2AD164C-B35OC1-ES0D-D2N1
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MPN: R911293923
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The 2AD164C-B35OC1-ES0D-D2N1 synchronous servo motor features a frame size of 164 mm, a nominal output power of 11.5 kW, a rated torque of 60 Nm, and a resolver-based feedback system. Part of the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat, it operates at a rated speed of 3000 RPM.
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Product Description:
The 2AD164C-B35OC1-ES0D-D2N1 Motor from Bosch Rexroth Indramat has a compact frame size of 164. Its speeds can reach up to 6000 rpm and it is equipped with a 2500 pulse incremental sensor for accurate motion feedback. It ensures reliable speed control and responsive acceleration in automation applications with its rotor inertia of 0.229 kg·m².
The 2AD164C-B35OC1-ES0D-D2N1 motor can steadily deliver 240 Nm rotational force during continuous operation without overheating or wearing out. This module electrical hookup is positioned on the upper portion which influences cable routing and installation clearance. It is designed to work properly only if the environment remains between freezing point and about a warm room temperature. Its path of the electrical connector is oriented toward a defined side of the motor casing. Its permissible level of mechanical shaking during operation is defined by vibration tolerance class of R. It can provide roughly 31 kW of steady out which is comparable to the power of a medium sized automobile engine. It can be fastened using either a circular faceplate with bolt holes or by anchoring it with feet on the housing. The motor comes with no protruding shaft on its rear side. It is kept from overheating by a blower that runs off a 400 volt line and drives air along the axis of the machine.
This 2AD164C-B35OC1-ES0D-D2N1 motor coil winding insulation is rated to withstand relatively high operating temperatures up to about 55 °C effectively. It employs common rolling element bearings which are sufficient for normal industrial usage. Its rotating shaft is precision balanced and uses a complete key slot for secure torque transmission. The motor has no braking device to lock the shaft when power is cut.
Frequently Asked Questions about 2AD164C-B35OC1-ES0D-D2N1:
Q: How does the 2AD164C-B35OC1-ES0D-D2N1 motor handle heat during continuous operation?
A: It uses an axial blower that directs airflow along the housing, ensuring efficient cooling. This allows the motor to maintain performance even under heavy load cycles.
Q: Why is shaft balancing important in this motor?
A: Balanced shafts reduce vibration and extend bearing life. This directly improves accuracy and reliability in precision-driven machines like CNC tools or packaging systems.
Q: How does a 2500-pulse incremental encoder benefit motion control?
A: It enables fine resolution of speed and position changes for responsive control. However, absolute position after power loss requires a homing cycle.
Q: Does the 2AD164C-B35OC1-ES0D-D2N1 motor support dual-end shaft use?
A: No, it lacks a secondary shaft extension on the rear side. This simplifies installation but limits connection options to a single driven load.
Q: How does vibration grade R affect the motor’s suitability for applications?
A: It ensures the unit tolerates industrial-level vibrations without precision loss. This is especially useful in environments with frequent mechanical shocks.
