ALSTOM 阿尔斯通 E64Ll L54E1100ECOO 是一款逻辑输入卡，它具备以下特性和功能：

品牌与型号：由 ALSTOM 阿尔斯通生产，型号为 E64Ll L54E1100ECOO。

应用领域：该逻辑输入卡广泛应用于工业自动化和电力系统控制领域，用于实现对信号的逻辑处理和输入。

编程模式：根据  描述，所有启动模式默认设置为 false，允许客户对设备进行编程。

错误检查：加入了错误检查机制，确保在为发电机组编程时，额定速度小于最大速度。

服务模式：最小负载保持已变更，以适应来自断路器逻辑采集器输入的需求。

速度控制设置：在“速度控制设置”标题下，先前的保持更改命令被选中，所有速度的最小调整范围设置点比率已更改为 0.01（从 0.1）。

辅助限制器或控制器：添加了逻辑以确保在输入故障时进行辅助控制，Aux 重新启用逻辑也已更改。

断路器断开逻辑：已更改断路器断开逻辑，以纠正发电机断开辅助执行器输出故障。

辅助控制器：速度设定值辅助偏置逻辑已更改，仅当速度设定值达到最大控制值时才允许，以防止在极端瞬态期间进行控制。

这款逻辑输入卡是工业自动化和电力系统控制中的关键组件，通过其先进的编程和控制功能，提高了系统的可靠性和性能。

The ALSTOM E64Ll L54E1100ECOO is a logic input card with the following features and functions:

Make and Model: Produced by ALSTOM as E64Ll L54E1100ECOO.

Application field: The logic input card is widely used in the field of industrial automation and power system control, which is used to realize the logical processing and input of signals.

Programming Mode: According to the description, all boot modes are set to false by default, allowing customers to program the device.

Error checking: An error checking mechanism is added to ensure that the rated speed is less than the maximum speed when programming the generator set.

Service mode: The minimum load remains changed to accommodate the input from the circuit breaker logic collector.

Speed Control Settings: Under the "Speed Control Settings" heading, the previous hold change command is selected and the minimum adjustment range setting point ratio for all speeds has been changed to 0.01 (from 0.1).

Secondary limiter or controller: Logic has been added to ensure secondary control in case of input failure, and Aux re-enable logic has also been changed.

Circuit breaker break logic: The circuit breaker break logic has been changed to correct the generator break auxiliary actuator output failure.

Secondary controller: The speed setpoint secondary bias logic has been changed to allow it only when the speed setpoint reaches the maximum control value to prevent control during extreme transients.

This logic input card is a key component in industrial automation and power system control, improving system reliability and performance through its advanced programming and control functions.