F Series Fine Throttle Hydraulic Valve

The F series fine throttle hydraulic valve is an exceptional component designed to deliver precise control and enhanced efficiency in hydraulic systems. With its advanced fine throttle functionality, this valve offers unparalleled flow regulation, allowing operators to achieve optimal performance and control over hydraulic actuators.

The F series fine throttle hydraulic valve is an indispensable component for achieving precision and control in hydraulic systems. With its advanced fine throttle functionality, this valve allows for precise flow regulation, enhancing performance and efficiency. By following the recommended usage methods and maintenance guidelines, operators can ensure the longevity, reliability, and optimal functionality of the F series fine throttle hydraulic valve. Upgrade your hydraulic system with this exceptional valve and experience enhanced precision, control, and productivity.

F Series Fine Throttle Hydraulic Valve Key Characteristics:

• Fine Throttle Control:
  • The F series valve is equipped with a delicate throttle mechanism that enables precise adjustment of the flow rate of hydraulic fluid.
  • Operators can finely tune the flow control, facilitating accurate speed and position control of hydraulic actuators.
• Forbedret ytelse:
  • This hydraulic valve exhibits exceptional performance thanks to its precise flow regulation capabilities.
  • By ensuring optimal flow rates, the F series valve minimizes energy loss, reduces system inefficiencies, and maximizes overall performance.
• Allsidig bruk:
  • The f series fine throttle hydraulic valve suits various hydraulic systems and applications.
  • It can seamlessly integrate into various industries, including manufacturing, agriculture, construction, and more.
• Durability and Reliability:
  • Built with high-quality materials and robust construction, this valve is designed to withstand demanding operating conditions.
  • Its durability ensures long-term reliability, minimizing downtime and maintenance costs.

F Series Fine Throttle Hydraulic Valve Parameter:

Installasjonsposisjon			Valgfri
Vekt	–Manifold mounting	kg	1
	– Threaded connection	kg	1.6
	– Sub-plate mounting	kg	1.8
Væske			Mineral oil  suitable for NBR and FKM seal
			Fosfatester for FKM-tetning
Grad av forurensning			Maksimal tillatt grad av væskeforurensning: Klasse 9. NAS 1638 eller 20/18/15, ISO4406
Væsketemperaturområde		℃	-30 til +80 (NBR-tetning)
			-20 til +80 (FKM-tetning)
Viskositetsområde		mm2/s	2,8 til 380
Maks. driftstrykk		bar	210
Maks. strømningshastighet		l/min	80
Adjustment angle		°	300
Operating torque	at 100bar	Nm	1.1
	at 200bar	Nm	1.8

F Series Fine Throttle Hydraulic Valve Advantages:

• Brukes for montering av bunnplate
• Used in screw connection
• Brukes i installasjon av oljebaneblokk
• With lockable knob with scale

Usage Method Of F Series Fine Throttle Hydraulic Valve:

1. Systemevaluering:
   • Begin by thoroughly assessing the hydraulic system, considering flow requirements, pressure differentials, and actuator specifications.
   • Determine if fine throttle control is necessary to achieve the desired precision and control.
2. Ventilvalg:
   • Select the appropriate variant of the F series valve based on system parameters and specific flow control requirements.
   • Consider aspects such as maximum flow rate, pressure rating, and compatibility with other system components.
3. Installasjon:
   • Follow the manufacturer’s installation instructions carefully, ensuring accurate alignment and secure valve connections.
   • Pay close attention to flow direction indicators, ensuring proper installation of fittings and seals.
4. Fine Throttle Adjustment:
   • Once installed, adjust the fine throttle control of the valve to achieve the desired flow rate.
   • Operators can fine-tune the flow control to match the specific requirements of the hydraulic actuators, optimizing performance and precision.

How Hydraulic Solenoid Valve Works?

A hydraulic solenoid valve is an electromechanical device that controls the flow of hydraulic fluid in a system. It operates using the principle of an energized solenoid, which creates a magnetic field to actuate the valve mechanism. Here’s a breakdown of how a hydraulic solenoid valve works:

1. Ventilstruktur:
   • A hydraulic solenoid valve typically consists of a valve body, a solenoid coil, a plunger or spool mechanism, and various ports for fluid flow.
   • The valve body houses the internal components and fluid passages necessary for controlling the flow.
   • The solenoid coil surrounds the plunger or spool and generates a magnetic field when energized.
2. Normally Closed (NC) and Normally Open (NO) States:
   • Hydraulic solenoid valves can be configured as normally closed (NC) or normally open (NO) based on their resting state.
   • In the NC configuration, the valve is closed when de-energized, blocking the fluid flow.
   • In the NO configuration, the valve is open when de-energized, allowing fluid flow.
3. Ventilaktivering:
   • When an electrical current is applied to the solenoid coil, it generates a magnetic field.
   • This magnetic field attracts the plunger or spool, causing it to move against a spring or pressure differential, depending on the valve design.
   • The movement of the plunger or spool opens or closes the valve ports, controlling the flow of hydraulic fluid.
4. Elektrisk kontroll:
   • The solenoid coil of a hydraulic solenoid valve is typically controlled by an electrical circuit, such as a switch or a programmable logic controller (PLC).
   • When the circuit is energized, it allows current to flow through the solenoid coil, activating the valve.
   • When the circuit is de-energized, the magnetic field dissipates, and the valve returns to its resting state.
5. Flow Direction and Pressure:
   • Hydraulic solenoid valves have different port configurations to control the direction and pressure of fluid flow.
   • Depending on the valve design, there may be inlet ports, outlet ports, and exhaust ports.
   • The position of the plunger or spool determines which ports are connected, allowing fluid to flow in specific directions and controlling pressure levels.
6. Bruksområder:
   • Hydraulic solenoid valves are widely used in various industries and applications where precise control of fluid flow is required.
   • They can be found in hydraulic systems for industrial machinery, construction equipment, agricultural machinery, and automotive applications.
7. Fordeler:
   • Hydraulic solenoid valves offer several advantages, including fast response times, precise control, compact size, and ease of integration into hydraulic systems.
   • Their electrical control allows for automation and remote operation, enhancing system efficiency and convenience.

Fabrikkens kapasitet og kapasitet:

(1) Montering

Vi har en førsteklasses uavhengig forsknings- og utviklingsplattform for montering. Verkstedet for produksjon av hydrauliske sylindere har fire halvautomatiske monteringslinjer for løftesylindere og én automatisk monteringslinje for vippesylindere, med en årlig produksjonskapasitet på 1 million enheter. Spesialsylinderverkstedet er utstyrt med ulike spesifikasjoner for et halvautomatisk rengjøringsmonteringssystem med en årlig produksjonskapasitet på 200 000 enheter, og er utstyrt med kjent CNC-maskineringsutstyr, et maskineringssenter, spesialutstyr for høypresisjons sylinderbehandling, en robotsveisemaskin, en automatisk rengjøringsmaskin, en automatisk sylindermonteringsmaskin og en automatisk produksjonslinje for lakkering. Vi har mer enn 300 sett (sett) av kritisk utstyr. Optimal allokering og effektiv bruk av utstyrsressurser sikrer nøyaktighetskravene til produktene og oppfyller produktenes høye kvalitetsbehov.

(2) Maskinering

Maskineringsverkstedet er utstyrt med et spesialtilpasset dreiesenter for skrå skinner, maskineringssenter, høyhastighets honemaskin, sveiserobot og annet relatert utstyr, som kan håndtere bearbeiding av sylinderrør med en maksimal indre diameter på 400 mm og en maksimal lengde på 6 meter.

(3) Sveising

(4) Maling og belegg

Med små og mellomstore sylinderautomatiske vannbaserte malingsbeleggslinjer, for å oppnå automatisk robotlasting og -lossing og automatisk sprøyting, er den designede kapasiteten 4000 stykker per skift;
Vi har også en halvautomatisk produksjonslinje for maling for store sylindere drevet av en kabelkjede, med en designkapasitet på 60 kasser per skift.

(5) Testing

Vi har førsteklasses inspeksjonsfasiliteter og testbenker for å sikre at sylinderens ytelse oppfyller kravene.

 

 

Vi er en av de beste produsentene av hydrauliske sylindere. Vi kan tilby et omfattende utvalg av hydrauliske sylindere. Vi tilbyr også tilsvarende landbruksgirkasserVi har eksportert produktene våre til kunder over hele verden og opparbeidet oss et godt rykte på grunn av vår overlegne produktkvalitet og ettersalgsservice. Vi ønsker kunder i inn- og utland velkommen til å kontakte oss for å forhandle om forretninger, utveksle informasjon og samarbeide med oss!