SE-B3.095.030-10.150 Bosch Rexroth Indramat
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The Bosch Rexroth Indramat SE-B3.095.030-10.150 is part of the SE Synchronous Servo Motors series and features a nominal speed of 3000 rpm with a static torque of 11.6 Nm. The motor offers a peak current of 63 Amps, a thermal time constant of 35 minutes, and a torque constant of 1.10 Nm per Amp. It has a winding resistance of 1.68 Ohm and uses the IM B5 mounting type.
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Product Description:
The SE-B3.095.030-10.150 is a permanent-magnet synchronous servo motor manufactured by Bosch Rexroth Indramat as part of the SE Synchronous Servo Motors series. Designed for dynamic axes in assembly robots, pick-and-place units, and tooling spindles, the motor converts electrical power from a matched drive into controlled rotary motion. Its flange follows the IM B5 mounting pattern, so the housing seats against a machined face while the shaft protrudes for direct coupling. When integrated with the vendor’s digital drive controllers, it provides accurate position, speed, and torque regulation required by automated production equipment.
The motor reaches a 3000 rpm nominal speed while delivering a 11.6 Nm static torque at the shaft; this combination supports steady travel or holding loads without overheating. During acceleration and load peaks, the inverter may command up to 63 A of phase current, but continuous operation at a 10.5 A standstill rating keeps copper temperature within limits. A stator inductance of 18 mH filters switching edges from the drive, allowing smooth current regulation and low ripple torque. The 10.8 ms electrical time constant shows how quickly winding current rises, so velocity loops can be tuned for rapid response. The motor does not include a shaft keyway or mating connector, so the coupling hub and cable set must be selected separately.
The rotor stores 2.07 × 10⁻³ kg·m² of kinetic energy, limiting overshoot when direction changes are frequent. Heat builds slowly because the frame exhibits a 35 min thermal time constant, permitting short overloads before external cooling is required. Electromechanical efficiency is reflected in the 1.10 Nm/A torque constant that links drive current to output torque, and the generated back EMF follows the 118 V/1000 rpm voltage constant used by the drive for real-time field-oriented control. With a peak torque capability of 18.4 Nm when paired with the Sm 10/20 resolver system, the motor suits mid-range positioning axes in packaging and material-handling equipment.
