PLC (Programmable Logic Controllers)

LC700
Programmable Controller

Model: WM-PLC-SMR-001

Since 1978, Smar has been a powerful contributor in setting the pace for the evolution of technology in the automation field. New products and new ideas to bring solutions closer to the user's dream. The first 16 bit digital controller, the first transmitter with embedded PID control, the first commercial line of Fieldbus products for process automation, are examples of the pioneering achievements of Smar. The LC700 now joins the family of Smar products setting up the bridge between process and manufacturing automation and Fieldbus.

Just to make your job easier !

The CONF700 is a Windows based configurator for the LC700. Model: WM-PLC-SMR-002

General Specifications:
Power Voltage
90-264 Vac (45-65 hz) / 20-30 Vdc
Power Consumption
35 VA (Maximun load with one Power Supply)
Operating Temperature
0 to 60 ºC (32 to 140 ºF) or 0 to 50 ºC (32 to 122 ºF)
Cooling Method
Air Convention
Storage Temperature
-20 to 80 ºC (-4 to 176 ºF)
Ambient Humidity
20 to 90% (no condensing)
Vibration Humidity
5 Hz to 2 kHz, 0.4 mm pp/2,5 g panel mounted, 1 hr per axis
Shock Humidity
10 g, 2 Times
Noise Immunity
1.000 Vpp, 1 us
Ambient Atmosphere
No corrosive gases or dust accumulation

 Functional Specifications:

True Hybrid Universal Controller
Discrete and Analog Signal Operation
1024 Discrete Points
1024 Analog Points
Complete set of logic elements
Function Blocks for Process Control: PID, PID Step, A/M. Setpoint, Generator, Linearization, Cross Limits...
Redundancy
Hot standby redundancy for Power Supply, Controller, Rack, Control Network, Remote I/O Network and OPC server
IEC-61131-3
Ladder Logic with Function Blocks (LD & FB)
Click and write Boolean equations with Structured Text (ST)
Field Network
Remote I/O
Foundation Fieldbus
Modbus RTU
Program Cycle and I/O Scan
Floating scan from 5 ms (depends on the program extension)
Scaleable
Up to 15 local racks and up to 6 remote I/O sub-systems
Remote I/O
Up to 6 RIO sub-systems ( maximum of 15 racks per sub-system)
OPC Server
Smar OPC server multi-channel (Ethernet and Serial combination)
Documentation
Many options to select from the configurator (CONF700)


Modules:

CPU
CPU-700-C3
CPU module with 30 Kbytes of non-volatile configuration memory and a microcontroller of 15 MHz with real time clock and remote I/O (Master).
CPU-700-C3R
CPU module with 128 Kbytes of non-volatile configuration memory and a microcontroller of 15 MHz with real time clock and remote I/O (Master).
CPU-700-D3
CPU module with 128 Kbytes of non-volatile configuration memory and a microcontroller of 15 MHz with real time clock and remote I/O (Master)
Remote I/O
RIO-700-3
CPU module with 6kbytes of EEPROM for configuration and a microcontroller of 15 MHz and remote I/O (Slave)
Power Supply
Module
PS-AC-R
Power Source to input: 90 to 264 Vac and for outpour: 5 Vdc @ 3 A and 24 Vdc @ 300mA (isolation between them)
PS-DC-0
Power Supply for 20 to 30 Vdc Input to 5 Vdc @ 3 A and 24 Vdc @ 300 mA (isolation between all of them)
Rack
R-700-4
4 - SLOT RACK
Accessories
FC-700-0
Flat Cable to Connect Two Racks - Length 6.5 cm (2,5 in)
FC-700-1
Flat Cable to Connect Two Racks - Length 65.0 cm (25,6 in)
FC-700-2
Flat Cable to Connect Two Racks - Length 81.5 cm (32 in)
FC-700-3
Flat Cable to Connect Two Racks - Length 98.0 cm (38,5 in)
FC-700-4
Flat Cable to Connect Two Racks - Length 110 cm (43,3 in)
FCC-CONN
Flat Cable Connection Kit
C232-700
Cable RS EIA-232 computer-LC700 (183 cm)
C232-1-700
EIA RS-232 Cable to connect CPU-700-D3 and ENET-700
C232-2-700
EIA RS-232 Cable to connect redundant CPU-700-D3R and ENET-700
C232-700/1
Computer to LC700 cable for RS-232 comm. - Length: 5m (16.4 ft)
C232-700/2
Computer to LC700 cable for RS-232 comm. - Length: 10m (32.8 ft)
C232-700/3
Computer to LC700 cable for RS-232 comm. - Length: 15m (49.2 ft)
ICP-700
Cable for connection between two redundant CPU's - Lenght: 1.8m (6 ft)
DB9 - EXT
Extension for DB9 connector
T-700
Terminator for the last rack
FCC-CONN
Flat cable connection kit
ICP-700
Cable used for connection of redundant CPUS
M-000
Blind module to fill empty slots
DC Input
M-001
2 groups of 8 24 Vdc inputs (optically isolated)
M-002
2 groups of 8 48 Vdc inputs (optically isolated)
M-003
2 groups of 8 60 Vdc inputs (optically isolated)
M-004
2 groups of 8 125 Vdc inputs (optically isolated)
M-005
2 groups of 8 24 Vdc inputs (optically isolated) (sink)
AC Input
M-010
2 groups of 4 120 Vac Inputs (optically isolated)
M-011
2 groups of 4 240 Vac inputs (optically isolated)
M-012
2 groups of 8 120 Vac inputs (optically isolated)
M-013
2 groups of 8 240 Vac inputs (optically isolated)
ON/OFF Switches
M-020
1group of 8 push-button On/Off inputs (optically isolated)
Transistor Output
M-101
1 Groups of 16 Open Collector Outputs (optically isolated)
M-102
2 Groups of 8 Transistor Outputs Source (optically isolated)
Triac Output
M-110
1 Group of 8 120/240 Vac Outputs (optically isolated)
M-111
2 Groups of 8 120/240 Vac Outputs (optically isolated)
Relay Output
M-120
2 Groups of 4 N.O. Relays Outputs (optically isolated)
M-121
2 groups of 4 NC Relays Outputs
M-122
1 Group of 4 N.O. and 1 Group of 4 N.C. Relays Outputs (optically isolated)
M-123
2 Groups of 8 N.O. Relays Outputs (double level optically)
M-124
2 Groups of 4 N.O. Relays Outputs (optically isolated)
M-125
2 Groups of 4 N.C. Relays Outputs (optically isolated)
M-126
1 Group of 4 N.O. and 4 N.C. Relays Outputs (optically isolated)
M-127
2 Groups of 8 N.O. Relays Outputs with internal RC (double level isolation)
Analog Input
M-401-R
8 Voltage/Current Analog Inputs with internal Shunt Resistor
M-401-DR
8 Voltage/Current Analog Inputs with internal Shunt Resistor (optically isolated)
Temperature Input
M-402
8 Low Level Signal (TC, RTD, mV, Ohm) Inputs (optically isolated)
DC Input / Relay Output
M-201
1 group of 8 24 Vdc Inputs and 1 Group of 4 N.O. Relay Outputs (optically isolated)
M-202
1 group of 8 48 Vdc Inputs and 1 Group of 4 N.O. Relay Outputs (optically isolated)
M-203
1 group of 8 60 Vdc Inputs and 1 Group of 4 N.O. Relay Outputs (optically isolated)
M-204
1 group of 8 24 Vdc Inputs and 1 Group of 4 N.C. Relay Outputs (optically isolated)
M-205
1 group of 8 48 Vdc Inputs and 1 Group of 4 N.C. Relay Outputs (optically isolated)
M-206
1 group of 8 60 Vdc Inputs and 1 Group of 4 N.C. Relay Outputs (optically isolated)
M-207
1 group of 8 24 Vdc Inputs and 1 Group with 2 N.O. and 2 N.C. Relay Outputs (optically isolated)
M-208
1 group of 8 48 Vdc Inputs and 1 Group with 2 N.O. and 2 N.C. Relay Outputs (optically isolated)
M-209
1 group of 8 60 Vdc Inputs and 1 Group with 2 N.O. and 2 N.C. Relay Outputs (optically isolated)
Analog Output
M-501
4 Channels 4-20mA, 0-5V, 1-5V, 0-10V, ±10V
Pulse Input
M-302
2 Groups of 8 pulse inputs 0-100 Hz-24Vdc
M-303
2 groups of 8 pulse inputs 0-10 KHz- 24 Vdc
M-304
2 groups of 8 pulse inputs 0-10 KHz- AC
M-305
2 groups of 8 pulse inputs 0-10 KHz- 24 Vdc
Communication Modules
ENET-700
Modbus/TCP 10 Base-T Ethernet Module
OPT-700
EIA RS-232/485 for Fiber Optical Converter
FB-700
One H1 Fieldbus Foundation Channel (Isolated)
MB-700
Modbus RTU and TCP/IP Processor
SI-700
EIA RS232/RS485 Interface
Software
CONF700
LC700 Configurator, Programming Tool and Optimizer (Windows 95, Windows NT, Windows 98, Windows 2000 e Windows ME)
SYSCON
Fieldbus network configurator
Communication OPC
OPC-700
LC700 OPC Server
LC700 Configuration Tools
CONF700/C3
Software for Hardware Configuration and Programming - Applicable to CPU700-C3/C3R and previous
CONF700/D3
Software for Hardware Configuration and Programming - Applicable to CPU700-D3
CONF700-LE
Software Demo

 

  
   

CONF700
 LC700 Configuration Tools

Model: WM-PLC-SMR-003  CONF700 is a windows based configurator for the LC700. It is easy to use and learn. The user can configure the hardware for the LC700 system, create the control logic through the Ladder Structure language, create User-Functions, test the application and have it optimized.

The application can be divided in as many logic networks that the memory can fit and the user can change the execution order, disable execution for analysis and debug purpose.

　 　
　

Model: WM-PLC-ARY-001

1、Removable programming panel with LCD display

                

 There is an operating panel with LCD display on the front of FAB. It may be programmed directly by using the operating

　

2、Exquisite and compact design

                        

Size of AF-10 Series：90mm×71mm×58mm; 90mm×128mm×58mm(Size of AF-20 Series)

　
　

3、Program with the logic blocks, large storage capacity  

                    

    With a function block, FAB can easily fulfill the control function, which the normal PLC must use a large section of program to do so. If several function blocks are linked together in a specific way, the relatively complex control functions can be implemented. As FAB has up to 127 function blocks for program storage, there is a sufficient application resource to fulfill the demand for more complex and advanced control, and the programs are written in, they will never be lost.

　

4、 QUICK II: a free-of-charge programming software

                    

     QUICK II Can not only be used to program for FAb directly on the LCDdisplay panel, but also be used to program for FAB on the computer ,then the program is written into the memory of FAB .QUICK II is a very friendly man-machine programming interface. It cannot only edit the function diagrams, but also can analogously run the written program. It provides an off-line testing function to the users so as to avoid a lot of inconveniences  in online QUICKII II will not only guide you to implement the edition of the control programs, but also to perform the instant monitoring for the field environment for the field environment and the operation conditions of FAB.

 　
　

5、  Real-time clock function  

         

    FAB Intelligence Controller has an instant real-time recording function, and it can execute the operations per requirements. It has as many as 127 different time intervals can be set, so it is especially suitable for those systems which requite time control.

 　

6、Analog input and transmission

                     

      F In addition to receiving the switching input, FAB receives the analog inputs to implement the control for temperature, humidity, pressure, flow, liquid level, etc., and transmit them to remote PC for monitoring.

 　
　

7、Remote program and data acquisition supervision through MODEM

         

When need to program or modify the programs for FAB Controllers in a remote distance, it only need to connect FAB Controllers through MODEM to telephone line, and it can perform data acquisition and real-time supervision through MODEM as well

　

8、Security cipher code function

             

  FAB itself has an absolute security for the programs written in. The program can be written in or be modified only after the correct cipher code is entered.

　
　

9、Telephone Function

         

   FAB has telephone and voice function blocks. It can dial directly through telephone line (need to set the telephone number beforehand, FAB can the dial the number automatically when the conditions are met) so as to implement inform or alarm functions.  Moreover, it can also be dialed so as to control the terminal equipment wherever the user are.

　

10、Voice Function

                           

   It is the first that FAB applies the voice recording and playing-back functions to the Automation Industry, creating the intelligence controllers, which can speak and implement the voice prompt function.

　

 　
　

11、Networking Function

         

    FAB has a networking function that they can be linked with up to 255 Fibs to make up a network and implement the instant supervision and control on the same PC.

　      

12、FAB-SCADA monitoring and control functions.

13、With the interim relay added, it is able to process easily the more complex control per requirements.