Bosch Rexroth Solenoid Ball Valve
Online Services for Bosch Solenoid Ball Valve
In hydraulic and pneumatic systems, the Bosch Rexroth solenoid valve acts as a precise component that controls fluid flow. It can open or close the valve by using an electromagnetic solenoid which operates through electricity thus making it very dependable. This type of a valve is durable, efficient and flexible hence can be applied in different industries such as manufacturing industry; automotive industry among others also known as multi-industrial use due to its many advantages over other types of valves used in these fields like energy saving capabilities or reliability improvements achieved through better design features adopted by this particular model during its production process stages while ensuring such qualities remain intact even with time passing since they were first introduced into service life cycle phases involving various maintenance procedures carried out at different times having been greatly enhanced by advanced technological advancements included within it from the beginning until now.
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Find top-rated Bosch Rexroth solenoid ball valve replacements. Our long-lasting valves will improve your system’s efficiency and dependability. Start shopping today.
Bosch Rexroth M-3SE Solenoid Ball Valve
- Version and Configuration: It is possible to get this in 3/2 or 4/2-way versions thus can be used in various flow control applications.
- Explosion Protection: It can be used in potentially explosive atmospheres; it meets the requirements of Directive 2014/34/EU as well as EAC TR CU 012/2011 for both I M2 and II 2G areas.
- High Operating Pressure: The highest operating pressure that it can withstand is 420 bars.
- Flow Capacity: This has a maximum flow rate capacity of up to twelve liters per minute.
- Electrical Features: This comes with air-gap DC solenoids which ensure reliability even after long standstill periods while its manual override provides extra control.
- Connection Standards: The ISO 4401-03-02-0-05 porting pattern has been followed so that it may fit any standard hydraulic system.
- Temperature Range: -20°C to +80°C for ambient temperature; -15°C to +80°C for hydraulic fluid temperature are the ranges within which this operates effectively.
- Safety and Durability: Blocked connection tightness, safe switching under pressure, hardened valve systems (for extended life) are some safety measures put in place.
Bosch Rexroth M-2SE Solenoid Ball Valve
- Directly operated seat valve in the direction of:mechanical, manual or fluid power type of can be used, thus ensuring reliable control over the flow.
- High working pressure: The highest operating pressure that can be tolerated by this valve is 420 bar or 630 bar and therefore it is suitable for applications where high pressures are involved.
- Different types of actuation: Mechanical (roller plunger), manual (hand lever), hydraulic and pneumatic are some different types of actuations supported by it which makes it flexible for different operational needs.
- DIN 24340 Porting Pattern:The porting pattern of this valve complies with DIN 24340 form A so that standard mounting interfaces can be used together with it.
- Inductive Position Switch Option:For accurate position detection, an optional inductive position switch (contact-free) may be installed on the valve
- Dimensions and flow capacity: Size 6 and size 10 are available for this valve. It has a maximum flow rate of 40 l / min which caters for various flows.
- Reliable operation under pressure :The design philosophy behind the valve was to ensure that even after being kept under pressure for long periods ,it remains functional hence durable.
- Versatile applications: It comes with additional equipment options such as check valve inserts and throttle inserts which are meant to give it more functionalities like accumulator operation and internal pilot oil tapping .
Rexroth Solenoid Ball Valve Diagram and Parts Breakdown​
Bosch Rexroth Solenoid Ball Valve: Technical Specifications Overview Table​​​
Motorized Ball Valve 110V
With the aim of being precise and dependable in different industrial applications, our 110 volt motorized ball valve is made. It functions with no friction at all on a power supply of 110 volts to ensure that there’s efficient control over flow. We used strong materials during its construction so this means it can stay for long periods without getting spoilt. The 110V motorized ball valve should be used when very fast responses are needed or if accuracy needs to be high because they work best for such systems.
Motorized Ball Valve 24V
The Motorized Ball Valve 24V provides a solution that is suitable across medium voltage range applications. This valve performs consistently with an input voltage of about 24 volts and can therefore easily be incorporated into existing systems. Due to its small size as well as energy saver nature; results achieved by this device for use in both commercial buildings and homes are quite impressive. You will find it just perfect where space may pose limitations but still require maximum performance achieved through fine tuning controls within wider ranges suitable for residential areas too. I would recommend using these valves where lower voltage operation is required without sacrificing any functions performed by them.
Motorized Ball Valve 12V
Our Motorized Ball Valve 12V is designed specifically for low voltage applications. This valve operates safely in environments where reliability could be compromised by higher power supplies since it uses only twelve volts DC power supply . Its weight enables ease installation coupled with good quality control over fluid flow rates at points necessary throughout different industries utilizing such components while still maintaining portability levels needed by many users in need o f them even under conditions which would need moving frequently from one place another such as vehicles or boats among others which operate mainly on batteries.
| Code | M-2SE | M-3SE |
| Features | – 3/2 or 4/2-way version<br>- For intended use in potentially explosive atmosphere<br>- Porting pattern according to ISO 4401-03-02-0-05<br>- Blocked connection tight<br>- Air-gap DC solenoids<br>- Safe switching also with longer standstill periods under pressure<br>- Electrical connection with individual connection and cable gland<br>- With manual override | – 3/2 or 4/2-way version<br>- For intended use in potentially explosive atmosphere<br>- Porting pattern according to ISO 4401-03-02-0-05<br>- Blocked connection tight<br>- Air-gap DC solenoids<br>- Safe switching also with longer standstill periods under pressure<br>- Electrical connection with individual connection and cable gland<br>- With manual override |
| Technical Data | – Size: 6<br>- Component series: 6X<br>- Maximum operating pressure: 420 bar<br>- Maximum flow: 12 l/min<br>- Hydraulic fluid temperature range: -15 to +80 °C<br>- Viscosity range: 2.8 to 500 mm²/s<br>- Maximum admissible degree of contamination of the hydraulic fluid: ISO 4406 (c) Class 20/18/15 | – Size: 6<br>- Component series: 6X<br>- Maximum operating pressure: 420 bar<br>- Maximum flow: 12 l/min<br>- Hydraulic fluid temperature range: -15 to +80 °C<br>- Viscosity range: 2.8 to 500 mm²/s<br>- Maximum admissible degree of contamination of the hydraulic fluid: ISO 4406 (c) Class 20/18/15 |
| Electrical Data | – Voltage type: Direct voltage<br>- Available voltages: 24 V<br>- Voltage tolerance: ±10%<br>- Admissible residual ripple: <5%<br>- Duty cycle: Continuous operation<br>- Switching times: See table on page 8<br>- Maximum switching frequency: 15000 1/h<br>- Nominal power at 20°C: 13 W<br>- Maximum power with 1.1 x nominal voltage at 20°C: 15.8 W<br>- Protection class: IP65 | – Voltage type: Direct voltage<br>- Available voltages: 24 V<br>- Voltage tolerance: ±10%<br>- Admissible residual ripple: <5%<br>- Duty cycle: Continuous operation<br>- Switching times: See table on page 8<br>- Maximum switching frequency: 15000 1/h<br>- Nominal power at 20°C: 13 W<br>- Maximum power with 1.1 x nominal voltage at 20°C: 15.8 W<br>- Protection class: IP65 |
| Dimensions | – See page 10 for 3/2 directional seat valve dimensions<br>- See page 11 for 4/2 directional seat valve dimensions | – See page 10 for 3/2 directional seat valve dimensions<br>- See page 11 for 4/2 directional seat valve dimensions |
Bosch Rexroth Solenoid Ball Valve Service Manua
Motorized Ball Valve vs Solenoid Valve: Key Differences and Applications
Comparing a Motorized Ball Valve and a Solenoid Valve involves knowing their unique characteristics and uses. While both these types of valves are common in many industries, they differ greatly in terms of how they work and where they should be used.
Motorized Ball Valve:
Operation: It works by rotating the ball within the valve to open or close the flow path using an electric motor; hence precision control with modulation of flow is achieved.
Durability: Typically stronger hence can handle high pressure as well as high temperature environments making it suitable for heavy-duty applications.
Response Time: The response time is slower due to its motorized nature, however this feature provides better controllability for gradual adjustments.
Applications: They are best suited for applications that need accurate flow control such as in HVAC systems for commercial buildings or water treatment plants among others industrial automations like chemical factories etcetera.
Solenoid Valve:
Operation: This valve operates on electromagnetic solenoids which rapidly opens or shuts off the valve. Usually employed when there is need for quick on/off control;
Durability: Comparatively less rugged than motorised ball valves but still strong enough though not recommended at higher pressures and temperatures;
Response Time: Being one of the fastest acting valves available, it is therefore most appropriate where speed of actuation is paramount.
Applications: These valves find wide usage where fluid power systems demand frequent changeover e.g., pneumatic controls used in manufacturing industry; irrigation systems that rely heavily upon automation would also benefit greatly from this type of device
Applications
Knowing specific areas where Motorized Ball Valves and Solenoid Valves apply may help you pick out which valve will work best for your system:
Motorized Ball Valves: These are used when there is a need for precise flow control over longer periods; ability to withstand harsh conditions coupled with smooth modulation makes them ideal candidates here. Commercial & Industrial HVAC Systems, Process Control Industries (Chemical Plants etcetera), Water Treatment Facilities
Solenoid Valves: They are more suitable for quick actuation; intermittent operation best describes their application areas since they excel in situations where rapid response or frequent switching is required. Automated Irrigation Systems, Fluid Dispensing Machines (Pharmaceuticals – Medical Devices), Pneumatic Controls (Manufacturing – Packaging Industry)
This knowledge about the differentiating factors as well as various uses can enable one make a wise decision on whether to go for Motorised Ball Valve or Solenoid Valve depending on his/her specific requirements.
Rexroth Solenoid Ball Valve Catalog
| Code | Bosch Rexroth Solenoid Ball Valve Price | Contact Us |
|---|---|---|
| solenoid valve vs ball valve | 190.8 | Inquiry about this Part |
| ball valve solenoid | 174.8 | Inquiry about this Part |
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Rexroth Solenoid Ball Valve: Answers to Common Queries
Explore the advantages of the Solenoid Ball Valve for enhanced performance.
Q: Valve performance monitoring?
A:Digital sensors and feedback mechanisms provide a way to monitor the spool position and ensure accurate operation of valve throughout its lifespan.
Q: What are the different switching mechanisms available in Rexroth solenoid valves?
A: This includes various poppet, spool, among others that meet varying hydraulic control requirements.
Q: What should I consider when selecting a Rexroth solenoid valve?
A: Considerations include series, flow rates, maximum pressure, and conformity with international norms e.g. ISO. It is important to match technical specifications of the valve to your system’s need.
Q: How can I insert a solenoid valve into my existing system?
A: Before inserting a solenoid valve into your current hydraulic systems, you must ensure that it is compatible with the existing drive and cylinder components. See technical manual or ask for help from our support team if necessary.
Q: How long is the shipping and delivery time for these valves?
A: Shipping & delivery times differ across geographical locations and based on availability of stock. For expedited shipping options or latest delivery timing please contact us directly.
Q: What is the price range for Bosch Rexroth solenoid valves?
A: Prices vary depending on model as well as specification details such as spare parts or other items needed; contact our office or visit our website for an exact quote.