Rockwell-automation 2705 REDIPANEL KEYPAD MODULE USER MANUAL User Manual

UserManualBulletin 2705RediPANELKeypadModules(Cat. Nos. 2705-K11C1,-K11C2, -K12C2, -K12C3,-K12C4)Allen-Bradley

Chapter 2Product Introduction2–3The 2705 RediPANEL Keypad Module features a numeric keypad withDELETE, ENTER, decimal and polarity keys. Using the key

Chapter 2Product Introduction2–42) A combination of ASCII and numeric data. Up to 8 characters of ASCII data are displayed on the left side of the di

A–B3Chapter3–1Installing the Bulletin 2705 Keypad ModuleThis chapter lists electrical precautions and power and groundingrequirements for installing t

Chapter 3Installing the Bulletin 2705 Keypad Module3–2Grounding is an important safety measure in electrical installations. Withsolid state systems,

Chapter 3Installing the Bulletin 2705 Keypad Module3–3Figure 3.1 shows recommended spacing for modules inside the NEMAenclosure.Figure 3.1Spacing for

Chapter 3Installing the Bulletin 2705 Keypad Module3–4To install the module, follow these guidelines:Step 1 -Cut an opening in the panel approximately

Chapter 3Installing the Bulletin 2705 Keypad Module3–5Step 4 -To complete the mechanical installation, apply the mounting brackets and tighten all the

Chapter 3Installing the Bulletin 2705 Keypad Module3–6Connect the Keypad Module to the scanner module with Allen–Bradley I/Ocable (Catalog No. 1770–CD

A–B4Chapter4–1Configuring the Bulletin 2705 Keypad Modulewith PLC ControllersThis chapter lists compatibility considerations for operating the Bulleti

with PLC ControllersChapter 4Configuring the Bulletin 2705 Keypad Modules4–2The following diagrams show applications using the Bulletin 2705 KeypadMod

Solid state equipment has operational characteristics differing from those ofelectromechanical equipment. “Safety Guidelines for the Application,Insta

with PLC ControllersChapter 4Configuring the Bulletin 2705 Keypad Module4–3Remote I/O Architecture (continued)Figure 4.3Keypad Module with PLC–3Scanne

with PLC ControllersChapter 4Configuring the Bulletin 2705 Keypad Modules4–4Figure 4.5Keypad Module with PLC–5/15, 5/25PLC–5/15PLC–5/25ScannerPort1785

with PLC ControllersChapter 4Configuring the Bulletin 2705 Keypad Module4–5Figure 4.7Keypad Module with SLC–5/02SLC–5/02RIOScannerPort1747–SNKeypadKey

with PLC ControllersChapter 4Configuring the Bulletin 2705 Keypad Modules4–6Table 4.BApplicable Programmable Controllers Requiring 1771-SN Sub-scanner

with PLC ControllersChapter 4Configuring the Bulletin 2705 Keypad Module4–7The 2705 Keypad Module can be configured for any of four rack sizes: 1/4,1/

with PLC ControllersChapter 4Configuring the Bulletin 2705 Keypad Modules4–8Once you have selected the appropriate scanner for the PLC controller, Tab

A–B5Chapter5–1Selecting OptionsThis chapter describes DIP switch location and functions on the Bulletin2705 RediPANEL Keypad Module. It also lists th

Chapter 5Selecting Options5–2The following figures show examples of DIP switch settings. Figure 5.2illustrates the “ON” and “OFF” positions of the DI

Chapter 5Selecting Options5–3Figure 5.4 lists the rack address settings on Switch Bank #1 for PLC–3,PLC–5/15, PLC–5/25 and SLC–5/02 controllers.Figure

Chapter 5Selecting Options5–4Figure 5.5 gives the switch functions and settings for switch bank #2. Figure 5.5Setting Switch Bank #2ONOFFONOFFSW–2ONO

A–BRediPANEL Keypad ModulesUser ManualTable of ContentsiChapter 1Chapter Objectives 1–1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Chapter 5Selecting Options5–5Figure 5.6 gives the switch functions and settings for Switch Bank #3. Theseswitch bank #3 settings are for all PLC’s.

A–B6Chapter6–1Operating ModesThis chapter describes the operating modes of the Bulletin 2705 RediPANELKeypad Module. Topics include:• PLC output disp

Chapter 6Operating Modes6–2Numeric DataNumeric data appears on the right–hand side of the display in the eightright–most character positions. These

Chapter 6Operating Modes6–3The Keypad Module offers a standard numeric keypad interface with apolarity (minus sign) key and a decimal point as shown i

Chapter 6Operating Modes6–4To enter data you must first key in the desired numbers using the numerickeypad. The data will appear on the right hand si

Chapter 6Operating Modes6–5.Figure 6.3Display for Destination EntryThe keypad operator starts by pressing the ENTER key. The presentdestination is di

Chapter 6Operating Modes6–6The Message Editor inside the module is accessed by the keyboard when anykey is depressed. A prompt appears on the display

Chapter 6Operating Modes6–7The procedure for entering messages into the module is interactive:Step 1 - Remove power before plugging keyboard into the

Chapter 6Operating Modes6–8The editing commands are single key strokes:Left arrow (←)-Move cursor one position to the left.Right arrow(→)-Move cursor

A–B7Chapter7–1ProgrammingThis chapter describes the process of creating a program for the Bulletin2705 RediPANEL Keypad module. The detailed listing

RediPANEL Keypad ModuleUser ManualTable of ContentsiiChapter 5Chapter Objectives 5–1DIP Switches 5–1Typical Switch Settings 5–2Setting Switch Bank #1

Chapter 7Programming7–2The PLC–5 programming examples given on the following pages are basedon the system configuration listed below.Note – System con

Chapter 7Programming7–3Figure 7.1 below shows the Input and Output Image Tables for the systemconfiguration described on Page 2.Figure 7.1Integer Mode

Chapter 7Programming7–4Figure 7.2Rung 2:0F1FunctionKeyI:020] [10F1FunctionKeyI:020] [Rung 2:110COUNT UPCounter C5:1Preset 69Accum 50CTU(CU)(DN)MOVSo

Chapter 7Programming7–5The Keypad Module is not only capable of displaying numeric data, but alsoalphanumeric messages to describe that data. These m

Chapter 7Programming7–6Rung 2:2 shows how the same input, F1, which is used to move theaccumulated value of the counter to the Keypad display, can als

Chapter 7Programming7–7In Figure 7.4, function key F3 is used to initiate a MOVE instruction. TheMOVE instruction, moves the constant 3 to the Keypad

Chapter 7Programming7–8Figure 7.5Rung 2:51116MOVMOV16F2FunctionKeyI:020] [Rung 2:6MOVSource I:02150Dest C5:1.PRE69MOVSource 2Dest 0:0222MOVSource C5:

Chapter 7Programming7–9The keypad destination function can be used to load data values into multipletimer/counter presets or other PLC memory location

Chapter 7Programming7–10Rungs 3–16:Would appear the same but with different timer/destination bit addresses.Rung 17:Destination bit I:024/00 is “ON” w

Chapter 7Programming7–11A 1771–SN, Sub I/O scanner may be used with a PLC–5 family processorwhen the application requires more remote devices than tha

RediPANEL Keypad ModuleUser ManualTable of ContentsiiiInstruction Parameters 7–12Programming Example 7–13Programming Example 7–15PLC–2 Programming Exa

Chapter 7Programming7–12The ladder diagram in Figure 7.6 is a simple programming example showingBidirectional Block Transfers between a sub I/O scanne

Chapter 7Programming7–13be reflected in this file. Therefore, all your input or output addresses forthese remote devices will be elements of this fil

Chapter 7Programming7–14Figure 7.7PLC–5/15 and Sub I/O Scanner Programming ExamplePLC5/151771–SN(Sub I/O Scanner)1771–I/O(Remote 1)1771–I/O(Remote 2)1

Chapter 7Programming7–15In the programming example shown in Figure 7.7, you’ll notice the lengthhas been set for (12), 8 words for the block transfer

Chapter 7Programming7–16The following pages contain a PLC–2 example program which utilizes manyof the functions of the Keypad Module. Keep in mind th

Chapter 7Programming7–17The example program below is explained on the following pages. We present the program here (and on the next page)in its entire

Chapter 7Programming7–18!! +731011(L)54000!!!! +00( CTU)04120137500G8540214 +00( PUT)04130515002G!!540003!! +00( PUT)01370312G54031016000109!! +16( PU

Chapter 7Programming7–19Rungs A, B and C set the program up:! +++BLOCK XFER READDATA ADDR: 0030MODULE ADDR: 111BLOCK LENGTH 14FILE: 0200–0215+++ +!!!!

Chapter 7Programming7–20– – – –Figure 7.9I/O Table for Sample Program: BCD Mode, 3/4 RackWord 410Word 413Word 412Word 411Word 313Word 312Wo

Chapter 7Programming7–21Rungs 1–5 show a procedure for monitoring the accumulated value ofcounter 037 using the Keypad Module:!!!!!!!!!!!!!!!!!!! +310

1Chapter1–1Using this ManualThis chapter describes the manual’s organization, intended audience, andspecial terminology.This manual describes the equi

Chapter 7Programming7–22Rungs 7–12 show a programming procedure that will allow you to changethe preset values of the counter that was being monitored

Chapter 7Programming7–23Rungs 13 - 17 retrieve and display a message: +15( PUT)04130511001G13310001!! +1431015( L)41016!!++!!Rung 13:When function key

Chapter 7Programming7–24In Part A and B we learned how to examine information from the PLC byusing the Keypad. In order to have an 8–character messag

Chapter 7Programming7–25The figures on the following pages show the input and output tables for theKeypad Module.The following symbols and abbreviatio

Chapter 7Programming7–26Dec. Pos.DECimal POSition. The decimal position field holds a binary value (1–7) that is the number of positions to the right

Chapter 7Programming7–27 Figure 7.10Example of Decimal Point ControlEntered data has 1place to the rightSDPDCSDP is EnabledDec. Pos.Displayed data ha

Chapter 7Programming7–28RediPANEL Modules have a standard TIMED feature that holds all pushbutton depressions for a minimum of 100 milliseconds to all

Chapter 7Programming7–29With the handshake feature enabled and the handshake rung in the user’sprogram, the RediPANEL module holds all function key in

Chapter 7Programming7–30Integer Data – With Stored Message1/2, 3/4 and Full RackFigure 7.13Integer Mode, 1/2, 3/4 and Full Rack with Stored Message D

Chapter 7Programming7–31BCD Data – With Stored Message3/4 and Full RackFigure 7.14BCD Mode, 3/4 and Full Rack with Stored Message Display16Word 0Word

Chapter 1Using this Manual1–2To get maximum benefit from this manual and the best use of the Bulletin2705 Keypad Module in your system, you must be ab

Chapter 7Programming7–32Binary Data – With Stored Message1/2, 3/4 and Full RackFigure 7.15Binary Mode, 1/2, 3/4 and Full Rack with Stored Message Dis

Chapter 7Programming7–33Integer Data – With Stored Message1/2, 3/4 and Full RackFigure 7.16Integer Mode, 1/2, 3/4 and Full Rack16Word 0Word 3Word 2Wor

Chapter 7Programming7–34Integer Data – With Stored Message1/4 RackDestination1617DML6L3L415Integer DataHFigure 7.17Integer Mode, 1/4 RackL5L1 S Dec. P

Chapter 7Programming7–35Binary Data – With Stored Message 3/4 and Full RackFigure 7.18BCD Mode, 3/4 and Full Rack16Word 0Word 3Word 2Word 1Word 3Word

Chapter 7Programming7–36Binary Data – With Stored Message1/4 RackFigure 7.19BCD Mode, 1/4 Rack012345671011121314151617H EN F6 F5 F4 F3 F2 F1 BCD1 (MSD

Chapter 7Programming7–37Binary Data – No Stored Message1/2, 3/4 and Full RackFigure 7.21Binary Mode, 1/2, 3/4 and Full Rack16Word 0Word 3Word 2Word 1

Chapter 7Programming7–38Binary Data – No Stored Message1/4 RackFigure 7.22Binary Mode, 1/4 Rack012345671011121314151617HEN F6 F5 F4 F3 F2 F1 S Dec. Po

Chapter 7Programming7–39In the following example, a Bulletin 2705 RediPANEL displays storedmessages. An alarm, connected to an output module, signals

Chapter 7Programming7–40The scanner input file is shown below. The output file is similar, it isaddressed O:1.0 to O:1.3.Bit Number 15 14 13 12 11 10

Chapter 7Programming7–41The addresses for the Input and Output files are provided in an octal format.You must convert the bit addresses to decimal to

A–B2Chapter2–1Product IntroductionThis chapter describes the features, functions and operation of the Bulletin2705 RediPANEL Keypad Module.The Bulleti

Chapter 7Programming7–42The example program is shown below. Each time a function key is pressedon the RediPANEL, its associated message is displayed.

A–B8Chapter8–1Maintenance and TroubleshootingThis chapter describes how to use the Comm/Fault LED indicators, andexplains the power–up sequence error

Chapter 8Maintenance and Troubleshooting8–2The COMM IndicatorAny communication faults or errors are indicated by the green LED labeledCOMM. The LED c

Chapter 8Maintenance and Troubleshooting8–3• Have you changed the settings of any of the DIP switches? New DIPswitch settings will not be acknowledge

A–B9Chapter9–1SpecificationsThis chapter lists the specifications for the Bulletin 2705 Keypad Module.FUNCTIONProvides keypad interface for data entry

Chapter 9Specifications9–2Baud Rates:Selectable. 230.4K baud (2500 ft), 115.2K baud (5000 ft) or 57.6K baud(10,000 ft)Interconnect: 3–terminal plug

A–BAAppendixA–1Appendix AThis appendix describes the error messages displayed by the KeypadModule. It also lists the display characters and their cor

Appendix AA–2OVERFLOWThis error indicates that the user attempted to enter a number that was larger than what the module’s configuration could handle.

Appendix AA–3Figure A.1 shows the 14–segment character set for the module display. Thenumbers next to each figure are the hexadecimal values for the c

A–BIndexI–1AAddress, Rack, 5-1, 5-2Applicable PLCs and Scanners, 4-2Applications, Keypad Module, 2-2Architecture, Remote I/O, 4-2ASCII Data, 2-3, 6-2A

Chapter 2Product Introduction2–2The Keypad Module combines the functions of standard thumbwheel or pushbutton devices with the built–in capabilities o

IndexI–2Entering Messages, 6–7Editing, 6–7Editing Commands, 6–8Storing, 6–7Entering or Changing Data, 7–7EPROM CRC ERROR, A–1Error Messages, A–1BAD MS

IndexI–3Message, Display, 7–25Message Display, ASCII, 6–2Message Editor, 6–6MESSAGE ERROR, A–2Messages, 6–5ASCII Display, 6–2Editing, 6–7Entering, 6–7

IndexI–4Handshake, 2–4, 5–4Keyswitch, 2–4, 5–4Last Device, 5–4Last State, 2–4, 5–4Switch Bank #3Keyboard Style, 5–5SMD and Destination Format,5–5Split

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