Press Release Summary:
Utilizing magnetic force generated by energized coil providing engagement of input and output members of clutch, CSZ clutches provide efficient connection between motor andÂ load with low inertia, minimal drag, and zero backlash. Integrated bearing design facilitates and accelerates mounting while ensuring application concentricity and optimal system runout. Operating from +14 to +104Â°F, corrosion-resistant products are available inÂ 10–15 mm bores with brake torques from 1.77–7.376 lb-ft.
Original Press Release:
CSZ Electromagnetic Actuated Clutches from Miki Pulley Have Zero-Backlash Design
Plymouth, Minnesota: Miki Pulley is introducing its CSZ Electromagnetic Actuated Clutches for direct sale to OEM’s in North America.
These CSZ Clutches have zero-backlash design. They function utilizing the magnetic force generated by the energized coil providing engagement of input and output members of the clutch. They provide an efficient connection between a motor and a load with low inertia, minimal drag and zero backlash.
Miki Pulley CSZ Clutches feature an integrated bearing design making mounting fast and easy while ensuring application concentricity and excellent system runout. CSZ Clutches operate well in temperatures from +14°F to +104° (-10°C to +40°C).
Available in bores ranging from 10mm to 15mm, with brake torques ranging from 1.77 ft. lbs. to 7.376 ft. lbs. (2.4 Nm – 10 Nm). The CSZ utilizes corrosion resistant materials, and is RoHS compliant like all other Miki products.
“Miki Pulley’s CSZ Clutches are a great choice for high performance printing, paper processing, packaging, food processing and textile manufacturing systems,” reports Jon Davidson, Miki Pulley sales specialist. “They are proven performers in system applications around the world.”
For more information about Miki Pulley CSZ Clutches, call Jon Davidson at 1-800-533-1731. Email: firstname.lastname@example.org The Miki Pulley US Sales Office is located at Zero-Max, 13200 Sixth Avenue North, Plymouth, Minnesota 55441-5509. Fax: 763-546-8260.