OKI motore - DC (F)

When a printer mechanism or small robotic actuator demands reliable rotary power, a generic motor often fails to deliver the precise torque and speed required. The OKI 45371201 DC Motor (F) solves this with a robust brushed design, operating at 24V DC and spinning up to 4500 RPM no-load. Its compact 27.5mm diameter body and 2.3mm shaft make it a drop-in replacement for many OKI printer assemblies and general-purpose motion tasks.

Who is it for

This motor is ideal for service technicians maintaining OKI printers, hobbyists building robotics or automation projects, and engineers prototyping small electromechanical systems. If you need a dependable, reversible DC motor with solder tab connections and a rated torque of 50 g.cm, this unit fits the bill.

Main features

• Brushed DC motor with 24V nominal voltage and 1.5W output power
• No-load speed of 4500 RPM, rated speed 3800 RPM at 50 g.cm torque
• Stall torque 250 g.cm, stall current 1.5A for demanding starts
• Reversible rotation direction via simple polarity reversal
• Solder tab terminals for secure, permanent wiring
• Operating temperature range -10°C to 60°C for versatile environments

Specifications

• Motor type: Brushed DC
• Nominal voltage: 24V DC
• No-load speed: 4500 RPM
• No-load current: 80 mA
• Rated torque: 50 g.cm (4.9 mN.m)
• Rated speed: 3800 RPM
• Rated current: 350 mA
• Stall torque: 250 g.cm (24.5 mN.m)
• Stall current: 1.5 A
• Shaft diameter: 2.3 mm
• Shaft length: 10 mm
• Motor body diameter: 27.5 mm
• Motor body length: 38 mm
• Output power: 1.5 W
• Rotation: Reversible
• Connection type: Solder tabs
• Operating temperature range: -10°C to 60°C
• Application: General purpose, printer mechanisms, robotics

Tips

Before installation, confirm the motor's voltage and current ratings match your driver circuit. Use a heat sink on solder tabs to avoid overheating the internal brushes. For printer applications, align the shaft precisely with the gear train to prevent premature wear. This motor is not waterproof; keep it away from liquids and excessive dust.