PRODUCT TAXONOMY / FLUID-APP-BSPP-IN-LINE-VALVES
BSPP In-Line Valves
Fluid-App BSPP in-line hydraulic valves. Official catalogue section starts on page 186.
Official Fluid-App catalogue section starts on page 186.
Products in this category
VSP LEFT - Single acting pilot check valves with manual shut-off
VSP pilot check valves are mainly used to lock a single acting cylinder in position , they are made in left and right hand versions.
VSP RIGHT - Single acting pilot check valves with manual shut-off
VSP pilot check valves are mainly used to lock a single acting cylinder in position , they are made in left and right hand versions.
VSS - Shuttle valve
VSS shuttle valves are used when two pressure lines converge in the valve at the same time ( the lower pressure line locks ).
VUS - Check valves
The unidirectional VU built-in check valves allow the free flow through in a direction while the flow is blocked in the opposite one . They are suitable for integrated circuits mounted on hydraulic blocks. The unidirectional VU built-in check valves are useful where the design requires small size valves The external seal is ensured by an o-ring gasket; the external parts of the valve undergo a manganese phosphating treatment to guarantee surface protection.
VUD - Check valves
The unidirectional VU built-in check valves allow the free flow through in a direction while the flow is blocked in the opposite one . They are suitable for integrated circuits mounted on hydraulic blocks. The unidirectional VU built-in check valves are useful where the design requires small size valves The external seal is ensured by an o-ring gasket; the external parts of the valve undergo a manganese phosphating treatment to guarantee surface protection.
VUC - Check valves
The unidirectional VU built-in check valves allow the free flow through in a direction while the flow is blocked in the opposite one . They are suitable for integrated circuits mounted on hydraulic blocks. The unidirectional VU built-in check valves are useful where the design requires small size valves The external seal is ensured by an o-ring gasket; the external parts of the valve undergo a manganese phosphating treatment to guarantee surface protection.
VPS - Single acting pilot check valves
VPS pilot check valves are used to lock a single acting actuator, ensuring the load is locked.
VSD - Direct acting sequence valve
VSD sequence valves are used with two cylinders; the end of the work of the first one coincides with the beginning of the second one, at a given setting pressure. The return is free.
VPL - Single acting pilot check valves
VPL check valves are used to hold a single acting cylinder in position, granting the load stop.
VPF - Double acting pilot check valves
VP pilot check valves are used to lock a double acting actuator in place in both directions , ensuring the load is locked.
VPD - Double acting pilot check valves
VP pilot check valves are used to lock a double acting actuator in place in both directions , ensuring the load is locked.
VDF - Flow divider 3/8-1/2 BSPP
Flow dividers/unifiers allow the inlet flow to be divided into two equal parts, while in the opposite direction they unify it.
VCU - Unidirectional and bidirectional flow control valves
VC control valves (Gas thread) regulate the speed of an actuator in one direction (VCU) or in both directions (VCB).
VCB - Unidirectional and bidirectional flow control valves
VC control valves (Gas thread) regulate the speed of an actuator in one direction (VCU) or in both directions (VCB).
VBST - Pilot operated check valves for steel pipe
VBT pilot check valves are used to lock a single or double acting actuator in position , ensuring that the load is locked. This version was made for valve mounting with steel pipe.
VBDT - Pilot operated check valves for steel pipe
VBT pilot check valves are used to lock a single or double acting actuator in position , ensuring that the load is locked. This version was made for valve mounting with steel pipe.
VBR - Double-acting pilot-operated check valves with bolt fitting
VBR check valves are used to keep a double acting cylinder in its position, granting the load stop. This version is made for bolt-on mounting
VBDG - DIN2353 double acting pilot check valves, with adjustable banjo
VBDG check valves are used to keep a double acting cylinder in its position , granting the load stop. This version has been manufactured for mounting of the valve with the pipe and adjustable banjo.
VBAT - Hose burst valves
The VBA hose burst are mounted directly on the cylinder to avoid an uncontrolled descent of the load in the event of a hose break .
VBA - Hose burst valves
The VBA hose burst are mounted directly on the cylinder to avoid an uncontrolled descent of the load in the event of a hose break .
VBS - Single and double acting pilot check valves
VBD pilot check valves are used to lock a double acting actuator in place in both directions , ensuring the load is locked. The VBS hold a single acting cylinder in place .
VBD - Single and double acting pilot check valves
VBD pilot check valves are used to lock a double acting actuator in place in both directions , ensuring the load is locked. The VBS hold a single acting cylinder in place .
VAD - Double cross relief valves for engines OMR-OMP
VAD valves with steel manifold and two pressure relief valves, they control the pressure on both connection lines.
UTC - One-way male/female poppet valves
The UTC (Gas thread) check valves allow the full flow of oil in one direction and stop the flow in the opposite direction. The applications where these valves can be used are many, agricultural machinery or industrial installations.
VAA - Double cross relief valves
VAA valves with steel manifold and two pressure relief valves, they control the pressure on both connection lines.
UMC - Check valves, fitting version
The UMC (Gas thread) check valves allow the full flow of oil in one direction and stop the flow in the opposite direction . The applications where these valves can be used are many, agricultural machinery or industrial installations.
UFC - Check valves
The UFC (Gas thread) check valves allow the full flow of oil in one direction and stop the flow in the opposite direction . The applications where these valves can be used are many, agricultural machinery or industrial installations.
SUD - Unidirectional flow control valve
The unidirectional control valves (Gas thread) allow the free passage of the oil in one direction and regulate it in the opposite direction.
SUA - Unidirectional flow control valve
The unidirectional control valves (Gas thread) allow the free passage of the oil in one direction and regulate it in the opposite direction.
BSL - Single counterbalance valve for closed center, single flanged version
The BSL counterbalance valves (Gas thread) allow you to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by sending the oil to drain.
SBR - Tap valve
High pressure steel tap valves are used when an oil flow needs to be opened or closed.
RCT - 3 ways flow control valves, pressure compensated
The 3-way flow control valves allow the regulation and constant maintenance of the flow regardless of the load , by means of an internal compensation system, in the RCT version the excess flow goes to the drain, unlike the RCP where the excess flow it is under pressure available for a second use.
RCP - 3 ways flow control valves, pressure compensated
The 3-way flow control valves allow the regulation and constant maintenance of the flow regardless of the load , by means of an internal compensation system, in the RCT version the excess flow goes to the drain, unlike the RCP where the excess flow it is under pressure available for a second use.
SBD - Bidirectional flow control valves
The bi-directional control valves SB (Gas thread) regulate the speed of an actuator in both directions.
SBA - Bidirectional flow control valves
The bi-directional control valves SB (Gas thread) regulate the speed of an actuator in both directions.
RL-RT - Pressure gauge protection valve
Shut-off in line valves are normally used to protect the pressure gauge.
MM - CETOP 3 multistation manifolds
The MM aluminum manifolds allow the assembly of 2 or more CETOP 3 solenoid valves, they are supplied with a relief valve.
MC5 - CETOP manifolds 3/8-1/2 BSPP
The MC bases allow the assembly of a single CETOP solenoid valve , they are supplied with a relief valve.
MC3 - CETOP manifolds 3/8-1/2 BSPP
The MC bases allow the assembly of a single CETOP solenoid valve , they are supplied with a relief valve.
MPP - Pressure control valves
Test couplings are used to manually check the pressure inside a system.
M80B - Relief valves 1/4-3/4 BSPP
The purpose of the MB pressure relief valve is to pr otect the hydraulic system from malfunctions or failures caused by excessively high pressures in the circuit.
M40B - Relief valves 1/4-3/4 BSPP
The purpose of the MB pressure relief valve is to pr otect the hydraulic system from malfunctions or failures caused by excessively high pressures in the circuit.
M20B - Relief valves 1/4-3/4 BSPP
The purpose of the MB pressure relief valve is to pr otect the hydraulic system from malfunctions or failures caused by excessively high pressures in the circuit.
F2B - Flow control valves, pressure compensated 1/4-3/8 BSPP
The fixed compensated flow control valves are used to keep the descent speed of a load constant , regardless of the operating pressure and the value of the load. Typical use is related to tail lifts and hydraulic platforms.
F1T - Flow control valves, pressure compensated 1/4-3/8 BSPP
The fixed compensated flow control valves are used to keep the descent speed of a load constant , regardless of the operating pressure and the value of the load. Typical use is related to tail lifts and hydraulic platforms.
F1E - Flow control valves, pressure compensated 1/4-3/8 BSPP
The fixed compensated flow control valves are used to keep the descent speed of a load constant , regardless of the operating pressure and the value of the load. Typical use is related to tail lifts and hydraulic platforms.
F1C - Flow control valves, pressure compensated 1/4-3/8 BSPP
The fixed compensated flow control valves are used to keep the descent speed of a load constant , regardless of the operating pressure and the value of the load. Typical use is related to tail lifts and hydraulic platforms.
D6H - High pressure 6-ways flow diverters
The valve body is made of steel to guarantee pressures of up to 500 bar.
D3H - High pressure 3-ways flow diverters
The valve body is made of steel to guarantee pressures up to 500 bar.
CFR - Unidirectional flow control valve, pressure compensated
Compensated flow control valve, allows the free passage of oil in one direction and regulates the flow in the opposite direction . The internal compensation system keeps the actuator speed constant, regardless of the load, and guarantees high adjustment sensitivity.
BSI - Single counterbalance valve for open center, single flanged version
The BSI counterbalance valves (Gas thread) allow you to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by sending the oil to drain.
BSE - Single counterbalance valves, for closed center
BSE counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by sending the oil to the drain.
BSD - Single counterbalance valves, for open center
BSD counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BSCY - Single counterbalance valves, for closed center
BSCY counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BSC - Single counterbalance valves, for closed center
BSC counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BSAY - Single counterbalance valve, for open center
BSAY counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BSB - Bolt-fitting Single counterbalance valves for open center
The counterbalance valves allow to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by sending the oil to drain.
BSA - Single counterbalance valve, for open center
BSA counterbalance valves (Gas thread) are used to keep a load locked, the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BSP - Bolt-fitting Single counterbalance valves for closed center
The counterbalance valves allow to keep a load locked, the built-in relief valve protects the system from overpressure in the cylinder by sending the oil to drain.
BFC - Double counterbalance valve for closed center, flanged version
BFC counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BFA - Double counterbalance valve for open center, flanged version
BFA counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BDCY - Double counterbalance valve, for closed center
BDCY counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BDB - Bolt-fitting double counterbalance valves for open center
The BDB balancing valves 3/8 BSPP version (3/8 G) allow a load to be kept blocked, the built-in relief valve protects the system from overpressures in the cylinder by sending the oil to the drain.
BDC - Double counterbalance valve, for closed center
BDC counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BDAY - Double counterbalance valve, for open center
BDAY counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BDE - Double counterbalance valve, for open center
BDA counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BDD - Double counterbalance valve, for open center
BDA counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BDA - Double counterbalance valve, for open center
BDA counterbalance valves (Gas thread) are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BCA - Double counterbalance valves CETOP3, for open center
Counterbalance valves are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BCC - Double counterbalance valves CETOP3, for close center
Counterbalance valves are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BCH - CETOP3 modular single counterbalance valves
Counterbalance valves are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BCG - CETOP3 modular single counterbalance valves
Counterbalance valves are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BCF - CETOP3 modular single counterbalance valves
Counterbalance valves are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.
BCE - CETOP3 modular single counterbalance valves
Counterbalance valves are used to keep a load locked , the built-in relief valve protects the system from overpressure in the cylinder by draining the oil.