Hirschmann MM3-1FXL23TX1_techdata MM3-1FXL2/3TX1

Hirschmann MM3-1FXL2/3TX1 is a high-performance media module, which is specially designed for MICE switches and supports 100BASE-TX and 100BASE-FX single-mode optical fiber (F/O) interfaces. The module integrates a 100BASE-FX port, equipped with SM cable and SC socket, and three 10/100BASE-TX ports, using TP cable and RJ45 socket. Its design supports automatic crossover, automatic negotiation and automatic polarity identification, which ensures the flexibility and stability of network connection.

From the technical parameters, the working voltage of MM3-1FX2/3TX1 module is supplied by the mouse switch backplane, with a power consumption of 3.4W and a power output of 11.6BTU (it)/h.. The working temperature range is 0 to +60 degrees Celsius, the storage/transportation temperature range is -40 to +70 degrees Celsius, and the relative humidity is 10%-95% (non-condensing). These characteristics enable it to run stably in various environments.

The mean time between failures (MTBF) of this module reaches 76.6 years, which conforms to the military HDBK 217F standard, indicating its high reliability. In addition, its protection level is IP20, which is suitable for general industrial environment.

In terms of mechanical structure, the size of MM3-1FX2/3TX1 module is 38mm x 134mm x 118mm, and the weight is 180 g. The installation method is backboard installation. Its mechanical stability has been strictly tested, including vibration test and electric shock test, and meets the requirements of C 60068-2-6 and C 60068-2-27 standards.

In terms of EMC's anti-interference, the module conforms to EN 55032 and FCC CFR47 Part 15 Class A standard, and can effectively resist the interference of electrostatic discharge (ESD), electromagnetic field, fast transient and surge voltage.

Hirschmann mm3-1flxl2/3tx1 is a powerful and reliable media module, which is suitable for the network environment requiring high bandwidth and long-distance transmission. Its flexible port configuration, excellent environmental adaptability and long life design make it an ideal choice for industrial network solutions.