China SM700-M Smart Converter - Reliable MODBUS RTU Protocol Converter from Trusted Suppliers & Factory
Product Specifications
- Support standard and non-standard MODBUS_RTU protocol transmission.
- Equipped with standard RS485 interface, it can communicate with computer or server.
- Communication parameters such as baud rate, check bit and stop bit can be set according to actual communication equipment.
- With power-off memory function, parameters do not need to be reset after power off.
Product Features
SM700-M supports converting non-standard Modbus protocols into standard Modbus protocols
Main Parameters
- Shell size: length 103 mm × width 71 mm × height 43 mm.
- Working temperature: -20 ℃ ~ + 80 ℃.
- Relative humidity: 10% ~ 80%.
- Power supply input voltage: DC 12 ~ 24V, the ripple of the power supply shall not be greater than 200 mA, and the power supply shall provide 100mA.
Frequently Asked Questions
What protocols does the SM700-M support for transmission?
The SM700-M supports standard and non-standard MODBUS_RTU protocol transmission, and it is capable of converting non-standard Modbus protocols into standard Modbus protocols.
Can the device communicate directly with a computer or server?
Yes, it is equipped with a standard RS485 interface, enabling direct communication with a computer or server.
Are the communication parameters adjustable?
Yes, communication parameters such as baud rate, check bit, and stop bit can be customized to match your actual communication equipment.
Do I need to reconfigure the parameters after a power outage?
No, the device has a power-off memory function, which ensures that parameters do not need to be reset after power off.
What are the dimensions and working temperature range of the device?
The physical shell size is 103 mm (length) × 71 mm (width) × 43 mm (height), and it operates within a working temperature range of -20 ℃ to + 80 ℃.
What are the power supply requirements for operation?
The device requires a power supply input voltage of DC 12 ~ 24V. The power supply ripple must not exceed 200 mA, and the power supply must provide 100mA.







