DANFOSS / EATON-H MOTOR - JINING

Description & Features

Designed for demanding low-speed, high-torque applications, the Danfoss / Eaton-H Motor (Jining) is a cast iron Xcel XLH Series spool gerotor motor from the Char-Lynn product family. With a torque rating of 83 Newton metres and a maximum flow rate of 38 litres per minute, it suits drive and positioning tasks where controlled force at reduced speed is a priority.

The disc valve design maintains consistent speed under varying load conditions, and the gerotor displacement mechanism contributes to reliable torque output across the operating range. Typical applications include agricultural augers, harvesters, seeders, marine bow thrusters, and food processing equipment, sectors where compact, efficient hydraulic motors are routinely specified.

SKU: 016-0080-002

Supplier Part Number (MPN): 016-0080-002

Specifications

Brand
Danfoss
Bearing Type
Hydrodynamic Journal
Check Valve Function
Without Check Valve Function
Color
Black
Design Code
B
Dimensions
5.59 in L x 5.12 in W x 3.7 in H
Frame Size
55
Housing Material
Iron
Mounting Type
2-Bolt Flanged
Orbital Gearwheel Set
Standard
Orbital Gearwheel Set Type
Gerotor
Painted
With Painted
Port Location
Side, Staggered
Port Type
UNF-2B, SAE O-ring
Seal Material
NBR
Series
XLH Series
Shaft Size
1 in Dia
Shaft Type
Straight Square Keyed
Valve Type
Spool

Product Questions & Answers (1)

Question by: Scott H on Jun 19, 2025, 8:45 AM
Got a seeder setup that needs steady torque even when the load shifts around, this motor rated for that kind of work?
Answer by: Customer Support on Jun 21, 2025, 6:28 AM
Consistent torque under variable loads is exactly where the disc valve design on this motor earns its keep. That "same speed" valve keeps output stable even as load conditions change, which makes it a solid fit for seeder applications where you're not always dealing with uniform resistance. The 83 Newton metre torque rating and gerotor displacement mechanism both contribute to reliable force delivery across the operating range, so you're not chasing inconsistent performance when it matters most.

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