30SD10-34 Solenoid Directional Valve
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30SD10-34 Solenoid Directional Valve
The 30SD10-34 solenoid directional valve is a cutting-edge industrial component designed to provide precise and reliable fluid control in a wide range of applications. With its advanced features, durable construction, and user-friendly design, this solenoid directional valve offers enhanced performance and efficiency.
The 30SD10-34 solenoid directional valve is a reliable and versatile component that offers precise fluid control in industrial applications. Its robust construction, precision control, and reliable performance make it an ideal choice for enhancing the efficiency and productivity of your fluid control systems. By following the recommended usage methods and maintenance guidelines, you can ensure optimal performance and longevity of the 30SD10-34 solenoid directional valve in your industrial operations.
30SD10-34 Solenoid Directional Valve Characteristics:
- Robust Construction: The 30SD10-34 solenoid directional valve is built with high-quality materials and meticulous craftsmanship, ensuring durability and longevity. Its robust construction allows it to withstand demanding industrial environments, providing reliable performance even under harsh conditions.
- Versatile Functionality: This solenoid directional valve offers versatile functionality, making it suitable for various applications. It effectively controls the direction of fluid flow, allowing precise and efficient operation in different industrial systems.
- Precision Control: With exceptional precision, the 30SD10-34 solenoid directional valve enables accurate control over fluid flow. It allows for precise regulation and adjustment of fluid direction and pressure, ensuring optimal performance and efficiency in industrial processes.
- Reliable Performance: This solenoid directional valve delivers reliable performance, minimizing the risk of system failures or interruptions. It operates dependably, contributing to increased productivity and reduced downtime in industrial operations.
30SD10-34 Solenoid Directional Valve Parameter:
| Nominālais spiediens | 207 bar(3000 psi) | |
| Proof pressure | 350 bar (5075 psi) | |
| Maksimālā plūsma | 22,7 l/min (6 galoni minūtē) | |
| Šķidrums | Minerālu bāzes vai sintētiskas ar eļļošanas īpašībām | |
| Temperature range ℃ | -54 līdz 107 ℃ (poliuretāna blīvējumi) | |
| -40 līdz 100 ℃ (Buna N blīvējumi) | ||
| -26 līdz 204 ℃ (fluorogļūdeņraža blīvējumi) | ||
| Viskozitātes diapazons | 7,4 līdz 420 mm2/s | |
| Piesārņojuma pakāpe | The minimum pollution level is ISO4406 level 20/18/14, and level 17/15/13 is recommended to prolong the service life | |
| Iekšējā noplūde | ≤ 115 mL/min@207bar | |
| Dobums | VC10-3 | |
| Spoles slodzes vērtējums | Nepārtraukts nominālais spriegums no 85% līdz 115% | |
| Response time | First indication of change of state with 100% voltage supplied at80% of nominal flow rating:Energized: 60 msec. ; De-energized: 10 msec. | |
| Sākotnējā spoles strāvas patēriņš pie 20 ℃ | E-spole | 1,7 A pie 12 V līdzstrāvas; 0,85 A pie 24 V līdzstrāvas |
| D-spole | 1,67 A pie 12 V līdzstrāvas; 0,83 A pie 24 V līdzstrāvas | |
| Minimālais ievilkšanas spriegums | 85% no nominālā pie 207 bāriem | |
30SD10-34 Solenoid Directional Valve Advantages:
• Nepārtrauktas darbības spole
• Efektīva slapjā armatūras konstrukcija
• Kārtridžus var savstarpēji aizvietot atkarībā no sprieguma
• Papildus pieejamas ūdensnecaurlaidīgas E-spoles ar aizsardzības pakāpi līdz IP69K
• All ports may be fully pressurized
• Nozares kopējā dobumā
• Rūdītas detaļas ilgam kalpošanas laikam un zemai noplūdei
Usage Method Of 30SD10-34 Solenoid Directional Valve:
- Integration into System: Integrate the 30SD10-34 solenoid directional valve into the fluid control system following the manufacturer’s guidelines and specifications. Ensure proper alignment and connection between the valve and other system components to achieve optimal performance.
- Electrical Connection: Establish a secure electrical connection for the solenoid directional valve. Refer to the provided wiring diagram and ensure correct polarity to prevent any electrical malfunctions. Follow safety guidelines when working with electrical connections.
- Fluid Flow Direction Control: Utilize the solenoid directional valve to control the direction of fluid flow. The valve is typically equipped with a lever or actuator for manual adjustment. Alternatively, it can be integrated into an automated control system for remote operation.
- Pressure Adjustment: Employ the solenoid directional valve to regulate fluid pressure within the system. By adjusting the valve’s settings, you can achieve the desired pressure levels for optimal performance and efficiency.
How To Plumb Auto Cycle Hydraulic Valve?
Plumbing an auto-cycle hydraulic valve requires careful attention to ensure proper installation and functionality. Follow these steps to plumb an auto-cycle hydraulic valve effectively:
- Gather The Necessary Tools And Materials: Before you begin, make sure you have all the required tools and materials, including hydraulic hoses, fittings, adapters, Teflon tape, wrenches, and a hydraulic fluid reservoir.
- Identify The Valve Ports: Examine the auto-cycle hydraulic valve to identify the different ports. Typically, there will be inlet ports, outlet ports, and possibly additional ports for pressure relief or auxiliary functions.
- Determine The Hydraulic Fluid Flow Direction: Determine the desired flow direction of the hydraulic fluid through the valve. This information is crucial for correctly connecting the inlet and outlet ports.
- Install Fittings And Adapters: Install the appropriate fittings and adapters onto the valve ports. Ensure they are tightened securely, but be careful not to overtighten and damage the threads.
- Apply Teflon Tape: Wrap Teflon tape around the threads of the fittings and adapters. This helps create a tight seal and prevents leaks.
- Connect Hydraulic Hoses: Attach hydraulic hoses to the fittings and adapters on the valve ports. Ensure the hoses are suitable for the hydraulic system’s pressure rating and are of the correct length.
- Secure Hose Connections: Use hose clamps or other suitable methods to secure the hydraulic hoses to the fittings. This prevents the hoses from coming loose during operation.
- Route The Hydraulic hoses: Carefully route the hydraulic hoses to connect the auto-cycle hydraulic valve to the hydraulic fluid reservoir and other hydraulic components, such as cylinders or motors. Avoid sharp bends or kinks in the hoses that could restrict fluid flow.
- Check For Leaks: Once all connections are made, check for leaks. Start by slowly pressurizing the system and inspecting each connection point. If you notice any leaks, tighten the fittings or replace faulty components as necessary.
- Fill The Hydraulic Fluid Reservoir: Fill the hydraulic fluid reservoir with the recommended type and quantity of hydraulic fluid. Refer to the manufacturer’s guidelines for the appropriate fluid specifications.
- Bleed Air From The System: B bleed any air trapped in the hydraulic system to ensure proper operation. Follow the manufacturer’s instructions for bleeding procedures, which typically involve cycling the design and opening bleed valves.
- Test The System: With the plumbing complete, test the auto-cycle hydraulic valve and the overall system’s performance. Verify that the valve functions as intended and that fluid flow is smooth and consistent.
Rūpnīcas iespējas un jauda:
(1) Montāža
Mums ir pirmklasīga neatkarīga pētniecības un attīstības montāžas platforma. Hidraulisko cilindru ražošanas darbnīcā ir četras pusautomātiskas pacelšanas cilindru montāžas līnijas un viena automātiskā slīpuma cilindru montāžas līnija ar projektēto gada ražošanas jaudu 1 miljons vienību. Speciālo cilindru darbnīca ir aprīkota ar dažādu specifikāciju pusautomātisku tīrīšanas montāžas sistēmu ar projektēto gada ražošanas jaudu 200 000 vienību un aprīkota ar slavenām CNC apstrādes iekārtām, apstrādes centru, augstas precizitātes cilindru apstrādes speciālo aprīkojumu, robotizētu metināšanas iekārtu, automātisku tīrīšanas iekārtu, automātisku cilindru montāžas iekārtu un automātisku krāsošanas ražošanas līniju. Esošais kritiskais aprīkojums ir vairāk nekā 300 komplektu (komplektu). Optimāla iekārtu resursu sadale un efektīva izmantošana nodrošina produktu precizitātes prasības un apmierina produktu augstās kvalitātes prasības.

(2) Apstrāde
Apstrādes cehs ir aprīkots ar pielāgotu slīpo sliežu virpošanas centru, apstrādes centru, ātrgaitas asināšanas mašīnu, metināšanas robotu un citu saistītu aprīkojumu, kas var apstrādāt cilindriskas caurules ar maksimālo iekšējo diametru 400 mm un maksimālo garumu 6 metri.

(3) Metināšana

(4) Krāsošana un pārklāšana
Ar mazām un vidēja izmēra cilindriskām automātiskām ūdens bāzes krāsu pārklāšanas līnijām, lai panāktu automātisku robotu iekraušanu un izkraušanu un automātisku izsmidzināšanu, projektētā jauda ir 4000 gabali maiņā;
Mums ir arī pusautomātiska krāsu ražošanas līnija lieliem baloniem, ko darbina ķēdes piedziņa, ar 60 kastu konstrukcijas jaudu vienā maiņā.

(5) Testēšana
Mums ir augstākās klases pārbaudes iekārtas un testēšanas stendi, lai nodrošinātu, ka balona veiktspēja atbilst prasībām.

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