Image for Illustration purposes only. Actual product may vary

Dodge 469187 5B5V62-Q1 SHEAVE

MODEL 469187

BRAND

Dodge

SKU

5785312

WEIGHT

14.740 lb

UOM

each

Contact supplier for technical support on: +1-864-284-5700

$200.23 Each

Prices are subject to change

FREE SHIPPING ON ORDERS OVER $100

Select Quantity

GET A QUOTE

Returnable: See conditions

Construction type

Block

Datum diameter

6.4800 in, 164.592 mm

Groove Configuration

5-groove B section

Housing Material

Cast iron

Material

Cast iron

Number of grooves

5.0000

O.D. (in)

6.4800 , 164.592 mm

Outside Diameter

6.2 inches

SHEAVES The Dodge 469187 5B5V62-Q1 Sheave is a high-quality automotive component designed for optimal performance in power transmission applications. Engineered with precision, this sheave is essential for maintaining the efficiency and reliability of various machinery, making it a valuable asset in both automotive and industrial settings.

Key Features

Durable Construction: Made from high-strength materials that ensure longevity and resistance to wear, providing a reliable solution for demanding applications.
Precision Engineering: Designed for an exact fit, minimizing misalignment and vibration during operation, which enhances overall performance.
B Section Compatibility: Specifically designed to work seamlessly with B section belts, ensuring efficient power transfer and smooth operation.
Versatile Usage: Suitable for a range of applications, including automotive engines and industrial equipment, allowing for flexibility in use.
Performance Optimization: Engineered to reduce energy loss during operation, contributing to improved system efficiency and reduced operational costs.

Applications

Automotive Applications: Ideal for use in various Dodge vehicles and compatible models requiring B section sheaves, ensuring reliable engine performance.
Industrial Machinery: Perfect for use in conveyor systems, pumps, and other machinery where power transmission efficiency is critical.
Maintenance and Repair: A vital component for MRO (Maintenance, Repair, Operations) purposes, ensuring that machinery operates at peak efficiency.

Benefits

Enhanced Reliability: The robust construction and precise engineering reduce the likelihood of sheave failure, ensuring uninterrupted operation.
Cost-Effective Operation: By minimizing energy loss, this sheave contributes to lower energy costs and improved profitability in industrial settings.
Easy Installation: Designed for straightforward installation, reducing downtime during maintenance and repair activities. --- Product information compiled with AI assistance for reference purposes.

How does Dodge warranty evaluation work if a product fails? This product

Failed units go to Dodge's US plants for evaluation — about a week in transit plus one to two weeks of analysis, and you get the findings either way. Warranty covers workmanship and material defects; failures caused by the application (lubrication, installation) fall to the customer, but the failure analysis tells you the root cause so it doesn't repeat.

When will I be charged for my order? Ordering Do you provide credit terms? Ordering Can I get a discounted price? I am a reseller / government entity. Ordering What is the return/warranty policy? Ordering Can it be shipped today? Ordering Does “Usually ships in 24 hours” mean it’s in stock? Ordering Read full FAQ All FAQs

5.0 out of 5 · 4 reviews

Perfect fit and finish

Verified · SKU 704413

Good product, perfect fit and finish, good price and fast shipping. Thanks Read more

E20

Verified · SKU 2835296

This is exactly what I needed. Price was way below my local business that carries couplings. Thanks. Read more

Oem parts

Verified · SKU 126926

I was repairing a piece of equipment and wanted the same bearings that were removed. MRO Supply had the OEM bearings at a reduced cost. Shipped and received in a timely manner. Read more

Great price/great product

Verified · SKU 117869

Shipping was fast and the price was best I could find. Product was new in a the sealed Dodge box. Perfect. Read more