485 Pulse PLC
485 Pulse PLC is a programmable logic controller specially designed for industrial automation control. It can acquire and process input signals in real time and output precise control instructions.
Product features
Efficient Input and Output Support
The 485 Pulse PLC supports 8 to 36 input points and 6 to 24 output points, and can be expanded via CAN communication for more flexible system configuration.
Precise High-Speed Control
Support for 60k x 2 and 10k x 4 high-speed inputs, as well as up to 100k high-speed outputs, ensures fast and accurate system response.
Flexible Communication Expansion
Built-in RS485/RS422 and USB 2.0 interfaces, along with CANLink expansion support, seamlessly integrate into existing systems and meet the needs of multi-device collaboration.
Efficient Data Processing
Provides 3584 M elements, 8512 D data word elements, 256 timer elements, and 1000 step status S elements, making it suitable for high-load, data-intensive industrial applications.
Product specification
|
Project |
specifications |
|
Source |
100~240 VAC |
|
Program storage capacity |
16kB |
|
Number of input points |
8-36 (Support for CAN communication extension) |
|
Number of output points |
6-24 (Support for CAN communication extension) |
|
M element |
3584 |
|
D Data word element |
8512 |
|
T timer element |
256 |
|
Step state S element |
1000 |
|
High-speed input |
60k×2+10k×4 |
|
High speed output |
3×100k |
|
Built-in communication |
COM0: RS485 or RS422; COM1: RS485; USB2.0 supports download monitoring |
|
AN |
Expansion card extension, support for CANLink communication |
|
Ethernet |
Unscalable |
|
Extended module |
Unscalable |
Applications
Industrial Automation Control
Responsible for performing precise equipment control tasks, such as conveyor belts and robotic operations on production lines, to improve production efficiency and accuracy.
Mechanical Equipment Control
Performs critical motion control tasks, such as axis position control and speed regulation.
Energy Management and Monitoring
Real-time monitoring and adjustment of equipment operating status, such as air conditioning systems and lighting controls.
Intelligent Manufacturing Systems
Used for data collection, monitoring, and control during the production process, ensuring intelligent and automated production.
Logistics and Warehousing Management
Responsible for controlling logistics equipment, such as conveyor belts and stacking cranes, to ensure accurate material distribution and real-time tracking.
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