-
Juan Guevaramuy buen trato con el vendedor y muy buena asesoria y el producto está trabajando muy bien ya tiene un año y no he tenido ningún problema
-
Obert MatetakufaI'm very happy with the business deal and all the support they are giving . A very good business partner
Portrait Display PLC Touch Panel 32K Program 10" TFT 32 Bit CPU 408MHz 16AI

Contact me for free samples and coupons.
Whatsapp:0086 18588475571
Wechat: 0086 18588475571
Skype: sales10@aixton.com
If you have any concern, we provide 24-hour online help.
xCutout Size | 262*180mm | CPU | 32bit CPU 408MHz |
---|---|---|---|
Analog I/O | (optional) Max 16AI/8AO | DI/DO | Max 30DI/30DO (max 28MR) |
Software | GX Developer 8.86 And WORKS 2 | Connection | RS232 |
Highlight | Portrait Display PLC Touch Panel,32K Program PLC Touch Panel,16AI PLC HMI Panel |
10"TFT HMI PLC All In One 32bit CPU 408MHz Portrait Display Screen
Advantage:
◆ Military level 32 bit CPU adopted, which is faster and more adapted to industrial environment of high electromagnetic interference.
◆ 32K program capacity, 32K retentive register, support interrupt, linear arc interpolation ,PID auto-tuning, high powerful.
◆ Special encryption, prevent illegal reading thoroughly. 8-bit encryption, 12345678 as password can thoroughly prevent reading of ladder logic program.
◆ Clock supported, rechargeable battery adopted.
◆ Support multi-channel and multi-type analog input and output alone or mixed
◆ Convenient wiring. All wiring terminals adopt 3.81 pitch pluggable terminals, which is convenient for customers to use.
◆ Flexible use. More specifications and batches can be customized according to customer requirements.
Parameter:
Display | Dimension | 275*194*36mm |
Cutout size | 262*180mm | |
Type | 10"TFT | |
Feature | 60K-color resistive touch screen, supports portrait display | |
Memory | RAM | 64MB |
ROM | NOR Flash 16MB | |
CPU | 32bit CPU 408MHz | |
I/O | DI/DO | Max 30DI/30DO (max 28MR) |
DI/DO level |
Input: Passive NPN, public terminal isolated Transistor output: Low level NPN, COM connect to negative; Relay output: Normally open dry contact |
|
DO type and load | Relay MR/MOS tube, MOS tube: 2A/point, 4A/4 point COM, 5A/12 point COM; MR: 2A/point, 5A/12 point COM. | |
Analog I/O (optional) |
Max 16AI/8AO | |
AI type (optional) |
Thermocouple E/E_/K/K_/S/S_/T/T_/J/J_ / PT100/ PT1000/ NTC10K/ NTC50K/ NTC100K/ 0~10V/ 0~5V/ 0~20mA/ 4~20mA/ -5V~5V/ -10V~10V / mixed |
|
AO type (optional) |
0~10V /0~5V/ 0~20mA/ 4~20mA/ mixed/ -5~5V/ -10~10V (2AO for 1 minus voltage) |
|
High-speed function | High-speed counting |
Single phase 6 channel 60KHz, or 2 AB 60KHz + 1 AB 10KHz, or 2 ABZ 60KHz + 1 AB phase 10 KHz |
High-speed pulse |
8 channels, Y0-Y3 is 100KHz, Y4-Y7 is 10KHz. High-speed counting + high-speed pulse < 480KHz |
|
Connection | HMI | Type-B HMI download port (can download PLC program through the USB penetrating function), RS232 |
1 RS485 (changed from default RS232) | ||
PLC | 1 Mini USB, 1 RS232 (program port) | |
1 RS485 or 2 RS485 COM ports (one is changed from the default RS232 port) | ||
CAN (2.0A/B) port, Ethernet port, WIFI (will occupy default RS232 port) | ||
Software | HMI | Coolmay mView HMI Programming Software |
PLC | Compatible with Mitsubishi GX Developer 8.86 and WORKS 2 |
Example of analog input:
Below is an example of QM3G's one-channel temperature analog quantity AD0 acquisition, the program reads the value as follows:
Connect the signal end of the temperature sensor to the AD0 input port of the PLC, and connect the other end to the GND of the analog input port. When the PLC is running, the value of the data register D8030 corresponding to AD0 will be transferred to D0, the value of D0 will be put into D10 after floating-point operations, and then floating-point division operations will be performed on D10, the result of the operation will be put into D20, and the result D20 is The actual temperature value. In the ladder diagram, you can also directly divide the value of D8030.
Note: When the input is 0-10V analog, the actual analog value = register reading/400;
When the input is temperature, the actual temperature value = register reading/10;
When the input is 0-20mA analog quantity, the actual analog value = register reading/200;
When the input is 4-20mA analog quantity, the actual analog value = register reading/250+4.