3-Way Pressure Reducing Valves With Compact Solenoid System
"Perfect in the pilot circuit"
With the introduction of this inverse-proportional 3-way pressure-reducing cartridge, Bucher Hydraulics has widened the range of valves that feature the compact solenoid system. The new push-in cartridges are built on the proven design principle and are available with a rising or falling (fail-safe function) pressure/current characteristic. The advantages over the previous solenoid system are smaller space requirement, 360° rotatability at installation and easy installation of the plug-in cartridge thanks to the mounting clip. The compact solenoid system also offers an ideal price/performance ratio, which is vital for reducing operating costs and capital expenditure.
Symbol
Technical Data
Max. operating pressure in P
Max. back pressure in T
Max. flow rate
Cavity type
Mounting method
Line-mounting body
Data sheet reference No.
70 bar
10 bar
15 l/min
push-in cartridge with mounting clip
A Focus on Applications
Proportional 3-way pressure-reducing cartridges valves are ideal in the pilot circuits in mobile and industrial applications, where they are used to reduce a system pressure and to control pumps and motors.
Functions
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3-way pressure-reducing function
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Proportional and inverse-proportional (fail-safe function)
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Operated by a compact proportional solenoid
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Various pressure ranges are available
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Various plug-connector systems and voltages are available
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With optional manual override on some models
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Can be fitted in a line-mounting body
Important Features
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Compact design offers space-saving installation
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Push-in cartridge with mounting clip
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Excellent stability over the whole pressure and flow range
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Coils protected against penetration by water
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Stable operational behaviour
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All external parts zinc plated, chromited (CrVI-free)
Your Benefits
- Smaller space requirement
- Can be turned 360° at installation
- Fast, straightforward installation using the mounting clip
- Great durability with no need for time-consuming maintenance work
- Simple system integration thanks to high functional stability
- Operating costs and capital expenditure are reduced thanks to the excellent price/performance ratio