2AD134D-B35LCE-CS38-D2N1
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MPN: R911290445
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The Bosch Rexroth Indramat 2AD134D-B35LCE-CS38-D2N1 is part of the 2AD 3-Phase Induction Motors series and is an AC servo motor. It has a flange mount design, a cooling system utilizing a blower, and a resolver feedback system. Offering 5.5 kW rated power, its nominal speed is 3000 RPM with a protection class of IP65.
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Product Description:
The 2AD134D-B35LCE-CS38-D2N1 is an induction motor manufactured by Bosch Rexroth. It features foot as well as flange installation as per B35 construction type. The nominal operating voltage of the motor is 387 V. The motor has a radial blower cooling mode from B to A. The blower is positioned on the left side of the unit. It is equipped with digital servo feedback for motor control.
The power connector of the 2AD134D-B35LCE-CS38-D2N1 motor is located on side C of the housing. The power connection orientation is on the left side. The shaft of the motor is balanced with a key for continuous and stable power delivery. The side B shaft end is not present in this model. The nominal current draw of the motor is 52 A. The holding brake is electrically released and extra heavy-duty. Its base speed is defined at 1500 rpm under standard load. The sound pressure level of 2AD134D-B35LCE-CS38-D2N1 induction motor is rated at 75 dB(A) at 1 meter. The PWM frequency during this measurement was set to 4 kHz. The nominal torque output of this motor is 166 Nm. The nominal power capacity of the induction motor is 26.0 kW. Standard bearings are used to support the rotating components. The vibration severity grade is R, which refers to Grade 1. Balance class is also categorized as R for precise operation.
The total mass of the 2AD134D-B35LCE-CS38-D2N1 induction motor without the brake is 135 kg. The thermal time constant is 55 minutes of operation. The ambient temperature range is limited from 0 to 45 ℃. The insulation is rated under Class F thermal classification. The motor has a peak speed capability of 7500 rpm. The rotor inertia of the motor is 0.118 kgm2. It delivers consistent torque across a wide speed range.
Frequently Asked Questions about 2AD134D-B35LCE-CS38-D2N1:
Q: How does the keyed shaft design benefit the 2AD134D-B35LCE-CS38-D2N1 motor?
A: The keyed shaft ensures secure torque transmission under load conditions. It reduces slippage and enhances stability during high-speed operations.
Q: Why is the rotor inertia of 0.118 kgm2 important in the 2AD134D-B35LCE-CS38-D2N1 motor?
A: Lower rotor inertia enables quicker acceleration and deceleration. This improves dynamic response in high-speed automation systems.
Q: Why is a radial blower cooling mode used in the 2AD134D-B35LCE-CS38-D2N1 motor?
A: Radial blower cooling enhances heat dissipation and ensures consistent thermal performance. It is especially effective in applications with continuous load cycles.
Q: How does the servo feedback enhance control in the 2AD134D-B35LCE-CS38-D2N1 motor?
A: Servo feedback allows precise motor position and speed control. It improves automation accuracy in advanced industrial systems.
Q: What is the advantage of using Class F insulation in this motor?
A: Class F insulation offers higher thermal resistance. It supports safe motor function in environments with elevated temperatures.
