380V 130 Frame 1.8KW Servo Motor
The HB Series features naturally cooled permanent magnet synchronous motors that dissipate heat through the motor surface, supporting up to IP67 protection grade. With an overload capacity of 350%, it effortlessly handles high-load torque demands, significantly boosting production efficiency.
The schematic diagram is for reference only. Refer to the matching relationship and drawing for the corresponding relationship and size information with the motor. Pay attention to the mirror relationship between the motor side and the cable side.
▉380V / 1.8kW (130 frame)
|
(HB-XXXXXXXXXX) |
HB130-11515EBD3-W
|
HB130-11515EBD1-W
|
|
1800 |
||
|
6.8 |
||
|
20.4 |
||
|
11.5 |
||
|
34.5 |
||
|
Rotor inertia (10-4·kg·m²) |
25.6 |
23.7 |
|
1500 |
||
|
3000 |
||
|
380 |
||
HB130-11515EBD3-W (Brake)
HB130-11515EBD1-W (Non-brake)
USER-FRIENDLY
Innovative and compact design greatly improves usability and convenience.
The motor is compliant with NEC and CEC requirements and equipped with protective functions against overload and over-temperature.
To protect different load motors, set the motor overload protection gain based on the overload capacity of the motor. Use the default gain in general conditions. However, when one of the following conditions occurs,change the gain based on actual motor temperature:
※The motor operates in environments with high temperature.
※The motor is in cyclic motion featuring a short motion cycle and frequent acceleration/deceleration.See the following inverse time lag curve for motor overload protection.
The load moment of inertia represents the inertia of the load. Larger load moment of inertia means slower response, which may result in unstable motion. The allowable load moment of inertia of the motor is subject to a limit. The limit varies with the driving conditions of the servo motor.
An overvoltage warning may occur during deceleration if the load moment of inertia exceeds the allowable value. The servo drive with a built-in braking resistor may generate an overload warning. In case of such warnings, take one of the following measures:
※Reduce the torque limit value.
※Reduce the deceleration rate.
※Reduce the maximum speed.
Install an external braking resistor if the warning cannot be cleared using the above measures.
The following figure shows the relationship between the ratio of allowable load moment of inertia and the speed when a servo is used without a built-in regenerative resistor or an external braking resistor. (The following figure shows the reference values upon deceleration at 200 VAC input and torques greater than the rated torque.)
When the servo unit is used by load whose moment of inertia exceeds the allowable value, an overvoltage alarm may be triggered.
hB mOTOR TORQUE-SPEED CHARACTERISTICS
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