DS045CC1ANAA200

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The Sanyo Denki DS045CC1ANAA200, part of the Linear Servo Motors series, is classified as a linear motor with a coil mass of 1.8 kg. It delivers a rated thrust of 260 N, a maximum thrust of 500 N, and achieves a rated speed of 1.8 m/s. The motor operates without a hall sensor.

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Product Description:

Sanyo Denki offers a range of industrial products and DS045CC1ANAA200 linear servo motor is one of them. It is ideal for precision in robotics, CNC and semiconductor applications and is a key component in advanced control systems where high-speed linear motion is needed.

The DS045CC1ANAA200 linear servo motor functions within an operational temperature span from -20°C to +80°C and its storage temperature needs to stay between -30°C to +85°C. It has insulation of class F. A continuous current flow of 5 A passes through the DS045 motor while the peak current reaches 10 A. The servo motor DS045 features thermal resistance of 0.5 °C/W together with protection rating IP20. The DS045 servo motor utilizes natural cooling method. The positioning accuracy is ±1 µm. The coil of DS045 servo motor is constructed with high-temperature copper windings and is for 3-phase design. It uses sinusoidal or trapezoidal commutation. The DS045 servo motor delivers sustained thrust forces reaching 260 N yet it can achieve peak output thrust of 500 N. This motor functions between 1.8 m/s rating speed and 3.0 m/s maximum speed rate. The DS045 servo motor does not contain built-in hall sensor functionality. The motor needs an external position feedback device for proper operation. The magnetic attraction force of the DS045 servo motor reaches 1700 N. The servo motor DS045 weighs 1.8 kg as its coil weight. The phase-to-phase resistance is 0.5 Ω and inductance is 5 milli Henry.

The DS045CC1ANAA200 linear servo motor is maintenance and lubrication free. Its life expectancy exceeds 20,000 hours. The vibration resistance is 5-10 G while the shock resistance is 50 G. The DS045 servo motor is rated for altitudes up to 1000 meters. It operates in 20-80% relative humidity, complies with RoHS standards and should be handled only by professionals.

Altitude Rating
Up to 1000 meters
Coil Mass [kg]
1.8
External Encoder Requirement
Yes
Humidity Range
20-80% Relative Humidity
Insulation Class
F
Magnetic Attraction Force [n]
1700
Max. Speed [m/s]
3.0
Max. Thrust [n]
500
Motor Classification
Linear
Protection Rating
IP20
Rated Speed [m/s]
1.8
Rated Thrust [n]
260
Remarks
Without hall sensor

Frequently Asked Questions about DS045CC1ANAA200:

Q: How does the 5 mH phase inductance in DS045CC1ANAA200 impact motor performance?

A: The 5 mH inductance smooths current flow, reducing electrical noise and torque ripple, leading to precise motion and stable control in high-speed automation applications.

Q: Why is the ±1 µm positioning accuracy critical for industrial applications?

A: Such ultra-precision minimizes positioning errors, making the motor ideal for semiconductor fabrication, high-accuracy robotics, and CNC machining requiring sub-micron repeatability.

Q: What role does the 0.5 Ω phase-to-phase resistance play in thermal management?

A: Low resistance reduces Joule heating, improving efficiency and thermal stability, allowing the motor to sustain continuous operation without excessive heat buildup.

Q: What advantages does natural cooling provide over forced cooling?

A: Natural cooling eliminates the need for additional fans or liquid cooling, reducing maintenance complexity while maintaining optimal thermal performance in most operational conditions.

Q: Why is external encoder feedback necessary for DS045CC1ANAA200?

A: Without an integrated Hall sensor, an external encoder ensures precise position tracking and closed-loop control, crucial for maintaining high-speed accuracy in linear motion systems.


Internal Product Review

  • ‘‘The DS045CC1ANAA200 linear servo motor offers exceptional precision with a ±1 µm positioning accuracy and 3.0 m/s max speed. Its low 0.5 Ω phase resistance reduces power loss, while the 50 G shock resistance ensures reliability in demanding industrial applications like CNC and semiconductor fabrication.’’

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