EZU
Function
剖视图
剖视图
无刷直流伺服电机通过采用齿条和小齿轮原理的正齿轮装置,驱动集成在滑动导向基爪中的三个齿轮齿条。正齿轮装置提供稳定的抓取力,即使工件或机器人出现水平定位误差,抓取力也能保持恒定,从而确保工件的可靠定心及高容错。抓取力的产生不需要最小接近距离,从而简化了操作,加快了流程。
集成的绝对值编码器可确保即使遭遇紧急制动或断电,机械手也能立即准备就绪,投入使用。夹持力的保持与传动系统中的永磁制动器和阻尼元件相结合,可降低工件掉落的风险,可通过集成的工件掉落检测功能来检测该风险。
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牢固耐用的 T 形槽导轨
适用长手指、较高的外力和力矩。可选购防尘型号。 - 2
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全集成、密封的控制和电力电子元件
配备 LED 状态指示灯和 M12 充电及通信接头。 - 3
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高分辨率,输出端绝对值编码器
通过永久的绝对值位置反馈精准定位机械手手指。 - 4
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采用正齿轮和小齿轮/齿条原理的密封传动系统
无需最小接近距离即可生成稳定的抓取力。 - 5
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无刷扁平电机
适用有限的空间和由于外部转子而产生的高扭矩。 - 6
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电磁制动器
附加结构可用于在停机或断电期间保持抓取力和位置。
在 SCHUNK 控制中心调试应用程序
Increased protection class with dust-tight version SD
Mounting option for additional attachment
Connectivity
Gripping modes
Software Service - Robot integration
Software Service - PLC integration
在 SCHUNK 控制中心调试应用程序
机电一体化机械手应用程序可简化调试、操作、诊断和服务,功能丰富,用户可以直接控制机械手并进行应用验证,无需 PLC。功能包括网络配置、固件更新、参数调整和备份,以及全面的诊断选项。应用程序与 Windows 兼容,可前往 schunk.com/downloads-software 下载。
Increased protection class with dust-tight version SD
The dust-tight version increases the degree of protection against dust and liquids entering the guidance and base jaw. In combination with the sealed electronics (IP67), the dust-tight version is thus suitable for use in particularly harsh ambient conditions, such as for loading a grinding machine. The achieved protection of the guidance corresponds to the IP64 protection class and is thus absolutely dust-tight and protected against splashing water from all directions. You can find additional information on the product in the operating manual.
Mounting option for additional attachment
Additional threads and fittings are located in the guidance housing for mounting an application-specific design in order to implement additional functions. For example, a spring-loaded pressure element can be fitted for spring-supported positioning of the workpiece against a stop.
Connectivity
A wide range of available communication interfaces simplifies handling with a wide variety of control and robot manufacturers and ensures time savings during integration. Industrial Ethernet (PROFINET, EtherCAT, EtherNet/IP) enables direct integration without additional gateways into the control environment of leading PLC manufacturers on the market. With the Modbus RTU serial interface, the gripper can be connected to the tool flange of leading robot manufacturers without external cable routing. IO-Link is independent and offers flexibility in connecting to other networks.
Gripping modes
The BasicGrip and StrongGrip gripping modes are available.
BasicGrip: The gripping speed is automatically optimized for gripping force adjustment, permanent re-gripping is possible
StrongGrip: Maximum gripping force is generated and then stored by the gripping force maintenance, permanent re-gripping is possible within an adjustable time window, pause times between gripping cycles must be taken into account
Software Service - Robot integration
For seamless interaction between gripper and robot, software modules for integration into the robot control system of leading manufacturers are available. This means that the gripper's range of functions can be used directly without any additional programming effort and programming of the application can be started immediately.
Robot compatibility: Universal Robots e-Series via Modbus RTU, FANUC CRX via Modbus RTU, ABB OmniCore C30 via EtherNet/IP, YASKAWA YRC1000micro via EtherNet/IP, Kassow Robots via Modbus RTU.
Software and other compatibility notes can be downloaded at schunk.com/egu-software.
Software Service - PLC integration
For seamless interaction between gripper and PLC control, function modules for the programming interface of leading manufacturers is available. This means that the gripper's range of functions can be used directly without any additional programming effort and programming of the application can be started immediately.
PLC compatibility: Siemens TIA Portal (PROFINET and IO-Link), Beckhoff TwinCAT (EtherCAT and IO-Link), Allen Bradley Studio 5000 Logix Designer (EtherNet/IP and IO-Link), Bosch Rexroth ctrlX (EtherCAT, only with Bosch Nexeed Automation).
Software and other compatibility notes can be downloaded at schunk.com/egu-software.
Application example
Application example
Flexible, cycle-time optimized loading and unloading of a machine tool. By using two grippers on the robot, the machine tool can be automatically loaded in a way that is optimized in terms of cycle time, meaning that productivity can be increased. Finished part and pre-machined part can be transported in one loading cycle. Due to the large and freely programmable jaw stroke of the gripper, different diameters can be gripped without having to change the gripper.
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EZU double gripper for handling raw and finished parts
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Machine tool with ROTA THW3 power lathe chuck