-
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
4.3inch HMI PLC Combo Thermocouple Temperature HMI PLC All In One Controller
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.
xCPU | 32bit CPU 408MHz | Cutout Size | 120*94mm |
---|---|---|---|
RAM | 64MB | Power Consumption | 4-6w |
High Light | HMI PLC All In One Controller,Thermocouple Temperature HMI PLC,4.3inch HMI PLC Combo |
4.3inch HMI PLC Combo Thermocouple Temperature HMI PLC All In One Controller
In the field of personalized applications, coolmay technology provides users with a PLC application platform to create high-performance industrial integration control solutions for users, saving time and cost for users, improving efficiency and enhancing corporate competitiveness.
PRODUCT DESCRIPTION of HMI PLC ALL IN ONE
Feature:
Model QM3G-43FH Dimension 134*102*34mm Cutout size 120*94mm Input 24VDC Power Consumption 4-6W HMI Feature 60K colors resistive touch screen, supports portrait display Type 4.3"TFT Display size 97*56mm Resolution(pixels) 480*272 RAM 64MB (Please inquire if requires storing historical data) ROM NOR Flash 8MB
CPU 32bit CPU 408MHz COM ports Type-C HMI download port (can download PLC program through the USB penetrating function), RS232 port Software Coolmay TPWorks HMI Programming Software PLC I/O 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 - MT: 2A/point, 4A/4 point COM, 5A/12 point COM
MR: 2A/point, 5A/12 point COMHigh-speed counting Single phase 6 channel 60KHz, or 2 AB 60KHz + 1 AB 10KHz, or 2 ABZ 60KHz + 1 AB phase 10KHz High-speed pulse
(Only for MT models)
8 channels, Y0-Y3 is 100KHz, Y4-Y7 is 10KHz.
High-speed counting + high-speed pulse < 480KHz
COM port 1x TYPE-C, 1x RS232, 1x RS485 Software Compatible with GX Developer8.86 and GX WORKS 2 Detailed info. refer to: “Coolmay QM3G-FH All-in-One User Manual”, “Coolmay CX3G/FX3GC PLC Programming Manual”, “Coolmay TP HMI User Manual”
Maintenance and service
- Your products will be 18-month warranty excluding artificial damage.
- You would receive unlimited support via video, phone or email.
- OEM/ODM is supported, MOQ is 200 sets. More modules or functions can be customized as per your requirements.
1.Precautions of using PLC transistor and relay
The PLC output is a common cathode output, the theoretical value is 1A, the actual use is less than 500mA, the COM wiring is negative, please use 24V voltage, there is no voltage output when it is used as a switch. If an external relay, the relay needs an external power supply.
The relay has a contact life, the theoretical value is 30W times, and the theoretical value of the external load does not exceed 5A. Frequently, the full load current may affect the service life, and there is no voltage out.
2.Precautions of Coolmay PLC output type selection
MT: indicates the transistor output, MR: indicates the relay output, and MRT: indicates the relay transistor mixed output.
The main differences between transistor output and relay output are:
(1)The difference in current load. At present, we use a transistor with a maximum current load of 500MA, and the maximum current load of the relay is 5A (the maximum relay current of the EX2N(S)/DX2N(S) series PLC is 3A);
(2)Output power: The transistor can only be connected to the DC24V power supply , and the relay can be connected to the DC24V and AC220V power supply ;
(3)Functional characteristics: If you need to send a pulse to drive a stepper motor, you should use the transistor output or the mixed output. Also if the output switch is active, it is recommended to use a transistor output;
(4)If both the relay and the transistor are available, it is recommended to use a transistor output because the transistor has no contact life limit and the lifetime will be longer than the relay as long as the current does not exceed the limit.