Take-up Bearing Covers

To enclose sliding bearing assemblies, tensioning shafts, and exposed rotating components.

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Durable molded covers protect sliding take-up bearings and moving shafts from contact, entanglement, and debris exposure.

Take-up bearing covers  are protective safety enclosures designed to shield workers from exposed rotating shafts, pinch points, and moving components within conveyor take-up assemblies. Built from durable steel or high-strength polymer, these covers fully guard the bearing housing, shaft ends, and adjustment mechanisms to prevent accidental contact and reduce contamination. Ideal for bulk-handling, packaging, and manufacturing environments, take-up bearing guards help facilities comply with OSHA 1910.212 and 1910.219 machine-guarding requirements—enhancing operator safety, reducing maintenance hazards, and supporting cleaner, more reliable conveyor operation.

User-Friendly Design 

  • Fully enclosed guard prevents accidental contact with rotating take-up shafts and tensioning hardware.
  • Smooth, snag-free molded surfaces eliminate sharp edges and reduce catching hazards near walkways and work zones.
  • Lightweight polymer or sheet-metal construction simplifies installation and reduces maintenance time.
  • Optional quick-access inspection window provides visual access to bearing condition, lubrication points, and alignment marks.

Flexible Mounting Options

  • Designed to fit common take-up bearing styles, including top-mount, center-pull, side-mount, and wide-slot tensioning frames.
  • Available in one-piece deep-well designs or hinged/split two-piece covers for installations where the shaft cannot be disconnected.
  • Adjustable mounting brackets accommodate variations in take-up travel distance, shaft length, and bearing block size.
  • Compatible with both metric and inch bearing housings used across conveyor and drive-unit manufacturers.

Seamless System Integration

  • Works with PowerSafe’s full line of power-transmission and conveyor safety guards—idler guards, belt guards, shaft covers, and coupling shields.
  • Helps facilities comply with OSHA 1910.219 mechanical power-transmission guarding requirements by enclosing exposed rotating elements along tensioning assemblies.
  • Ventilated cover options maintain appropriate airflow around the bearing housing to support uptime and prevent overheating.
  • Easily incorporated into machine guarding frameworks, t-slot extrusion structures, and factory perimeter guard builds.

Contact us with questions or to order

Contact for Pricing
SALE

Take-up Bearing Covers

To enclose sliding bearing assemblies, tensioning shafts, and exposed rotating components.

Contact for Pricing

Durable molded covers protect sliding take-up bearings and moving shafts from contact, entanglement, and debris exposure.

Take-up bearing covers  are protective safety enclosures designed to shield workers from exposed rotating shafts, pinch points, and moving components within conveyor take-up assemblies. Built from durable steel or high-strength polymer, these covers fully guard the bearing housing, shaft ends, and adjustment mechanisms to prevent accidental contact and reduce contamination. Ideal for bulk-handling, packaging, and manufacturing environments, take-up bearing guards help facilities comply with OSHA 1910.212 and 1910.219 machine-guarding requirements—enhancing operator safety, reducing maintenance hazards, and supporting cleaner, more reliable conveyor operation.

User-Friendly Design 

  • Fully enclosed guard prevents accidental contact with rotating take-up shafts and tensioning hardware.
  • Smooth, snag-free molded surfaces eliminate sharp edges and reduce catching hazards near walkways and work zones.
  • Lightweight polymer or sheet-metal construction simplifies installation and reduces maintenance time.
  • Optional quick-access inspection window provides visual access to bearing condition, lubrication points, and alignment marks.

Flexible Mounting Options

  • Designed to fit common take-up bearing styles, including top-mount, center-pull, side-mount, and wide-slot tensioning frames.
  • Available in one-piece deep-well designs or hinged/split two-piece covers for installations where the shaft cannot be disconnected.
  • Adjustable mounting brackets accommodate variations in take-up travel distance, shaft length, and bearing block size.
  • Compatible with both metric and inch bearing housings used across conveyor and drive-unit manufacturers.

Seamless System Integration

  • Works with PowerSafe’s full line of power-transmission and conveyor safety guards—idler guards, belt guards, shaft covers, and coupling shields.
  • Helps facilities comply with OSHA 1910.219 mechanical power-transmission guarding requirements by enclosing exposed rotating elements along tensioning assemblies.
  • Ventilated cover options maintain appropriate airflow around the bearing housing to support uptime and prevent overheating.
  • Easily incorporated into machine guarding frameworks, t-slot extrusion structures, and factory perimeter guard builds.

Contact us with questions or to order

Contact for Pricing
Product Details
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  • Assembly consists of: 
    • Take-up bearing cover (deep-well or split-design depending on model).
    • Mounting hardware kit with bolts, washers, brackets, and spacers matched to the bearing housing footprint.
    • Optional lubrication-access port or removable inspection plate.
    • Installation guide with recommended clearances, sizing charts, and maintenance considerations.
    • Note: Bearings, take-up frames, shafts, and conveyor components are not included—guard only.
  • Common uses include:
    • Conveyor tensioning stations located at head, tail, or intermediate points where sliding take-up bearings are exposed.
    • Bulk-handling systems, packaging lines, food & beverage conveyors, agricultural equipment, and heavy-duty material-moving operations.
    • Retrofit upgrades where original take-up guards are damaged, missing, or do not meet current safety audit requirements.
    • Applications requiring protection against debris intrusion, contact hazards, pinch points, and shaft entanglement.
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