Vad letar du efter?

P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability

Kontrollmetod:Manuell

Spole:1 ventilsektion

Nominellt flöde:40 l/min (10,5 US gpm)

Maximalt tryck:250 bar (3600 psi)

Inloppsport:G3/8

Utloppsport:G3/8

Portstorlek:G3/8

Märke:BXHS

Produkttyp:Monoblockriktningsventil

Produktserie:P40-serien Monoblockriktningsventil

Förpackningsstorlek:23*16*11

Bruttovikt:3.00 kg

Tillgänglighet: I lager

934 Vyer letar efter den här produkten

P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability

P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability

P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability drawing image

The P40-G38 Valve is a high-performance hydraulic valve designed to optimize fluid power systems. With its manual control, monoblock valve structure, and precision engineering, this valve delivers exceptional durability and reliability. Suitable for a wide range of applications, including material handling, construction, agriculture, and industrial vehicles, the P40-G38 Valve ensures precise control and efficient operation of hydraulic systems.

P40-serien Monoblockriktningsventil Parametrar
Kontrollmetod Manuell, Pneumatisk, Elektropneumatisk, Elektrohydraulisk, Solenoid, Hydraulisk, Hydraulisk och Manuell, Kabel, Joystick, Solenoid och Joystick, Manuell och Joystick, Magnetventil och kabel
Spole 1 ventilsektion, 2 ventilsektioner, 3 ventilsektioner, 4 ventilsektioner, 5 ventilsektioner, 6 ventilsektioner, 7 ventilsektioner
Omgivningstemperaturintervall -40°C till +80°C (-40°F till +176°F)
Strukturtyp Monoblockventil
Sektion 1 sektion, 2 sektioner, 3 sektioner, 4 sektioner, 5 sektioner, 6 sektioner, 7 sektioner
Driftsviskositetsintervall 15 - 75 mm²/s (15 cSt till 75 cSt)
Nominellt flöde 40 l/min (10,5 US gpm)
Maximalt tryck 250 bar (3600 psi)
Inloppsport G3/8, G1/2, M18×1.5, M22×1.5, SAE 8, SAE 10, 3/8 NPT, 1/2 NPT
Utloppsport G3/8, G1/2, M18×1.5, M22×1.5, SAE 8, SAE 10, 3/8 NPT, 1/2 NPT
Portstorlek G3/8, G1/2, M18×1.5, SAE 8, SAE 10, 3/8 NPT, 1/2 NPT

**P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability**

**Control Method:** Manual
**Section:** 1 Section
**Structure Type:** Monoblock valve
**Rated Flow:** 40 L/min (10.5 US gpm)
**Max Pressure:** 250 bar (3600 psi)
**Operating Viscosity Range:** 15 - 75 mm²/s (15 cSt to 75 cSt)
**Ambient Temperature Range:** -40°C to +80°C (-40°F to +176°F)
**Spool:** 1 Spool
**Series:** P40 Series
**Application Area:** MATERIAL HANDLING,CONSTRUCTION AND EARTH MOVING,AGRICULTURE,INDUSTRIAL VEHICLES
**Applicable Model:** TELEHANDLER,FORKLIFT,ALL TERRAIN CRANE,STACKER,AERIAL PLATFORM,MOTOR GRADER,MIDI-EXCAVATOR,MINI-EXCAVATOR,SKID STEER LOADER,COMPACT WHEEL LOADER

The P40-G38 Valve is a versatile and robust hydraulic valve engineered to meet the demanding requirements of various fluid power systems. Its manual control provides precise and responsive operation, while its monoblock valve structure ensures durability and leak-free performance. With a rated flow of 40 L/min (10.5 US gpm) and a maximum pressure of 250 bar (3600 psi), the P40-G38 Valve can handle high-pressure and high-flow applications effectively.

The valve operates within a wide viscosity range of 15 - 75 mm²/s (15 cSt to 75 cSt), making it suitable for use with various hydraulic fluids. Its ambient temperature range of -40°C to +80°C (-40°F to +176°F) allows for reliable operation in both extreme cold and hot conditions.

The P40-G38 Valve is part of the P40 Series, a family of high-quality hydraulic valves known for their precision, durability, and efficiency. It is widely used in material handling equipment, construction machinery, agricultural vehicles, and industrial vehicles, ensuring optimal performance and control of hydraulic systems.

P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability

P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability

P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability

P40-G38 Valve: Optimizing Fluid Power Systems with Precision and Durability