亮点产品
EL3x7x, EL4x7x | 多功能模拟量 I/O
Multi-functional and powerful with 16 bits and up to 8 channels for all standard signals between ±10 V and ±20 mA.
新品 — 按产品类别划分
C6043 | 超紧凑型工业 PC 采用 NVIDIA® GPU
C6043 是一款高性能设备,内置了用于插入高性能显卡的插槽,它的推出进一步完善了超紧凑型工业 PC 的产品范围。通过搭载新一代 Intel® Core™ 处理器与 NVIDIA® 并行计算显卡芯片,PC 成为适合用于超复杂应用的中央控制单元。这些应用包括对 3D 图形或深度集成的机器视觉和 AI 程序块有较高要求且周期时间极短的应用。倍福 TwinCAT 3 控制软件能够将其映射为一个全集成的解决方案,无需任何额外的软件或接口。通过增加可自由分配的 PCIe 紧凑型模块插槽,C6043 可以通过添加功能的方式灵活扩展。
C6670-0020 | Control cabinet industrial server
The C6670-0020 industrial server is equipped with two Intel® Xeon® scalable processors from the 5th generation with up to 32 cores per CPU and a memory of 128 to 1,024 GB DDR5 RAM. This makes it ideal for machine controls, for example with the XPlanar planar motor system. The C6670-0020 can be ordered with M.2 NVMe SSDs up to 640 GB and up to two hard disks with 1, 2, or 4 TB. It also features five free PCIe slots for EtherCAT or Ethernet fieldbus cards or similar.
CP27xx-0030 | 适合控制柜安装的无风扇型多点触控面板型 PC
The built-in panel PC is equipped with Intel Atom® x6 series processors.
C9900-S53x, C9900-S54x | Microsoft Windows 11 IoT Enterprise 2024 LTSC for Beckhoff Industrial PCs
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 operating system is only available as a 64-bit version.
CX7291 | 搭载 Arm® Cortex®-A9 和 BACnet/IP 的嵌入式控制器
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 | 搭载 Arm® Cortex®-A9 和 PROFINET RT 设备的嵌入式控制器
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。
EL1409 | EtherCAT 端子模块,16 通道数字输入,24 V DC,3 ms
EL1409 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。电源触点互相连接。对于 EL1409,所有输入端的参考地都是 0 V 电源触点。
EL1417 | EtherCAT 端子模块,32 通道数字量输入,24 V DC,可调
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 | EtherCAT 端子模块,16 通道数字量输入,24 V DC,3 ms,PNP/NPN
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 | EtherCAT 端子模块,16 通道数字量输入,24 V DC,滤波 3 ms,NPN
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 | EtherCAT 端子模块,32 通道数字量输出,24 V DC,0.5 A
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。
EL2409 | EtherCAT 端子模块,16 通道数字输出,24 V DC,0.5 A
EL2409 数字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。电源触点互相连接。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 EL2409 的参考点相同。EL2409 的输出通过 24 V DC 电源触点供电。
EL2489 | EtherCAT 端子模块,16 通道数字量输出,24 V DC,0.5 A,NPN
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。
EL3008-0003 | EtherCAT 端子模块,8 通道模拟量输入,±3 V 电压,16 位,级联
EL3008-0003 专用于测量最大 1000 V CAT II 的叠加电压,如蓄电池和燃料电池中的电压。一个电池的负极也是下一个电池的正极。这些端子模块与 E-bus 端子模块之间存在高度电气隔离,可用于记录大型电池堆,且接线最少。这样就能在正常运行时监控电池的行为,并在出现故障时快速做出反应。
EL3078 | EtherCAT 端子模块,8 通道模拟量输入,多功能,±10 V,±20 mA,16 位,2 ksps
EL3072、EL3074 和 EL3078 模拟量输入端子用于记录 10 V / 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 -10...+10 V、0...+10 V、-20...+20 mA、0...+20 mA 和 4...+20 mA 范围内的信号。在电气方面,电压和电流信号应连接到不同的端子模块接点。电压和电流输入是单端,这意味着每个通道的一个连接点都连接到端子模块的 +24 V 或 GND,且不再需要单独接线。该端子模块支持 ±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。
EL3184 | EtherCAT 端子模块,4 通道模拟量输入,4…20 mA 电流,16 位,单端,HART
针对支持 HART 的现场设备的模拟量输入端子模块 EL3184 用于给现场测量传感器供电,并在电气隔离的情况下将模拟测量信号传输给自动化设备。端子模块技术上的量程是额定量程的 107%,还支持在极限量程内调试传感器值,并支持根据 NAMUR NE43 进行评估。
EL3361 | EtherCAT 端子模块,1 通道模拟量输入端子模块,测量电桥,全桥,24 位,传感器供电 5/10 V DC,带 1 x 数字量输入端子模块,1 x 数字量输出端子模块
模拟量输入端子模块 EL3361 可直接连接 1 个四线制或六线制电阻桥(应变计)或称重传感器。它可以测定电桥电压 UD 和供电电压 UREF 之间的比值,并根据端子模块中的设置将负载值作为过程值进行计算。从而能够以每秒 10,000 次的采样速率高精度测量重量、扭矩和振动等数据。
EL3361-0100 | EtherCAT 端子模块,单通道模拟量输入,测量电桥,全桥,24 位,传感器电源 10 V DC
模拟量输入端子模块 EL3361-0100 可直接连接 1 个四线制或六线制电阻桥(应变计)或称重传感器。它可以测定电桥电压 UD 和供电电压 UREF 之间的比值,并根据端子模块中的设置将负载值作为过程值进行计算。从而能够以每秒 10,000 次的采样速率高精度测量重量、扭矩和振动等数据。端子模块从电源触点取电为电桥直接供电。
EL3362 | EtherCAT 端子模块,2 通道模拟量输入端子模块,测量电桥,全桥,24 位,传感器供电 5/10 V DC,带 2 x 数字量混合型
模拟量输入端子模块 EL3362 可直接连接四线制或六线制电阻桥(应变计)或称重传感器。它可以测定电桥电压 UD 和供电电压 UREF 之间的比值,并根据端子模块中的设置将负载值作为过程值进行计算。从而能够以每秒 10,000 次的采样速率高精度测量重量、扭矩和振动等数据。
EL3362-0100 | EtherCAT 端子模块,单通道模拟量输入,测量电桥,全桥,24 位,传感器供电 10 V DC
模拟量输入端子模块 EL3362-0100 可直接连接四线制或六线制电阻桥(应变计)或称重传感器。它可以测定电桥电压 UD 和供电电压 UREF 之间的比值,并根据端子模块中的设置将负载值作为过程值进行计算。从而能够以每秒 10,000 次的采样速率高精度测量重量、扭矩和振动等数据。端子模块从电源触点取电为电桥直接供电。
EL3446-0011 | EtherCAT 端子模块,6 通道模拟量输入,0.1 A 电流,24 位,分布式电力测量
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。
EL4072 | EtherCAT 端子模块,2 通道模拟量输出,多功能,±10 V,±20 mA,16 位,2 ksps
EL4072、EL4074 和 EL4078 模拟量输出端子模块可输出 10 V/20 mA 标准信号,分辨率为 16 位,每秒最多可输出 2000 个数值。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,具有过载、断线或电压输出短路故障诊断功能。电压和电流输入是单端,这意味着每个通道的一个连接点都连接到端子模块的 +24 V 或 GND,且不再需要单独接线。EL4072 和 EL4074 具有 24 V/0 V 触点,用于为执行器供电。这些通道支持 ±107 % 扩展量程,甚至可以传输非常规设定点,例如用于故障报告目的。
EL4074 | EtherCAT 端子模块,4 通道模拟量输出,多功能,±10 V,±20 mA,16 位,2 ksps
EL4072、EL4074 和 EL4078 模拟量输出端子模块可输出 10 V/20 mA 标准信号,分辨率为 16 位,每秒最多可输出 2000 个数值。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,具有过载、断线或电压输出短路故障诊断功能。电压和电流输入是单端,这意味着每个通道的一个连接点都连接到端子模块的 +24 V 或 GND,且不再需要单独接线。EL4072 和 EL4074 具有 24 V/0 V 触点,用于为执行器供电。这些通道支持 ±107 % 扩展量程,甚至可以传输非常规设定点,例如用于故障报告目的。
EL4078 | EtherCAT 端子模块,8 通道模拟量输出,多功能,±10 V,±20 mA,16 位,2 ksps
EL4072、EL4074 和 EL4078 模拟量输出端子模块可输出 10 V/20 mA 标准信号,分辨率为 16 位,每秒最多可输出 2000 个数值。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,具有过载、断线或电压输出短路故障诊断功能。电压和电流输入是单端,这意味着每个通道的一个连接点都连接到端子模块的 +24 V 或 GND,且不再需要单独接线。EL4072 和 EL4074 具有 24 V/0 V 触点,用于为执行器供电。这些通道支持 ±107 % 扩展量程,甚至可以传输非常规设定点,例如用于故障报告目的。
EL4172 | EtherCAT 端子模块,2 通道模拟量输出,多功能,±10 V,±20 mA,16 位,10 ksps
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。
EL4174 | EtherCAT 端子模块,4 通道模拟量输出,多功能,±10 V,±20 mA,16 位,10 ksps
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。
EL6184 | EtherCAT 端子模块,4 通道通信接口,HART,二级主站
EL6184 提供 4 个接口,用于集成支持 HART 的现场设备。EtherCAT 端子模块可作为二级主站,并可无缝集成到现有的互联互通系统中。例如,可以从现场设备中检索维护和诊断数据,如NAMUR 开放式架构 (NOA) 就是这种情况。
ELM3002-0235 | EtherCAT 端子模块,2 通道模拟量输入,±60 V…1200 V 电压,24 位,50 ksps,电气隔离,4 mm 插口,带第三方校准证书
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。
ELM3002-0305 | EtherCAT 端子模块,2 通道模拟量输入,±50 mV…5 V 电压,24 位,50 ksps,电气隔离,4 mm 插口
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。
ELM3002-0405 | EtherCAT 端子模块,2 通道模拟量输入,±50 mV…5 V/±60 V…1200 V,24 位,50 ksps,电气隔离,4 mm 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。
ELM3102-0120 | EtherCAT 端子模块,2 通道模拟量输入,多功能,±60 V,±20 mA,24 位,20 ksps,电气隔离,工厂校准
基本系列的 EtherCAT 端子模块 ELM3102-0120 是 ELM3702-0101 的精简版本,具有电压和电流测量功能。它可测量 +60 V 至 -20 mV 和 ±20 mA 范围内的信号,每个通道的采样速率高达 20 kSps。由于通道之间电气隔离,它可以在复杂环境中高精度地测量不同或者波动电势的信号。
ELM3344-0030 | EtherCAT 端子模块,4 通道模拟量输入,温度,热电偶,24 位,高精度,1 ksps,带第三方校准证书
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。
ELM3344-0033 | EtherCAT 端子模块,4 通道模拟量输入,温度,热电偶,24 位,高精度,1 ksps,通用型迷你连接器,带第三方校准证书
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。
ELM3348-0030 | EtherCAT 端子模块,8 通道模拟量输入,温度,热电偶,24 位,高精度,1 ksps,带第三方校准证书
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。
ELM3348-0033 | EtherCAT 端子模块,8 通道模拟量输入,温度,热电偶,24 位,高精度,1 ksps,通用型迷你连接器,带第三方校准证书
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。
EP1258-0502 | EtherCAT 端子盒,8 通道数字量输入,24 V DC,1 µs,M12,多时间戳
EtherCAT 数字量输入端子盒 EP1258-0002 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到控制器。与 EP1258-0002 相比,EP1258-0502 由于具有 XFC 多时间戳功能,因此性能更高。通过时间戳技术可对信号进行精确的时间回溯。EP1258-0002 每个总线周期可以通过时间戳功能接受一次边沿改变,而 EP1258-0502 通过时间戳功能在一个总线周期内最多可以记录 32 个事件。EP1258-0502 可通过分布式时钟系统与其它 EtherCAT 设备同步,因此可以使用一个统一的时基测量整个系统内的事件。信号通过 M12 螺旋式连接器连接。每个 M12 接口可提供两个通道。
EP1816-0703 | EtherCAT 端子盒,16 通道数字量输入,ID 拨码开关,24 V DC,10 µs,IP20 连接器
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。
EP2339-0703 | EtherCAT 端子盒,16 通道数字量混合型,ID 拨码开关,24 V DC,3 ms,0.5 A,IP20 连接器
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。
EP2534-0002 | EtherCAT 端子盒,4 通道 PWM 输出,24 V DC,2 A,M12,电流控制
EtherCAT 端子盒 EP2534-0002 通过对 4 个通道外围电压的脉宽调制来控制输出电流。电流值(0 至最大输出电流 2 A)通过自动化设备中的一个 16 位数值表示。所有输出端的总电流之和不能超过 4 A。输出端具有过载保护功能。通道的信号状态由 LED 指示。信号通过 M12 螺旋式连接器连接。每个 M12 接口可提供 1 个通道。
EP3048-0002 | EtherCAT 端子盒,8 通道模拟量输入,±20 mA 电流,16 位,单端,2 ksps,M12
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。
EP3744-2041 | EtherCAT 端子盒,4 通道模拟量输入 + 8 通道数字l量混合型,压力,0...1000 hPa (0...+1 bar),高精度,M8
EtherCAT 端子盒 EP3744-2041 有 6 个数字量输入、2 个数字量输出和 4 个压力输入,采集这些信号并以电气隔离的方式将这些信号传输到控制器。信号状态由 LED 指示灯显示,数字量信号通过 4 针 M8 螺旋式连接器连接。
EP3744-3041 | EtherCAT 端子盒, 4 通道模拟量输入 + 8 通道数字量混合型,压力,0...12000 hPa (0...+12 bar),M8
EtherCAT 端子盒 EP3744-3041 有 6 个数字量输入、2 个数字量输出和 4 个压力输入,采集这些信号并以电气隔离的方式将这些信号传输到控制器。信号状态由 LED 指示灯显示,数字量信号通过 4 针 M8 螺旋式连接器连接。
EP3754-0002 | EtherCAT 端子盒,4 通道模拟量输出,多功能,M12
EtherCAT 端子盒 EP3754-0002 有 4 个模拟l量多功能输入,每个输入的参数都可单独设置:
EP3754-0702 | EtherCAT 端子盒,4 通道模拟量输入,ID 拨码开关,多功能,M12
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:
EP6222-0002 | EtherCAT 端子盒,2 通道通信接口 + 2 通道数字量输入,IO-Link,主站,Class A,M12
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。
EP7402-0067 | EtherCAT 端子盒,双通道运动控制接口,无刷直流电机,48 V DC,3.5 A,M8,EtherCAT 拓扑扩展模块
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。
EPP1098-0001 | EtherCAT P 端子盒,8 通道数字量输入,24 V DC,10 µs,NPN,M8
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。
EPP1816-0703 | EtherCAT 端子盒,16 通道数字量输入,ID 拨码开关,24 V DC,10 µs,IP20 连接器
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。
EPP2339-0703 | EtherCAT P 端子盒,16 通道数字量混合型,ID 拨码开关,24 V DC,3 ms,0.5 A,IP20 连接器
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。
EPP3048-0002 | EtherCAT P 端子盒,8 通道模拟量输入,±20 mA 电流,16 位,单端,2 ksps,M12
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。
EPP3754-0702 | EtherCAT P 端子盒,4 通道模拟量输入,ID 拨码开关,多功能,M12
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:
SCT4116-0025 | Ring-type current transformer, differential current type A, 25 A AC, size 1
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.
SCT4216-0025 | Ring-type current transformer, differential current type A, 25 A AC, size 2
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.
SCT4316-0025 | Ring-type current transformer, differential current type A, 25 A AC, size 3
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.
SCT4416-0025 | Ring-type current transformer, differential current type A, 25 A AC, size 4
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.
SCT4616-0018 | Split-core current transformer, differential current type A, 18 A AC, size 1
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.
SCT4716-0018 | Split-core current transformer, differential current type A, 18 A AC, size 2
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.
SCT4816-0018 | Split-core current transformer, differential current type A, 18 A AC, size 3
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.
AX8820 | Universal regenerative unit
The AX8820 universal regenerative unit is used to feed regenerative energy back into the supply mains.
AM8121-wJyz | Servomotor 0.50 Nm (M0), F2 (58 mm)
The AM8121 low-voltage servomotor is suitable for highly dynamic drive solutions in compact design in the voltage range of < 50 V DC. The standstill torque of the motor depends on the winding and is in the range of < 1.5 Nm. It is available with the OCT feedback system (absolute encoder). The low-voltage servomotor with flange code F2 (58 mm) and motor length 1 has a shaft diameter b = 9 k6 and a free shaft end of d = 20 mm.
AM8123-wJyz | Servomotor 1.2 Nm (M0), F2 (58 mm)
The AM8123 low-voltage servomotor is suitable for highly dynamic drive solutions in compact design in the voltage range of < 50 V DC. The standstill torque of the motor depends on the winding and is in the range of < 1.5 Nm. It is available with the OCT feedback system (absolute encoder). The low-voltage servomotor with flange code F2 (58 mm) and motor length 3 has a shaft diameter b = 9 k6 and a free shaft end of d = 20 mm.
AMI8121-abcc-wJyz | Compact integrated servo drive 0.48 Nm (M0), F2 (58 mm)
The integrated AMI8121 servo drive combines servomotor, output stage and fieldbus connection in a space-saving design in the voltage range of < 48 V DC. It is suitable for all motion requirements in the power range up to 400 W. The standstill torque of the motor is 0.5 Nm. The integrated servo drive with flange code F2 (58 mm) and motor length 1 has a shaft diameter b = 9 k6 and a free shaft end of d = 20 mm.
TE1402 | TwinCAT 3 Target for Embedded Coder®
The TE1402 TwinCAT 3 Target for Embedded Coder® is an extension of the TE1400 TwinCAT 3 Target for Simulink®. Building on the existing capabilities of the TwinCAT 3 Target for Simulink®, which uses the Simulink® Coder™ (GRT target) from MathWorks for automatic code generation, the TE1402 also makes it possible to use the Embedded Coder® (ERT target) from MathWorks. The TE1402 essentially leverages the functions of the TE1400 while also harnessing the properties of the Embedded Coder® to achieve target platform specialization. For example, CPU-specific command extensions can be used to make models created on the Beckhoff Industrial PC run faster.
TE1421 | TwinCAT 3 Simulation Runtime for FMI
The TwinCAT 3 Simulation Runtime for FMI provides an interface for simulation tools that support the Functional Mockup Interface (FMI). The interface is based on the TwinCAT 3 UserMode Runtime, which can be accessed in sync from the simulation tool. This is exported to an FMU together with an interface description configured in TwinCAT, and can be imported into any simulation tool that supports the FMI interface as a co-simulation. Support is offered for both FMI 2.0 and 3.0. The TwinCAT project that is being executed in the FMU can also be part of the FMU; however, it is also possible to connect to this UM runtime with a TwinCAT engineering system and monitor or modify the code executed in the FMU in TwinCAT.
TE3850 | TwinCAT 3 Machine Learning Creator
The TwinCAT 3 Machine Learning Creator automatically creates AI models based on data sets. These AI models can be optimized in terms of their accuracy and latency to ensure they run efficiently on Beckhoff Industrial PCs with TwinCAT products. The generated models can also still be used as standardized ONNX models beyond the Beckhoff product range. For use with TwinCAT products, a PLCopen XML with IEC 61131-3 code is created in addition to the ONNX file, which describes the complete AI pipeline and can be imported seamlessly into TwinCAT.
TF1200 | TwinCAT 3 UI Client
The TwinCAT 3 UI Client can display web applications such as the TwinCAT HMI or the Beckhoff Device Manager. No additional browser is required on the client system. The TwinCAT 3 UI Client can be operated as a desktop application or in kiosk mode.
TF5262 | TwinCAT 3 CNC Online Adaption
TwinCAT 3 CNC Online Adaption allows customer-specific interpolation functions to be implemented in C++ and integrated into the TwinCAT CNC real-time stack via TcCom interfaces. Three different functions are currently available for influencing tool radius compensation (TRC), dynamic contour control (DCC), and geometric feed adjustment (GFA).
TF5263 | TwinCAT 3 CNC Extended Interpolation
TwinCAT 3 CNC Extended Interpolation allows two independent interpolation paths to be programmed within a CNC channel (two-path programming) and provides functions for synchronization and compensation of the paths.
TF5291 | TwinCAT 3 CNC AM Plus
TwinCAT 3 CNC AM Plus extends TwinCAT CNC with functions for predictive control for external processes, as is usual in additive manufacturing. To this end, it provides a PLC interface that can be used to determine future contour elements and their parameters. This function also includes an ADS interface for querying the dynamic values of individual axes at any point in time in the future.
TF5292 | TwinCAT 3 CNC EDM Plus
TwinCAT 3 CNC EDM Plus unites the functions from TF5262, TF5263, and TF5291 in one package and is thus the perfect basis for PC-based control for complex wire-erosion machines and die-sinking machines. It also includes technology-specific functions, such as optimized retraction strategies for sink electrodes or compensation mechanisms that take wire wear into account.
VUI2000-0216 | Area scan camera unit, 2.5 Gbit/s, Sony IMX392, monochrome, 2.3 MP, integrated illumination and variable focus lens, f = 16 mm
The VUI20x0 is a complete unit with IP65/IP67 protection comprising a camera, illumination, and focusable optics complete with liquid lens technology. It generates high-quality monochrome images for industrial image processing applications. Power is supplied via EtherCAT P. As a full-featured device, the unit can be synchronized with all EtherCAT-based machine processes. The image data is transmitted to the higher-level controller with a bandwidth of 2.5 Gbit/s. The light color and pulse intensity of the integrated multicolor LED ring illumination can be adjusted to the product via the control. The focus is adjusted during runtime via the liquid lens control.
VUI2001-0216 | Area scan camera unit, 2.5 Gbit/s, Sony IMX392, color, 2.3 MP, integrated illumination and variable focus lens, f = 16 mm
The VUI20x1 is a complete unit with IP65/IP67 protection comprising a camera, illumination, and focusable optics complete with liquid lens technology. It generates high-quality color images for industrial image processing applications. Power is supplied via EtherCAT P. As a full-featured device, the unit can be synchronized with all EtherCAT-based machine processes. The image data is transmitted to the higher-level controller with a bandwidth of 2.5 Gbit/s. The light color and pulse intensity of the integrated multicolor LED ring illumination can be adjusted to the product via the control. The focus is adjusted during runtime via the liquid lens control.
VUI2000-0316 | Area scan camera unit, 2.5 Gbit/s, Sony IMX265, monochrome, 3.1 MP, integrated illumination and variable focus lens, f = 16 mm
The VUI20x0 is a complete unit with IP65/IP67 protection comprising a camera, illumination, and focusable optics complete with liquid lens technology. It generates high-quality monochrome images for industrial image processing applications. Power is supplied via EtherCAT P. As a full-featured device, the unit can be synchronized with all EtherCAT-based machine processes. The image data is transmitted to the higher-level controller with a bandwidth of 2.5 Gbit/s. The light color and pulse intensity of the integrated multicolor LED ring illumination can be adjusted to the product via the control. The focus is adjusted during runtime via the liquid lens control.
VUI2001-0316 | Area scan camera unit, 2.5 Gbit/s, Sony IMX265, color, 3.1 MP, integrated illumination and variable focus lens, f = 16 mm
The VUI20x1 is a complete unit with IP65/IP67 protection comprising a camera, illumination, and focusable optics complete with liquid lens technology. It generates high-quality color images for industrial image processing applications. Power is supplied via EtherCAT P. As a full-featured device, the unit can be synchronized with all EtherCAT-based machine processes. The image data is transmitted to the higher-level controller with a bandwidth of 2.5 Gbit/s. The light color and pulse intensity of the integrated multicolor LED ring illumination can be adjusted to the product via the control. The focus is adjusted during runtime via the liquid lens control.
TF7020 | TwinCAT 3 Vision Beckhoff Camera Connector
The TwinCAT 3 Vision Beckhoff Camera Connector offers the option of integrating Beckhoff cameras directly into the TwinCAT architecture. The cameras are configured in the same development environment as fieldbus components or axes. Triggered from real time, image acquisition and PLC or motion can be run with a high degree of synchronicity.
TF7255 | TwinCAT 3 Vision Code Quality
TwinCAT 3 Vision Code Quality complements the basic package with functions for quality evaluation of various 1D and 2D codes. Evaluation is carried out in accordance with the ISO/IEC 15415 and ISO/IEC 15416 standards.
TF7260 | TwinCAT 3 Vision OCR
TwinCAT 3 Vision OCR contains functions for optical character recognition (OCR). The functions identify characters in an image and return the recognized character string.
TF7810 | TwinCAT 3 Vision Neural Network
TwinCAT 3 Vision Neural Network provides an integrated machine learning (ML) solution for vision-specific use cases. The implementation of the machine learning models takes place in real time. With the help of these models, complex data analyses can be learned automatically. This means that complex, manually created program constructs can be replaced.