Prosoft Technology Inc
README FILE FOR MVI56(E)-MCMR SAMPLE LADDER PROGRAMS
Date: 09/22/10

OVERVIEW
This README file is applicable to both MVI56-MCMR and MVI56E-MCMR modules.
This zip file MVI56E_MCMR SAMPLE LADDERS.zip contains the following files: 

MVI56(E)MCMR_AddOn_Rung_v1_5.L5X - Import rung file for RSLogix v16 or later (with Add-On instruction) 
MVI56(E)MCMR_Optional_AddOn_Rung_v1_2.L5X - Optional Import rung file
MCMR_v20.ACD - Sample ladder program for RSLogix v20 (with Add-On instruction)
MCMR_v19.ACD - Sample ladder program for RSLogix v19 (with Add-On instruction)
MCMR_v18.ACD - Sample ladder program for RSLogix v18 (with Add-On instruction)
MCMR_v17.ACD - Sample ladder program for RSLogix v17 (with Add-On instruction)   
MCMR_v16.ACD - Sample ladder program for RSLogix v16 (with Add-On instruction)   
MCMR_v15.ACD - Sample ladder program for RSLogix v15
MCMR_v13.ACD - Sample ladder program for RSLogix v13    
README.TXT - Readme file   


SELECTING THE LADDER FILE

>For ControLogix version 16.xx.xx or later

RSLogix version 16 introduced the Add-On instruction funcionality that allows
the encapsulation of several ladder rungs into one single instruction. The sample 
ladder logic for v16 uses the Add-On instruction in order to provide a quick and easy
setup procedure for your MVI56(E)-MCMR module.
You can either import the required components into your existing ladder through the 
MVI56(E)MCMR_AddOn_Rung_v1_5.L5X file or refer to the sample ladder file MCMR_v16.ACD. 

In order import the required components into your existing ladder program follow
the steps below:  

1) Create a new RSLogix project for version 16 or later

2) Create a new module 1756-MODULE (I/O Configuration) with the following settings: 

Name                            = MCMR
Comm Format                     = Data-INT
Input Assembly Instance         = 1
Input Assembly Size             = 42
Output Assembly Instance        = 2
Output Assembly Size            = 42
Configuration Assembly Instance = 0

Adjust the Slot and RPI settings(if enabled) for your application.

Note - recommended RPI time is 5.0ms for local rack applications. 

3) Write-click at the rung where the Add-On instruction will be inserted.
Select Import Rung... and select the MVI56(E)MCMR_AddOn_Rung_v1_5.L5X file.  During the import 
procedure associate the input and output images with the ones generated 
during step 1 (default are for slot 1). 

4) Once the import procedure is completed the Add-On instruction will be 
displayed at the ladder rung. The procedure has also imported new User-Defined Data types
and New Controller tags. 

5) Verify the project 

6) Save the project

7) Download the project to the ControlLogix processor

The MVI56E-MCMR module also supports an optional Add-On instruction that allows the user 
to dynamically read/write the module's current IP adddress and the clock value.
Repeat the same procedure with the MVI56(E)MCMR_Optional_AddOn_Rung_v1_0.L5X to import
the Add-On instruction into your ladder logic. This Add-On is optional because the module 
will perform all other tasks without it. 


You can also refer to the sample ladder MCMR_v16.ACD or later that already 
contains the complete project with the Add-On instruction and module created 
with correct settings.

>For ControlLogix version 15.xx.xx

Refer to the sample ladder logic MCMR_v15.ACD

>For ControlLogix version 13.xx.xx

Refer to the sample ladder logic MCMR_v13.ACD


USING THE SAMPLE LADDER FILE

For information on how to access the sample program controller tags please refer
to the MVI56(E)-MCMR USer Manual. 

