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SGMUH Sigma II Servo Motors

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SGMUH Sigma II Servo Motors Specification

Power Supply
AC powered

Interface
Servo Drive Interface

Thermal Conductivity
Standard for enclosed motors

Input
Digital/Analog Control Inputs

Resolution
2048 pulses/rev (Incremental Encoder)

Components
Motor, Encoder, Cables

Response Time
Fast dynamic response

Features
High speed, High accuracy, Compact, Reliable

Output
Motor Shaft Rotation

Power Source
AC Electric

Operating Temperature
0°C to 40°C

Usage
Industrial automation

Sensors Specification
Built-in Incremental Encoder

IP Rating
IP54

Product Type
Servo Motor

Application
Robotics, CNC Machines, Factory Automation

Rated Voltage
200V AC

Supply Voltage
200V AC Single/Three Phase

Size
Compact

Dimension (L*W*H)
Varies by capacity; e.g., 100 x 110 x 160 mm

Function
Precise servo motion control

Color
Black with metallic accents

Weight
Approx. 1.5 to 7 kg (varies by model)

Thickness
Standard Housing

Current Rating
0.3 A to 8.1 A (depends on model)

Capacity
50 W to 1.5 kW (depending on model)

Frequency
50/60 Hz

Mounting
Flange Mounting

Shaft Type
Keyed or Smooth

Compliant Standards
CE Marked, RoHS Compliant

Ambient Humidity
20%-80% (non-condensing)

Noise Level
Less than 65 dB(A)

Cooling Method
Natural Air Cooling

Encoder Type
Incremental/Absolute (depending on configuration)

Life Expectancy
20,000 hours (typical use)

Maximum Speed
Up to 6000 rpm

Insulation Class
Class F

Holding Brake
Optional, 24V DC

Peak Torque
Up to 3 times rated torque

Vibration Tolerance
Complies with JIS B 0907

About SGMUH Sigma II Servo Motors

IP Rating	IP67
Insulation Class	Class F
Motor Type	AC
Speed	6,000 rpm
Model	SGMUH
Winding Voltage	400 volt

The SGMUH servomotor series has a high torque-to-inertia ratio for high cycle-rate applications. The SGMUH incorporates the segmented stator design, which dramatically reduces overall size. 400-volt windings are available with maximum speeds of 6,000 rpm. A 131,072 per incremental serial encoder is standard. The SGMUH is rated IP67 (not including the shaft) providing resistance to moisture.

Precise Motion for Advanced Automation

The SGMUH Sigma II Servo Motors deliver fast dynamic response and high positioning accuracy, making them ideal for sophisticated industrial automation tasks. Their advanced design is suitable for robotics, CNC equipment, and general factory automation, supporting efficient and sustained operation under varied industrial demands. With compact sizing and robust construction, these motors fit seamlessly into both new and existing setups.

Flexible Configuration for Custom Applications

Choose from keyed or smooth shafts, incremental or absolute encoders, and optional holding brakes to meet the exact requirements of your motion solution. The motors are compliant with international standards such as CE and RoHS, ensuring safe and environmentally conscious integration in varied operational environments.

FAQs of SGMUH Sigma II Servo Motors:

Q: How do I select the appropriate SGMUH Sigma II Servo Motor model for my application?

A: Selecting the right model depends on your applications power, torque, and speed requirements. Consider the capacity range (50 W to 1.5 kW), feedback type (incremental or absolute encoder), and shaft style. The compact design and optional features allow customization for robotics, CNC machines, or factory automation.

Q: What is the typical process for installing the SGMUH Sigma II Servo Motor?

A: Installation involves flange mounting the motor to your machine, connecting the power (200V AC) and control cables, and integrating it with your servo drive interface. Ensure ambient conditions are within the specified 0C to 40C temperature and 20%80% non-condensing humidity.

Q: Where can the SGMUH Sigma II Servo Motors be used most effectively?

A: These motors excel in industrial automation environments like robotics, CNC machines, and assembly lines. They are designed for applications demanding high accuracy, quick response, and reliable performance under continuous duty cycles.

Q: What benefits does the built-in encoder provide?

A: The built-in incremental or absolute encoder ensures precise motor position feedback, enhancing accuracy and repeatability for complex motion tasks. The standard 2048 pulses/rev resolution enables fine-grained control required for demanding automation applications.

Q: When should I use the optional holding brake feature?

A: The optional holding brake is recommended when you need to hold the load securely during power-off or stationary conditions, especially in vertical axes or safety-critical applications, enhancing the motors operational versatility.

Q: How does natural air cooling affect the motors performance and maintenance?

A: Natural air cooling ensures reliable thermal management without the complexity of forced-air or liquid cooling systems, reducing maintenance needs. This cooling method supports a life expectancy of approximately 20,000 hours under typical conditions.