TTL,UART Serial Port to MBUS Master Machine

TTL to MBUS main ule, serial port to MBUS main ule, used in water, gas, heat and meter MBUS meter reading ule, input wide voltage range of 5V-15V, compatible with a variety of TTL levels, TTL level can be set, the bus belt short-circuit protection, the cancellation of short-circuit can be self-recovery, short circuit protection state ultra-low power consumption.
The ule is compatible with a variety of TTL levels, and can be flexibly applied in wireless RF to MBUS ule, GPRS to MBUS, 485 to MBUS and other ules.
The ule is exported to Europe, the Middle East and other regions, and is often used in wireless RF to MBUS, GPRS to MBUS, 485 to MBUS and other applications.

1, compatible with 3.3V, 5VTTL level, level voltage can be set!
2, the bus output short circuit protection, short circuit state indicator output, the bus short circuit self-recovery!
3. Meet MBUS international standards and international standards!
4, small size, low space cost, easy to install!
5. Complete shielding system, stable and reliable communication, good EMC!
6, communication baud rate 300-9600 can be adapted! Cooperate with this shop from the machine ule limit communication baud rate up to 38400 no error!
7. No self-collecting data communication within the rated load range!
8, according to the countless spontaneous from the phenomenon!
9. Provide standard 2.54mm spacing row holes!
Provides bus voltages within the range of MBUS standards. The following is a description of the MBUS standards
Note: after short circuit of the ule, the bus is automatically shut off. The bus has ultra-low power consumption. The ule automatically detects whether the bus is short circuit and can be restored automatically!
colour:green
Material:plastic
size:51x27mm

Package Contents:
1 x TTL to MBUS main ule

Only the above package content, other products are not included.
Note: Light shooting and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1