AM8022-0E21-0000
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The AM8022-0E21-0000 servo motor has a standstill torque of 0.80 Nm, a peak torque of 4.18 Nm, a rated speed of 9000 min^-1, and uses convection cooling. Part of the AM Servo Motor Series manufactured by Beckhoff, it features a nominal voltage of 100 to 480 V AC and offers connection technology with the Itec® plug.
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Product Description:
The AM8022-0E21-0000 is a high-speed servomotor developed under Beckhoff’s esteemed product line, the AM8 servo motor series. Boasting a standstill torque of 0.8 Nm and a standstill current of 2.44 A, the AM8022-0E21-0000 demonstrates competitive driving capabilities for small and highly precise systems. When allowed to operate at optimal conditions, the AM8022-0E21-0000 can safely reach a ceiling mechanical speed of 12,000 rpm. Depending on the mains voltage, the machine’s output capabilities may vary. In general, for higher values of the supply voltage, the motor’s working speed tends to increase along with the shaft power, while the torque decreases.
At 115 V mains voltage, the AM8022-0E21-0000 exhibits the following nominal characteristics: 4000 rev/m, 0.76 Nm, and 0.32 kW. When the supply voltage is doubled, the machine’s working speed increases to 8000 rpm and the power to 0.59 kW. At this voltage level, however, the machine’s output torque decreases to 0.7 Nm. At the maximum possible supply voltage of 480 V, the AM8022-0E21-0000 achieves a nominal working speed of 9000 rpm and delivers 0.61 kW and 0.65 Nm. Based on the motor’s datasheet, the AM8022-0E21-0000 has a phase-to-phase winding resistance of 5.10 ohms at 20 degrees Celsius.
The AM8022-0E21-0000 features Beckhoff’s original iTec connection technology, along with a high-performing multi-turn motor feedback system. Unlike standard motor encoders, however, the AM8022-0E21-0000’s feedback system employs one-cable technology, which simplifies wiring and control system setup. Aside from the mentioned features, the AM8022-0E21-0000 also incorporates a standard 24 V holding brake, which requires 24 VDC supply and facilitates holding action at a permissible torque of 2 Nm. During operation, the holding brake takes 25 ms to fully release its actuators and 8 ms to initiate application.
Frequently Asked Questions about AM8022-0E21-0000:
Q: Does the AM8022-0E21-0000 have a surface-cooling fan?
A: No, the AM8022-0E21-0000 does not employ axial or radial cooling fans. Considering its small size, the AM8022-0E21-0000 cools relatively faster via natural convection.
Q: How long is the AM8022-0E21-0000’s thermal time constant?
A: The AM8022-0E21-0000 has a thermal constant time of 13 minutes, which means that it takes around 20 minutes for the AM8022-0E21-0000 to reach its steady-state temperature.
Q: What is the maximum internal winding temperature of the AM8022-0E21-0000?
A: The AM8022-0E21-0000 employs a switch-off mechanism, which shuts down the motor when the winding temperature reaches 140 degrees Celsius. As early as 120 degrees Celsius, however, a warning message is generated.
Q: What peak current can the AM8022-0E21-0000 tolerate?
A: The AM8022-0E21-0000 can withstand a peak current of 12.6 amperes for a short period of time.
Q: What is the AM8022-0E21-0000’s torque constant?
A: The AM8022-0E21-0000’s output torque increases by 0.33 Nm per one ampere increase in its input. In other words, the AM8022-0E21-0000’s torque constant is 0.33 Nm/A.