Control panels for installation in the front of a control cabinet in display sizes from 7 to 23.8 inches

Control panels for mounting arm installation in display sizes from 15.6 to 23.8 inches

CP6700-1400 和 CP6706-1400 适合控制柜安装且采用不锈钢外壳的面板型 PC 专为安装在控制柜正面或控制机箱内而设计，配备高度集成的 3.5 英寸主板，若结合在 Windows 10 IoT Enterprise 下运行的高性能 TwinCAT 自动化软件，它们可为机械制造和设备工程应用提供一个功能强大的平台。它们可以配备 7 或 10.1 英寸两种不同尺寸的触摸屏显示器。

The CP6900-1400 and CP6906-1400 economy Control Panels in stainless steel finish supplement the Industrial PC entry level class by two built-in Control Panels with DVI/USB Extended interface. The Panels are designed for installation in the front of a control cabinet and have a 7-inch or 10.1-inch touch screen display. In combination with the compact Embedded PCs from the CX series or the Industrial PCs of the type C6xxx, a low-cost PC/panel system results. A 24 V power supply unit is included with the Control Panel. The integrated DVI/USB Extended technology enables the Panel to be positioned up to 50 m from the PC.

With Microsoft Windows 11 IoT Enterprise 2024 LTSC (version 24H2), Beckhoff introduces the successor to Microsoft Windows 10 IoT Enterprise 2021 LTSC (version 21H2). Windows 11 supports multi-touch operating concepts and makes the tile design come to life. Pricing is oriented to CPU classes, allowing processors in the mid-performance range to be offered at considerably lower prices.

The Windows Server operating systems are an optimal basis for server applications in an industrial environment. Microsoft Windows Server 2025 is based on Windows 11 version 24H2. Use of the Windows Server operating systems enables the realization of client-server structures. License prices depend on the number of CPU cores and provide a scalable system, depending on the size and performance of the application.

CX7291 嵌入式控制器搭载时钟频率为 720 MHz 的 Arm^® Cortex^®-A9 单核处理器。CX7291 标配带有 1 个 microSD 卡槽和 1 个以太网接口。CX7000 系列的特点之一是它集成了 8 个多功能输入和 4 个多功能输出。

CX7293 嵌入式控制器搭载时钟频率为 720 MHz 的 Arm^® Cortex^®-A9 单核处理器。CX7293 标配带有 1 个 microSD 卡槽和 1 个以太网接口。CX7000 系列的特点之一是它集成了 8 个多功能输入和 4 个多功能输出。

The EL1264 digital input terminal acquires the fast binary 24 V control signals from the process level and transmits them, in an electrically isolated form, to the controller. The EtherCAT Terminal has four channels that indicate their signal state via light emitting diodes. The signals are sampled with an adjustable integer multiple (oversampling factor: n) of the bus cycle frequency (n microcycles per bus cycle). For each bus cycle, the EtherCAT Terminal generates a set of process data that is transferred collectively during the next bus cycle. The time base of the terminal can be synchronized precisely with other EtherCAT devices via distributed clocks. This XFC procedure enables the temporal resolution of the digital input signals to be increased to n times the bus cycle time.

EL1417 数字量输入端子模块采集过程层二进制 24 V 控制信号，并以电气隔离的形式将这些信号传输到上层自动化单元。该 EtherCAT 端子模块有 32 个通道，每个通道都有一个 LED 用来指示其信号状态。模块引脚与电源触点相连。对于 EL1417，所有输入端的参考地都是 0 V 电源触点。

EL1429 数字量输入端子模块采集过程层二进制 24 V 控制信号，并以电气隔离的形式将这些信号传输到上层自动化单元。该 EtherCAT 端子模块有 16 个通道，每个通道都有一个 LED 用来指示其信号状态。

EL1489 数字量输入端子模块采集过程层二进制 24 V 控制信号，并以电气隔离的形式将这些信号传输到上层自动化单元。该 EtherCAT 端子模块有 16 个通道，每个通道都有一个 LED 用来指示其信号状态。模块引脚与电源触点相连。对于 EL1489，所有输入端的参考地都是 24 V 电源触点。

EL2407 数字量输出端子模块以电气隔离的形式将自动化设备中的二进制 24 V DC 控制信号传输到处理层执行器上。该 EtherCAT 端子模块有 32 个通道，每个通道都有一个 LED 用来指示其信号状态。模块引脚与电源触点相连。这种连接技术特别适用于单端输入。所有组件所使用的参考点必须与 EL2407 的参考点相同。EL2407 的输出通过 24 V DC 电源触点供电。

EL2489 数字量输出端子模块以电气隔离的形式将自动化设备中的二进制 24 V DC 控制信号传输到处理层执行器上。该 EtherCAT 端子模块有 16 个通道，每个通道都有一个 LED 用来指示其信号状态。这种连接技术特别适用于单端输入。所有组件所使用的参考点必须与 EL2489 的参考点相同。模块引脚与电源触点相连。EL2489 的输出通过 0 V DC 电源触点供电。

The EL3008-0005 is designed for measuring stacked voltages up to 1500 V CAT II, such as those found in accumulators and fuel cells. The negative pole of one cell is also the positive pole of the next. In combination with the high galvanic isolation to the E-bus, these terminals can be used to record large cell stacks with minimal wiring. This allows cell behavior to be monitored during normal operation and facilitates rapid responses in case of malfunctions.

EtherCAT 端子模块 EL3446-0011 能够测量电网中所有相关的电气数据，并进行简单的预评估。由于 EL3446-0011 本身不能测量电压，其电压测量值需要从接入电网中的一个 EL3443 模块来获取。通过连接电流互感器，最多可接入 6 路不同相位的电流。所有测量的电流和电压均为有效值。EL3446-0011 还可以计算每相的有功功率和电能消耗。电压 U 和电流 I 的有效值、有功功率 P、视在功率 S、无功功率 Q、频率 f、相位角 cos φ 和谐波都可以推导出来。EL3446-0011 提供完整的电网分析和能源管理功能。

EtherCAT 端子模块 EL3475 是一款 12 通道模拟量输入模块，输入电压为 333 mV ，能够以 24 位的分辨率对供电网络进行精确、详尽的测量。EL3475 配备四个 RJ45 接口，每个接口支持连接三个电流或电压互感器，具有多功能特性，不仅能够为要求较高的应用场景提供最优解决方案，还具有安装便捷的优势。

The EL3475-0200 is a 12-channel analog input that, with a 24-bit resolution and an input voltage of 333 mV, enables simple and detailed measurements in supply networks. With four RJ45 connections that can each connect three current and/or voltage transformers, the EL3475-0200 is multi-functional and the ideal solution for keeping installation simple in demanding applications.

模拟量输出端子模块 EL4172 和 EL4174 可输出 10 V/20 mA 标准信号，分辨率为 16 位，每秒最多可输出 10,000 个数值， 必要时，甚至可以使用分布式时钟。每个通道都可以通过控制器/TwinCAT 单独进行参数设置。每个通道可输出 ±10 V 和 ±20 mA 范围内的所有大家所熟悉的标准信号，例如 4...20 mA。电流输出支持高阻值负载，并配备 24 V/0 V 触点，用于为执行器供电。由于这两款端子模块支持 ±107% 扩展量程，因此也可用于传输非典型设定点，例如错误传输。

模拟量输出端子模块 EL4172 和 EL4174 可输出 10 V/20 mA 标准信号，分辨率为 16 位，每秒最多可输出 10,000 个数值， 必要时，甚至可以使用分布式时钟。每个通道都可以通过控制器/TwinCAT 单独进行参数设置。每个通道可输出 ±10 V 和 ±20 mA 范围内的所有大家所熟悉的标准信号，例如 4...20 mA。电流输出支持高阻值负载，并配备 24 V/0 V 触点，用于为执行器供电。由于这两款端子模块支持 ±107% 扩展量程，因此也可用于传输非典型设定点，例如错误传输。

The EL5001-0012 EtherCAT Terminal allows simulation of single-turn and multi-turn SSI encoders with gray or binary code output and a maximum transmission rate of 2 MHz. This makes it possible to generate a position response to an externally generated SSI master signal in applications where no SSI encoder is physically present. Extensive parameterization options allow optimum simulation of different encoder types.

The EL6233 allows the direct connection of Ethernet-AL-capable field devices. The sensors are supplied in accordance with the SPCX port profile and integrated via PROFINET. Thanks to the flexible EtherCAT system architecture and the EL portfolio, Ethernet-APL, HART or simple digital signals can be integrated in the same terminal segment.

The EL6251 Ethernet Modbus TCP terminal enables distributed connection of any Modbus TCP devices to the EtherCAT terminal network. The EL6251 can work as a Modbus client and Modbus TCP server simultaneously and provides up to eight connections which can be used as desired. The IP address of the connected Modbus server can also be changed by the PLC during operation. The EL6251 has an Ethernet port, meaning that switches must be used when several Modbus TCP devices are connected.

The EL6254 Ethernet Modbus TCP terminal enables distributed connection of any Modbus TCP devices to the EtherCAT terminal network. The EL6254 can work as a Modbus client and Modbus TCP server simultaneously and provides up to eight connections which can be used as desired. The IP address of the connected Modbus server can also be changed by the PLC during operation. The EL6254 has an internal switch with four external ports, meaning that four Modbus TCP devices can be connected without an additional switch.

The EL6685 serves as a high-precision reference clock for the distributed clocks system. For applications with the highest demands on time measurement, the built-in oscillator significantly increases the basic accuracy of the timer.

The EL6685-0010 serves as a high-precision reference clock for the distributed clocks system. For applications with the highest demands on time measurement, the built-in oscillator significantly increases the basic accuracy of the timer.

基本系列的 EtherCAT 端子模块 ELM3002-0235 专为电池和发电机的高电压测量而设计，它支持 ±60/360/600 和 1200 V 等量程。量程以及滤波器参数等其它设置选项都在 CoE 中选择。无论信号配置如何，所有 ELM 模块均具有相同的技术性能。ELM3002-0235 具有超采样功能，最大采样速率为每秒 50,000 次， 并配有 4 mm 的 LabJack。

基本系列的 EtherCAT 端子模块 ELM3002-0305 专为高压系统（AC 或 DC）中的低压测量而设计，尤其适合用于分流电阻测量或单个电池测量。每个通道都支持 ±60 mV 或者 ±5 V 的测量范围，且通道之间电气隔离。量程以及滤波器参数等其它设置选项都在 CoE 中选择。无论信号配置如何，所有 ELM 模块都具有相同的技术性能，具有超采样功能的 ELM3002-0305 最大采样速率为每通道每秒采样 50,000 次， 并配有 4 mm 的实验室插口。

EtherCAT 端子模块 ELM3002-0405 将 ELM3002-0205 的高电压测量功能与 ELM3002-0305 的低电压测量功能集于一个双通道端子模块中。这意味着 EtherCAT 端子模块可以同时测量电池堆或发电机的总电压以及通过分流电阻测量电流。多个端子模块可以通过分布式时钟实现同步，例如，用于测量三相系统。

ELM334x 系列经济型 4 通道和 8 通道 EtherCAT 端子模块专为使用热电偶进行温度测量而设计。涵盖所有常见的热电偶类型，每通道采样速率为 1 ksps，可轻松记录快速过程。分辨率可调至 0.001 °C。可通过 CoE 为每个通道单独调整通道属性。通过精确测量内部冷端实现极高的测量精度。

ELM334x 系列经济型 4 通道和 8 通道 EtherCAT 端子模块专为使用热电偶进行温度测量而设计。涵盖所有常见的热电偶类型，每通道采样速率为 1 ksps，可轻松记录快速过程。分辨率可调至 0.001 °C。可通过 CoE 为每个通道单独调整通道属性。通过精确测量内部冷端实现极高的测量精度。

ELM334x 系列经济型 4 通道和 8 通道 EtherCAT 端子模块专为使用热电偶进行温度测量而设计。涵盖所有常见的热电偶类型，每通道采样速率为 1 ksps，可轻松记录快速过程。分辨率可调至 0.001 °C。可通过 CoE 为每个通道单独调整通道属性。通过精确测量内部冷端实现极高的测量精度。

ELM334x 系列经济型 4 通道和 8 通道 EtherCAT 端子模块专为使用热电偶进行温度测量而设计。涵盖所有常见的热电偶类型，每通道采样速率为 1 ksps，可轻松记录快速过程。分辨率可调至 0.001 °C。可通过 CoE 为每个通道单独调整通道属性。通过精确测量内部冷端实现极高的测量精度。

EtherCAT 数字量输入端子盒 EP1816-0703 从处理层采集二进制控制信号，并以电气隔离的形式将这些信号传输给控制器。信号状态由 LED 指示。信号连接通过笼式弹簧连接器实现，可选择 1 针和 3 针版本。EP1816-0703 配备结构非常紧凑的连接层，因此能够在极小的空间内通过 EtherCAT 从现场传输 16 个信号。

EtherCAT 端子盒 EP2339-0703 有 16 个数字量通道，每个通道都可以选择作为输入或输出进行操作。无需配置为将一个通道用作输入或输出；输入电流在内部永久连接至输出驱动，以便在输入过程映像中自动显示设置的输出。

EtherCAT 端子盒 EP3048-0002 有 8 个通道，可处理 20 mA 标准信号，分辨率为 16 位，每秒最多可测量 2000 个值。每个通道都可通过控制器/TwinCAT 单独进行参数设置；可以使用每个通道测量 -20…+20 mA、0…+20 mA 和 4…+20 mA 范围内的信号。电流输入被设计为单端输入。该模块支持 ±107% 扩展量程，也支持在量程内根据 NAMUR NE43 标准处理传感器信号。两个通道通过一个 M12 接口连接。

EtherCAT 端子盒 EP3754-0702 有 4 个模拟量多功能输入，每个输入的参数都可单独设置：

IO-Link 端子盒 EP6222-0002 最多可连接 2 个 IO-Link 设备，例如，执行器、传感器或执行器和传感器的组合。此外，EP6222-0002 还在 M12 端口的空闲引脚上提供了额外的 2 个数字量输入。端子盒和设备之间采用点对点连接。EtherCAT 端子盒通过 EtherCAT 主站进行参数设置。IO-Link 设计为介于现场总线层和传感器间的智能连接，参数化信息可通过 IO-Link 接口进行双向交换。带服务数据的 IO-Link 设备的参数可通过 ADS 使用 TwinCAT 配置，或非常方便地通过集成的 IO-Link 配置工具完成。在标准设置中，EP6222-0002 可用作 24 V DC 2 通道输入端子盒，它可与所连接的 IO-Link 设备通信，对它们进行参数设置，必要时，还可以改变它们的运行模式。每个 IO-Link 端口还可选择仅用作输入或输出。其超薄的设计特点使得它能够被安装在极其狭小的空间内。

EtherCAT 端子盒 EP7402-0067 集成有 2 个 MDR 控制器输出接口，用于直接连接 48 V 直流辊筒电机或其它最大 3.5 A 的无刷直流电机。该款端子盒有 8 个额外的数字量输入/输出，能够连接如光电开关并在无 PLC 的情况下实现端子盒之间的通信。

EtherCAT P 数字量输入端子盒 EPP1098-0001 从处理层采集二进制控制信号，并以电气隔离的形式将这些信号传输给控制器。信号状态由 LED 指示。信号通过 M8 螺旋式连接器连接。

EtherCAT P 数字量输入端子盒 EPP1816-0703 从处理层采集二进制控制信号，并以电气隔离的形式将这些信号传输给控制器。信号状态由 LED 指示。信号连接通过笼式弹簧连接器实现，可选择 1 针和 3 针版本。EPP1816-0703 配备结构非常紧凑的连接层，因此能够在极小的空间内通过 EtherCAT 从现场传输 16 个信号。

EtherCAT P 端子盒 EPP2339-0703 有 16 个数字量通道，每个通道都可以选择作为输入或输出进行操作。无需配置为将一个通道用作输入或输出。输入电路在内部永久连接至输出驱动，以便在输入过程映像中自动显示设置的输出。

EtherCAT P 端子盒 EPP3048-0002 有 8 个通道，可处理 20 mA 标准信号，分辨率为 16 位，每秒最多可测量 2000 个值。每个通道都可通过控制器/TwinCAT 单独进行参数设置；可以使用每个通道测量 -20…+20 mA、0…+20 mA 和 4…+20 mA 范围内的信号。电流输入被设计为单端输入。该模块支持 ±107% 扩展量程，也支持在量程内根据 NAMUR NE43 标准处理传感器信号。两个通道通过一个 M12 接口连接。

EtherCAT P 端子盒 EPP3754-0702 有 4 个模拟量多功能输入，每个输入的参数都可单独设置：

The EPX2004-0022 EtherCAT Box enables direct connection of intrinsically safe actuators from zone 0/20 and 1/21 hazardous areas. The EPX2004-0022 supplies an output voltage of 24 V DC and a maximum output current of 50 mA per channel, the sum current is 200 mA. The signal state of the individual channels is indicated by an LED.

The EPX3204-0022 EtherCAT Box enables direct connection of RTDs from zone 0/20 and 1/21 hazardous areas. The EPX3204-0022 circuit can operate sensors in 2-wire, 3-wire and 4-wire technology. Linearization takes place across the entire, freely selectable temperature range. By default, the terminal is set to Pt100 sensors in 4-wire technology. The EPX3204-0022 indicates signal state and sensor faults (e.g. wire break) by means of LEDs.

The EPX3314-0022 EtherCAT Box allows direct connection of thermocouples from zone 0/20 and 1/21 hazardous areas. The EPX3314-0022 circuit can operate sensors in 2-wire technology. Linearization takes place across the entire, freely selectable temperature range. A wire break is signaled by error-LEDs. Cold junction compensation is performed by internal temperature measurement. With the EPX3314-0022, voltage measurement in the mV range is also possible.

The EJ1321 1-port EtherCAT P junction offers the option of converting from an EtherCAT segment to EtherCAT P or extending an EtherCAT P network in line topology.

The EJ5152 EtherCAT plug-in module is an interface for connecting two 24 V DC incremental encoders (24 V HTL) with A and B tracks via the signal distribution board. Alternatively, the EJ5152 can be used as an up or down counter. The encoder can be supplied with 24 V directly via the supply on the signal distribution board.

The SCT4xxx differential current transformers were designed for detecting differential currents (earth fault currents) type A. A differential current measurement can already detect very low error currents as well as various leakage currents. Continuous monitoring is necessary to be able to separate these from each other. This allows early detection of changes that may be indicative of degenerating insulation. The SCT4xxx differential current transformers thus enable condition-based maintenance and save operators the increased costs of previous blind maintenance intervals.

The SCT4xxx differential current transformers were designed for detecting differential currents (earth fault currents) type A. A differential current measurement can already detect very low error currents as well as various leakage currents. Continuous monitoring is necessary to be able to separate these from each other. This allows early detection of changes that may be indicative of degenerating insulation. The SCT4xxx differential current transformers thus enable condition-based maintenance and save operators the increased costs of previous blind maintenance intervals.

The SCT4xxx differential current transformers were designed for detecting differential currents (earth fault currents) type A. A differential current measurement can already detect very low error currents as well as various leakage currents. Continuous monitoring is necessary to be able to separate these from each other. This allows early detection of changes that may be indicative of degenerating insulation. The SCT4xxx differential current transformers thus enable condition-based maintenance and save operators the increased costs of previous blind maintenance intervals.

The SCT4xxx differential current transformers were designed for detecting differential currents (earth fault currents) type A. A differential current measurement can already detect very low error currents as well as various leakage currents. Continuous monitoring is necessary to be able to separate these from each other. This allows early detection of changes that may be indicative of degenerating insulation. The SCT4xxx differential current transformers thus enable condition-based maintenance and save operators the increased costs of previous blind maintenance intervals.

The SCT4xxx differential current transformers were designed for detecting differential currents (earth fault currents) type A. A differential current measurement can already detect very low error currents as well as various leakage currents. Continuous monitoring is necessary to be able to separate these from each other. This allows early detection of changes that may be indicative of degenerating insulation. The SCT4xxx differential current transformers thus enable condition-based maintenance and save operators the increased costs of previous blind maintenance intervals.

The SCT4xxx differential current transformers were designed for detecting differential currents (earth fault currents) type A. A differential current measurement can already detect very low error currents as well as various leakage currents. Continuous monitoring is necessary to be able to separate these from each other. This allows early detection of changes that may be indicative of degenerating insulation. The SCT4xxx differential current transformers thus enable condition-based maintenance and save operators the increased costs of previous blind maintenance intervals.

The SCT4xxx differential current transformers were designed for detecting differential currents (earth fault currents) type A. A differential current measurement can already detect very low error currents as well as various leakage currents. Continuous monitoring is necessary to be able to separate these from each other. This allows early detection of changes that may be indicative of degenerating insulation. The SCT4xxx differential current transformers thus enable condition-based maintenance and save operators the increased costs of previous blind maintenance intervals.

The separable 3-phase measuring system SCL6xxx with RJ45 connection enables flexible retrofitting without splitting the primary conductors.

The SVL1xxx measuring system with RJ45 connection enables 3-phase voltage measurement of the primary conductors.

AX1000 经济型伺服驱动器可用于执行要求苛刻且成本敏感的驱动任务。

AF1000 系列变频器特别适用于以经济高效的方式实现基础驱动任务。

通过 B/SSD，我们能够以最小的投入实现对系统及伺服电机状态的实时监测。

集成步进电机输出级的驱控一体步进电机适用于低电压无控制柜设备方案。

XTS EcoLine 电机模块可进一步提升 XTS 模块化智能输送系统的经济性与运行效率。

TwinCAT PLC++ 是倍福研发出的全新一代 PLC 技术，它能够显著加速开发和运行环节。

TwinCAT CoAgent offers comprehensive, intelligent support and combines state-of-the-art generative AI models with custom-developed AI agents.

TwinCAT MC3 是倍福最新一代运动控制软件解决方案。

新型 TwinCAT Runtime 基于倍福的 Linux^® 发行版

Completely new chart type in the established TwinCAT Scope product

Automatic PLC code generation for protocols compliant with IEC 60870-5-10x

TwinCAT 3 CoAgent is the intelligent AI assistant that provides efficient support for PLC development, I/O configuration, and human-machine interface creation. Requirements can be formulated in normal language and TwinCAT CoAgent suggests suitable code and configurations, taking existing project structures into account. Flexible mode selection enables custom support based on the task at hand. In addition, TwinCAT CoAgent offers direct access to the documentation in the Beckhoff Information System and provides context-related recommendations for accelerated high-quality project implementation.

TwinCAT 3 Analytics Vision offers the option of configuring and testing vision algorithms in a simple graphical representation for an application. No programming skills are required. PLC code based on TF7xxx vision products and an HTML-based dashboard can be generated automatically from the created configuration at the touch of a button. The generated code can be integrated into the machine control system and executed locally. Alternatively, the code can be loaded onto a remote device and image processing can be carried out there.

TwinCAT 3 Analytics Energy offers the option of configuring and testing algorithms for evaluating electrical energy systems in a simple graphical display for an application. No programming skills are required. PLC code based on the TF3650 and TF83xx products and an HTML-based dashboard can be generated automatically from the created configuration at the touch of a button. The generated code can be used to continuously monitor RMS values for current and voltage, frequencies, harmonics, and other characteristic values to assess the grid quality. A particular advantage is that the analysis can also be linked directly to an I/O configuration so that the user can only use a TwinCAT project if required.

TwinCAT 3 Analytics Condition Monitoring offers the option of configuring and testing algorithms for evaluating mechanical and electrical components in a simple graphical display for an application. No programming skills are required. PLC code based on the TF3600 Condition Monitoring library and an HTML-based dashboard can be generated automatically from the created configuration at the touch of a button. The generated code can be used to continuously monitor the components of a machine. A particular advantage is that the analysis can also be linked directly to an I/O configuration so that the user can only use a TwinCAT project if required.

TwinCAT 3 UI Client 能够显示 TwinCAT HMI 或 Beckhoff Device Manager（倍福设备管理器）等 Web 应用程序。客户端系统不需要额外的浏览器。TwinCAT 3 UI Client 可作为桌面应用程序或以 Kiosk 模式运行。

TwinCAT 3 CNC Online Adaption 功能允许用户在 C++ 环境中实现客户专用的插补功能，并通过 TcCOM 接口将这些功能集成到 TwinCAT CNC 的实时堆栈中。目前提供了三种不同的功能，用于影响刀具半径补偿（TRC）、动态轮廓控制（DCC） 和 几何进给调整（GFA）。

TwinCAT 3 CNC Extended Interpolation 功能允许在一个 CNC 通道内编程两个独立的插补路径（双路径编程），并提供路径同步和补偿的功能。

TwinCAT 3 CNC Conveyor Tracking enables a machine to be synchronized with workpieces on a conveyor system. These moving workpieces or parts can be manipulated or processed.

TwinCAT 3 CNC AM Plus 是 TwinCAT CNC 是专为增材工艺设计的软件包，扩展了 TwinCAT CNC 外部过程预测控制功能。它提供一个可用于确定未来轮廓元素及其参数的 PLC 接口。该功能包还包含一个 ADS 接口，用于未来随时查询各个轴的动态值。

TwinCAT 3 CNC EDM Plus 将 TF5262、TF5263 和 TF5291 的功能整合在一个软件包中，从而为实现基于 PC 的精密电火花线切割和沉孔加工机床控制解决方案奠定了坚实的基础。它还包含了针对特定工艺的功能，例如优化的电火花成型加工电极回退策略以及电极丝损耗的补偿机制。

TwinCAT 3 Power Collector 为电力测量应用的编程提供软件模块。这些模块为 EL34xx 系列的所有端子模块提供标一个准化接口。同时，它能够自动配置包括互感器变比、频率范围在内的关键参数。此外，还集成了高级传输协议接口，如 MQTT、HTTP REST 及 OPC UA。同时还支持 IEC 61850 和 IEC 60870 等远程控制协议。

TwinCAT 3 Power Technologies 为基于 EL37x3 系列进行电力测量的深入诊断编程提供软件模块。此外，它采用与 TF8330 TwinCAT 3 Power Collector 相同的标准接口。此功能组件能够每 1 毫秒进行一次循环，实时计算均有效值、频率、谐波以及失真等关键参数。此外，它还融入了先进的频率确定算法以及即时的 Clarke/Park 变换。

TwinCAT 3 Power Control 提供用于构建发电厂控制器的软件模块。这一功能组件是各类发电系统满足电网接入要求所不可或缺的，符合欧洲各个国家的标准，例如德国的 VDE-AR-N 4110 和 VDE-AR-N 4120。