Parallel work sections with individual load ports
Open center, closed center and power beyond applications.
Spring center is standard. detent options on customer requests.
Work port relief valves and anticavitation check valves are available
Spool ends with caps. Lever end protected from dust by bellow
Inlet & Outlet ports with threading options for UNF, BSP, NPTF.
Load check valves for all spools to prevent back flow from pump
Work Port Relief valve provision to limit the pressure in each spool section
Parallel work sections with individual load ports
Open center, closed center and power beyond applications.
Spring center is standard. detent options on customer requests.
Work port relief valves and anticavitation check valves are available
Spool ends with caps. Lever end protected from dust by bellow
Inlet & Outlet ports with threading options for UNF, BSP, NPTF.
Load check valves for all spools to prevent back flow from pump
Work Port Relief valve provision to limit the pressure in each spool section
Maniflod Blocks
The manifolds is the central muscle control of the hydraulic system receiving inputs from switches, manual operations (levers), or electronic feedback systems. These inputs energize various valves mounted on or in the manifold, specific oil pathways allow oil to flow through hydraulic lines to the appropriate actuator to perform work. the complex matrix of variables can make manifold design and components selection a challenging and rewarding art form, as size, weight, function, performance, and operating environment are always part of the design consideration.
In addition to providing a neat and logical layout, consolidating components into a manifold reduces space and pressure drops. This results in fewer fittings more efficient assembly times, and reduced leak points. Manifolds are sometimes viewed as black boxes, as they can be highly complex with upwards of 500 holes communicating with each other and many valves on a single block.
Maniflod Blocks
The manifolds is the central muscle control of the hydraulic system receiving inputs from switches, manual operations (levers), or electronic feedback systems. These inputs energize various valves mounted on or in the manifold, specific oil pathways allow oil to flow through hydraulic lines to the appropriate actuator to perform work. the complex matrix of variables can make manifold design and components selection a challenging and rewarding art form, as size, weight, function, performance, and operating environment are always part of the design consideration.
In addition to providing a neat and logical layout, consolidating components into a manifold reduces space and pressure drops. This results in fewer fittings more efficient assembly times, and reduced leak points. Manifolds are sometimes viewed as black boxes, as they can be highly complex with upwards of 500 holes communicating with each other and many valves on a single block.
High dirt holding capacity
Lower pressure drop
Water removal elements
Several Mountings and porting options
Indicator shows when no element installed
Easy to service
Head and cover plate made of aluminum
Low installation cost.
Easy replacement of cartridge
Visual and Digital clogging indicator
High dirt holding capacity
Lower pressure drop
Water removal elements
Several Mountings and porting options
Indicator shows when no element installed
Easy to service
Head and cover plate made of aluminum
Low installation cost.
Easy replacement of cartridge
Visual and Digital clogging indicator
Purity• Self-priming pumps.., Heavy duty sleeve bushing design in a small frame size
• Speeds up to3000rpm
Flows up to10.5gpm
A wide range of porting, mounting and shaft options available Pressure balanced wear plates maintain high pump efficiency throughout all operating ranges
A wide range of porting, mounting and shaft options available Pressure balanced wear plates maintain high pump efficiency throughout all operating ranges
Purity : • Self-priming pumps.., Heavy duty sleeve bushing design in a small frame size