G1.2ADL63JG4
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The KEB G1.2ADL63JG4 motor, part of the SM Synchronous Servo Motors series, offers a rated speed of 1500 to 3000 rpm. It provides rated power from 2.2 kW to 9.2 kW and rated torque between 12.6 to 36.4 Nm. The motor's maximum torque reaches 92.55 Nm, and its weight varies from 14 to 177 kg based on configuration.
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Product Description:
The G1.2ADL63JG4 is a kind of servo motor produced by KEB. It is compatible with various industrial control systems. Its robust construction enables sustained operation in demanding motion applications over extended periods.
The KEB’s G1.2ADL63JG4 servo motor belongs to the SM Synchronous Servo Motors series. The motor is capable of operating at velocities of 1500 rpm, 2000 rpm, or 3000 rpm. It performs well with an estimated output of 2.2 kW to 9.2 kW. The motor can operate with voltages ranging from 319V to 354V. This KEB’s motor torque is between 12.6 and 36.4 Nm. The stall power of this unit ranges from 15 Nm to 48 Nm. When there is no speed, the torque constant ranges from 1.35 to 4.91 Nm/A. When this unit is used at 105°C, the maximum power is 92.55 Nm. The rated current ranges between 4.7 A and 18.3 A. Standstill current starts at 5 A and goes up to 14.8 A. It is designed with high accuracy to withstand dynamic loads. Inertia values range from 9 to 753 kg·cm² across different setups. The voltage constant varies according to the motor size, ranging from 104 to 211 Vpk/1000rpm. Winding resistance ranges from 0.03 Ω up to 8.02 Ω. Winding inductance varies between 0.6 mH and 82.4 mH for precise current regulation KEB ensures that all components maintain tight tolerance limits.
The KEB's G1.2ADL63JG4 servo motor is an excellent choice for precision control tasks. The weight of this servo motor ranges from 14 kg to 177 kg. These distinctions allow machines to be built and installed in a variety of ways. It allows users to obtain high-resolution positioning because of its robust power output. KEB's SM Synchronous Servo Motors produces the same outcome regardless of changes in voltage and temperature.
Frequently Asked Questions about G1.2ADL63JG4:
Q: Why does the G1.2ADL63JG4 use a wide inductance range?
A: The inductance range from 0.6 mH to 82.4 mH helps optimize current ripple. This improves precision in torque and position control.
Q: How does winding resistance impact G1.2ADL63JG4’s motor efficiency?
A: Lower winding resistance in G1.2ADL63JG4 minimizes energy losses. It contributes to better thermal performance and longer operational life.
Q: Why does G1.2ADL63JG4 have multiple rated speed options?
A: Multiple speed options of 1500, 2000, and 3000 rpm support application-specific tuning. It allows better match with dynamic and constant load profiles.
Q: What role does high inertia play in G1.2ADL63JG4 performance?
A: Inertia up to 753 kg·cm² ensures smooth starts and stops. It enhances stability in high-precision automation tasks.
Q: Why does G1.2ADL63JG4 support a wide rated voltage range?
A: Rated voltage from 319V to 354V supports various drive systems. It improves integration flexibility across industrial automation platforms.
