ซื้อออนไลน์ บอร์ดFX1N-14MR RelayPLC Industrial Programmable Control Board ใช้งานกับprogram Gx developer Gx work2

รายละเอียดของสินค้า บอร์ดFX1N-14MR RelayPLC Industrial Programmable Control Board ใช้งานกับprogram Gx developer Gx work2

eatures:
The PLC adopts strong anti-interference industrial-grade 32-bit MCU, and supports for GX Developer and GX Works2.
It supports super encryption, as long as input the 11111111 under PLC state, there is no read function, only can download program in order that user program cannot be cracked.
The PLC board directly uses GX programming software for ladder diagram, written to the PLC directly, can monitor online.
Comprehensive and systematic anti-interference processing, power supply circuit has multiple anti-interference and can work in adverse electromagnetic interfere environment.
Widely used in all kinds of industrial automatic control, such as metallurgy, chemical, plastics, textile, food, packaging, printing, building materials, carpentry, central air conditioning, environmental protection equipment and industrial single process control equipment in industrial assembly line, various kinds of machine tools.
Specifications:
Model FX1N-14MR Output Type Relay Output
Input Points 8 points Output Points 6 points
Power Supply Voltage DC24V Memory Capacity 8000 steps
High Input 3K/AB phase High Output No
Connecting to Text Screen Support Connecting to Screen Support
Programming Software GX Developer or GX Works2
Operational Control Mode Store program repetitive scanning mode
Input Output Control Mode Batch processing mode(when execute END command, input output command,with pulse capture function)
Programming Language Relay mode+stepper ladder diagram mode(or )
Ladder Diagram Programming Software GX-Developer
Program Memory Program Capacity,Form Buit-in steps EEPROM(no need storer battery support)
Command Type Sequence Control Command 27
Step Ladder Diagram Command 2
Basic Apply Command
Operation Processing Basic Command 0.15-0.5us/command
Apply Command 0.5~10us/command
Input Output Points Input Points Input: opto-isolator
X000~X17(octal number)
All input points can be set filter time 0-255mS by software
Output Points Relay
Y00-Y15(octal number)
Auxiliary Relay Normal Use M0~M383 384 points
Hold Use (EEPROM Hold) M384~M1535 1152 points
Special Use M8000~M8255 256 points
State Original State Use (EEPROM Hold) S0~S9 10 points
Hold Use (EEPROM Hold) S10~S999 990 points
Timer
(Delay Set ON) 100ms T0~T199 200 points
(0.1~3,276.7 seconds) VR1: D8030
VR2: D8031
VR3: D8032
10ms T200~T245 46 points
(0.01~327.67 seconds)
1ms accumulative T246~T249 4 points
(0.001~32.767 seconds)
100ms accumulative T250~T255 6 points
(0.1~3,276.7 seconds)
EEPROM hold
Counter 16-bit Add Mode C0~C15 16 points(0~32, 767 counter)
16-bit Add Mode
(EEPROM Hold) C16~C199 184 points (0~32, 767 counter)
32-bit High Dual Direction C200~C219 20 points
(-2,147,483,648~+2,147,483,647) count
32-bit Add/Minus Dual Direction
(EEPROM Hold) C220~C234 15 points
(-2,147,483,648~+2,147,483,647) count
High Counter
(EEPROM Hold) C235~C255
Data Register
(use a pair as 32-bit) 16-bit Common Use D0~D127 128 points
16-bit Hold Use
(EEPROM Hold) D128~D2047 1920 points
16-bit Special Use D8000~D8255 256 points
16-bit Modify Address V0~V7, Z0~Z7 16 points
Pointer JAMP, CALL Branch Use P0~P127 128 points
Master Control Use N0~N7 8 points
Constant Decimalism (K) 16-bit: -32,768~+32,767
32-bit: -2,147,483,648~+2,147,483,647
Hexadecimal (H) 16-bit: 0~FFFF
32-bit: 0~FFFFFFFF