User Manuals: Rievtech PR-12AC-R-HMI Logic Controller

Manuals and User Guides for Rievtech PR-12AC-R-HMI Logic Controller. We have 1 Rievtech PR-12AC-R-HMI Logic Controller manual available for free PDF download: User Manual And Programmers Manual

Rievtech PR-12AC-R-HMI User Manual And Programmers Manual

Rievtech PR-12AC-R-HMI User Manual And Programmers Manual (260 pages)

Brand: Rievtech | Category: Relays | Size: 2 MB

Table of Contents

Table of Contents
2
Introduction
8
- Valid Range of this Manual
  9
- Safety Guideline
  9
- Qualified Personnel
  10
- Prescribed Usage
  10
  - Warning
    10
  - Trademarks
    10
  - Copyright Rievtech 2016 All Rights Reserved
    11
  - Disclaim of Liability
    11
  - Additional Support
    11
What Is Xlogic
12
- Overview
  12
- Highlight Feature
  12
- Some of the Things Xlogic Can Do for You
  14
- Xlogic Devices
  14
Hardware Introduction
18
Installing/Removing Xlogic
23
- Dimensions
  23
- DIN Rail Mounting
  24
- Wall-Mounting
  25
- Wiring Xlogic
  28
- Connecting the Power Supply
  28
Quick Reference Manual
37
- Special Memory Area
  37
- Interrupt Events
  37
- High Speed Counter
  37
Direction for Use
39
The Detailed Annotation of Operation Interface
39
- The Main Menu
  39
  - File
    39
  - Edit
    40
  - View
    40
  - Plc
    42
  - Debug
    43
  - Help
    43
- Toolbar
  44
- Instruction Tree
  47
  - Project
    48
  - Data Block
    48
  - System Block
    49
  - Program Block
    55
  - Function Symbol
    55
  - Variable Symbol
    55
  - Status Chart
    56
  - Cross Reference
    56
  - Communication
    57
  - Instructions
    58
  - The Program Editor
    59
  - Status Chart, Information Output
    60
- Programming Concepts
  61
  - How the Program Works
    61
  - Addressing Overview
    61
  - How to Organize the Program
    63
- How to Enter the Ladder Logic Program
  64
- How to Set up a Communication and Download Program
  72
- How to Monitor and Debug the Program
  76
- PLC Operation and Options
  80
Ladder Instructions Descriptions
81
- Bit Logic
  81
  - Normally Open and Normally Closed
    81
  - Normally Open Immediate and Normally Closed Immediate
    83
  - NOT Reverse Instruction
    83
  - Rising Edge and Falling Edge
    84
  - Output
    85
  - Output Immediate
    85
  - Set and Reset
    86
  - Set Immediate and Reset Immediate
    87
  - SR Instruction
    87
  - RS Instruction
    88
  - NOP Instruction
    89
- Clock Instruction
  90
  - Read and Set the Real Time Clock
    90
- Communication
  91
  - Get Port Address
    91
  - Set Port Address
    91
- Compare
  92
  - Byte Compare
    92
  - Integer Comparison
    94
  - Double Integer Comparison
    95
  - Real Number Comparison
    96
  - String Comparison
    97
- Convert
  98
  - Byte to Integer
    98
  - Integer to Byte
    99
  - Integer to Double Integer
    99
  - Integer to String
    99
  - Double Integer to Integer
    101
  - Double Integer to Real Number
    101
  - Double Integer to String
    102
  - BCD to Integer, Integer to BCD Conversion
    103
  - Round
    104
  - Trunc
    105
  - Real Number to String
    106
  - Integer to ASCII Code
    108
  - Double Integer to ASCII Code
    110
  - Real Number to ASCII Code
    111
  - Ath&Hta
    113
  - String to Integer
    114
  - String to Double Integer
    116
  - String to Real Number
    118
  - Deco
    120
  - Enco
    121
  - Seven Segment Code
    122
- Counter
  123
  - Ctu
    123
  - Ctd
    124
  - Ctud
    125
- Floating Point Calculation
  126
  - Add-R&Sub-R
    126
  - Mul - R&DIV - R
    128
  - Sqrt
    129
  - Sin
    130
  - Cos
    131
  - Tan
    132
  - Exp
    134
  - Pid
    135
- Integer Operations
  138
  - Add-I&Sub-I
    138
  - Add- DI & Sub- DI
    140
  - Mul & DIV
    141
  - Mul -I & DIV-I
    142
  - Mul -DI & DIV -DI
    144
  - Inc-B & Dec-B
    145
  - Inc-W & Dec-W
    146
  - Inc -Dw & Dec -Dw
    147
- Interrupt
  148
  - Eni & Disi
    148
  - RETI Instruction
    150
  - Atch
    151
  - Dtch
    153
  - Clear Interrupt Event
    155
- Logic Operation
  156
  - Inv
    156
  - Inv -W
    157
  - Inv -Dw
    158
  - Wand-B、Wor -B、Wxor -B
    159
  - Wand-W、Wor -W、Wxor -W
    160
  - Wand- Dw、Wor -Dw、Wxor -Dw
    161
- Move
  162
  - Byte Move
    162
  - Word Move
    163
  - Double Word Move
    164
  - Real Number Move
    165
  - Blkmov
    166
  - Blkmov
    167
  - Blkmov -D
    168
  - Swap
    169
  - Mov -Bir
    170
  - Mov -Biw
    170
- Program Control
  171
  - For、Next
    171
  - Jump to Label and Label
    173
  - Sequence Control Relay
    174
  - Return from Subroutine
    176
  - Conditional End
    177
  - Stop
    178
  - Watchdog Reset
    179
  - Diagnosis LED
    180
- Shift Cycle
  181
  - Shr -B & Shl -B
    181
  - Shr -W & Shl -W
    183
  - Shr -Dw & Shl -Dw
    184
  - Ror -B & Rol -B
    185
  - Ror -W & Rol -W
    186
  - Ror -Dw & Rol -Dw
    187
  - Shrb
    188
- Character String
  189
  - String Length
    189
  - Copy String
    190
  - Sstr-Cpy
    191
  - String Catenate
    192
  - Str -Find
    193
  - Look for the First Character in the String
    194
- Table
  195
  - Last in First out
    195
  - Fifo
    197
  - Add to Table
    199
  - Memory Fill
    201
  - Table Find
    202
- Timer
  204
  - Switch on Delay Timer
    204
  - Tonr
    206
  - Disconnect Delay Timer
    207
  - Start Time Interval
    208
  - Calculation Interval Time
    209
- Pulse Train Output
  210
  - Pulse Output
    210
  - Pulse Width Modulation
    212
- Subroutine
  213
  - Using Subroutine
    213
  - Using Parameters to Call Subroutine
    214
  - How to Set up a Subroutine
    215
  - How to Call a Subroutine
    216
  - PLC Storage Area
    219
  - Storage Area Types and Properties
    219
- Direct and Indirect Addressing
  220
- Bit, Byte, Word and Double Word Access
  223
- Memory Address Range
  223
- Data Type
  224
- Constant
  225
Assignment and Function of SM Special Storage Area
226
Easy Ladder Communication
227
Additional Chapter
238
- How to Switch PLC Mode
  238
- Value Range of Analog Quantity
  239
- Extension Module Address
  239
- PLC Host Address Range
  240
- Formula
  240
- Set Extension Module Address with a Dial Switch
  241
- Additional Instructions
  242
- MODBUS Communication Master Program
  256
- The Example of Using PID Instruction
  257

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