Moline Bearing 19751212 2 3/4" M3000 Even-Lok Spherical Roller Bearings, Non-Expansion, Wide Slot Take-Up

# Take-Up Bearing Units The **Moline Bearing 19751212** is a high-performance **2 3/4" M3000 Even-Lok Spherical Roller Bearing** designed specifically for non-expansion applications. This robust bearing unit is engineered to deliver exceptional reliability and efficiency in mechanical power transmission systems, making it an ideal choice for various industrial applications. ## Key Features • **Size:** 2 3/4" inner diameter, ensuring compatibility with standard shaft sizes. • **Design:** Even-Lok design provides a secure fit and ease of installation, minimizing downtime during maintenance. • **Type:** Spherical roller bearing configuration allows for misalignment, accommodating shaft deflections and ensuring smooth operation. • **Construction:** High-quality materials and precision engineering enhance load-carrying capacity and durability in demanding environments. • **Wide Slot Take-Up:** Facilitates easy adjustment for belt tensioning, ensuring optimal performance and longevity of the bearing unit. ## Applications • **Industrial Machinery:** Perfect for use in conveyor systems, pumps, and other rotating equipment where reliable performance is critical. • **Compatibility:** Designed to fit seamlessly with existing Moline Bearing systems and other standard mechanical power transmission components. • **Operational Suitability:** Ideal for applications requiring stable operation under varying load conditions and potential misalignment. ## Benefits • **Enhanced Performance:** The spherical design allows for better load distribution and reduced stress on the bearing, leading to extended service life. • **Reliability:** Built with Moline Bearing’s commitment to quality, this unit ensures consistent operation and minimizes the risk of failure. • **Ease of Maintenance:** The non-expansion feature simplifies installation and adjustment, reducing maintenance time and costs. --- *Product information compiled with AI assistance for reference purposes.*