UCFL 208 Pillow Bearing Specification:
UCFL 208 pillow bearing can be fond in many applications.
For this bearing,
Inner: 40mm
Outer: 175mm
Width: 51.2mm
Weight:1.5kg/set
Insert Bearing: UC208
Bearing Housing: FL208
Seal: Standard 2RS/2Z seal
Limiting Speed: 4000 RPM
Structure: Pillow block bearing, UCFL series
Material: Chrome steel for bearing, cast iron for housing
D1: Relube type, bearing filled with standard Alvania Grease 3
Also Known As: ucfl 208, UCFL208, UCFL208D1, FYTB 40 TF, UC208D1 + FL208D1
Flanged Ball Bearing Units Photo:

flanged ball bearing units
Pillow Block Bearing Features:
1. Pillow block bearing is a a variant of deep groove ball bearing, which can bear heavy load
2. All bearings are pre-lubricated, which are maintance free
3. TOPE pedestal/pillow bearings have passed ISO9001: 2015 certificate
4. We have large stock for pillow block bearings such as UCFL208, delivery time is only 3 days for qty<10000 sets
Questions that help when UCFL and UCFL208D1 is on the shortlist
When is UCFL and UCFL208D1 worth comparing against nearby pillow block bearings options?
Comparison helps when dimensional fit is only part of the decision and load direction, sealing, clearance, speed, temperature, or repeat-order stability still need to be confirmed. Reviewing one or two nearby options early usually reduces sourcing mistakes later.
What details usually matter before approving UCFL and UCFL208D1 for repeat supply?
Buyers normally confirm the part reference, main dimensions, application, speed range, operating environment, sealing needs, and any packaging or marking requirements. That gives the supplier a cleaner basis for confirming availability and suitable alternatives.
Which next step usually helps after UCFL and UCFL208D1 is shortlisted?
A quick review of Pillow Block Bearings, one more commercial destination, and one practical guide usually saves time. That combination helps separate simple replacement orders from jobs that still need fit or application review.
Why keep a supporting guide linked beside UCFL and UCFL208D1?
Because it makes later decisions faster. When sizing notes, application cues, and nearby options stay close to the product, engineering, purchasing, and maintenance teams can revisit the same logic without starting the review from zero.