2AD134D-B35LC1-CS06-D2V2
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MPN: R911292835
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The 2AD134D-B35LC1-CS06-D2V2 is a flange-mounted AC servo motor with a rated power of 9.1 kW and a rated torque of 57 Nm. Manufactured by Bosch Rexroth Indramat, it belongs to their 2AD 3-Phase Induction Motors series and features IP65 protection with blower-cooling. The motor weighs 59 kilograms.
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Product Description:
The 2AD134D-B35LC1-CS06-D2V2 AC induction motor has a blend of performance and dependability. The reliability of the Bosch Rexroth allows the motor to run at full capacity in compliance with the necessary specifications.
The 2AD134D-B35LC1-CS06-D2V2 AC induction motor consists of a continuous torque motor with a torque rating of 166 Nm and a nominal output power rating of 26.0 kW. The industrial automation AC induction motor has a chain of revolutionary features appropriate in demanding applications. The motor has an axial blower for ventilation and a shaft seal with full key balance. The motor has a flange and foot mounting and a digital servo actuating device with precise control. The speed of the motor is 1500 min⁻¹ in continuous and up to 7500 min⁻¹ in maximum. The motor also features heavy-duty bearings for long life and high resistance. The continuous current rating of the motor is 52 A and the voltage rating of 387 V. The thermal time constant of the winding is 55 minutes. The vibration grade S characterizes the smooth running characteristic of the motor.
The 2AD134D-B35LC1-CS06-D2V2 AC induction motor also has a minimum cable area of 10 mm² for efficient and safe transmission of power. The power connection of this servo motor is by a junction box with a position of power connection on the left. The motor lacks a holding brake and a shaft end for side B. The rotating mass of the motor is 0.118 kg·m² and this supports its operation stability. The induction motor has a high precision design in industrial settings and is a strong and efficient device for a variety of automation applications.
Frequently Asked Questions about 2AD134D-B35LC1-CS06-D2V2:
Q: How does the axial blower cooling in 2AD134D-B35LC1-CS06-D2V2 improve efficiency?
A: The axial blower ensures continuous cooling, preventing overheating during prolonged operation. This cooling method contributes to maintaining optimal motor performance.
Q: Why is there no holding brake in the 2AD134D-B35LC1-CS06-D2V2 motor?
A: The absence of a holding brake simplifies the motor design for applications where external braking systems are used. It reduces complexity and cost.
Q: Does the 2AD134D-B35LC1-CS06-D2V2 motor operate at a fixed voltage?
A: Yes, the motor operates at 387 V, which is within the standard range for industrial machinery. It ensures reliable power input.
Q: How does the 2AD134D-B35LC1-CS06-D2V2 handle high rotational speeds?
A: The motor can handle up to 7500 min⁻¹, which allows for high-speed applications. This speed is maintained with stability and precision.
Q: Why is the rotational inertia of 0.118 kg·m² significant for 2AD134D-B35LC1-CS06-D2V2?
A: The low rotational inertia reduces energy consumption and improves response times, making the motor ideal for precision control applications.
