Enhance your industrial applications with the Danfoss/Eaton CLS Load Sense Sectional Mobile Valves, designed for demanding environments such as excavators, forestry equipment, refuse trucks, forklifts, agricultural machinery, truck-mounted cranes, and marine applications. These mobile valves feature a sectional construction that combines pre- and post-compensated sections within a single assembly, optimizing responsiveness and efficiency. Crafted from durable ductile iron, they ensure long-lasting performance and require minimal space within your machine's envelope.
The Danfoss/Eaton CLS Load Sense Valves are part of the Char-Lynn brand and are engineered to meet the rigorous needs of industrial machinery, delivering reliable fluid control. With a product width of 16.6 inches, these valves are compact yet robust, making them a versatile choice for various heavy-duty applications.
Pre- and post-compensated sections in the same valve assembly|Increase responsiveness and enhance efficiency|Requires minimal space in your machine envelope
ICC
Mobile Valves
Language
English
Product Material
Ductile Iron
Product Width
16.60
Sub Brand
None
Supplier Part Number
225APA0130B
Product Weight
93.50 lbs
Product Questions & Answers (2)
Question by: Billy M on Jun 1, 2025, 8:12 PM
what all kind of machines is this valve built for? got a refuse truck and a forestry rig both needing attention and wondering if one valve covers that kind of range
Answer by: Customer Support on Jun 3, 2025, 8:04 PM
Refuse trucks and forestry equipment are both explicitly listed applications for this valve, so you're in luck on both counts. It also covers excavators, forklifts, agricultural machinery, truck-mounted cranes, and marine setups. The sectional construction is part of what makes it flexible across that range of equipment types.
Question by: Hugh W on Jul 5, 2025, 11:13 AM
How compact is this valve setup, really? I'm dealing with pretty tight quarters.
Answer by: Customer Support on Jul 6, 2025, 5:20 PM
Measuring 16.6 inches wide, it’s built to minimize space requirements in your machine's overall envelope, allowing for easier integration even in cramped conditions.