2 Inch Bore Pillow Block Bearing With Eccentric Collar For Cast Housing Mounted Bearing HCP210-32 Set Screw Type High Center Height Three Eighths Inch Bolt Size Inner Diameter 2 Inches For Industrial Machinery And Conveyor Systems
Titolo
Prezzo normale
$99.99
Prezzo di vendita$200.00risparmiate $100,01
SKU: HCP210-32
UPC: 00193019200698
UPC: 00193019200698
Item: HCP210-32
Type: Pillow Block Mounted Bearing with Eccentric Collar
Bolt Size: 3/8" inch
Basic Load (Cr): 35.1 KN
Basic Load (Cor): 23.3 KN
Type: Pillow Block Mounted Bearing with Eccentric Collar
Bolt Size: 3/8" inch
Basic Load (Cr): 35.1 KN
Basic Load (Cor): 23.3 KN
2-Inch Bore Pillow Block Bearing with Eccentric Collar
✔️ 2 in bore, cast housing, eccentric collar, 3/8 in bolt size
- 2 in bore with eccentric collar enables quick alignment and secure mounting
- cast housing delivers rugged support for long service life in harsh environments
- standard mounting bolt sizes (3/8 in) simplify installation and replacement
✔️ 2 in bore, cast housing, eccentric collar, 3/8 in bolt size
This 2-inch ID pillow block bearing with an eccentric collar is mounted in a cast housing to support rotating shafts. It's commonly used in conveyors, material handling equipment, and general industrial machinery to keep shafts aligned and reduce maintenance.
✅ Inner diameter: 2 in
✅ Bolt size: 3/8 in
✅ Basic load Cr: 35.1 kN
✅ Basic load Cor: 23.3 kN
✅ Bearing no: HC204-12
✅ Housing no: P210
✅ Pack: 1 bearing
✅ Dimensions (in): h 2-1/4, a 8-1/8, e 6-1/4, b 2-3/8, S2 7/8, S1 25/32, g 3/4, W 4-7/16, B1 2-1/32, n 3/4
💡 What is a pillow block bearing used for in industrial machinery and conveyor systems? This handy component keeps shafts aligned and reduces maintenance across equipment.
- pillow block bearings stabilize shafts in conveyors, mixers, and presses- 2 in bore with eccentric collar enables quick alignment and secure mounting
- cast housing delivers rugged support for long service life in harsh environments
- standard mounting bolt sizes (3/8 in) simplify installation and replacement
Condividi