Motor de alimentação do agrafador central HP M1 Bm

Keep your HP LaserJet Enterprise finisher running smoothly with this genuine HP saddle feed motor, engineered specifically for the M806 and M830 series. As the driving force behind the saddle stitch finisher's paper feed mechanism, this 24V DC motor delivers precise, reliable performance for high-volume print environments. Its integrated encoder ensures accurate positioning, while the durable metal housing and plastic gears are built to withstand continuous use. Replace a worn or faulty motor to restore flawless booklet making and avoid costly downtime.

Advantages

This feed motor is a direct replacement for the original part, guaranteeing perfect compatibility and optimal finisher operation. The integrated encoder provides real-time feedback for consistent paper handling, reducing jams and misfeeds. Constructed with a robust metal housing, it offers long-lasting durability even under heavy workloads. Installation is straightforward with its screw-mount design and multi-pin connector, minimizing service time. As a genuine HP component, it meets strict quality standards, ensuring your finisher performs as intended.

Suitable for

• HP LaserJet Enterprise M806 series printers with saddle stitch finisher
• HP LaserJet Enterprise M830 series printers with saddle stitch finisher
• High-volume office and production print environments
• Service technicians and IT professionals maintaining HP finishers

Key specifications

• Part Type: Feed Motor
• Motor Type: DC Motor
• Operating Voltage: 24V DC
• Connector Type: Multi-pin electrical connector
• Mounting Type: Screw-mount
• Material: Metal housing, plastic gears
• Feedback Mechanism: Integrated Encoder
• Condition: New, Genuine HP Part

Recommendations

For optimal finisher performance, replace the feed motor at the first sign of inconsistent paper feeding or error codes related to the saddle stitch unit. Always power off and unplug the printer before installation. Keep a spare motor on hand for critical print environments to minimize downtime.