KML092F13 Danaher
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The KML092F13 stepping motor offers a motor resistance of 0.27 ohms, a motor inductance of 2.9 mH, a frame size of NEMA 34, and a rated current setting of 6.0 amps. Manufactured by Danaher as part of the Slo-Syn Stepping Motors, it features a maximum current of 4.5 amps for optimal performance.
Internal Product Review
The 2.9 mH inductance on the KML092F13 synchronous motor smooths out current variations, preventing jitter in fast-switching operations. Paired with a 1.50 A standstill draw and 7-lead wiring, it’s a smart pick for stable hold positioning and versatile drive setups where responsiveness and control are non-negotiable.
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Product Description:
With a motor resistance of 0.27 ohms, KML092F13 drive from Danaher’s Slo-Syn Stepping Motors series helps reduce the voltage drop across windings for stable performance under load. The electrical damping is improved by 2.9 mH motor inductance and allows smoother step transitions in rapid movement systems. It is suitable for demanding advanced applications such as high speed packaging machinery. The rated current setting on compatible ss2000d3i/d6i drives is 6.0 A to allow the motor to run at high torque without overheating.
The standstill power supply current of 1.50 A ensures minimal energy draw when idle and further lower operating costs in precision-controlled systems. With a maximum power supply current of 4.00 A in the same drive setup, the device supports sudden acceleration bursts without causing current spikes. The motor’s wiring configuration of 7 leads used in tandem ensures greater connection flexibility in bipolar or unipolar drive modes. A 2.0 A current setting for the ss2000md7 gives the user fine control over motion when torque needs to be limited during light-load cycles. The maximum current of 4.5 A on the same drive enables full torque utilization when required in high-force applications.
The frame size listed as NEMA 34 provides standardization for mounting, allowing compatibility across a wide range of industrial setups. Belonging to the KML Series, this stepper motor is built to maintain consistency with existing motor configurations and expected motion profiles in this product range. An external data point of KML092F13 confirms that the detent torque is rated at 0.4 Nm that also contributes to accurate position holding when the system is de-energized. A verified datasheet update also notes a step angle of 1.8°, giving the component fine motion resolution, critical for CNC or automated precision toolpaths.
