AKMH33C-ACKNCA1K
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The AKMH33C-ACKNCA1K is a hygienic servo motor with a frame size of 33 and stainless steel housing (1.4404/AISI 316L). Manufactured by Kollmorgen under the AKMH Stainless Servomotors series, it features an IP69K protection class and natural convection cooling. This motor is CE, RoHS, and cURus approved.
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Product Description:
The AKMH33C-ACKNCA1K Servo Motor developed by Kollmorgen is supplied without any integrated braking mechanism which means it will not apply any internal force to hold its position upon disconnection of power. It is falling under the AKMH Stainless series and its rotating output shaft comes with an exposed keyway which allows direct coupling with external drive components like pulleys or gears which simplifies the power transmission mechanism.
The AKMH33C-ACKNCA1K servo motor connecting cables are available in customizable lengths ranging from 1 meter up to 15 meters which allows adaptation to different installation distances between the servo motor and its control system devices. It comes in a rotor stack length of 3 which enhances its torque producing capability as its longer stack provides more surface area for magnetic flux interaction. This motor can safely draw up to 5.88 amperes of electrical current for short bursts without causing damage when it is operating under high mechanical demand and its housing is designed with an International Electrotechnical Commission standard flange interface which allows easy alignment and secure installation onto machinery frames. It needs to overcome a small internal resistance of 0.045 Nm when it begins to rotate from a stationary state and this module can safely operate up to a top rotational speed of 8000 RPM under normal operating environment.
The AKMH33C-ACKNCA1K servo motor can operate on maximum voltage up to 640 volts of direct current with an electrical control system supplied to it that allows faster dynamic response and higher power delivery. It features integrated sensor technology referred to as SFD3 which provides real time positional and velocity data back to the motor controller which allows precise closed-loop control and enables it to make fine adjustments in response changes in load.
Frequently Asked Questions about AKMH33C-ACKNCA1K:
Q: How does the SFD3 feedback device in AKMH33C-ACKNCA1K improve motion accuracy?
A: The SFD3 provides high-resolution position and velocity data. This ensures precise control and reduces positional error in dynamic load applications.
Q: Why is an open keyway shaft used in the AKMH33C-ACKNCA1K servo motor?
A: The open keyway allows for secure coupling with external drive elements. This helps prevent slippage and enhances torque transmission efficiency.
Q: How does the IEC flange mounting benefit the installation of AKMH33C-ACKNCA1K?
A: The IEC flange interface ensures universal compatibility with a wide range of machine frames. It simplifies alignment and reduces installation time.
Q: What advantage does a 640Vdc max bus voltage offer in the AKMH33C-ACKNCA1K servo motor?
A: Higher bus voltage allows faster acceleration and deceleration rates. This improves responsiveness for high-speed or frequent start-stop industrial operations.
Q: Why is EPDM used for the O-rings in the AKMH33C-ACKNCA1K Servo Motor?
A: EPDM O-rings provide excellent resistance against water, steam, and ozone exposure. This extends motor lifespan in harsh industrial environments.