2000 Series Geroler Motor, 14.90 cu in/rev, Bearingless Mounting Flange, None Shaft, 7/8-14 St.Thd. O-Ring Ports,

Description & Features

The Danfoss / Eaton Char-Lynn 2000 Series Disc Geroler Bearingless motor featuring a displacement of 14.90 cu in/rev and a bearingless mounting flange is designed for high-efficiency energy savings. Its standard configuration includes .875-14 UNF-2B SAE O-Ring Ports for reliable fluid transfer.

This versatile motor is ideal for applications such as swing motors brush cutters & mowers and harvesting equipment. It delivers a torque rating of 660 newton meters while maintaining operational efficiency even under continuous back pressure up to a maximum 2000 PSI without the need for a case drain line.

Engineered for optimal performance it handles a maximum operating temperature of 180F with recommended fluid viscosities ranging from 70 SUS to 200 SUS. To maximize motor life perform a break-in process at 30% of rated pressure before applying full load. It also recommends adhering to a filtration level per the ISO Cleanliness Code level 18/13.

Maintain the integrity of hydraulic functions with premium quality anti-wear type hydraulic fluid. Note that the recommended design code is 6 to ensure compatibility and performance.

MPN: 106-1013-006

Supplier Part Number: 106-1013-006

Specifications

Check Valve Function
With Check Valve Function
Design Code
6
Dimensions
6.09 in L x 6.2 in W x 6.2 in H
Drain Port Dimension
7/16-20 UNF-2B SAE O-ring
Frame Size
245
Housing Material
Iron
Motor Function
1-Speed
Mounting Type
4-Bolt Flanged
Orbital Gearwheel Set
Standard
Orbital Gearwheel Set Type
Geroler
Painted
Without Painted
Port Location
Side, Staggered
Port Type
UNF-2B, SAE O-ring
Segment Code
A
Series
2000 Series
Valve Type
Disc

Product Questions & Answers (1)

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Question by: Brett C on Jan 27, 2026, 7:58 PM
got a mower swing motor that sees back pressure pretty regular. do i need to plumb in a case drain on this one or not
Answer by: Customer Support on Jan 29, 2026, 9:19 AM
For continuous back pressure up to 2000 PSI, it can run without a case drain line. If your application is going to stay over 2000 PSI continuous back pressure, then you would add an external case drain line and route it so the motor case stays full at all times.

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