AKMH41H-ACKNCA1K
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The AKMH41H-ACKNCA1K servomotor is a hygienic stainless steel servo motor featuring an IP69K rating, 1-meter cable length, and an IEC B5 flange type with an 80 mm pilot diameter. Part of the AKMH Stainless Servomotors series by Kollmorgen, it is designed with stainless steel housing and optimized for standard applications.
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Product Description:
The AKMH41H-ACKNCA1K Servo Motor from Kollmorgen is built in AKMH series with a focus on reliability and robust performance in harsh industrial automation settings as they are designed with stainless steel construction and advanced sealing technologies.
The AKMH41H-ACKNCA1K servo motor is equipped with precision bearings designed to last for at least 20,000 hours of continuous usage under rated conditions which increases its reliability and reduces maintenance intervals during its running conditions. It is able to provide twisting force up to 5.92 Newton-meters during brief acceleration bursts, sudden load changes or dynamic maneuvers where high force output is needed for a short time. The module sealing elements such as O rings are built from Ethylene Propylene Diene Monomer rubber which provides strong resistance to water, steam, and a range of chemicals that makes it effective to use in settings that are revealed to harmful chemicals substances. It comes with a positional tracking device that has a maximum deviation of 8 arc-minutes which suggests a very fine angular measurement tolerance suitable for controlling the shaft rotation angle of the motor. This module shaft can withstand thrust forces up to 1400 Newtons which makes it perfectly well suitable for operations where it will face significant axial loading from coupling, gears or other mechanical components.
The AKMH41H-ACKNCA1K motor is supplied with an electrical cable that is designed for voltage levels above 600 Volts AC and can tolerate ambient temperatures up to 105 degrees C as well as its multi core construction includes shielding to minimize electrical interference and ensures signal integrity for both power and feedback transmission. It is designed with a flange-based mounting system that adheres to International Electrotechnical Commission dimensional standards which makes it easy to install and compatible with diverse industrial frames.
Frequently Asked Questions about AKMH41H-ACKNCA1K:
Q: How does the Smart Feedback Device (SFD3) improve servo system communication and diagnostics?
A: The SFD3 enables faster, digital communication between the AKMH41H-ACKNCA1K motor and drive. It simplifies wiring and enhances real-time feedback for efficient troubleshooting.
Q: Why is a 24-bit feedback resolution important for the AKMH41H-ACKNCA1K servo motor?
A: The 24-bit resolution offers ultra-precise positional control in high-performance applications. It ensures smoother motion profiles and minimal positioning errors during demanding tasks.
Q: How does the 320 Vdc max rated DC bus voltage benefit the AKMH41H-ACKNCA1K motor performance?
A: Higher DC bus voltage allows faster torque response and improved dynamic performance. This is essential for rapid acceleration and high-speed operations in industrial automation.
Q: What role does the 2048-line commutating encoder play in the AKMH41H-ACKNCA1K motor?
A: This encoder ensures precise rotor position detection and optimal phase commutation. It supports smoother torque delivery and accurate speed regulation across load variations.
Q: Why is the closed keyway shaft design significant in AKMH41H-ACKNCA1K servo motor applications?
A: The closed keyway prevents axial key slippage during high-load conditions. It provides secure torque transmission when coupled with pulleys or gears in automation systems.
