Distribuidor para Chile y Sudamérica Zona Industrial Spa. www.zonaindustrial.cl
www.RIEVTECH.com
Installation and wiring Programming Configuring software Applications Technical data
RIEVTECH USER MANUAL
+ Programming guide
Ver. 2.0.0.6
Document Revisions
Version Number
Date
Document Changes
25/12/2020
2.0.0.3
Add new instructions description for Ethernet PLC (Chapter
10.12~10.16)
26/05/2021
2.0.0.4
Modify the expansion module I/O, AI, AQ address addressing
(Chapter 10.3)
SMB34-SMB35 Time Interval Registers for Timed Interrupts (Chapter 4.1)
01/03/2022
2.0.0.5
24/03/2022
2.0.0.6
NEW Modbus Address Assignment Table (Page 304)
Introduction ------------------------------------------------------------------------------------------------------------- 1 Valid range of this manual ------------------------------------------------------------------------------------- 2 Safety Guideline -------------------------------------------------------------------------------------------------- 2 Qualified Personnel ---------------------------------------------------------------------------------------------- 3 Prescribed Usage ------------------------------------------------------------------------------------------------- 3 Warning ------------------------------------------------------------------------------------------------------ 3 Trademarks ------------------------------------------------------------------------------------------------- 3 Copyright Rievtech 2016 all rights reserved --------------------------------------------------------- 4 Disclaim of Liability --------------------------------------------------------------------------------------- 4 Additional support ---------------------------------------------------------------------------------------- 4 1 .what is Xlogic ? ----------------------------------------------------------------------------------------------- 5 1.1 Overview ------------------------------------------------------------------------------------------------------ 5 1.2 Highlight feature -------------------------------------------------------------------------------------------- 5 1.3 Some of the things xLogic can do for you? ------------------------------------------------------------ 7 1.4 xLogic devices : --------------------------------------------------------------------------------------------- 7 xLogic Basic is available in two voltage classes ----------------------------------------------------- 7 Expansion modules --------------------------------------------------------------------------------------- 7 Communication cable and module -------------------------------------------------------------------- 7 2. Hardware introduction --------------------------------------------------------------------------------------------- 9 2.1 Naming Rules of PR Series PLC --------------------------------------------------------------------------- 9 2.2 Hardware model selection ------------------------------------------------------------------------------ 10 2.3 Structure & dimension ----------------------------------------------------------------------------------- 13 3 .Installing/removing xLogic -------------------------------------------------------------------------------------- 16 Dimensions ------------------------------------------------------------------------------------------------------ 16 3.1 DIN rail mounting ----------------------------------------------------------------------------------------- 17 3.2 Wall - mounting --------------------------------------------------------------------------------------------- 18 3.3 wiring xLogic ----------------------------------------------------------------------------------------------- 19 3.4 Connecting the power supply -------------------------------------------------------------------------- 19 3.4.1 Connecting xLogic inputs ----------------------------------------------------------------------- 20 3.4.2 Connecting xLogic Outputs -------------------------------------------------------------------- 23 3.4.3 Communication port instructions: ----------------------------------------------------------- 26 4.Quick reference manual --------------------------------------------------------------------------------------- 29 4.1 Special memory area: ------------------------------------------------------------------------------------ 29 4.2Interrupt Events: ------------------------------------------------------------------------------------------- 29 4.3 High speed counter : ------------------------------------------------------------------------------------ 29 X Ladder direction for use ---------------------------------------------------------------------------------------- 31 5.The detailed annotation of operation interface ----------------------------------------------------------- 31 5.1The main menu ------------------------------------------------------------------------------------------ 31 5.1.1 File --------------------------------------------------------------------------------------------------- 31 5.1.2 Edit -------------------------------------------------------------------------------------------------- 32 5.1.3 View ------------------------------------------------------------------------------------------------- 32 5.1.4 PLC --------------------------------------------------------------------------------------------------- 34 5.1.5 Debug ----------------------------------------------------------------------------------------------- 35
5.1.6 Help ------------------------------------------------------------------------------------------------- 35 5.2 toolbar ------------------------------------------------------------------------------------------------------- 36 5.3 Instruction tree -------------------------------------------------------------------------------------------- 39 5.3.1 Project ---------------------------------------------------------------------------------------------- 40 5.3.2 Data block ------------------------------------------------------------------------------------------ 40 5.3.3 System block -------------------------------------------------------------------------------------- 41 5.3.4 Program block ------------------------------------------------------------------------------------- 48 5.3.5 Function symbol ---------------------------------------------------------------------------------- 48 5.3.6 Variable symbol ----------------------------------------------------------------------------------- 48 5.3.7 Status chart ---------------------------------------------------------------------------------------- 49 5.3.8 Cross reference ----------------------------------------------------------------------------------- 49 5.3.9 Communication ----------------------------------------------------------------------------------- 50 5.3.10 Instructions ------------------------------------------------------------------------------------ 51 5.3.11 The program editor ---------------------------------------------------------------------------- 52 5.3.12 Status chart, information output ----------------------------------------------------------- 53 5.4 Programming concepts ---------------------------------------------------------------------------------- 54 5.4.1 How the program works ------------------------------------------------------------------------ 54 5.4.2 Addressing overview ---------------------------------------------------------------------------- 54 5.4.3 How to organize the program ----------------------------------------------------------------- 56 5.5 How to enter the ladder logic program -------------------------------------------------------------- 57 5.5.1 How to build a new project -------------------------------------------------------------------- 57 5.5.2 Ladder logic element and its working principle ------------------------------------------- 57 5.5.3 Network rules for series and parallel in LAD ----------------------------------------------- 58 5.5.4 How to input commands in LAD ----------------------------------------------------------- 58 5.5.5 How to enter the address in LAD ------------------------------------------------------------- 60 5.5.6 How to edit program elements in LAD ------------------------------------------------------ 60 5.5.7 How to use find / replace ---------------------------------------------------------------------- 63 5.5.8 How to display errors in LAD in the program editor ------------------------------------- 64 5.5.9 How to compile in LAD -------------------------------------------------------------------------- 64 5.5.10 How to save the project ----------------------------------------------------------------------- 65 5.6 How to set up a communication and download program --------------------------------------- 65 5.6.1 Communication settings ------------------------------------------------------------------------ 65 5.6.2 Download program ---------------------------------------------------------------------------- 67 5.6.3 How to correct compilation errors and download errors ------------------------------- 68 5.7 How to monitor and debug the program ------------------------------------------------------------ 69 5.8 PLC operation and options ------------------------------------------------------------------------------ 73 6.X Ladder instructions descriptions ----------------------------------------------------------------------------- 74 6.1 Bit logic ------------------------------------------------------------------------------------------------------ 74 6.1.1 Normally open and normally closed --------------------------------------------------------- 74 6.1.2 Normally open immediate and normally closed immediate. -------------------------- 76 6.1.3 NOT Reverse instruction ------------------------------------------------------------------------ 76 6.1.4 Rising edge and falling edge ------------------------------------------------------------------- 77 6.1.5 Output ---------------------------------------------------------------------------------------------- 78 6.1.6 Output immediate ------------------------------------------------------------------------------- 78
6.1.7 Set and reset -------------------------------------------------------------------------------------- 79 6.1.8 Set immediate and reset immediate -------------------------------------------------------- 80 6.1.9 SR instruction ------------------------------------------------------------------------------------- 80 6.1.10 RS instruction ------------------------------------------------------------------------------------ 81 6.1.11 NOP instruction --------------------------------------------------------------------------------- 82 6.2 Clock instruction ------------------------------------------------------------------------------------------ 83 6.2.1 Read and set the real time clock -------------------------------------------------------------- 83 6.3 Communication -------------------------------------------------------------------------------------------- 84 6.3.1 Get port address ------------------------------------------------------------------------------- 84 6.3.2 Set port address -------------------------------------------------------------------------------- 84 6.4 Compare -------------------------------------------------------------------------------------------------- 85 6.4.1 Byte compare ------------------------------------------------------------------------------------- 85 6.4.2 Integer comparison ------------------------------------------------------------------------------ 87 6.4.3 Double integer comparison -------------------------------------------------------------------- 88 6.4.4 Real number comparison ----------------------------------------------------------------------- 89 6.4.5 String comparison -------------------------------------------------------------------------------- 90 6.5 Convert ------------------------------------------------------------------------------------------------------ 91 6.5.1 Byte to integer ------------------------------------------------------------------------------------ 91 6.5.2 Integer to byte ------------------------------------------------------------------------------------ 92 6.5.3 Integer to double integer ----------------------------------------------------------------------- 92 6.5.4 Integer to string ---------------------------------------------------------------------------------- 92 6.5.5 Double integer to integer ---------------------------------------------------------------------- 94 6.5.6 Double integer to real number ---------------------------------------------------------------- 94 6.5.7 Double integer to string ------------------------------------------------------------------------ 95 6.5.8 BCD to integer, integer to BCD conversion ------------------------------------------------- 96 6.5.9 ROUND --------------------------------------------------------------------------------------------- 97 6.5.10 TRUNC --------------------------------------------------------------------------------------------- 98 6.5.11 Real number to string ------------------------------------------------------------------------- 99 6.5.12 Integer to ASCII code ------------------------------------------------------------------------ 101 6.5.13 Double integer to ASCII code -------------------------------------------------------------- 103 6.5.14 Real number to ASCII code ----------------------------------------------------------------- 104 6.5.15 ATH&HTA --------------------------------------------------------------------------------------- 106 6.5.16 String to integer ------------------------------------------------------------------------------- 107 6.5.17 String to double integer --------------------------------------------------------------------- 109 6.5.18 String to real number ------------------------------------------------------------------------ 111 6.5.19 DECO ------------------------------------------------------------------------------------------ 113 6.5.20 ENCO -------------------------------------------------------------------------------------------- 114 6.5.21 Seven segment code ------------------------------------------------------------------------- 115 6.6 Counter ---------------------------------------------------------------------------------------------------- 116 6.6.1 CTU ------------------------------------------------------------------------------------------------ 116 6.6.2 CTD ------------------------------------------------------------------------------------------------ 117 6.6.3 CTUD ---------------------------------------------------------------------------------------------- 118 6.7 Floating point calculation ----------------------------------------------------------------------------- 119 6.7.1 ADD - R&SUB - R ----------------------------------------------------------------------------------- 119
6.7.2 MUL - R&DIV - R -------------------------------------------------------------------------------- 121 6.7.3 SQRT ----------------------------------------------------------------------------------------------- 122 6.7.4 SIN ----------------------------------------------------------------------------------------------- 123 6.7.5 COS ------------------------------------------------------------------------------------------------ 124 6.7.6 TAN ---------------------------------------------------------------------------------------------- 125 6.7.7 LN -------------------------------------------------------------------------------------------------- 126 6.7.8 EXP ------------------------------------------------------------------------------------------------- 127 6.7.9 PID ---------------------------------------------------------------------------------------------- 128 6.8 Integer operations -------------------------------------------------------------------------------------- 131 6.8.1 ADD - I&SUB - I ------------------------------------------------------------------------------------ 131 6.8.2 ADD - DI & SUB - DI ------------------------------------------------------------------------------ 133 6.8.3 MUL & DIV --------------------------------------------------------------------------------------- 134 6.8.4 MUL - I & DIV - I ----------------------------------------------------------------------------------- 135 6.8.5 MUL - DI & DIV - DI ------------------------------------------------------------------------------ 137 6.8.6 INC - B & DEC - B ---------------------------------------------------------------------------------- 138 6.8.7 INC - W & DEC - W -------------------------------------------------------------------------------- 139 6.8.8 INC - DW & DEC - DW --------------------------------------------------------------------------- 140 6.9 Interrupt --------------------------------------------------------------------------------------------------- 141 6.9.1 ENI & DISI ---------------------------------------------------------------------------------------- 141 6.9.2 RETI instruction --------------------------------------------------------------------------------- 143 6.9.3 ATCH -------------------------------------------------------------------------------------------- 144 6.9.4 DTCH -------------------------------------------------------------------------------------------- 147 6.9.5 Clear interrupt event -------------------------------------------------------------------------- 149 6.10 Logic operation ---------------------------------------------------------------------------------------- 150 6.10.1 INV - B ----------------------------------------------------------------------------------------- 150 6.10.2 INV - W ------------------------------------------------------------------------------------------ 151 6.10.3 INV - DW ----------------------------------------------------------------------------------------- 152 6.10.4 WAND - B 、 WOR - B 、 WXOR - B ------------------------------------------------------------ 153 6.10.5 WAND - W 、 WOR - W 、 WXOR - W -------------------------------------------------------- 154 6.10.6 WAND - DW 、 WOR - DW 、 WXOR - DW -------------------------------------------------- 155 6.11 Move ----------------------------------------------------------------------------------------------------- 156 6.11.1 Byte move -------------------------------------------------------------------------------------- 156 6.11.2 Word move ------------------------------------------------------------------------------------- 157 6.11.3 Double word move --------------------------------------------------------------------------- 158 6.11.4 Real number move --------------------------------------------------------------------------- 159 6.11.5 BLKMOV - B ------------------------------------------------------------------------------------- 160 6.11.6 BLKMOV - W ------------------------------------------------------------------------------------ 161 6.11.7 BLKMOV - D ------------------------------------------------------------------------------------- 162 6.11.8 SWAP -------------------------------------------------------------------------------------------- 163 6.11.9 MOV - BIR --------------------------------------------------------------------------------------- 164 6.11.10 MOV - BIW ------------------------------------------------------------------------------------ 164 6.12 Program control ---------------------------------------------------------------------------------------- 165 6.12.1 FOR 、 NEXT ---------------------------------------------------------------------------------- 165 6.12.2 Jump to label and label --------------------------------------------------------------------- 167
6.12.3 Sequence control relay ---------------------------------------------------------------------- 168 6.12.4 Return from subroutine --------------------------------------------------------------------- 170 6.12.5 Conditional end ------------------------------------------------------------------------------- 171 6.12.6 STOP --------------------------------------------------------------------------------------------- 172 6.12.7 Watchdog Reset ------------------------------------------------------------------------------ 173 6.12.8 Diagnosis LED ---------------------------------------------------------------------------------- 174 6.13 Shift cycle ------------------------------------------------------------------------------------------------ 175 6.13.1 SHR - B & SHL - B ------------------------------------------------------------------------------- 175 6.13.2 SHR - W & SHL - W ----------------------------------------------------------------------------- 177 6.13.3 SHR - DW & SHL - DW ------------------------------------------------------------------------- 178 6.13.4 ROR - B & ROL - B ------------------------------------------------------------------------------ 179 6.13.5 ROR - W & ROL - W ---------------------------------------------------------------------------- 180 6.13.6 ROR - DW & ROL - DW ------------------------------------------------------------------------ 181 6.13.7 SHRB --------------------------------------------------------------------------------------------- 182 6.14 Character string ---------------------------------------------------------------------------------------- 183 6.14.1 String length ----------------------------------------------------------------------------------- 183 6.14.2 Copy string ------------------------------------------------------------------------------------- 184 6.14.3 SSTR - CPY ---------------------------------------------------------------------------------------- 185 6.14.4 String catenate -------------------------------------------------------------------------------- 186 6.14.5 STR - FIND --------------------------------------------------------------------------------------- 187 6.14.6 Look for the first character in the string ------------------------------------------------ 188 6.15 Table ------------------------------------------------------------------------------------------------------ 189 6.15.1 Last in first out -------------------------------------------------------------------------------- 189 6.15.2 FIFO ---------------------------------------------------------------------------------------------- 191 6.15.3 Add to table ------------------------------------------------------------------------------------ 193 6.15.4 Memory fill ------------------------------------------------------------------------------------- 195 6.15.5 Table Find --------------------------------------------------------------------------------------- 196 6.16 Timer ----------------------------------------------------------------------------------------------------- 198 6.16.1 Switch on delay timer ----------------------------------------------------------------------- 198 6.16.2 TONR ------------------------------------------------------------------------------------------ 200 6.16.3 Disconnect delay timer ---------------------------------------------------------------------- 201 6.16.4 Start time interval ---------------------------------------------------------------------------- 202 6.16.5 Calculation interval time -------------------------------------------------------------------- 203 6.17 Pulse train output ------------------------------------------------------------------------------------- 204 6.17.1 Pulse output ----------------------------------------------------------------------------------- 204 6.17.2 Pulse width modulation --------------------------------------------------------------------- 206 6.18 Subroutine ---------------------------------------------------------------------------------------------- 207 6.18.1 Using subroutine ----------------------------------------------------------------------------- 207 6.18.2 Using parameters to call subroutine ----------------------------------------------------- 208 6.18.3 How to set up a subroutine ---------------------------------------------------------------- 209 6.18.4 How to call a subroutine -------------------------------------------------------------------- 210 7.PLC storage area -------------------------------------------------------------------------------------------------- 213 7.1 Storage area types and properties ------------------------------------------------------------------ 213 7.2 Direct and indirect addressing ----------------------------------------------------------------------- 214
7.3 Bit, byte, word and double word access ----------------------------------------------------------- 217 7.4 Memory address range -------------------------------------------------------------------------------- 217 7.5 Data type -------------------------------------------------------------------------------------------------- 218 7.6 Constant --------------------------------------------------------------------------------------------------- 219 8.Assignment and function of SM special storage area --------------------------------------------------- 220 9.Easy ladder communication ----------------------------------------------------------------------------------- 221 9.1 PR series PLC basic introduction of network communication -------------------------------- 221 9.2 PR series PLC communication ------------------------------------------------------------------------ 223 9.3 Optimize network performance --------------------------------------------------------------------- 231 10.Additional chapter --------------------------------------------------------------------------------------------- 232 10.1 How to switch PLC mode ---------------------------------------------------------------------------- 232 10.2 Value range of analog quantity: -------------------------------------------------------------------- 239 10.3 Extension module address -------------------------------------------------------------------------- 239 10.3.1 Digtal Input addressing ---------------------------------------------------------------------- 239 10.3.2 Digtal Output addressing ------------------------------------------------------------------- 241 10.3.3 Analog Input addressing -------------------------------------------------------------------- 242 10.3.4 Analog Output addressing ------------------------------------------------------------------ 244 10.4 Set extension module address with a dial switch ---------------------------------------------- 245 10.5 Additional instructions ------------------------------------------------------------------------------- 246 10.5.1 LCD related instructions --------------------------------------------------------------------- 246 10.5.2 CAN, serial port initialization instructions ---------------------------------------------- 255 10.6 Example of serial port free port communication ---------------------------------------------- 256 10.7 Example of CAN free port --------------------------------------------------------------------------- 258 10.8 MODBUS communication master program ----------------------------------------------------- 260 10.9 The example of using PID instruction ------------------------------------------------------------- 261 10.10 Read / Write Program via Ethernet -------------------------------------------------------------- 264 10.11 Modbus block (New block for Ethernet series PLC) ------------------------------------------ 269 10.12 MQTT (New block for Ethernet series PLC) ---------------------------------------------------- 273 10.12.1 Connect to MQTT Server -------------------------------------------------------------- 273 10.12.2 Publish with MQTT ----------------------------------------------------------------------- 275 10.12.3 Subscribe with MQTT ------------------------------------------------------------------- 279 10.13 Memory Read & Memory Write (New block for Ethernet series PLC) ------------------- 283 10.13.1 Memory Write ------------------------------------------------------------------------------ 283 10.13.2 Memory Read ------------------------------------------------------------------------------ 286 10.14 GPRS_CONN & GPRS_SEND (New block for Ethernet series PLC) ------------------------ 289 10.14.1 GPRS_CONN ------------------------------------------------------------------------------ 289 10.14.2 GPRS_SEND ------------------------------------------------------------------------------ 290 10.15 SMS_IN & SMS_OUT (New block for Ethernet series PLC) --------------------------------- 293 10.15.1 SMS _IN --------------------------------------------------------------------------------------- 294 10.15.2 SMS _OUT ------------------------------------------------------------------------------------ 297 10.16 EMAIL_POST (New block for Ethernet series PLC) ------------------------------------------- 300 10.16.1 Set email params ------------------------------------------------------------------------- 300 10.16.2 EMAIL_POST ------------------------------------------------------------------------------ 301 MODBUS ADDRESS ------------------------------------------------------------------------------------------------- 304
Introduction
Congratulations with your xLogic Micro PLC provided by Rievtech
Electronic Co., Ltd.
The xLogic Micro PLC is a compact and expandable CPU replacing mini PLCs,
multiple timers, relays and counters.
The xLogic Micro PLC perfectly fits in the space between timing relays
and low-end PLCs. Each CPU incorporates not only a real-time clock and
calendar, but also provides support for optional expansion I/O modules
to enhance control and monitoring applications. Data adjustments can
easily be performed via the keypad, the LCD display, or through the
Rievtech-to-use xLogic soft. DIN-rail and panel-mounted options are both
available, offering full flexibility to the various installation needs
of your application.
The xLogic Micro PLC is available in 120V/240V AC or 12V and 24V DC versions,
making it the ideal solution for relay replacement, or simple control
applications as building and parking lot lighting, managing automatic
lighting, access control, watering systems, pump control, ventilation
systems, home automation and a wide field of other applications demanding
low cost to be a primary design issue.
We strongly recommended taking the time to read this manual, before
putting the xLogic Micro PLC to work. Installation, programming and use
of the unit are detailed in this manual. The feature-rich xLogic Micro
PLC provides a for off-line operation mode, allowing full configuration
and testing prior to in-field service commissioning. In reviewing this
manual you will discover many additional advantageous product properties,
it will greatly simplify and optimize the use of your xLogic Micro PLC.
1
Valid range of this manual
The manual applies to devices of PR series PLC.
Safety Guideline
This manual contains notices you have to observe in order to ensure your
personal safety, as well as to prevent damage to property. The notices
referring to your personal safety are highlighted in the manual by a safety
alert symbol; notices referring to property damage only have no safety
alert symbol. The notices shown below are graded according to the degree
of danger.
Caution
Indicates that death or severe personal injury may
result if proper precautions are not taken
Caution
With a safety alert symbol indicates that minor
personal injury can result if proper precautions are
not taken.
Caution
Without a safety alert symbol indicates that property
damage can result if proper precautions are not taken.
Attention
Indicate that an unintended result or situation can
occur if the corresponding notice is not taken into
account.
If more than one degree of danger is present, the warning notice
representing the highest degree of danger will be used. A notice warning
2
of injury to persons with a safety alert symbol may also include a warning
relating to property damage.
Qualified Personnel
The device/system may only be set up and used in conjunction with this
documentation. Commissioning and operation of a device/system may only
be performed by qualified personnel. Within the context of the safety
notices in this documentation qualified persons are defined as persons
who are authorized to commission, ground and label devices, systems and
circuits in accordance with established safety practices and standards.
Please read the complete operating instructions before installation and
commissioning.
Rievtech does not accept any liability for possible damage to persons,
buildings or machines, which occur due to incorrect use or from not
following the details.
Prescribed Usage
Note the following:
Warning
This device and its components may only be used for the applications
described in the catalog or the technical description, and only in
connection with devices or components from other manufacturers which have
been approved or recommended by Rievtech. Correct, reliable operation of
the product requires proper transport, storage, positioning and assembly
as well as careful operation and maintenance.
Trademarks
All names identified by xLogic are registered trademarks of the Rievtech.
The remaining trademarks in this publication may be trademarks whose use
by third parties for their own purposes could violate the rights of the
owner.
3
Copyright Rievtech 2016 all rights reserved
The distribution and duplication of this document or the utilization and
transmission of its contents are not permitted without express written
permission. Offenders will be liable for damages. All rights, including
rights created by patent grant or registration of a utility model or design,
are reserved.
Disclaim of Liability
We have reviewed the contents of this publication to ensure consistency
with the hardware and software described. Since variance cannot be
precluded entirely, we cannot guarantee full consistency. However, the
information in this publication is reviewed regularly and any necessary
corrections are included in subsequent editions.
Additional support
We take pride in answering your question as soon as we can:
Please consult our website at www.rievtech.com for your closest point of
contact or email us at sales@rievtech.com
4
1 .what is Xlogic ?
1.1 Overview
xLogic is a universal logic module made by Rievtech.
xLogic , a compact, expandable CPU that can replace mini PLC, multiple
timers, relays and counters, Splitting the difference between a timing
relay and a low-end PLC, Each CPU has a real-time clock and calendar,
and supports optional expansion I/O modules to enhance your control and
monitoring applications . Data adjustments can be done via the on-board
keypad and LCD display, or with xLogic soft. It can be either DIN-rail
or panel mounted, depending upon the needs of your application, and it
is available in 120V/240V ac as well as 12V and 24V dc versions, and it
is the ideal solution for relay replacement applications, simple control
applications such as building and parking lot lighting, managing
automatic lighting, access control, watering systems, pump control, or
ventilation systems in factory, and home automation and applications in
which cost is a primary design issue.
1.2 Highlight feature
Multiple value display and input via keypad and LCD display.
Unique ladder diagram, improves your programming efficiency.
Standard Modbus RTU/ASCII/TCP communication protocol supported.
It ’ s optional for xLogic to act as slave or master in certain Modbus
communication network.(easy connect to other factory touch screen by
RS232 cable, RS485 module)
Support free port communication, CAN communication and MODBUS
communication
Expandable up to 16 linked IO expansion modules reaching 282 I/O points
in maximum
Optional RS232, RS485 connectivity
Multiple channels analog inputs available with DC 0-10V signal ,PT100
5
signal& 0/4 … .20mA.
Default Real Time Clock (RTC) and summer/winter timer is
available
Backup at Real Time Clock (RTC) at 25 ° C:20 days
4 channels high-speed counting
Pre-configured standard functions, e.g. on/ off-delays, pulse relay
and softkey
2 PWM channels(10KHz in maximum)
Retentive memory capability (Not applied to PR-6&PR-12-E series CPU)
RS232 and USB communication download cable with photo-electricity
isolation
Support ladder diagram programming(Not applied to PR-6&PR-12-E series
CPU)
Mounting via modular 35mm DIN rail or screw fixed mounting plate
On-line monitor capability(Free charge SCADA for all series xlogic)
Datalogging
Kinds of analog signals process capacity (DC 0..10V ,0/4...20mA and
PT100 probe inputs and DC 0..10V and 0/4...20mA outputs)
Low cost
6
1.3 Some of the things xLogic can do for you?
The xLogic Micro PLC provides solutions for commercial, industrial,
building and
domestic applications such as lighting, pumping, ventilation, shutter
operations or in switching cabinets. The application field is widespread
and these are just a few to mention.
Using the RS485 bus and Ethernet connectivity allows the user to realize
various extensive (real-time) monitoring and control applications.
Special versions without operator panel and display unit are available
for series production applications in small machine, installation and
cabinet building environments to further slash cost.
1.4 xLogic devices :
xLogic Basic is available in two voltage classes :
*Classes 1:DC12-24V: i.e.: PR-6DC Series, PR-12DC series, PR-18 series,
PR-24DC series.
*Classes2: AC110-240V: i.e.: PR-6AC Series, PR-12AC series, PR-18AC
series , PR-24AC series.
Expansion modules :
PR-E
* xLogic digital modules are available for operation with 12 … 24V DC, and
110.. .240 V AC, and are equipped with eight inputs and eight outputs.
* xLogic analog modules are available for operation with 12 … 24 V DC and
are equipped with six digital and 4 analog inputs.
Communication cable and module :
xLogic:RS232 communication cable (Model:ELC-RS232)
It is kind of universal cable with photoelectricity isolation which can
be directly connected to standard 9-pin port of PC, also kind of interface
module which can enable user ’ s program to be downloaded into xLogic CPU
7
through xLogicsoft for running. It also is the connection cable between
CPU and third party device with the RS232 port(just like HMI) in modbus
communication system.
xLogic: USB communication cable (Model: ELC-USB).
It is kind of communication cable with photoelectricity isolation through
which PC with USB port only can be connected to xLogic main module,
moreover, it has same features as ELC-RS232 module, so it is quite
convenient for user whose computer has no standard serial port.
xLogic: PRO-RS485 cable (Model: PRO-RS485).
It is kind of converter cable with photoelectricity isolation to make the
program port serves as RS485 port.
xLogic: RS485 module ( Model : PR-RS485 )
isolated 485 converter,used to bring out the terminals of RS485 port
built-in PR-18,PR-24 series CPU for connection with third party devices.
Communication / Network
xLogic offers different ways to communicate within the system.
RS485 port
The RS485 port is used for communication between the CPU and various
devices or equipments which have the standard RS485 port. Communicate
using Modbus RTU/ASCII protocol.
Note : PR-RS485 module is required to connect the CPU to RS485 BUS.
RS232 or USB port (ELC-ES232/ ELC-USB needed)
8
If there is no network required and only one main module with some
expansion modules is needed for the application, the down- and upload of
the project to and from the main module happens over the standard RS232
or USB port. It allows system maintenance like monitoring too.
Note : PR-E-RS485 module is required to connect the CPU to RS485 BUS.
Note
xLogic CPU may be equipped with expansion modules of the different voltage
class, but expansion module must be supplied the correct power
corresponding to its type.
2. Hardware introduction
2.1 Naming Rules of PR Series PLC
4G
PR -
12
DC -
DA -
R -
N -
1
2
3
4
5
6
7
1 - Basic Type Designation PR -- CPU module
PR - E -- Expansion module
2 – Port of total I/Os
8 – 4 analog/digital input and 4 outputs 12 – 8 analog/digital input and 4 outputs 14 – 10 analog/digital input and 4 outputs 16 – 8analog/digital input and 8 outputs(Expansion module)
18 – 12 analog/digital input and 6 outputs 24 – 14 analog/digital input and 10 outputs 26 – 16 analog/digital input and 10 outputs
3 – Power supply
9
DC - Input: 12~24 V dc AC - Input: AC110 - 240V
4 – Digital / Analog
D - Digital input: 0~28.8 V dc A - Analog input: 0~10 V dc DA – Digital and Analog voltage signal input DAI – Digital and Analog voltage/ current signal input PT100 – Analog PT100 input PTDAI – PT100, Digital and Analog voltage/ current signal input Blank – no analog signal input
5 – Output Type R - Relay
TN – Transistor (PNP type) RT – Relay and transistor
6 – Special function type 1 N – Ethernet access
Blank – no special function type 1
7 – Special function type 2
4G – GSM/UMTS/LTE Communication type WIFI – With WIFI connectivity but no GSM/GPRS 4GWIFI - With WIFI connectivity and GSM/UMTS/LTE
2.2 Hardware model selection
PR-12 Series CPU Units (None expandable)
Expansio
Model
Supply voltage
Inputs
Outputs
High-speed count
PWM
HMI
RTC
n
4 relays (10A
PR-12AC-R
8 digital
no
AC110~AC240V
250VAC /5A
no
no
yes
yes
30VDC)
4 relays (10A
PR-12DC-DA-R
4 (0...10V)+4 digital
4(I5-I8) (60KHZ)
no
DC12-24V
250VAC /5A
no
yes
yes
30VDC)
4Transistor(0.3A/PNP
PR-12DC-DA-TN
no
DC12 - 24V
Yes(10KHZ)
yes
yes
4 (0...10V)+4 digital
4 (I5-I8)( 60KHZ)
)
PR-14 Series CPU Units (Expandable)-built-in RS485 port
Model
Expansion
Supply voltage
Inputs
Outputs
High-speed count
PWM
HMI
RTC
4 relays (10A 250VAC
AC110~AC240V
PR-14AC-R
yes
10 digital
no
no
yes
yes
/DC110 - DC240V
/5A 30VDC)
6(0...10V)/6digital+4
4 relays (10A 250VAC
PR-14DC-DA-R
yes
4(I7-IA) (60KHZ)
DC12-24V
no
yes
yes
digital
/5A 30VDC)
10
PR-18 Series CPU Units (Expandable)
Model
Expansion
Supply voltage
Inputs
Outputs
High-speed count
PWM
HMI
RTC
6 relays (10A 250VAC
AC110~AC240V
PR-18AC-R
yes
12 digital
no
no
yes
yes
/DC110 - DC240V
/5A 30VDC)
6(0...10V)/6digital+6
6 relays (10A 250VAC
PR-18DC-DA-R
yes
4(I9-IC) (60KHZ)
DC12-24V
no
yes
yes
digital
/5A 30VDC)
4 relays (10A 250VAC
6(0...10V)/6digital+6
PR-18DC-DA-RT
yes
yes(10khz)
/5A 30VDC) +
4(I9-IC) (60KHZ)
DC12-24V
yes
yes
digital
2 transistor(0.3A)
PR-24 Series CPU Units (Expandable)-built-in RS485 port
High-speed
Model
Expansion
Supply voltage
Inputs
Outputs
PWM
HMI
RTC
count
10 relays (10A 250VAC /5A
PR-24AC-R
yes
16 digital
AC110~AC240V
no
no
yes
yes
30VDC)
6(0...10V)/6digital+8
10 relays (10A 250VAC /5A
PR-24DC-DA-R
yes
4(I9-IC) (60KHZ)
DC12-24V
no
yes
yes
digital
30VDC)
2(0/4...20mA)+
6 relays (10A 250VAC /5A
PR-24DC-DAI-RTA
yes
4(0...10V)/4digital+8
30VDC)+2Transistor(0.3A/PNP)+1(0
YES(10khz)
4(I9-IC) (60KHZ)
DC12-24V
yes
yes
...10V)/(0...20mA)
digital
Ethernet Series CPU Units
PR-12N,18N,26N
Model
Expansion
Supply voltage
Inputs
Outputs
High-speed count
PWM
HMI
RTC
PR-12AC-R-N
4 relays (10A 250VAC /5A
yes
8 digital
AC110~AC240V
no
no
yes
yes
30VDC)
I1--I4 : 4 DI/AI(0--10V ) +
PR-12DC-DA-R-N
4 relays (10A 250VAC /5A
yes
4 (I5-I8)(60KHZ)
DC12-24V
no
yes
yes
I5--I8 : 4DI/HSI ;
30VDC)
PR-18AC-R-N
Q1--Q6( RELAY 10A 250VAC /5A
AC 110V- 240V
no
no
yes
yes
yes
12 AC (I1--IC);
30VDC)
I1--I6 : 6DI/AI (0--10V signal ) +
PR-18DC-DAI-R-N
DC 24V
no
yes
yes
I7-I8 : 2DI/AI(0--10V/0-20mA
Q1--Q6( RELAY 10A 250VAC /5A
yes
4 (I9-IC)(60KHZ)
signal ) +
30VDC)
I9--IC: 4DI/HSI ;
I1--I6 : 6DI/AI (0--10V signal ) +
PR-18DC-DAI-TN-N
DC12-24V
2
yes
yes
I7-I8 :
2DI/AI(0--10V/0-20mA
(Q5--Q
yes
Q1--Q6 (TRANSISTOR 0.3A)
4 (I9-IC)(60KHZ)
)
signal
+
6)(10K
I9--IC: 4DI/HSI ;
HZ)
PR-26AC-R-N
AC 110V- 240V
Q1--Q6(RELAY 5A 250VAC / 3A
30VDC)
+
yes
I1--IG : 16 DI AC ;
no
no
yes
yes
Q7--QA(RELAY 10A 250VAC /5A
30VDC)
I1--I8 : 8DI/AI (0--10V signal ) +
PR-26DC-DAI-RA-N
DC 24V
Q1(0-10V),Q2(0-20mA)+
yes
4 routers(I9-IC)(60KHZ)
no
yes
yes
I9--IC : 4DI/HSI + ID--IG : 4 DI/AI
Q3--Q6(RELAY 5A 250VAC /3A
11
(0-10V/0-20mA signal ) ;
30VDC)
+ Q7--QA(RELAY 10A
250VAC /5A 30VDC)
PR-26DC-DAI-RT-N
DC 24V
Q1--Q2(PNP
0.3A)
+
I1--I8 : 8DI/AI (0--10V signal ) +
2
Q3--Q6(RELAY 5A 250VAC / 3A
yes
I9--IC : 4DI/HSI + ID--IG : 4 DI/AI
4 routers(I9-IC)(60KHZ)
(Q1--Q2)
yes
yes
30VDC)
+
Q7--QA(RELAY 10A
(0-10V/0-20mA signal ) ;
(10KHZ)
250VAC /5A 30VDC)
PR-26DC-DAI-RT-2G
DC 24V
Q1--Q2(PNP
0.3A)
+
I1--I8 : 8DI/AI (0--10V signal ) +
2
Q3--Q6(RELAY 5A 250VAC / 3A
yes
I9--IC : 4DI/HSI + ID--IG :4 DI/AI
4 routers(I9-IC)(60KHZ)
(Q1--Q2)
yes
yes
30VDC)
+
Q7--QA(RELAY 10A
(0--10V/0-20mA signal ) ;
(10KHZ)
250VAC /5A 30VDC)
I1--I8 : 8DI/AI (0--10V ) + I9--IC :
PR-26DC-DAI-RT-4G
DC 24V
Q1--Q2(PNP
0.3A)
+
2
4DI/HSI + ID--IG : 4 DI/AI
Q3--Q6(RELAY 5A 250VAC / 3A
yes
4 routers(I9-IC)(60KHZ)
(Q1--Q2)
yes
yes
(0--10V/0-20mA signal ) ;
30VDC)
+
Q7--QA(RELAY 10A
(10KHZ)
250VAC /5A 30VDC)
PR-26DC-DAI-RT-WIFI
DC 24V
Q1--Q2(PNP
0.3A)
+
I1--I8 : 8DI/AI (0--10V signal ) +
2
Q3--Q6(RELAY 5A 250VAC / 3A
yes
I9--IC : 4DI/HSI + ID--IG : 4 DI/AI
4 routers(I9-IC)(60KHZ)
(Q1--Q2)
yes
yes
30VDC)
+
Q7--QA(RELAY 10A
(0-10V/0-20mA signal ) ;
(10KHZ)
250VAC /5A 30VDC)
PR-26DC-DAI-RT-4G
DC 24V
Q1--Q2(PNP
0.3A)
+
I1--I8 : 8DI/AI (0--10V ) + I9--IC :
2
WIFI
Q3--Q6(RELAY 5A 250VAC / 3A
yes
4DI/HSI + ID--IG : 4 DI/AI
4 routers(I9-IC)(60KHZ)
(Q1--Q2)
yes
yes
30VDC)
+
Q7--QA(RELAY 10A
(0--10V/0-20mA signal ) ;
(10KHZ)
250VAC /5A 30VDC)
AI1--AI3: 3 PT100(- 50…200 ℃ ) +
PR-23DC-PTDAI-RT-N
DC 24V
Q1--Q2(PNP
0.3A)
+
2
I7-- I8: 2 DI/AI(0…10VDC) +I9 --IC:
Q3--Q6(RELAY 5A 250VAC / 3A
yes
4 routers(I9-IC)(60KHZ)
(Q1--Q2)
yes
yes
4
DI/HSI+ID--IG:
4
30VDC)
+
Q7--QA(RELAY 10A
(10KHZ)
DI/AI(0...20mA OR 0…10V DC)
250VAC /5A 30VDC)
AI1--AI3: 3 PT100(- 50…200 ℃ ) +
PR-23DC-PTDAI-RT-4
DC 24V
Q1--Q2(PNP
0.3A)
+
2
G
I7-- I8: 2 DI/AI(0…10VDC) +I9 --IC:
Q3--Q6(RELAY 5A 250VAC / 3A
yes
4 routers(I9-IC)(60KHZ)
(Q1--Q2)
yes
yes
4
DI/HSI+ID--IG:
4
30VDC)
+
Q7--QA(RELAY 10A
(10KHZ)
DI/AI(0...20mA OR 0…10V DC)
250VAC /5A 30VDC)
Expansion Modules (For PR - 18,PR - 24 series)
Model
Supply voltage
Inputs
Outputs
4 relays ( 10A ) +4 relays(3A)
PR -E-16AC-R
AC110~
8 digital
AC240V
4 relays ( 10A ) +4 relays(3A)
PR -E-16DC-DA-R
4 digital+ 4 analog (0..10V) /digital
DC12-24V
PR -E-16DC-DA-TN
4 digital+ 4 analog (0..10V) /digital
DC12-24V
8 transistors(PNP)(0.3A)
PR - E - DC - 16IN
DC12V – DC24V
4 DI / AI+12 DI
None
PR - E - DC - 16DO
DC12V – DC24V
None
15 Relays(3A,Q1 - QF) +1 Relays(10A,QG)
PR - E - AC - 16IN
AC 110~240V
16 DI
None
PR - E - AC - 16DO
AC 110~240V
None
15 Relays(3A,Q1 - QF) +1 Relays(10A,QG)
3 Channels PT100, resolution: 0. 5 °), temperature range : -50 ℃ - 200 ℃
PR -E-PT100
DC12-24V
none
PR -E-AQ-V I
DC 12- 24V
2 Channels (DC 0…10V /0...20mA )
none
PR -E-AI -I
DC12-24V
4 Channels (0/4…..20 mA), Current Signal
none
12
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