Description

Hirschmann MM22FXM2 Media Module for MICE Switch

The **Hirschmann MM22FXM2 Media Module** is designed for seamless integration with **MICE Switches**, providing **2 x 100BASE-FX** ports with **SC sockets** for **multimode fiber (MM) connections**. This module supports **multimode fiber cables** with **50/125 µm** and **62.5/125 µm** diameters, offering varying **network sizes** and **link budgets** depending on the cable type. The module supports **0 to 5000 m** of cable length with **50/125 µm fiber** and **0 to 4000 m** with **62.5/125 µm fiber**, providing flexibility for long-distance industrial communication. The module is powered via the backplane of the **MICE switch**, with a **power consumption of 3.8 W**. It features diagnostics through **LED indicators** for **power**, **link status**, **data**, **100 Mbit/s**, **full duplex**, **ring port**, and **LED test** functions. Compliant with **IEC 61131-2**, it operates within a **temperature range** of **0 to 60 °C** and has an **IP20 protection class**. The module is designed for **backplane mounting**, with compact **dimensions** of **38 x 134 x 77 mm**.

Manufacturer: Hirschmann
Type: Media Module for MICE Switch
Model: MM22FXM2

Technical Information

Port Type and Quantity: 2 x 100BASE-FX, MM cable, SC sockets
Network Size (Cable Length):
- Multimode fiber (MM) 50/125 µm: 0 to 5000 m, 8 dB link budget at 1300 nm, A 1 dB/km, 3 dB reserve, B 800 MHz x km
- Multimode fiber (MM) 62.5/125 µm: 0 to 4000 m, 11 dB link budget at 1300 nm, A 1 dB/km, 3 dB reserve, B 500 MHz x km
Operating Voltage: Power supply via the backplane of the MICE switch
Power Consumption: 3.8 W
Diagnostics: LEDs (power, link status, data, 100 Mbit/s, full duplex, ring port, LED test)
Standard: IEC 61131-2
Operating Temperature: 0 to 60 °C
Mounting: Backplane
Protection Class: IP20
Dimensions (WxHxD): 38 x 134 x 77 mm

The **Hirschmann MM22FXM2 Media Module** ensures high-performance communication in industrial environments, offering long-distance fiber connections and comprehensive diagnostics to optimize system operation.