DC Cable HUAWEI for MA5800-X7/X15/X17 OLT (48V, M6) 2 m

DC Cable HUAWEI for MA5800-X7/X15/X17 OLT (48V, M6) 2 m is a dedicated power lead designed to provide stable DC power to Huawei MA5800 series optical line terminals. The 2 meter length and M6 threaded connector accommodate common telecom rack and cabinet layouts while supporting 48 V DC installations. This cable is intended as a reliable spare-part or replacement component for maintenance and upgrades of OLT equipment.

Advantages

The cable offers straightforward compatibility with Huawei MA5800-X7, MA5800-X15 and MA5800-X17 OLT models and fits standard 48 V DC power systems using an M6 connector. With a 2 m length it provides flexibility in equipment placement and routing inside racks and enclosures. Constructed to meet typical telecom installation requirements, the cable supports secure threaded connection and consistent power delivery for optical line terminals.

Suitable for

• Replacement of worn or damaged DC power leads on MA5800-X7/X15/X17 OLT units
• Spare-part stocking for telecom maintenance teams
• Equipment upgrades or reconfiguration where a 2 m DC lead is required
• Integration into 48 V DC powered central offices, cabinets, and racks

Key specifications

• Cable length: 2 m
• Voltage compatibility: 48 V DC systems
• Connector type: M6 threaded DC connector
• Intended device family: Huawei MA5800 series OLTs (X7, X15, X17)
• Application: DC power delivery for optical line terminals in telecom installations

How to use

Before installation, ensure the OLT and power source are powered down and isolated according to site safety procedures. Route the 2 m cable from the DC power distribution point to the OLT input, avoiding sharp bends and proximity to high-interference cables. Securely fasten the M6 threaded connector to the OLT DC input and confirm proper torque where specified by the equipment manual. After connection, restore power and verify stable 48 V DC supply and proper operation of the OLT.

Recommendations

Inspect the cable and connectors periodically for corrosion, wear, or damage. Use appropriate strain relief and cable management inside racks to prevent mechanical stress on the threaded connection. Replace the cable if any insulation damage or connector deformation is observed to maintain reliable DC power delivery.