M093-LS07C2006
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The M093-LS07C2006 is a precise stepping motor from Danaher's Slo-Syn Stepping Motors series, designed with a minimum holding torque of 450 oz-in (318 Ncm). It features a C200 encoder option with dual channel quadrature output and operates at a supply voltage of 5 VDC. The motor supports slew speeds up to 15,000 rpm.
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Product Description:
The Danaher’s M093-LS07C2006 from Slo-Syn Stepping Motors range delivers a frequency modulation of approximately ±0.5% max at 50 kHz (1% max with complementary outputs), securing stable timing in high-speed circuits. It achieves a frequency accuracy of 3.0 arc minutes max (zero runout) to ensure precise angular positioning. The unit offers a bearing life of L10 = 2 billion revolutions for a long-term reliability in continuous motion applications. The motor’s weight is 7.8 lbs. (approximately 3.5 kg) which provides the necessary mass for consistent performance.
It sustains a maximum shaft load of 9.0 lbs. (approximately 4.1 kg) and enable it to handle demanding mechanical forces. The module exhibits a minimum residual torque of 25 oz-in (approximately 11 Ncm) which preserves minimal drag during low-load conditions. It offers encoder options available with 200, 400, or 500 lines per revolution and uses a C200 option; thus, guarantees optimal resolution in feedback systems. The device operates on a supply voltage of 5 VDC that facilitates easy integration into standard control setups. The module accelerates up to 100,000 rad/sec² to deliver rapid motion onset for dynamic applications.
This Stepper motor is designated as SLO-SYN DC STEP MOTORS (DC 43 series) which confirms its adherence to established design standards. This module delivers a minimum holding torque of 450 oz-in (approximately 318 Ncm) for a guaranteed strong static performance. It presents a rotor inertia of 0.0265 oz-in-s² (approximately 1.87 kg-cm²) and supports smooth acceleration and deceleration. The M093-LS07C2006 also features a rated current of 2.2 A and provides a dual channel quadrature output with a minimum edge separation of 45, allowing clear signal transitions. The model offers a frequency response of up to 100 kHz, guaranteeing high-speed signal processing.
Frequently Asked Questions about M093-LS07C2006:
Q: How does the part M093-LS07C2006 maintain its frequency modulation performance?
A: It delivers approximately ±0.5% modulation at 50 kHz which stabilizes signal timing. It ensures consistent performance in high-speed applications.
Q: What advantage does a maximum shaft load of 9.0 lb offer the M093-LS07C2006?
A: The shaft load allows the motor to handle significant mechanical stress which improves its load-bearing capacity. It maintains structural integrity during high-load operations.
Q: How does the motor weight influence the M093-LS07C2006’s performance?
A: The weight of 7.8 lb provides stability during rapid movements which enhances consistent drive behavior. It supports robust mechanical performance under load.
Q: How does a minimum residual torque benefit the M093-LS07C2006?
A: It minimizes drag during low-load conditions which optimizes efficiency. Torque of 25 oz-in allows smooth and controlled motion under minimal force.
Q: How do the encoder options with a C200 configuration enhance the M093-LS07C2006?
A: The options include selectable resolution with 200, 400, or 500 lines per revolution which improves feedback accuracy, thus enables tailored integration for various control systems.
