Fortress Interlocks ETHERNET /IP Safety CIP Communication PRONET Module

Safety Communication ModuleThe proNet module allows the features of amGardpro to become distributed IO (input-output) on an Ethernet/IP network; safety information is exchanged using the CIP Safety extensions. The unit can connect the following modules to an Ethernet/IP network; see individual datasheets for further details of the modules:• A proLok safety switch with a vast array of options using modular adaptors, heads and actuators in the amGardpro range.• An e-stop and an external safety switch.• Up to eight lamps and pushbuttons from the proOption Pod range.All the safety signals are communicated via CIP Safety, while standard IO via Ethernet/IP.An integrated network switch facilitates ‘daisy-chain’ bus topologies with no additional hardware.Variety of connection options: PF07, PF09, PF10, PF11IP-address settable via web interface, DHCP or dip switchesDevice diagnostic information available via on board LEDs Diagnostic functions available via web interface: • Supply voltage• Ethernet connection statisticsNAMEPRONET - ETHERNET/IP - CIP SAFETY COMMUNICATION MODULEPART NO.PRONETRANGEHeavy Duty Guard Locking with PROFIsafe & CIP Safety - amGardproIntroduction to mGard Trapped key interlocking is a tried and tested method of mechanicallysafeguarding machines and processes.Mechanical keys eliminate most of the electrical wiring associated with other types of interlocks making them cost effective to install.The Fortress mGard is suitable for use up to SIL3 (IEC 62061) and Category 4 PLe (ISO 13849-1).Why Interlocks?Interlocks are mechanical, electrical or other types of devices, the purpose of which is to prevent the operation of hazardousmachine functions under specified conditions. Interlocking can be used to help protect personnel and equipment, enforceprocesses, and improve productivity.More information on interlock devices and their use on machinery can be found in ISO 14119, Safety of machinery - Interlockingdevices associated with guards - Principles for design and selection. Further information on trapped key interlocking can befound in the technical specification ISO/TS 19837.Why Mechanical?• Mechanical interlocking can be used to control hazardous energy sources.• A key from one isolation control device can be used in an intermediate transfer (key exchange) device to release keys formultiple guards.• Personnel keys released from access locks can be used to proactively prevent unexpected start up of machinery as per ISO14118.• Mechanical systems reduce wiring and fault masking risk.Key Operated SwitchKey removed, contacts openedKey Exchange DeviceAccess LockA key exchange device allows Key trapped, the intermediate transfer of actuator removedkeys within a system2Access Lock with Personnel KeyAccess key trapped, personnel key removed, guard (door) open