The original power isolation module of Jinshengyang is used to completely isolate the power supply of the single-chip microcomputer from the power supply. It is no longer an ordinary input/output isolation. The power supply ground of the single-chip microcomputer is completely isolated from the other ground wires of the board, and the ground wire is isolated. In a harsh environment such as magnetic, the operation is stable and reliable, and all possible interference is floating clouds in front of it, and the communication part is perfectly optically isolated.
1. Input and output are indicated by green and red LEDs respectively, at a glance.
2. The key of the board, Hongfa original new relay, please look for the "HF" mark, the other "JT" mark is said to be produced by Hongfa, it is the buyer of you. The quality of the relay determines the reliability and life of the board to a large extent! (Please note: the internal resistance of JT is small, and the relay generates a lot of heat)
3. The original power isolation module of Jinshengyang is used to completely isolate the power supply of the single-chip microcomputer from the power supply. It is no longer an ordinary input/output isolation. The power supply ground of the single-chip microcomputer is completely isolated from the other ground wires of the board, and the ground wire is isolated. Stable and reliable operation in harsh environments such as strong magnetism
4. The power supply part of the board is designed with a self-recovery fuse, which eliminates the trouble of replacing the conventional glass fuse tube due to the output short circuit.
5. The communication part has done perfect optical isolation to ensure the reliability of communication.
6.I series industrial grade single-chip microcomputer, escort your industrial control.
7. Board input and output interface, the silk screen is clear, the silk screen and the top copper double character are combined into one, and the wear resistance is intuitive.
This product can be flexibly used in various industrial automatic control applications, such as metallurgy, chemical, plastics, textile, food, packaging, printing, building materials, woodworking, central air conditioning, environmental protection equipment, and single process control equipment. Industrial production lines, industrial control equipment for various machine tools.
One: This product currently supports the following resources:
Device:
X0-X32, Y0-Y32,
M0-M255, M512-M768 (power failure hold),
S0-S255,
T0-T23 (100mS timer), T200-T215 (10mS timer), T250-T255 (100mS accumulation timer),
C0-C31, C200-C203 (32-bit addition and subtraction power failure holding counter), C235 (32-bit high-speed addition and subtraction power failure holding counter),
D0-D80, D512-D527 (blackout hold)
V0-V7, Z0-Z7.
Special devices:
M8000 (operation monitoring contact), M8001 (operation monitoring anti-contact).
M8002 (initializing pulse contact), M8003 (initializing pulse back contact).
M8004 (error indication contact).
M8011 (10 millisecond clock pulse), M8012 (100 millisecond clock pulse), M8013 (1 second clock pulse), M8014 (1 minute clock pulse).
M8020 (zero mark), M8021 (borrow mark), M8022 (carry mark).
M8029 (instruction execution end flag).
M8033 (memory hold contact).
M8034 (output contact is prohibited).
M8200-M8203 (counting direction of C200-C203).
M8235 (counting direction of C235).
D8000 (monitor timer setting).
D8012 (scan time).
D8140 (Y0 pulse output count register)
Support constant:
K range: -32768-32767 or 0-65535; H range: 0-FFFFH.
32-bit operations are currently not supported.
Memory capacity: 8000 steps.
Two: This product currently supports command set
This product currently supports the following commands for Fx2N:
Basic instructions:
LD, LDI, AND, ANI, OR, ORI, INV, OUT (OUTT, OUTC), SET, RST, ANB, ORB, LDP, LDF, ANDP, ANDF,
ORP, ORF, PLS, PLF, MPS, MRD, MPP, MC, MCR, RET, NOP, END.
Contact comparison instructions:
LD>=, LD<=, LD>, LD<, LD<>, LD=, AND>=, AND<=, AND>, AND<, AND<>, AND=, OR>=, OR<=, OR>, OR<, OR<>, OR=.
Transfer and compare instructions:
MOV, CML, XCH, BCD, BIN, CMP, ZCP, FMOV.
Four arithmetic instructions:
ADD, SUB, MUL, DIV, INC, DEC, WAND, WOR, WXOR, NEG.
Loop shift instruction:
ROR, ROL, RCR, RCL.
Data processing instructions:
ZRST, DECO, ENCO, SUM, BON, MEAN.
Program flow instructions:
CJ (16 addresses), CALL (5 levels of nesting, 16 subroutines), SRET, FEND, WDT, FOR (5 levels of nesting), NEXT.
Convenient instructions:
ALT.
High-speed processing instructions:
REF, REFF, MTR, PWM (support Y0, Y1 each way, can be used at the same time), SPD (only supports X0 and all the way), PLSY (only supports Y0 all the way)
Peripheral I/O port:
SEGD.
Peripheral SER instructions:
ASCI.
Nibble swap instructions:
SWAP.
This product does not currently support all 32-bit instructions in the Fx2N function instruction, including the D instruction and the P instruction, that is, it does not support the function instruction before adding D or adding P later, such as DMOV or MOVP.