PRICE
$92.76
Brand: Linear
Part Number: LIN-2200-355
Availability: Not for Sale

Description

Linear 2200-355, Sprocket 40-B-48 1-1/8"B

ANSI 40 roller chain sprocket, 48-tooth, 1-1/8-inch bore (40-B-48) for Linear/OSCO swing gate operators. Roller Chain Sprocket manufactured by Linear (part number 2200-355). Compatible with Linear swing gate operators, OSCO swing gate operators and related gate operator systems. Dimensions: 48 teeth, 1-1/8 in bore, ANSI 40 chain pitch (1/2 in pitch). Constructed from Steel.

Key Features

  • ANSI No. 40 roller chain compatible (1/2 in pitch)
  • 48-tooth count for designed speed ratio
  • 1-1/8-inch bore for correct shaft fitment
  • B-hub style for setscrew shaft retention
  • OEM replacement for Linear/OSCO swing gate operator chain drive

Compatibility Guide

  • Linear swing gate operators
  • OSCO swing gate operators
FeatureSpecification
ModelLinear 2200-355
Item TypeRoller Chain Sprocket
MaterialsSteel
Dimensions48 teeth, 1-1/8 in bore, ANSI 40 chain pitch (1/2 in pitch)
MountingBore and setscrew mount on 1-1/8 in shaft

Frequently Asked Questions

Q: What is the Linear 2200-355?

A: It is an ANSI No. 40 roller chain sprocket with 48 teeth and a 1-1/8-inch bore, designated 40-B-48, used in the chain drive of Linear and OSCO swing gate operators.

Q: What chain size does the 2200-355 sprocket use?

A: It is designed for ANSI No. 40 roller chain, which has a 1/2-inch pitch. Do not use it with No. 35, No. 41, or No. 50 chain.

Q: How do I read the 40-B-48 designation?

A: The designation breaks down as: 40 = ANSI chain number (No. 40, 1/2-inch pitch), B = B-hub style, 48 = 48 teeth.

Q: When should the 2200-355 sprocket be replaced?

A: Replace the sprocket when you observe hooked, worn, or broken teeth, when the chain skips under load, or during any chain replacement to maintain matched wear.

Q: What shaft diameter does the 2200-355 fit?

A: The bore is 1-1/8 inch. Verify that the driven shaft on your swing gate operator is 1-1/8 inch diameter before ordering; an incorrect bore cannot be corrected in the field.