Rated Excellent on Trustpilot

Summary

Donaldson P766489 Replacement Hydraulic Assembly

Donaldson P766489
Donaldson P766489
Watch video
▶
Representative product image Product image feedback

Donaldson P766489 Hydraulic Assembly

Brand: Donaldson
Description

Genuine Donaldson P766489 Hydraulic Assembly is designed to provide reliable performance in hydraulic assembly applications. Built with high-quality materials, it ensures consistent functionality and durability.

Ideal for industrial, automotive, or heavy-duty environments, this component enhances system performance and longevity.

$ 0.00
Price
United States
8421.29.00
Shipping Terms

Description

Genuine Donaldson P766489 Hydraulic Assembly is designed to provide reliable performance in hydraulic assembly applications. Built with high-quality materials, it ensures consistent functionality and durability.

Ideal for industrial, automotive, or heavy-duty environments, this component enhances system performance and longevity.

Specification

StyleHydraulic Assembly
Outer Diameter 212.0 mm
Length 269.0 mm
Thread1 1/2 BSP/G
Bypass Pressure 0.3 BAR bar
Donaldson Brand Logo

Donaldson Product

Genuine Donaldson P766489

ISO Icon

Inspected to ISO 9001:2015

See Our Certification
Returns Icon

Free 45-Day Returns

Return Policy
Warranty Icon

1 Year Manufacturer Warranty

Our Warranty
Specification
Efficiency 1
The efficiency of the element is shown using the Micron (µ) and Beta (β) ratings. The micron rating indicates the size of the particle being filtered and the beta rating the efficiency, calculated as 1/β.
E.g. a rating of β200 will be 99.5% efficient whereas β1000 would be 99.9%.
Efficiency 2
Style Hydraulic Assembly
Outer Diameter 212.0 mm
Inner Diameter
Length 269.0 mm
Media Type
Flow Direction
Thread 1 1/2 BSP/G
Bypass Pressure

Bypass pressure relieve build-up of pressure within the system and allows medium to bypass the element when pressure increases and reaches a sufficient level.

0.3 BAR
Collapse Pressure
Seal
Temperature Range

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)