Allen Bradley 1785-L60L Series D | PLC5/60 Local Processor

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Product reference      1785-L60L

This illustration shows a basic Enhanced PLC-5 programmable controller system

This equipment is sensitive to electrostatic discharge that can cause internal damage and affect normal operation. Follow these guidelines when you handle this equipment: • touch a grounded object to discharge potential static • wear an approved grounding wrist strap • do not touch connectors or pins on component boards • do not touch circuit components inside the equipment • if available, use a static-safe workstation • when not in use, store the equipment in appropriate static-safe packaging

If you either insert or remove any module while backplane power is on, OR connect or disconnect any cable with power applied to this module or the device on the other end of the cable, an electrical arc can occur. This could cause an explosion in hazardous location installations. Be sure that power is removed or the area is nonhazardous before proceeding

To properly install the controller, you must follow these procedures in the order described in this section: 1. Install an I/O chassis. 2. Configure the I/O chassis. 3. Install the power supply. 4. Install the PLC-5 programmable controller. 5. Install the I/O modules. 6. Apply power to the system. 7. Connect the personal computer to the PLC-5 programmable controller. Install an I/O Chassis Install an I/O chassis according to the Universal I/O Chassis Installation Instructions, pub. no. 1771-IN075.

Selecting I/O Module Density The density of an I/O module is the number of processor input or output image table bits to which it corresponds. A bidirectional module with 8 input bits and 8 output bits has a density of 8. Table 2.B provides guidelines for selecting I/O module density.

Master/Expander I/O Modules Some I/O modules (called “masters”) communicate with their expanders over the backplane. These master/expander combinations either: can time-share the backplane, or cannot time-share the backplane For masters that can time-share the backplane, you can use two masters in the same chassis. For a master/expander combination that cannot time-share the backplane, you cannot put another master/expander combination in the same I/O chassis. Example: The stepper-controller module (cat. no. 1771-M1, part of a 1771-QA assembly) and the servo-controller module (cat. no. 1771-M3, part of a 1771-QC assembly) always act as masters and cannot time-share the backplane. Therefore, you cannot put a second master module in the same chassis with either of these modules. Table 2.C summarizes the compatibility of master modules within a single I/O chassis.

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