SF2423-10B11, Sanyo Denki Stepper Motor, 0.56Nm Torque, 24 V, 1.8°

Sanyo Denki Stepper Motor, Bipolar Type, 3dB Noise Level - SANMOTION F2 Series - SF2423-10B11

Keep your machinery in line using this stepper motor from Sanyo Denki. It's made up of a central wire coil or rotor that moves with the current flow to align precisely with the stators. As this unit is a bipolar type, it comes with an onboard driver that turns the current flow in the opposite direction, meaning it's capable of reversing the motor movement. A low current rating of 1A per phase shows this component needs minimal energy to get the job done, making it an efficient choice.

• Minimal holding torque of 0.56Nm reduces positioning time for swift movement
• Broad operating temperature range between -10°C and +50°C for use in demanding conditions
• Low noise level of 3dB for silent operation

Applications

• Medical technology
• Robotics
• Security systems
• Packaging facilities

The Sanyo Denki dual shaft, bipolar, 2-phase stepping motor. In comparison to previous models holding torque has been increased approximately by 10%, have noise levels reduced approximately 3 dB(A) lower and motor efficiency has been improved by 2.4%. This contributes to reduction in power consumption of devices and the motor's heat dissipation.

What's the difference between a stepper motor and a servo motor?

Dual shaft, bi-polar with motor flange size of 42 mm sq
Motor length of 48mm and a DC input
Operating temperature range is -10°C to 50°C
Allowable radial load is 10 N
Allowable thrust load is 20 N
Reduced noise levels by 3 dB

While a stepper motor is typically used for machine components that need precise positioning and control, a servo motor is used for equipment that works with high speed and torque. A servo motor comes with a feedback mechanism that relays its speed and position to the control system.

Datasheet - SF2423-10B11

Catalogue - 2-Phase Stepping Systems