Canon FL2-6138-000 Patch Detect Cleaning Motor

Description

⚙️ Canon FL2-6138-000 Patch Detect Cleaning Motor

Genuine Canon | Critical Image Calibration Support | imagePRESS C6000 & C7000VP

Maintain the high-end color consistency of your production press with the genuine Canon FL2-6138-000 patch detect cleaning motor. This authentic OEM motor is a specialized internal component responsible for the automatic maintenance of the patch sensors, which monitor toner density and color registration during operation. Designed for the Canon imagePRESS C6000 and C7000VP series, this motor drives the cleaning mechanism that prevents toner dust from accumulating on the sensor lenses. By ensuring these sensors stay clear, the motor allows your press to perform accurate real-time calibrations, preventing "color drift" and ensuring that your 500th print looks exactly like the first.

🔗 Buy the Canon FL2-6138-000 Patch Detect Cleaning Motor – GM Supplies

📦 Product Details

• Part Numbers: FL2-6138-000, FL26138000
• Product Type: Genuine OEM Motor ⚙️
• Function: Drives the cleaning assembly for the density and registration patch sensors to ensure accurate color calibration
• Compatibility: Canon imagePRESS C6000, Canon imagePRESS C7000VP

🏆 Key Benefits

• Color Accuracy: Enables the Patch Detect System to function without interference, ensuring the printer can correctly read toner test patches and adjust density automatically.
• OEM Precision: Manufactured to Canon’s exact voltage and torque specifications, ensuring seamless integration with the printer's main controller board.
• Preventative Maintenance: By keeping sensors clean, this motor helps prevent false "Error Codes" or calibration failures that can lead to unnecessary production downtime.
• Industrial Durability: Built for the high-cycle demands of production-grade hardware, providing a significantly longer service life than non-genuine mechanical parts.
• Expert Support: Backed by GM Supplies’ fast shipping and specialized technical support for Canon imagePRESS production imaging systems.