AKM11E-ANCN2-00
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The AKM11E-ANCN2-00 is a brushless DC servomotor in the AKM series that utilizes a comcoder with 2048 PPR as its feedback device. The motor has a flange size of 40 mm and a rotor length of 1.
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Product Description:
The AKM11E-ANCN2-00 is a reliable synchronous servomotor designed for demanding servo applications in industrial environments. The motor comes with an E type winding. The temperature of the winding is monitored by the temperature sensors in the stator windings, and it is signaled through an electrically isolated thermistor. The device is not equipped with an in-built holding brake. It should be noted that retrofitting of the brake is not possible. The ambient temperature at which the motor should be operated is 5?C to 40?C at rated values. The unit comes with ball bearings the life of which is 20,000 operating hours. The basic mounting style for the AKM servomotor is style IM B5. The unit has a standstill torque of 0.18 Nm and a standstill current of 2.91 A. The rated speed of the device at 75 VDC is 6000 per minute. The standard weight of the product is 0.35 kg. There are 6 poles in the motor. The rotor moment of inertia of the device is 0.017 J. The product features a smooth shaft and is equipped with a comcoder with 2048 PPR as its feedback unit. Its flange size is 40 mm and the flange design is customized as per IEC standards. Care should be taken that there is unhindered ventilation of the AKM servomotor and the permissible ambient and flange temperatures are observed. If the ambient temperature is above 40?C, the applications department of Kollmorgen should be consulted beforehand. The servomotor is precision equipment. The shaft and flange are vulnerable at the time of storage and assembly. So, brute force should be avoided under any circumstances. Use of force or blows will cause damage to the shaft and the bearings.
Frequently Asked Questions about AKM11E-ANCN2-00:
Q: What would be the possible cause if the AKM servomotor does not rotate?
A: The possible causes of the AKM servomotor not rotating are the servo amplifier not being enabled, a break in the setpoint lead, motor phase being in the wrong sequence, or the drive being mechanically blocked.
