| Sign In | Join Free | My burrillandco.com |
|
Keep innovation. Move Forward.
5 Years
| Ask Lasest Price | |
| Brand Name : | Coolmay |
| Model Number : | TK6100FH |
| Certification : | CE |
| Price : | Negotiable |
| Payment Terms : | T/T, Western Union |
| Supply Ability : | 100,000 pcs per month |
| Delivery Time : | 3-7 work days |
HMI Control Panel MView Software 32bit CPU 408MHz 4-Wire Resistive Panel
TK series HMI applied Coolmay software “mView”. “mView” is a set of
stable and reliable human machine interface programming software
for industrial occasions. Independent and original system design,
running speed increased by 200%, memory usage reduced by 50%.
It supports many communication protocols and can communicate with
more than 200 PLC and controllers on the market.
SPECS | Dimension | 275*194*36mm |
Cutout size | 262*180mm | |
Display size | 222*125mm | |
Weight | Appox. 0.7 kg | |
DISPLAY | Display | 10.1" TFT |
Resolution | 1024*600 pixels | |
Brightness | 300 cd/m² | |
Contrast ratio | 400:01:00 | |
Backlight | LED | |
Backlight time | 60,000 hours | |
Display color | 65536 colors | |
Touch type | 4-wire resistive panel | |
STORAGE | ROM | NOR Flash 16MB |
RAM | 64MB(HMI when stores historical data, optional ferroelectric is required) | |
CPU | 32bit CPU 408MHz | |
INTERFACE | Download port | Type-B, RS232, RS485 |
COM port | 1 RS232, 1 RS485 | |
Optional | 1 WIFI (occupy default RS485 port) | |
Protocol | Support MODBUS, free port and common PLC communication Protocol | |
OTHER | Calendar | Yes |
Input Voltage | 12-24VDC±10%<150mA @ 24VDC | |
Consumption | 145mA/24V | |
Protection Class | IP65 (front panel) | |
Temperature | Ambient environment: 0～50℃ Storage environment: -20～70℃ | |
Humidity | 20%～90% RH | |
Certification | CE | |
Software | CoolMay mView HMI programming software |
Description of Macro Communication Protocol
Receive data and send data is up to 253 bytes (Byte).
N63744 [0xf900] Length of received data (BYTE). (0 ~ 253)
N63745 ~ N63871 Received data The received data is stored from the lower byte, that is, the first BYTE stores the lower 8 bits of N63745, the second BYTE stores the upper 8 bits of N63745, and so on.
When the system receives the data from the communication port, it will store the data in sequence to N63745, and store the number of bytes received to N63744.
N63872 [0xf980] Length of data to be transmitted (BYTE). (0 ~ 253)
N63873 ~ N63999 Transmitted data The transmitted data is stored from the lower byte, that is, the first BYTE stores the lower 8 bits of N63873, the second BYTE stores the upper 8 bits of N63873, and so on.
When the system recognizes that N63872 is greater than 0 and less than 254, it will begin to transmit the data at the variable position of N63873 to the number of bytes recorded by N63872. Commands sent twice. (When data is sent to the communication buffer, the system will sequentially send the data to the corresponding communication port)
Operation variable
It means that the general numerical data source location can be set using the calculation between variables.
In this software, if a small icon appears on the right side of the edit box for the input variable position, it means that the variable input position can use arithmetic variables. As shown below:
|
|
