8 point input, 6 transistor open collector output,Wide supply voltage 10-28VDC
Dimensions: length X width X high:46X73X20Mm.
This board is PLCboard, the direct use of GX programming software ladder diagram, written directly to the PLC, you can monitor online, even cheaper than the microcontroller board.
Advantages of using PLC boards:
1 programming convenience, customers can learn to learn a day
2 reusable
3 high stability
4 easy to expand
1.Integrated, systematic anti-interference processing, the power supply circuit through the design of multiple anti-jamming, without fear of all kinds of adverse electromagnetic interference working environment.
TwoUsing powerful32Bit speedARMnucleusCPU programming softwareFXGPWINor GX Developerprogramming
Can downloaddebuggingMonitor
(No software conversion, and regularPLCDownload the same way)
C Application scope:Be flexible to use in the automatic control occasions of various industries, such as metallurgy, chemical industry, industrial control equipment, plastics, textile, food, building materials, packaging, printing, carpentry, central air conditioning, environmental protection equipment and single process control equipment and other industries in the production of machinery, industrial production line, all kinds of machine tools in.
SixThis control board is10VDC-24VDCUniform mayPower supply, select type for FX1N. Input: X0-X7 a total of 8 points, output: Y0-Y5 a total of 6 points. Maximum memory capacity: 8000 stepsThe board has been sprayed with three proofing paint, better adapted to complex application environments
Module function:
This module is programmable control, can achieve thousands of functions, stable and reliable working performance, built-in watchdog timer circuit, to ensure that the module for a long time to run!!!.
Some of the common features are shown as follows:
- Turn on the power supply, the relay 1 is closed for N seconds and then disconnect the relay 2 for N seconds.
- When the power supply is turned on, the relay 1 is switched off after N seconds, and then the relay 2 is closed for N seconds and then is turned off.
- The power supply is switched on, the relay 1, 2 have no action, when a signal or trigger button, relay 1 seconds after N closed off; then 2 seconds after the N relay closed off, until the next trigger, repeat the same action.
- Through the signal 1, 2 programming, can be achieved on the relay 1 and 2 arbitrary control.
- When the signal 1 has a signal, the relay 1 is closed, the relay 2 is disconnected; when the signal 2 has a signal, the relay 1 is turned off, and the relay 2 is closed.
- Can be connected to the sensor signal such as PNP/NPN, the sensor signal programming, to achieve arbitrary control of the relay.
- When the signal 1 is triggered, the relay 1 is controlled, and when the signal 2 is triggered, the control relay is controlled by a relay.
- Turn on the power supply, control the motor is turning N seconds, and then reverse N seconds, followed by the cycle.
- When the signal 1 has a signal, the motor is controlled to rotate; when the signal 2 has a signal, the motor is reversed.
These are just some examples, modules can achieve far more than these functions