CHAR-LYNN J MOTOR

Description & Features

Char-Lynn J series hydraulic motors are orbit-type low-speed, high-torque units widely used in mobile and industrial hydraulic circuits. Designed for reliable performance in demanding rotary drive applications, the J series is a recognized platform in agricultural equipment, construction machinery, and material handling systems.

As a Char-Lynn product, this motor reflects the established design standards of the Eaton Char-Lynn line, known for compact packaging and consistent displacement characteristics suited to closed and open circuit hydraulic systems.

SKU: 129-0024-002

Supplier Part Number (MPN): 129-0024-002

Specifications

Brand
Danfoss
Bearing Type
Hydrodynamic Journal
Check Valve Function
Without Check Valve Function
Color
Black
Design Code
B
Dimensions
6.1 in L x 2.38 in W x 2.53 in H
Drain Port Dimension
1/8 in
Frame Size
30
Housing Material
Iron
Mounting Type
5-Bolt Round Flanged
Orbital Gearwheel Set
Standard
Orbital Gearwheel Set Type
Geroler
Painted
With Painted
Port Location
Side, Aligned
Port Type
BSP
Seal Material
NBR
Series
J Series
Shaft Size
16 mm Dia
Shaft Type
Straight Keyed
Valve Type
Spool

Product Questions & Answers (2)

Question by: Bobby H on Nov 11, 2025, 7:19 AM
What kinda applications does this motor work for?
Answer by: Customer Support on Nov 13, 2025, 6:50 AM
This Char-Lynn J motor is used in agricultural equipment, construction machinery, and material handling systems. It's built for rotary drive applications where you need reliable performance.
Question by: Sherry C on Jan 10, 2026, 11:11 AM
Been running orbit motors on my ag equipment for years and looking to swap one out. This a J series Char-Lynn unit?
Answer by: Customer Support on Jan 12, 2026, 6:07 AM
it's a genuine Char-Lynn J series orbit motor, part number 129-0024-002. The J series is a well-established platform in the Eaton Char-Lynn line, so if you've been working with that family of motors, this one should feel familiar. It's built around the same compact packaging and consistent displacement characteristics the line is known for.

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