2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing

2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing

$43.00
$43.00
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2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing
  • 2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing
  • 2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing
  • 2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing
2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing

2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing

$43.00
$43.00

$39.78 each when you buy 4 or more see bulk prices

2x UCP207/23 1-7/16" Pillow Block Bearing Self Aligning Bottom Foot Mount Housing

Sizing:
1-7/16"

These bearings are manufactured to ISO 9001 International Standards
Self aligning feature
Inner and outer ring supports specific angles
Can potentially resolve problematic applications
Self-aligning bearings produce less friction therefore enabling them to run at higher speeds with less generated heat 

Pillow block bearings are used in a wide range of applications including pharmaceutical, printing and food machinery systems, agriculture, lawn mowers, go-karts, motors, pumps, fans and air conditioning units

Housing may vary in colour

All parts should be fitted by a licenced professional and fitted to specifications.

Buy in bulk & save

Order more and the discount is applied automatically in your cart.

QuantityYou savePrice each
Buy 22.5% off$41.93
Buy 35% off$40.85
Buy 4 or more7.5% off$39.78

Interchange Numbers / Also fits

ucp207/23-bearing, 1-7/16"-pillow-block-bearing, 116113740300, 235484880594

Specifications

SKUPN863
BrandACCOR
Shipping weight2.77 kg
Length20.0 cm
Width20.0 cm
Height15.0 cm
Cubic0.006 m³
Buying guide How to get an Insert Bearing into a Housing The question we get asked most about insert bearings and housings. This guide shows how the bearing seats into the housing properly, why forcing it is the fastest way to ruin both, and the trick that makes it straightforward. Read the full guide →

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