Browning 1-GRV A OR B-BELT 3/4"-ID SHEAVES BRW BK-34 X 3/4

Name: Browning 1-GRV A OR B-BELT 3/4"-ID SHEAVES BRW BK-34 X 3/4
Brand: Regal Rexnord
SKU: BRWBK34X3/4
Price: 42.35 USD
Availability: InStock

0 Ratings

$42.35

SKU: BRWBK34X3/4

Browning® Classical Gripbelt® 1028091 BK Series Type 2 Single Groove Sheave, Finished Bore, 3/4 in Dia Bore, 3.55 in OD, 3 in (A)/3-1/2 in (B) Dia Pitch, 7/8 in W Face

In Stock

HCI of Jackson: 2

HCI of Dyersburg: 1

HCI of Humboldt: 1

HCI of Union City: 0

HCI of Gallatin: 0

Back to: Single Groove Sheaves

Main specs

Brand

Browning®
UPC

662289187768
Manufacturer Part Number

1028091
Country

USA

Specification

Face Width

7/8 in
Pitch Diameter

3 in (A)/3-1/2 in (B)
Material

Cast Iron
Type

Type 2
Series

BK Series
Hub Projection

13/32 in
Outside Diameter

3.55 in
Bore Diameter

3/4 in
Bore Type

Finished
Overall Length

1-9/32 in
Suitable For Use With

4L/A and 5L/B Cross Section Belt

Features

Largest Selection of finished bore sheaves of any other manufacturer - Browning offers finished bore sheaves in both A and B Combination (A/B) configuration
1 and 2 Grooves are available to meet any fractional horsepower requirement
Combination Groove - All Browning BK Sheaves permit the running of A, 4L, B and 5L Belts to be run in them, thus providing a variety of different pitch diameters and horsepowers
Tighter tolerances by 25%
Twice balanced after assembly
Tightened micro-finish on groove walls for increased belt life
Precision balanced to provide smooth, vibration free performance
Largest Selection of finished bore sheaves of any other manufacturer - Browning offers finished bore sheaves in both A and B Combination (A/B) configuration
1 and 2 Grooves are available to meet any fractional horsepower requirement
Combination Groove - All Browning BK Sheaves permit the running of A, 4L, B and 5L Belts to be run in them, thus providing a variety of different pitch diameters and horsepowers
Close Grain Cast iron - Close grain cast iron allows Browning to machine our sheaves to the closest tolerances possible