KMT091F05
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The KMT091F05 stepping motor operates at a voltage of 3.0 VDC, with a nominal current of 2.7 A, a resistance of 1.1 Ω, and uses a 4-connection type. As part of the Slo-Syn Stepping Motors series by Danaher, it features an inductance of 11 mH and belongs to the renowned SLO-SYN® DC STEP MOTORS family.
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Product Description:
The Danaher KMT091F05 belongs to the SLO-SYN® line of DC step motors, which delivers dependable performance in multiple industrial applications.
Running at 3.0 VDC power, this motor requires 2.7 A as its normal operating current before achieving a peak level of around 3.0 A. With 1.1-ohm winding and 11-mH inductance, it makes this model an ideal part for systems requiring low voltage thermal power. This model uses four connections and belongs to the NEMA 34 series as the standard mechanical pattern to simplify system integration. The stepper motor moves 1.8 degrees at each step for a total of 200 steps during each rotation, which produces precise and reliable results. The KMT091F05 creates a holding torque of 1.27 Nm (180 oz-in) that stops position drift in static or delicate setups without continuous electrical current. The motor maintains stable performance with 0.012 kg·m² rotor inertia during acceleration and deceleration operations.
When turned off, the power controller naturally resists motor movement because the detent torque stands at 0.063 Nm (9 oz-in). The motor sustains steady loads of up to 220 N (49.5 lbs) right at 1 cm from its base, ensuring reliable performance in systems under normal mechanical stress. The 2.7 kg motor includes Class B insulation that permits a 130 ° Celsius peak running temperature during normal duty cycles. The KMT091F05 is a reliable tool for difficult industrial motion control applications because of its excellent torque stability. It can be purchased at Wake Industrial with a one-year warranty.
Frequently Asked Questions about KMT091F05:
Q: What is the step angle of the KMT091F05 step motor?
A: The KMT091F05 has a 1.8° step angle, delivering 200 full steps per revolution for consistent and precise incremental motion.
Q: What is the holding torque capability of the KMT091F05?
A: The KMT091F05 offers 1.27 Nm (180 oz-in) of holding torque, ensuring stable positioning even without continuous current.
Q: What mounting standard does the KMT091F05 follow?
A: The KMT091F05 is designed with a NEMA 34 frame size, making it easy to integrate into standardized mechanical systems.
Q: What electrical input does the KMT091F05 require?
A: The KMT091F05 operates at 3.0 VDC and draws 2.7 A of current under normal load, with a peak current capacity of approximately 3.0 A.
Q: What thermal and insulation properties does the KMT091F05 have?
A: The KMT091F05 features Class B insulation and is rated for peak temperatures up to 130°C, ensuring reliable performance during extended duty cycles.
