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GuardLogix Safety Controllers

Our Bulletin 1756 GuardLogix® Safety Controllers have a two-processor architecture (1oo2) and are suitable for SIL 3 PLe applications. As part of our Integrated Architecture™ system, these controllers use RSLogix™ 5000 programming software (L6 models) and the Studio 5000™ environment (L7 models). They offer common information capabilities and support CIP Safety over EtherNet/IP™ and ControlNet™ networks. These high-performance controllers provide a common control engine with a common development environment for all control disciplines. Consider these controllers for more sophisticated machines and for connectivity to business systems.

Condition: NEW (Factory Sealed)

In stock at supplier (7-10 Days Delivery)

GuardLogix Controller 556 Series    
1756L61S    GuardLogix Controller With 2Mbyte Memory and 1Mbyte of Safety Memory
1756L62S    GuardLogix Controller With 4Mbyte Memory and 1Mbyte of Safety Memory
1756L63S    GuardLogix Controller With 8Mbyte Memory and 3.75Mbyte of Safety Memory
1756LSP    Safety Partner - Automatically Assigned to the next slot - Right of the Safety Controller

GuardLogix Controller 557 Series 
1756L71S    GuardLogix Integrated Safety PAC with 2M standard memory & 1M safety memory.
1756L72S    GuardLogix Integrated Safety PAC with 4M standard memory & 2M safety memory.
1756L72EROMS    ArmorGuardLogix On-MachineTM Safety Controller, 4MB/2MB Memory, Dual EtherNet/IP, IP67.
1756L73S    GuardLogix Integrated Safety PAC with 8M standard memory & 4M safety memory.
1756L7SP    GuardLogix Safety Partner Controller
    

Features

• Provide twice the processing speed in the L7 models when compared to the L6 models
• Used independently, can operate in environments with -25...70 °C (-13...158 °F) temperature range
• Can operate in environments with -20...70 °C (-4...158 °F) temperature range when used with FLEX™ I/O-XT modules
• Support Integrated Motion on EtherNet/IP™, integrated Sercos™ motion, and analog motion
• Support full controller redundancy
• Support removal and insertion under power (RIUP)
• Communicate via EtherNet/IP, ControlNet™, DeviceNet™, Data Highway Plus™, Remote I/O, SynchLink, and third-party process and device networks
• Let you program using relay ladder logic, structured text, function block, and SFC languages
• Offer flexible user memory options