Operating Voltage:12 V DC
Current Consumption:200 mA
Weight:130 g
Media Type Supported:Ethernet
Port Quantity:4
Port Type:10/100BASE-TX
Cable Compatibility:TP cable
Socket Type:RJ45
Auto Features:Crossing, Negotiation, Polarity
Power Supply:Internal power supply
Environmental Conditions:Operating temperature: 0-50°C, Storage temperature: -40-85°C
Compatibility:Designed for integration with various industrial control systems
Introducing the Hirschmann MM3-4FLM4 MICE Switches, engineered to withstand the harshest industrial conditions. These switches are not just about connectivity; they’re about ensuring your industrial network operates flawlessly under extreme temperatures, from frigid cold to scorching heat. With an IP67 protection rating, you can trust these switches to protect against dust and water ingress, making them ideal for outdoor or dusty environments.
Designed with industrial-grade reliability in mind, the MM3-4FLM4 MICE Switches support full-duplex Ethernet connections, offering faster data transfer rates and reduced latency. The use of M12 connectors ensures secure and durable cabling, which is essential in environments where frequent disconnections could disrupt operations.
Efficiency is at the heart of these switches. They consume minimal power, reducing energy costs without compromising on performance. This feature is particularly beneficial in large-scale industrial setups where every bit of energy conservation counts.
Ease of installation and maintenance are further enhanced by the robust design and straightforward connection options. The RJ45 connectors are universally compatible with standard network devices, ensuring a smooth integration process without the need for custom adapters.
Beyond their technical specifications, the Hirschmann MM3-4FLM4 MICE Switches adhere to international standards such as IEEE 802.3 and IEEE 802.3x, ensuring compatibility with a wide range of network protocols. This compatibility allows for seamless integration into existing networks, streamlining setup and minimizing the risk of integration issues.
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