Cartridge Valves |
Valve Type |
Description |
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Cartridge Valves |
Standard Cartridge Valves, High Flow, Active, and Servocartridge Valves for specialized and higher performance fluid power systems. |
 Cartridge Valves Overview |
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Standard Cartridge Valves |
Cartridge Valves, also known as slip-In logic elements, are used for directional, pressure, check, and flow control. Cartridge Valves mounted in a manifold block provide a compact, integrated circuit for simplified machine design and reduced system costs. The cartridge is designed to fit into a cavity defined by DIN 24342 and is held in place by a cover.
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High Flow Cartridge Valves |
High Flow Cartridge Valves have 40% to 50% more flow with the same size of the DIN 24342 cartridge, relative to standard cartridge valve. In many applications, the cartridge can be reduced one size yet it is fully interchangeable with DIN 24342 cavity so no manifold redesign required.
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Active Cartridge Valves |
Active Cartridge Valves contain an additional control area that provides more robust control of switching pressure for high-speed machines where low system pressure can delay closing times. These valves can offer improvements in closing and opening times, and closing under load and can be used in place of hydraulically or solenoid pilot operated check or direction control.
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Cartridge Covers |
Cartridge Covers are used in conjunction with cartridge valves to create a complete assembly. This combination offers different options to the designer to create flow, check, pressure, and directional control functions. Moog offers a variety of cover designs that offer combination functions such as check valves and shuttle valves.
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Servo Valves |
Valve Type |
Description |
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Flow Control Servo Valves with Fieldbus Interface |
Servovalves with built-in fieldbus interfaces (CANopen, EtherCAT or Profibus DP V1) enable operating parameters to be set, activate the valve and monitor its performance. |
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Flow Control Servo Valves with Analog Interface with Integtrated Electronics | Servovalves that integrate the amplifier card and associated electronics into the valve body. |
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Flow Control Servo Valves with Analog Interface without Integtrated Electronics |
Servovalves that utilize external amplifier cards to convert an input signal to a control current that drives the servovalve torque motor.
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Servo Proportional Valves |
Pressure and Flow (p/Q) Control Servo Valves |
Description |
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Direct-Operated Pressure and Directional (p/Q) Control |
♦ Rated Flow 5 to 100 l/min (1.3 to 26.3 gpm) @ ∆p 35 bar (500 psi) per land ♦ Maximum Flow 180 l/min (47 gpm) size 05 ♦ Maximum Operating Pressure 350 bar (5,000 psi) ♦ Mounting Pattern ISO 4401 Size 03 and 05 ♦ Digital Electronics with optional Fieldbus Interface |
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Pilot-Operated Pressure and Directional (p/Q) Control |
♦ Rated Flow 8 to 80 l/min (2.1 to 21 gpm) @ ∆p 5 bar (75 psi) per land ♦ Maximum Flow 180 l/min (47 gpm) ♦ Maximum Operating Pressure 350 bar (5,000 psi) ♦ Mounting Pattern ISO 4401 Size 05 ♦ Digital Electronics with optional Fieldbus Interface |
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Valves |
Servo Valves and Servo Proportional Valves with Special Features |
Description |
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Servo and Proportional Valves with Special Features Meeting Exacting Needs for Safety and Flexibility |
♦ Fail Safe Versions ♦ Explosion-proof offering includes intrinsically-safe, flameproof and "increased safety" designs. ♦ Spool Null Cuts ♦ Spool-in-Body/Bushing and Spool Assembly Construction ♦ Valve Function (Q, p, p/Q) |
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