Huijue Module Optical Installation

Huijue optical modules must be correctly oriented, inserted into compatible ports, and used in pairs for single-core or single-fiber systems to ensure proper operation and minimal insertion loss.Preparation and Safety

Before installation, wear an antistatic strap to prevent static damage to the optical module. Remove the dust plug from the optical port and keep it for future use. Ensure the module and fiber connectors are clean to avoid contamination that can degrade performance .

Insertion Procedure

1. Confirm Port Type: Verify that the host port is compatible with SFP-type optical modules .
2. Align the Module: Hold the module with the gold contacts facing down and align it horizontally with the optical port .
3. Insert Gently: Push the module into the port until you hear a click, indicating it is securely seated. Do not force the module if it does not fit easily .
4. Connect Fiber: Align the optical fiber connector with the module port and gently insert it. To remove, press the clip on the connector and pull the fiber out .

Pairing and Compatibility

• Single-core or single-fiber modules must be used in pairs. For example, a module transmitting at 1310nm should be paired with a module receiving at 1490nm or the corresponding complementary wavelength .
• Common wavelengths for single-core modules include 1310/1550nm, 1310/1490nm, and 1510/1590nm .
• Ensure the module's specifications match the receiving module to avoid reduced transmission distance or signal loss .

Operational Considerations

• Insertion Loss: Proper alignment and clean connectors minimize insertion loss, typically less than 0.5 dB for well-installed connections .
• Transmit Power: Avoid excessive transmit power, which can damage modules. Use optical attenuators if necessary .
• Monitoring: On running switches, use commands like display transceiver to check module parameters, including wavelength, transmission distance, and fiber type .

Applications

Huijue optical modules are widely used in telecom sites, microgrid energy storage, and PV-BESS EV charging systems. In optical-storage-charging systems, modules facilitate the transfer of solar-generated energy to storage batteries and charging piles, forming a microgrid for efficient energy management . By following these steps and precautions, Huijue optical modules can be installed safely and efficiently, ensuring reliable data transmission and energy storage performance.