M112-FF-206
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The Danaher M112-FF-206 is part of the Slo-Syn Stepping Motors series and features a bipolar step motor with 4 connections. It operates at 3.0 VDC and has a step angle of 1.8per step. Sealed against liquids and dust, this motor supports hazardous duty with a temperature limit of 100C.
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Product Description:
Danaher top-rated Slo-Syn Stepping Motors product line added a M112-FF-206 primo module which is a bipolar 4 connection step motor with controlled bidirectional. It operates at a stable power supply of 3.0 VDC and a peak current (highest possible current) of 6.0 A. These features produce high torque under heavy-duty industrial conditions. Moreover, it reduces power loss and thus improves the efficiency when current flows with an electrical resistance of 0.49 ohms.
With 8.8 mH inductance, the drive’s current transitions are smooth for rapid stepping actions. The standardized mounting interface of the square flange (SQ) further simplifies integration of the grating into mechanical assemblies. Fine incremental movement is provided by the 1.8 per step angle that allows fine detailed positioning. Thermal stress rotations, which extend operational reliability, are presented to maintain component integrity at up to 100C for the maximum case temperature. The magnetic fields resulting from the bipolar motor windings are balanced and support uniform motor operation.
The stepper motor M112-FF-206 operates with a typical step accuracy of ±5% which supports consistent motion control. It is sealed against the ingress of liquids and dust which enhances reliability in harsh environments. The robust frame design for hazardous duty applications ensures structural durability which supports operation under extreme conditions. The series complies with industry certifications such as UL Class 1, Division 1 and ISO which assures standardized safety and quality. Additional characteristics include a holding torque of 1.2 Nm that secures static positioning which prevents unwanted motion. With a shaft diameter of 12 mm, the module provides a secure mechanical coupling which minimizes slippage.
Frequently Asked Questions about M112-FF-206:
Q: How does the voltage in M112-FF-206 benefit its operation?
A: The 3.0 VDC provides a stable power source during operation. It ensures consistent performance under varying load conditions.
Q: How does the bipolar step motor design in M112-FF-206 enhance its performance?
A: The design delivers controlled bidirectional movement with high precision. It improves overall motor stability during rapid cycles.
Q: What is the peak current specification for M112-FF-206 and how it impacts on function?
A: The 6.0 A supports high torque generation during demanding tasks. It enables the motor to perform under peak load conditions.
Q: How does the 0.49-ohm electrical resistance in M112-FF-206 improve efficiency?
A: This electrical resistance minimizes energy losses during current flow. It also maintains that power is effectively used for motion control.
Q: How does the maximum case temperature of 100C in M112-FF-206 ensure reliability?
A: This 100C temperature maintains component integrity during thermal stress. It supports continuous operation in high-temperature environments.
