Yaskawa 450W - Servo Motor SGMG-05A2AB
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Yaskawa SGMG-05A2AB: Compact Powerhouse for Precise Automation
Engineer high-accuracy motion into your machines with the Yaskawa SGMG-05A2AB servo motor. This 450W synchronous motor from the Sigma series delivers 1.59 Nm of torque at speeds up to 3000 RPM. Its robust IP65-rated construction ensures reliable operation even in challenging industrial environments.
Key Advantages for System Designers
- High Power Density: Packs 450W of power into a compact 90mm frame for space-constrained applications.
- Excellent Torque Output: Delivers a continuous torque rating of 1.59 Nm for demanding moves and holds.
- Robust Environmental Protection: The IP65 rating guards against dust ingress and water jets from any direction.
- Energy Efficient Operation: Meets the IE3 efficiency class, reducing overall system energy consumption.
- Integrated Feedback: Includes a high-resolution incremental encoder for precise position and speed control.
Detailed Technical Specifications
- Brand & Model: Yaskawa SGMG-05A2AB
- Motor Type: AC Permanent Magnet Synchronous Servo Motor
- Rated Output Power: 450 Watts
- Rated Voltage: 200 VAC
- Rated Current: 3.8 A
- Rated Torque: 1.59 Nm
- Rated Speed: 3000 RPM
- Max Speed: 4500 RPM
- Frame Size: 90 mm square flange
- Shaft Dimensions: 14 mm diameter with standard keyway
- Mounting: Flange Mount (Face mounting)
- Protection Class: IP65 (Dust-tight & protected against water jets)
- Insulation Class: Class B (130 °C)
- Thermal Protection: Thermal sensor embedded in windings (PTC or KTY84).
- Feedback Device: 17-bit (16384 ppr) incremental encoder, standard.
- Efficiency Class: IE3 (Premium Efficiency)
- Ambient Temperature: Operation: 0 to 40°C (32 to 104°F)*, Storage: -20 to 80°C.
- Vibration Grade: V15 (IEC 60034-14)
- Approximate Weight: 3.5 kg (7.7 lbs)
- *Note: For operation up to 55°C, derating is required.
Package Contents
- One (1) Yaskawa SGMG-05A2AB servo motor unit.
- One (1) standard motor connector (typically attached).
- One (1) set of motor mounting bolts (as per factory standard).
- All items are secured in their original protective packaging.
Product Warranty Coverage
- This motor is backed by a full 12-month warranty from the date of purchase.
- The warranty covers any defects in materials or workmanship under proper use.
- Our technical team is available to support your integration efforts.
Shipping & Handling Details
- We ship orders globally using reliable services: FedEx, UPS, and DHL.
- The motor is carefully packed to prevent damage during transit.
- You will receive an email with tracking details immediately after dispatch.
Application & Integration FAQs
What servo drive should I use with the SGMG-05A2AB?
Pair this 200V, 3.8A motor with a compatible Yaskawa Sigma series drive, such as the SGDH-50AE or SGDH-60AE. Ensure the drive's continuous output current rating meets or exceeds the motor's 3.8A for optimal performance.
How do I interpret the “A2AB” suffix in the model number?
For the Yaskawa SGMG-05A2AB, this typically indicates specific options: a standard keyed shaft, a specific flange type, and the presence of a standard incremental encoder without an integral brake. Always confirm exact options with the manufacturer's datasheet.
Can I use this IP65 motor in a washdown environment?
The IP65 rating protects against low-pressure water jets from any direction. It is suitable for areas with occasional splashing or cleaning. For sustained high-pressure washdown, a higher protection rating like IP67 or IP69K would be recommended.
What is the practical difference between rated torque and maximum torque?
Rated torque (1.59 Nm) is the continuous torque the motor can deliver without overheating. The maximum (or peak) torque is higher (typically 3-5x rated) and is available only for short bursts (seconds) during acceleration or deceleration, before thermal limits are reached.
What's a key mechanical consideration during installation?
Ensure perfect alignment between the motor shaft and the driven load. Even minor angular or parallel misalignment can cause premature bearing failure, vibration, and reduced performance. Always use a proper coupling designed to accommodate any residual misalignment.
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