KML092F-120
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The KML092F-120 stepping motor offers a maximum slew speed of 15,000 rpm for the light version, an acceleration of up to 100,000 rad/sec², and a supply voltage of 5 VDC. Part of the Slo-Syn Stepping Motors series by Danaher, it features dual channel quadrature output and operates in a temperature range of –10°C to +80°C.
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Product Description:
The KML092F-120 is a Stepping motor produced by Danaher that is designed for applications that necessitate precise linear or rotary motion control. The motor was designed to support positioning systems used in automation platforms, CNC machines, and robots. The KML092F stepping motor has been developed by Danaher to facilitate fixed installations in mechanical assemblies by providing a durable casing and mounting features.
The KML092F-120 stepping motor is capable of operating at a voltage of 1.74 VDC and a current rating of 5.5 amps. Accurate incremental motion is facilitated by the motor's 200 steps per revolution. It is impedance shielded, providing internal protection against overheating. The bipolar stepper motor is identified by the four color-coded leads that are included in the circuitry. The motor is configured for linear actuation, as evidenced by the leadscrew that is affixed to the shaft. This arrangement is suitable for applications that need translational motion. Metallic mounting flanges are built into the casing to give structural stability. Two mounting apertures on the flanges are visible, allowing the motor to be secured with bolts. The rear end cover is black and encloses the back section, which may contain encoders or electronics. The motor is appropriate for industrial automation equipment that is designed for automated operation.
The KML092F-120 stepping motor has a shaft structure and an integrated leadscrew that are employed for linear positioning. The rear housing has the capacity to incorporate supplementary components. The KML stepping motor is compatible with systems that necessitate consistent response under load and precise incremental control. The motion parameters used in automated assemblies correspond with the general specification. The KML092F stepping motor is intended for machines that require consistent shaft translation and fixed motor location.
Frequently Asked Questions about KML092F-120:
Q: Why does KML092F-120 have four motor wires?
A: KML092F-120 has four wires that define a bipolar stepper configuration. This setup provides accurate motion and efficient current distribution.
Q: Does KML092F-120 support linear motion applications?
A: KML092F-120 includes an integrated leadscrew shaft that converts rotational movement into linear displacement. It is used in positioning systems.
Q: Why is KML092F-120 impedance protected internally?
A: Impedance protection in KML092F-120 prevents damage from overheating. It maintains internal thermal stability during prolonged or stalled operations.
Q: How does KML092F-120 maintain precise step accuracy?
A: KML092F-120 uses 200 steps per revolution to offer fine resolution. Each step ensures uniform angular movement for controlled actuation.
Q: Why does KML092F-120 operate at 1.74 VDC?
A: The low voltage in KML092F-120 minimizes power consumption and heat generation. It improves compatibility with low-voltage stepper drivers.
