2AD160C-B35LB1-BS03-B2V1
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MPN: R911245806
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The 2AD160C-B35LB1-BS03-B2V1 is an AC servo motor with a power rating of 22 kW and a rated torque of 140 Nm. Manufactured by Bosch Rexroth Indramat, it belongs to the 2AD 3-Phase Induction Motors series and operates at a rated speed of 1500 rpm. This motor features blower cooling and an IP65 enclosure.
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Product Description:
The Bosch Rexroth Indramat produced the KDA 3.1-100-3-A00-W1 Spindle Drive. It is designed for precise control of spindle motors in industrial automation systems. The drive is suitable for use in environments with ambient temperatures ranging from 0 to 40°C for reliable operation in various industrial settings.
The KDA 3.1-100-3-A00-W1 spindle drive does not feature an auxiliary encoder input to simplify integration for applications where external feedback is unnecessary. The rated current for this drive is 100 A, which offers substantial power handling capabilities for demanding spindle applications. This drive is cooled by a forced airflow generated by a heatsink blower. The heatsink blower operates on a 220 VAC power supply for the effective cooling of the motor system. The system design is labeled as "Design 1," indicating its configuration is optimized for reliability and performance in standard environments. The KDA 3.1-100-3-A00-W1 spindle drive features an analog input that receives a ±10V speed signal for fine control of the motor operating speed. The motor does not include an auxiliary encoder input, meaning it relies on the internal control loop without requiring external encoder feedback. A DC bus voltage of 300 V powers the system for supporting broad applications in industrial environments.
The KDA 3.1-100-3-A00-W1 spindle drive can handle non-condensing humidity up to 95 percent for use in humid areas. It is built in accordance with vibration and shock resistance standards for stable operation in areas where heavy machinery causes constant vibration. The KDA spindle drive works at altitudes up to 1000 meters for use in highly elevated locations. Its compact design, combined with high efficiency and reliable cooling, ensures it remains an excellent choice for spindle motor control in various industrial applications.
Frequently Asked Questions about 2AD160C-B35LB1-BS03-B2V1:
Q: What torque stability does 2AD160C-B35LB1-BS03-B2V1 induction motor provide?
A: The 2AD160C-B35LB1-BS03-B2V1 induction motor delivers 236 Nm nominal torque using a 90 A current. This supports high-load applications requiring steady torque under full duty.
Q: What governs thermal response in 2AD160C-B35LB1-BS03-B2V1 induction motor?
A: A 65-minute thermal time constant in the 2AD160C-B35LB1-BS03-B2V1 induction motor ensures gradual temperature rise. This benefits applications with sustained mechanical or thermal demand.
Q: How does braking performance work in 2AD160C-B35LB1-BS03-B2V1 induction motor?
A: The 2AD160C-B35LB1-BS03-B2V1 induction motor includes a 70 Nm brake with 24 V ±10% input. This setup provides reliable holding force during power-off conditions or static load holding.
Q: What speed control range is offered by 2AD160C-B35LB1-BS03-B2V1 induction motor?
A: The 2AD160C-B35LB1-BS03-B2V1 induction motor supports speeds from 1500 to 6000 rpm. This accommodates a broad range of automation systems requiring variable motion profiles.
Q: What impact does added inertia have in 2AD160C-B35LB1-BS03-B2V1 induction motor?
A: Brake-added inertia of 0.0065 kg•m² in the 2AD160C-B35LB1-BS03-B2V1 induction motor must be considered during drive tuning. This affects deceleration rates and dynamic system feedback.
