Hidravlični ventil s smernim pultom serije M-SEW z elektromagnetnim aktiviranjem

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Hidravlični ventil s smernim pultom serije M-SEW z elektromagnetnim aktiviranjem

The M-SEW series directional poppet hydraulic valve with solenoid actuation is an advanced hydraulic valve designed to provide precise control and optimal efficiency in hydraulic systems. With its innovative design, reliable performance, and integrated solenoid actuation, this valve offers enhanced fluid flow control, flexibility, and compatibility with various industrial applications.

The M-SEW series directional poppet hydraulic valve with solenoid actuation is a reliable and efficient solution for hydraulic systems. With its directional poppet design, integrated solenoid actuation, versatility, and high flow capacity, this valve offers precise control, enhanced efficiency, and compatibility with various applications. The M-SEW series valve delivers optimal performance and reliability by following the recommended usage methods and adhering to regular maintenance practices. Upgrade your hydraulic system with the m-sew series directional poppet hydraulic valve and experience enhanced control, efficiency, and productivity.

M-SEW Series Directional Poppet Hydraulic Valve With Solenoid Actuation Key Characteristics:

  • Directional Poppet Design:
    • The M-SEW Series Valve features a directional poppet design, ensuring reliable and efficient fluid flow control.
    • It allows for quick response times and precise regulation of fluid direction, enhancing overall system performance.
  • Aktiviranje solenoidov:
    • Equipped with integrated solenoid actuation, this hydraulic valve provides remote and automated control capabilities.
    • The solenoid allows quick and accurate switching between different flow paths, improving operational efficiency.
  • Versatility and Compatibility:
    • The M-SEW Series Valve is highly versatile and compatible with various hydraulic systems and applications.
    • It can be seamlessly integrated into industrial machinery, mobile equipment, and automation systems, enhancing performance.
  • Visoka pretočnost:
    • With its robust design and optimized flow paths, the M-SEW Series Valve offers high flow capacity.
    • It ensures efficient fluid transfer, reducing pressure drops and maximizing system throughput.

M-SEW Series Directional Poppet Hydraulic Valve With Solenoid Actuation Parameter:

Specifikacije NG6 NG10
Položaj namestitve  Neobvezno
Environment temperature  -30 do +50 (tesnila NBR)
 -20 do +50 (tesnila FKM)
Teža Two two-way solenoidic directional valve kg 1.5 /
Two three-way solenoidic directional valve kg 1.5 2.0
Two four-way solenoidic directional valve kg 2.3 3.5
Maks. obratovalni tlak Pristanišče PAB bar 420 420
Pristanišče T 100 100
Maks. pretok l/min 25 40
Tekočina  Mineralno olje, primerno za tesnila NBR in FKM
 Fosfatni ester za tesnilo FKM
Temperaturno območje tekočine  -30 do +50 (tesnila NBR)
 -20 do +50 (tesnila FKM)
Območje viskoznosti mm2/s  2,8 do 500
Stopnja kontaminacije  Največja dovoljena stopnja onesnaženosti tekočine: Razred 9. NAS 1638 ali 20/18/15, ISO4406

M-SEW Series Directional Poppet Hydraulic Valve With Solenoid Actuation Advantages:

• Direct solenoid shutoff valve
• Installation face follow DIN 24340 A, ISO 4401 and CETOP-RP 121H
• No leak
• Responsive switching under high pressure
• Replacing the coil can be performed with pressure
• Tuljava solenoidov se lahko zavrti za 90°
• With manual emergency control

Usage Method Of M-SEW Series Directional Poppet Hydraulic Valve With Solenoid Actuation:

  • Ocena sistema:
    • Conduct a thorough assessment of the hydraulic system to determine the specific requirements and operational parameters.
    • Consider factors such as flow rates, pressure ratings, and compatibility with the M-SEW series valve.
  • Izbira ventila:
    • Select the appropriate M-SEW series valve variant based on the system requirements and specifications.
    • Consider port size, voltage compatibility, and solenoid actuation parameters.
  • Namestitev:
    • Follow the manufacturer’s instructions for properly installing the M-SEW series valve in the hydraulic system.
    • Ensure secure mounting, proper alignment, and appropriate sealing to prevent leaks and ensure optimal performance.
  • Električne povezave:
    • Connect the solenoid actuation wires to a suitable power source, following the recommended wiring guidelines.
    • Ensure proper polarity and insulation to prevent electrical malfunctions or safety hazards.

How Does A Hydraulic Directional Control Valve Work?

A hydraulic directional control valve is a fundamental component in hydraulic systems that regulates the flow and direction of hydraulic fluid. It enables the operator to control the movement and operation of hydraulic actuators, such as cylinders and hydraulic motors. The directional control valve determines the path that the hydraulic fluid takes within the system, allowing it to flow in specific directions and perform desired actions. Here’s a breakdown of how a hydraulic directional control valve works:

  1. Struktura ventila:
    • A hydraulic directional control valve typically consists of a body with multiple ports, spools, or poppets and actuators such as manual levers, solenoids, or pilot pressure mechanisms.
    • The valve body contains various internal passages and chambers that direct the flow of hydraulic fluid.
  2. Fluid Flow Paths:
    • The directional control valve has multiple ports that connect to different hydraulic components in the system, such as the pump, reservoir, actuators, and other valves.
    • These ports include an inlet, outlet, and work ports, each serving a specific purpose in controlling the fluid flow.
  3. Spools or Poppets:
    • The valve body houses spools or poppets, which are movable elements that control the flow of hydraulic fluid.
    • Spools are cylindrical and slide within the valve body, while poppets are spring-loaded valves that open or close based on pressure differentials.
  4. Actuation Mechanisms:
    • Depending on the specific design and application requirement, hydraulic directional control valves can be actuated manually, electrically, or hydraulically.
    • Manual actuation involves levers or handles that the operator physically moves to position the spools or poppets.
    • Electrical actuation utilizes solenoids that receive electrical signals to shift the spools or poppets, allowing for remote control and automation.
    • Hydraulic actuation employs pilot pressure to move the spools or poppets, often in conjunction with electrical or manual control.
  5. Položaji ventilov:
    • Depending on the valve design, there are typically multiple positions that the spools or poppets can assume, each corresponding to a specific flow path.
    • Common positions include neutral, which blocks or isolates all ports, and various actuating positions that allow flow between specific ports.
    • As the spools or poppets shift, they align with specific ports, opening or closing passages and directing the hydraulic fluid accordingly.
  6. Operator Input:
    • The operator engages the directional control valve by actuating the manual lever, applying electrical signals to solenoids, or manipulating pilot pressure.
    • This input determines the desired valve position, which in turn determines the flow direction and the action of the hydraulic actuators.
  7. Delovanje sistema:
    • Once the directional control valve is in the desired position, hydraulic fluid flows through the appropriate passages and ports.
    • This flow of fluid powers the hydraulic actuators, such as cylinders or hydraulic motors, causing them to move or perform the intended task.

Zmogljivost in zmogljivost tovarne:

(1) Sestavljanje

Imamo prvovrstno neodvisno platformo za raziskave in razvoj. Delavnica za proizvodnjo hidravličnih cilindrov ima štiri polavtomatske montažne linije za dvižne cilindre in eno avtomatsko montažno linijo za nagibne cilindre z letno proizvodno zmogljivostjo 1 milijona kosov. Delavnica za posebne cilindre je opremljena z različnimi specifikacijami polavtomatskega sistema za čiščenje in montažo z letno proizvodno zmogljivostjo 200.000 kosov ter znano CNC obdelovalno opremo, obdelovalnim centrom, visoko precizno posebno opremo za obdelavo cilindrov, robotskim varilnim strojem, avtomatskim čistilnim strojem, avtomatskim strojem za montažo cilindrov in avtomatsko proizvodno linijo za barvanje. Obstoječa kritična oprema obsega več kot 300 kompletov (kompletov). Optimalna razporeditev in učinkovita uporaba opremnih virov zagotavljata zahteve glede natančnosti izdelkov in izpolnjujeta visoke zahteve glede kakovosti izdelkov.

(2) Strojna obdelava

Strojna delavnica je opremljena s prilagojenim centrom za struženje nagnjenih tirnic, obdelovalnim centrom, visokohitrostnim strojem za honanje, varilnim robotom in drugo sorodno opremo, ki lahko obdeluje cilindrične cevi z največjim notranjim premerom 400 mm in največjo dolžino 6 metrov.

(3) Varjenje

(4) Barvanje in premazovanje

Z majhnimi in srednje velikimi cilindričnimi avtomatskimi linijami za barvanje na vodni osnovi, za doseganje avtomatskega nakladanja in razkladanja robotov ter avtomatskega brizganja, je projektna zmogljivost 4000 kosov na izmeno;
Imamo tudi polavtomatsko linijo za proizvodnjo barv za velike jeklenke, ki jo poganja veriga, s projektno zmogljivostjo 60 zabojev na izmeno.

(5) Testiranje

Imamo prvovrstne inšpekcijske prostore in testne postaje, s katerimi zagotavljamo, da delovanje jeklenke izpolnjuje zahteve.

 

 

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