S70602-PBNANA  数字伺服驱动器 集成了板载以太网连接

S700 是一款具有扩展功能的数字伺服驱动器，非常适合复杂的驱动任务。它集成了板载以太网连接，可与 EtherCAT® 和 SynqNet™ 配合使用，可选的 MMC 存储卡可在现场轻松备份参数记录和固件。标配安全转矩关闭功能，并可添加其他安全功能。还支持具有 SFD3 和 Hiperface DSL 的单电缆反馈。

特征

CE、UL、TUV安全测试

·直接通过接地的110至480 VAC、1相或3相、50至60Hz线路运行

最大连续输出电流为1.5至72安培RMS/相的型号

板载安全转矩关闭(STO)功能

安全扩展卡具有SIL2或 SIL3安全功能，如SDI、SLS、SS1、SS2、SBC、SBT等板载EtherCATR和CANopen总线通信

传统总线支持，包括PROFINET、DeviceNet、PROFIBUS DP、SERCOSⅡ和RS232单电缆反馈SFD3和Hiperface DSL

MMC存储卡插槽，用于备份和复制参数和固件优化的旋转变压器接口

自动调谐

·齿槽抑制

·市场上最快的反馈评估

S70602-PBNANA

PAC目前锁定的最大应用领域仍是工控，而来自工厂的实时数据可以令管理阶层拥有更丰富的信息资源，以便借此进行决策，但是要安装能够提供工厂数据的系统可能相当困难。企业系统通常会通过ODBC、ADO及XML等标准输入来自自动化系统的数据。PLC的做法是通过OPC之类的标准提供通信能力，也就是说，必须加入PC才能使用

OPC来取得数据，并且使用ODBC、ADO和刀ilL之类的标准将数据反馈给企业。而PAC可 以有效地将工厂数据整合至ERP系统中，让控制系统能够直接和外部数据库通信。而当控制系统连接至数据库及网站时，安全性的问题开始出现。为了获得最高的安全性，许多厂商选择不要将自动化系统与企业连接。但是大致上来说，连接的优点远超过安全问题，虽然PLC可以保护它不被工厂的入侵者偷窃，但是PLC难以对抗以以太网络连接端口未受保护封包为目标的黑客。PAC可以在利用网络传输数据之际进行编码，因此而保护资料。虽然这在今天可能不是关注的焦点，但是在将来，它可能会是影响PAC进驻工厂的主要因素。

S70602-PBNANA  数字伺服驱动器 集成了板载以太网连接

The S700 is a digital servo drive with extended features, ideal for complex drive tasks. It integrates onboard Ethernet connectivity for use with EtherCAT® and SynqNet™, and optional MMC memory cards for easy backup of parameter records and firmware on site. Safety torque shutdown is standard and additional safety features can be added. Single cable feedback with SFD3 and Hiperface DSL is also supported.

trait

CE, UL, TUV safety test

· Operate directly through grounded 110 to 480 VAC, 1 or 3 phase, 50 to 60Hz lines

Models with a maximum continuous output current of 1.5 to 72 amps RMS/ phase

On-board safe torque Off (STO) function

Security expansion cards have SIL2 or SIL3 security features such as SDI, SLS, SS1, SS2, SBC, SBT and other on-board EtherCATR and CANopen bus communication

Traditional bus support includes PROFINET, DeviceNet, PROFIBUS DP, SERCOS II and RS232 single cable feedback SFD3 and Hiperface DSL

MMC memory card slot for backup and copy parameters and firmware optimized rotary transformer interface

Automatic tuning

· Alveolar inhibition

· The fastest feedback evaluation on the market

S70602-PBNANA

The biggest application area targeted by PACs is still industrial control, and real-time data from factories can give management a richer resource of information to make decisions on, but it can be difficult to install systems that provide factory data. Enterprise systems typically input data from automation systems through standards such as ODBC, ADO, and XML. The approach of PLC is to provide communication capability through a standard such as OPC, that is, you have to add a PC to use it

OPC takes the data and feeds it back to the enterprise using standards such as ODBC, ADO, and Knife ilL. PAC can effectively integrate factory data into ERP systems, allowing control systems to communicate directly with external databases. When the control system is connected to databases and websites, security issues begin to arise. For maximum security, many vendors choose not to connect automated systems to the enterprise. But in general, the advantages of connectivity far outweigh security concerns, and while a PLC can protect it from intruders in the factory, a PLC is difficult to combat hackers who target unprotected packets on Ethernet connection ports. PAC can encode data as it is transmitted over the network, thereby protecting it. While this may not be the focus of attention today, in the future, it may be a major factor affecting PAC's presence in the factory.