M061-LE-532E
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The M061-LE-532E is a lightweight Slo-Syn stepping motor with a mechanical weight ranging from 2.1 to 6 ounces. Manufactured by Danaher, part of the Slo-Syn Stepping Motors series, it offers up to 100 kHz frequency response and operates in temperatures from –10 C to +80 C. It supports bore sizes of 0.250 or 0.375 inches.
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Product Description:
M061-LE-532E is a stepping motor module from Danaher’s Slo‑Syn Stepping Motors series. The drive’s mechanical weight is approximately 2.1 ounces for the light version or up to 6 ounces, which minimizes structural load on your design. Its moment of inertia is 2.6 x 10⁻⁴ oz‑in‑sec² max with an alternate value of 5.0 x 10⁻⁴ oz‑in‑sec², enabling rapid stepping for agile control. The bearing life is rated at L10 = 2 billion revolutions, guaranteeing long-term, maintenance‑free operation. The acceleration capability is up to 100,000 rad/sec² and allows very fast dynamic response.
Bore size options are available at 0.250 in. or 0.375 in., letting you match the motor to your shaft. High-speed operation is possible when Slew speed reaches a maximum of 15,000 rpm (or 7,000 rpm in an alternative arrangement). The strain relief withstands a 10 lbs. pull on cable or wire bundle, securing wiring against mechanical stress. Mounting holes use 2 x #4‑40 bolts on a 1.812″ diameter bolt circle with 180 spacing, ensuring reliable mechanical mounting. Perpendicularity is maintained within 0.005 in. TIR (shaft‑to‑mount), which guarantees proper alignment. Shaft endplay is controlled between –0.010 in. and –0.060 in., minimizing axial movement.
The stepper motor M061-LE-532E requires a shaft diameter of 0.2495/0.2500 in. for a 0.250″ bore and 0.3745/0.3750 in. for a 0.375″ bore, ensuring accurate mechanical coupling. The minimum useable shaft length is 0.56 in., with a required minimum of 0.70 in., which secures proper engagement. Encoder cycles per revolution are offered in options of 200, 400, 500, or 1250. 5 VDC is the supply voltage, which makes digital integration easier. The output format is dual channel quadrature with 45 edge separation, with differential line drivers (which can sink 20 mA) and TTL square wave (which can sink 10 mA) as choices for flexible interfacing. To ensure strong endurance under stress, the module is tested to endure 5g continuous vibration in demanding situations.
Frequently Asked Questions about M061-LE-532E:
Q: How does the bearing life rating improve the reliability of M061-LE-532E?
A: It is rated at L10 = 2 billion revolutions, guaranteeing extended operational life. It minimizes the need for frequent maintenance or replacements.
Q: What advantage does the strain relief rating offer in M061-LE-532E?
A: It withstands a 10 lb. pull on the cable or wire bundle, securing connections under stress. It prevents damage from accidental pulls during operation.
Q: How does the acceleration capability of M061-LE-532E enhance performance?
A: It accelerates up to 100,000 rad/sec², enabling rapid speed changes. It supports high-dynamic industrial tasks efficiently.
Q: How do the mounting holes in M061-LE-532E contribute to its installation?
A: The mounting holes use 2 x #4‑40 bolts on a 1.812″ diameter bolt circle with 180spacing, ensuring secure attachment.
Q: How do the supply voltage and output format specifications affect M061-LE-532E’s integration?
A: It operates on 5 VDC and outputs dual channel quadrature with 45edge separation, with TTL or differential options. It allows seamless connectivity with digital control systems in various industrial applications.
