BLACK BOX LMC009A-R5

Technical & Performance Specifications

1. Ethernet Interface Parameters
   • Copper Port: 1 × RJ45 10/100BASE-TX, auto MDI/MDI-X, auto negotiation speed and duplex mode
   • Fiber Port: 1 × SC duplex 100BASE-FX multi-mode optical interface
   • Maximum Transmission Distance: 2 km with 62.5/125 μm multi-mode fiber
   • Wavelength: 1310 nm optical transceiver module
   • Standard Compliance: IEEE 802.3, IEEE 802.3u
2. Electrical Power Specifications
   • Power Input: 12–48 VDC wide range industrial power
   • Power Consumption: Max 4.2 W
   • Reverse power connection protection built-in
3. Link Management Features
   • Link Fault Pass-Through (LFPT) function
   • Local and remote link loss detection
4. Physical & Environmental Parameters
   • Mounting Method: 35 mm DIN rail mounting or wall mounting via accessory brackets
   • Protection Class: IP30 metal housing
   • Operating Temperature Range: -40°C ~ +75°C extended industrial temperature
   • Storage Temperature: -45°C ~ +85°C
   • Relative Humidity: 5% ~ 95% non-condensing
   • Vibration & Shock: Compliant with IEC 61373 railway and industrial automation standards
   • Dimensions: Compact metal enclosure suitable for tight industrial cabinet space
   • Certification: CE, FCC, RoHS industrial compliance

Function Features

• Electrical-to-optical signal conversion breaks the 100-meter transmission limit of copper Ethernet cables
• Complete electrical isolation between copper and fiber ports, effectively suppressing ground loop currents, surge voltage and electromagnetic interference
• Auto-negotiation on twisted pair port supporting 10/100 Mbps, full-duplex / half-duplex adaptive
• Link Fault Pass-Through function: automatically propagates link failure status between copper and fiber channel for remote fault diagnosis
• Wide 12–48 VDC power input compatible with standard 24 V factory control power and railway 48 V power systems
• Metal casing provides excellent electromagnetic shielding performance
• LED status indicators for power, copper link activity, fiber link and data transmission
• Plug-and-play operation, no complex software configuration required for basic transmission
• Support jumbo frame compatible with most industrial embedded controllers and vision equipment
• Low heat generation design supporting 24-hour continuous unattended operation

Working Principle

Material & Structural Composition

• Outer Enclosure: Cold-rolled steel sheet with black anti-corrosion powder coating, integrated EMC shielding
• Internal Mainboard: FR4 industrial circuit board with conformal coating against damp and dust
• Optical Transceiver: Sealed industrial grade SC optical sub-assembly
• Connectors: Gold-plated RJ45 socket and nickel-plated SC fiber adapter
• Power Terminals: Screw-type nickel-plated copper terminals accepting 0.5–2.5 mm² cables
• Mounting Clip: Galvanized steel DIN rail mounting bracket
• Internal Components: Overvoltage and ESD protection chips on copper Ethernet port

Installation Requirements

1. Install on standard 35 mm DIN rail inside industrial control cabinet or outdoor sealed equipment enclosure
2. Route fiber cables separately from high-current servo and inverter power cables; maintain minimum 20 cm separation distance
3. Do not bend fiber cable below minimum bending radius specified by fiber manufacturer
4. Connect power supply with correct polarity; verify DC voltage stays within 12–48 VDC range
5. Clean SC fiber connector end faces with optical cleaning tools before insertion to avoid signal attenuation
6. Ground converter metal housing to cabinet PE protective earth terminal for optimal EMC performance
7. Maintain 10 mm minimum clearance around unit for natural convection cooling

Application Scenarios

• Factory machine vision system long-distance data transmission between cameras and control cabinets
• Remote distributed PLC networking across workshop areas
• Railway station wayside control cabinet industrial Ethernet communication
• Water treatment plant remote instrument and control network extension
• Port and logistics automation equipment long-distance data communication
• Building automation remote control node fiber network extension

Usage Precautions

• Do not stare directly into the active fiber optical port; invisible infrared light may cause eye damage
• Avoid repeatedly plugging and unplugging fiber connectors to prevent wear of contact surface
• Keep fiber ports covered with dust caps when unused to prevent dust contamination
• Check LED indicator status regularly; continuous link loss indicates fiber breakage or dirty connectors
• Do not install in environments with corrosive gas, heavy conductive dust or oil mist without sealed cabinet protection
• Disconnect power before replacing fiber cables
• Lightning surge protection must be installed on copper Ethernet cable inlet for outdoor exposed wiring