GE IC693ALG222CA Conformal Coated Analog Voltage Input module

Benefits of Automation in Industrial Setting Reduced factory lead times

Faster return on investment (ROI) Improved competitiveness in the market

Consistent and enhanced part production and quality Smaller environmental footprint

Improved planning capabilities Decreased reliance on outsourcing

Optimal utilization of floor space A programmable logic controller (PLC) is a highly

capable solid-state control system that utilizes user-programmable memory to store instructions

for executing various functions such as I/Ocontrol, logic operations, precise timing, accurate

counting, three-mode (PID) control, communication protocols, arithmetic

calculations, and data and file processing.

PLCs have evolved into sophisticated controllers capable of managing complex processes.

Originally designed to perform the logic functions previously carried out by electrical hardware like

relays, switches, and mechanical timers/counters.They find substantial application in SCADA systems and Distributed Control Systems

and are often employed as the primary controller in smaller system configurations. PLCs play an

extensive role in virtually all industrial processes, offering reliable and efficient control solutions.

In the realm of programmable logic controllers, below range of offerings feature renowned global

brands including Emerson, and IDEC. Introducing VersaMax Modular I/O and Control - the epitome

of versatility by Emerson. 

This exceptional control solution is compact, cost-effective, and adaptable, serving as a compact PLC, distributed

I/O, or distributed control system. 

With its modular and scalable design, user-friendly features, and seamless integration with open systems,

VersaMax proves to be a time and cost-saving solution for machine builders and end-users alike.

The RPS Baseplate should be grounded in the same manner as any IC693 PLC baseplate.

Each ground wire should consist of a size 12 AWG or larger wire with a ring terminal crimped to each end. 

One end of each ground wire should be securely fastened to a conductive surface on the mounting panel (this often

requires removing the paint from the panel at the spot where the ground wire is fastened). 

If all ground wires are connected to one point, ensure that the method 

(typically using a stud, nuts, and lock washers) is approved by applicable electrical codes. 

The next figure shows an example ground connection for each

of the following components:

· RPS Baseplate and PLC Baseplate. One end of the ground wire should be mounted under the

head of the mounting bolt (with star lock washer and flat washer) in one of the baseplate’s

slotted mounting holes; the other end should connect to the grounding point on the panel.

· RPS Adapter Module. The RPS Adapter’s ground wire is supplied as part of the RPS cable.

See the section “IC693ACC350 Redundant Power Supply Adapter” for details and a picture of

this wire. Connect it to the grounding point on the panel.

Mounting Hardware

Tap four 8#-32 (4mm) holes in the mounting panel using the hole spacing shown in the following figure.

Use four #8-32 (4mm) machine screws with flat washers and lock washers in the baseplate mounting

holes. Mounting hardware should be a high quality, corrosion-resistant type. As shown in the following

figure, two baseplate holes are slotted in order to facilitate a ground wire connection (see “Grounding the

RPS System” on the following page).

Ventilation Clearance

As shown in the following figure, a minimum clearance allowance (open area) on all sides of the

baseplate is required to provide adequate ventilation.

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