SANYO DENKI Stepper motor

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SANYO DENKI Stepper motor Specification

Protection Class
Class B Insulation

Protection Level
IP50

Components
Rotor, Stator, Bearings, Shaft, Lead Wires

Rated Insulation Voltage
500 V AC for 1 minute

Operating Voltage
24 V DC (typical drive supply)

Rated Operation Voltage
2.8 V

Thickness
68 mm (Frame size: 86mm or NEMA 34)

Features
High Torque, Low Noise, Precision Step Angle, Reliable Performance

Rated Current
2.8 A/Phase

Base Material
Steel

Cover Material
Aluminum Alloy

Control System
Microstepping Driver Compatible

Current Rating
2.8 A

Material
High Grade Metal

Surface Finish
Anodized & Painted

Standard
IEC / JIS (Japanese Industrial Standards)

Surface Color
Black & Silver

Rated Voltage
2.8 V

Maximum Output Current
2.8 A/Phase

Dimension (L*W*H)
86 mm x 86 mm x 68 mm

Application
Industrial Automation, CNC Machines, Robotics

IP Rating
IP50

About SANYO DENKI Stepper motor

Sanyo Denki Japan Make Stepper motors

Bipolar Stepper motor ( 1 Nm to 22 Nm Torque )
High Torque density
High Power Rare earth Magnets
Rugged Design and long life Bearing
Low vibration , High Speed , High Torque
4 Lead / 8 Lead , Series / Parallel , Hybrid Stepper motors

Frame Size :: 28 mm to 110 mm

Capacity     :: 10 Kgcm to 220 Kgcm

Current       :: 1A to 6A

RPM          :: Load Dependent Can go max upto 500 rpm

Optional Accessories
Motion Controllers , PLC , Display HMI Stepper Drivers , Servo motor + Drivers , Control panels etc

Precision and Power for Industrial Applications

Combining high torque output with a precise 1.8 step angle, this SANYO DENKI stepper motor is ideal for applications where accuracy and strength are crucial. Its robust specification meets IEC/JIS standards, making it suitable for a range of demanding settings, such as industrial automation and CNC machining.

Reliable Construction and Advanced Protection

Manufactured with high-grade metal and finished in anodized black and silver, this motor features a steel base and aluminum alloy cover for maximum durability. Rated at IP50 and with Class B insulation, it is designed to withstand the rigors of continuous industrial use while maintaining safe operation.

FAQs of SANYO DENKI Stepper motor:

Q: How is the SANYO DENKI Stepper Motor typically used in industrial environments?

A: This stepper motor is commonly utilized in industrial automation systems, CNC machines, and robotics where precise positioning and high torque are required. Its reliable performance and compatibility with microstepping drivers make it well-suited for tasks demanding accurate control and robust movement.

Q: What are the benefits of the 1.8 step angle and high holding torque in this stepper motor?

A: The 1.8 step angle allows for precise incremental movement, granting finer positional control important for detailed machining or automation tasks. The high 7.2 Nm holding torque ensures the motor can securely maintain or move loads even in challenging conditions.

Q: When is it necessary to utilize the IP50 protection level in motor applications?

A: IP50 protection offers limited dust ingress protection, making this motor suitable for environments where dust is present but liquid exposure is minimal. Applications that involve moderate industrial settings, away from water or heavy contamination, would benefit most from this protection rating.

Q: Where should the SANYO DENKI Stepper Motor be installed for optimal performance?

A: For optimal performance and longevity, install the motor in environments conforming to its IP50 rating and within the electrical specifications provided (2.8 A/phase, 2.8 V, typical drive supply of 24 V DC). Secure mounting on compatible machinery and ensuring adequate ventilation are also recommended.

Q: What process is recommended for wiring and powering this stepper motor?

A: Connect the motors lead wires (500 mm length) to a compatible microstepping driver, ensuring proper polarity and secure connections. Supply the driver with 24 V DC (typical) and set the output current to match the 2.8 A/phase rating of the motor. Always follow IEC/JIS safety standards during installation.

Q: How does the motors design enhance its reliability and lifespan?

A: With high-grade metal construction, anodized and painted surfaces, and durable steel and aluminum alloy components, the motor is built for longevity and resistance against wear. Combined with robust insulation and dielectric strength, these features help maintain reliable operation over extended periods in industrial environments.

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