AKM43E-SSCNR-02
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The AKM43E-SSCNR-02 controller module supports power supply input ranging from 100 to 240 VAC, features two CAN interfaces, and is electrically isolated. Part of the AKM Synchronous Servo Motors by Kollmorgen, it requires a separate TB712 terminal block for screw-in module mounting and has a power consumption of 14.5 watts.
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Product Description:
The AKM43E-SSCNR-02 synchronous servo motor is a well renowned product of Kollmorgen. It falls in the AKM Synchronous Servo Motors. This model is an efficient and economical option available for servo related tasks in Industrial automation.
The AKM43E-SSCNR-02 synchronous servo motor functions using an alternating current power source that accommodates a voltage spectrum from 100 - 240 volts. The module consumes 14.5 watts of electrical power while in operation. This signifies the effectiveness of energy use and assists in the design of power supply systems. The insulation materials utilized in the motor possess a thermal endurance rating of class F. This classification permits a maximum temperature increase of 105°C with an overall allowable temperature reaching 155°C. The operational input voltage spectrum spans from 100 to 240 VAC that guarantee alignment with conventional AC mains electricity. The capacitance for each meter(m) of the motor leads is lower than 150 pF/m. The impedance of the motor coils across phases at a standard temperature of 25°C measures 8.04Ω. This specification aids in assessing energy dissipation within the motor. The upper limit of radial force that the motor's shaft can withstand at a speed of 3000 RPM is 450 N.
The AKM43E-SSCNR-02 synchronous servo motor is capable of enduring an AC mains voltage of as much as 480 UN VAC. The reduced capacitance decreases electrical interference and enhances the quality of the signal. The operational lifespan of motor cables is quantified as 1 million bending cycles. The control interfaces are designed with electrical isolation to mitigate interference and enhance safety measures. The motor is capable of being integrated into and functioning within a networked framework like in industrial automation settings.
Frequently Asked Questions about AKM43E-SSCNR-02:
Q: Why does AKM43E-SSCNR-02 use class F insulation?
A: Class F insulation in the AKM43E-SSCNR-02 ensures thermal endurance up to 155°C. This enhances the motor's durability, especially in demanding environments.
Q: How does low motor lead capacitance benefit AKM43E-SSCNR-02?
A: The AKM43E-SSCNR-02's capacitance below 150 pF/m minimizes electrical noise. This improvement enhances signal quality and operational precision.
Q: What does 8.04 Ω winding resistance signify in AKM43E-SSCNR-02?
A: The winding resistance of 8.04 Ω in the AKM43E-SSCNR-02 minimizes energy losses. It helps maintain the motor's efficiency in industrial tasks.
Q: What is the importance of electrical isolation in AKM43E-SSCNR-02?
A: Electrical isolation in the AKM43E-SSCNR-02 prevents signal interference. This ensures safer and more stable operation in networked environments.
Q: How does AKM43E-SSCNR-02 handle 450 N radial load?
A: The AKM43E-SSCNR-02 can withstand up to 450 N of radial load at 3000 RPM. This makes it suitable for handling heavy mechanical loads in industrial applications.
