Isolated for MBUS-to-USB master converter M-BUS data field debugging test communication for electricity meters

Isolated for MBUS-to-USB master converter M-BUS data field debugging test communication for electricity meters Description

Isolated for MBUS to USB Master Converter M-BUS Data Field Debugging Test Communication for Electricity Meters Description
Fully compliant with the international MBUS standard EN1434-3 and the Chinese national standard CJ/T188-2018; extremely low static power consumption
Short circuit protection, low power consumption; USB hot plug, safe and stable; USB-B interface is robust and pluggable
Supports all Win systems, including Win11; Supports MacOS systems, Linux systems and Android systems; Powered via USB, no external power supply required; Small housing size, practical for on-site commissioning and portability. Depending on the load size, an average of 15 standard MBUS slave devices can be transported. The maximum load capacity can reach 20. The module exhibits no spontaneous self-reception or bit errors within the normal load range. The communication baud rate of 300-9600 can be adjusted up to a maximum of 19200 bits/s. Extremely long communication distance, distance 1, communication bit error rate below 1/10000. Connect the slave stations (user water meters, user heat meters, user gas meters, etc.) in parallel to the MBUS interface. Connect the USB module to the computer's USB port, and the USB status indicator will light up. Load Capacity: The maximum load current Ic of the MBUS bus is 80 mA, the static current of the slave station is represented by IS, the dynamic current of the slave station is represented by It, and the load quantity is represented by N. The load quantity is calculated based on the maximum static current IS (5 mA) and the maximum dynamic current It (20 mA) of the slave station. Load Quantity N = (Ic - It) / IS = (80 - 20) / 5 = 12. The maximum load current Ic of the MBUS bus is 80 mA, the static current of the slave station is represented by IS, the dynamic current of the slave station is represented by It, and the load quantity is represented by N.