is usually DC power supply, and the commonly used voltages are 5V, 9V, 12V and 24V. When selecting the voltage of the input power supply, you need to consider the specifications of the relay module and the load requirements that need to control the relay. For example, some relay modules require an input voltage of 24V DC, while others may require a higher voltage or current to control the relay.

When connecting the input power supply of the relay module, ensure that the voltage and current of the power supply meet the requirements of the relay module, and that the positive and negative terminals of the power supply are correctly connected. In addition, it is also necessary to consider the stability of the power supply to avoid power fluctuations affecting the work of the relay module.

It should be noted that different relay modules may have different input power requirements, so it is recommended to carefully read the technical specifications and user manual of the module when selecting and using the relay module to ensure the correct connection and use of the input power supply.