Industrial Use Design – the SLC 500 System is engineered to withstand the extremes encountered in industrial environments, such as excessive vibration, temperature fluctuations, and even electrical noise and interference.Numerous I/O Options – modules are available to fulfill every conceivable need, from both discrete and analog I/O to temperature signals to a wide array of third-party specialty modules compatible with the System.Communication versatility – options include on-board Ethernet, DH+, DH-485, ControlNet, DeviceNet, and Remote Input/Output.Advanced Instruction Capability – indirect addressing, high level math capabilities, and compute instructions are a feature of the System.Power supplies, memory capabilities, the number and type of input and output points, and the various communication links required are all easily included in the System to satisfy virtually every situation.

Modular – the System can be configured to your precise needs today, yet is totally expandable and adaptable to future changes.Powerful - the SLC 500 System offers programmable controllers that are well equipped to handle a broad range of applications from small, one machine processes to high speed assembly operations, and all points in between.Consider these features that make the SLC 500 System the Allen Bradley PLC option you should consider: The System has become the choice of manufacturing engineers worldwide because it is the industry standard for reliability and cost effectiveness. The Allen-Bradley SLC 500 System is a modular, small chassis-based class of programmable controllers integrating discrete, analog, and specialty I/O and peripheral devices in stand-alone electronics cabinets. PLC Configuration » Allen Bradley SLC 500 Autonomous Maintenance Training ProgramĬonfiguring an Allen Bradley SLC 500 PLC Configuration.Constructor Electrical Circuit Simulator.Fluid Power Training Certificate Course.Mechanical Power Transmission Training Course.Online Electrical Troubleshooting Simulator.Time Base: The number of times of 'Seconds', a Time Base 1.Timer: Number and Adress of Timer, the Block configuration is in the side and is called TIMER T4.TON T4:0 The Main block of Timer On Delay 'TON' here we configure:.B3:0 Binary In others PLCs you may find as 'FLAGS' - 'M', are Contacts in a PLC that create better logic in the programmation.

I0.0 Start - I0.1 Stop Start and Stop as Digital Inputs, used in all control process.

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