2AD160C-B35LB3-BS03-D3V1

MPN: R911278191

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The Bosch Rexroth Indramat 2AD160C-B35LB3-BS03-D3V1 motor belongs to the 2AD 3-Phase Induction Motors series and features a blower-cooled design (Type B35). It delivers a rated power of 11 kW and operates at a rated speed of 1500 rpm. The motor is flange/foot mounted and has an IP65 enclosure with a resolver for position feedback.

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Product Description:

The 2AD160C-B35LB3-BS03-D3V1 3-Phase Induction Motor is designed by Bosch Rexroth Indramat for demanding industrial applications. The motor provides efficient operation under extended load cycles. The construction supports efficient conversion of electrical energy into mechanical output. It operates at a nominal current of 90 Aeff. The current rating allows stable delivery of torque during continuous load conditions.

The 2AD160C-B35LB3-BS03-D3V1 motor has rated voltage value of 299 Veff. The defined voltage ensures compatibility with medium-range industrial supply networks. The thermal time constant is 65 minutes. The extended constant provides steady thermal behavior under fluctuating loads which delays overheating during duty cycles. The total mass of the motor equals to 240 kg. The mass contributes to structural rigidity which ensures vibration resistance and stable mounting. The insulation classification complies with DIN VDE 0530 Teil 1, class F. The insulation grade supports elevated operating temperatures while safeguarding winding longevity. The motor integrates high-resolution motor feedback which guarantees positional accuracy for coordinated control within automation systems. The side B shaft end is designed for encoder mounting. The encoder interface accommodates both incremental and absolute sensors which supports flexible feedback options. The encoder-ready shaft configuration increases adaptability in multi-axis control environments. It combines electrical precision and mechanical reinforcement for dependable industrial use.

The 2AD160C-B35LB3-BS03-D3V1 induction motor includes an output shaft with a full key balanced design which reduces vibration and secures consistent torque transfer to connected drive elements. The output shaft has a sealing ring. The sealing ring prevents dust and fluid penetration which provides protection of internal mechanical assemblies. The configuration comes with no holding brake. The brake-free structure suits applications with external braking arrangements. The configuration enables consistent performance in automated production environments.

Enclosure
IP65 (Fully Enclosed, Fan Cooled)
Holding brake
without
Insulation classification DIN VDE 0530 Teil 1
F
Mass
240 kg
Motor feedback
high-resolution motor feedback
Nominal current
90 Aeff
Nominal voltage
299 Veff
Output shaft
with whole key balanced, with shaft sealing ring
Rotor moment of inertia
0,229 kgm2
side B shaft end
with (for mounted encoder, incremental, absolute)
Thermal time constant
65 min
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Frequently Asked Questions about 2AD160C-B35LB3-BS03-D3V1:

Q: How is the 2AD160C-B35LB3-BS03-D3V1 motor suited for automation tasks?

A: The motor integrates high-resolution feedback, enabling precise positional control in coordinated multi-axis environments. This enhances its adaptability for robotic and CNC-based automation.

Q: What safeguards are included in the 2AD160C-B35LB3-BS03-D3V1 induction motor?

A: The motor includes a sealing ring on the output shaft to prevent dust and fluid ingress. This design safeguards internal assemblies from premature wear.

Q: How does the rotor inertia of the 2AD160C-B35LB3-BS03-D3V1 improve performance?

A: The 0.229 kgm² inertia supports smooth acceleration and deceleration during load transitions. This ensures balanced torque delivery and responsive speed changes in operation.

Q: What integration flexibility does the 2AD160C-B35LB3-BS03-D3V1 motor offer?

A: The shaft end supports encoder mounting for both incremental and absolute sensors. This compatibility provides flexibility for system engineers configuring motion control systems.

Q: How does the 2AD160C-B35LB3-BS03-D3V1 handle extended operation under heat?

A: The motor features a thermal time constant of 65 minutes, allowing steady performance under fluctuating loads. This delay in overheating extends its operational life.


Internal Product Review

  • ‘‘The 2AD160C-B35LB3-BS03-D3V1 induction motor is built for industrial precision, ensuring stable operation during demanding load cycles. Its structural mass supports vibration resistance, enhancing reliability in automated setups. High-resolution feedback ensures accurate control for production systems. The motor maintains dependable performance with a thermal time constant of 65 minutes.’’

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