Italian Atos ATOS solenoid valve SDKE-1713 10S

Italian Atos ATOS solenoid valve SDKE-1713 10S

In stock supply of ATOS FESTO solenoid valves
Supply to ItalyATOS solenoid valve、 ATOS conventional valve, ATOS overlay valveATOS plug-in valve、 ATOS proportional valve, ATOS directional valve, ATOS cover plate, ATOS plunger pump, ATOS gear pump, ATOS vane pump, ATOS ordinary oil cylinder, ATOS servo oil cylinder, ATOS electronic components, ATOS accessories and other hydraulic products.

Atos solenoid valve
Size specifications 03, 05, 07,
--ISO sizes08, 10
--Flow rate reaches 1000 liters per minute
--Pressure up to 350 bar
Atos solenoid valves have the following characteristics:
--*New process casting of shell, mass production on assembly line, and deburring by hot burning method
--*Valve core safety interchange
--*Wet electromagnetic coil
--*Fully enclosed coil, sturdy overall, suitable for outdoor work

Italian Atos ATOS solenoid valve SDKE-1713 10S

With the continuous advancement of technology, the combination of solenoid valve technology, control technology, computer technology, and electronic technology has enabled various complex controls to be carried out. Electromagnetic valves have been widely used in various fields of production, playing their role in achieving different pneumatic and hydraulic systems.

Electromagnetic valve is a type of shut-off valve that relies on electromagnetic force to automatically open and close. In refrigeration and air conditioning systems, solenoid valves are commonly used as remote control shut-off valves, regulating mechanisms for dual position control systems, or safety protection devices.

It can be applied to various media such as gases, liquid refrigerants, lubricating oils, etc. For some early small and medium-sized unit units, solenoid valves were connected in series on the liquid pipe before the throttling device and connected to the same starting switch as the compressor.

When the compressor is turned on, the solenoid valve opens, connecting the system pipeline to allow the air conditioning system to operate normally. When the compressor stops, the solenoid valve automatically cuts off the liquid pipeline, preventing the refrigerant liquid from continuing to flow to the evaporator and preventing refrigerant liquid hammer when the compressor starts again.

SDKE-1711 10S 24V

SDKE-1713 DC 10S DC24V

DKE-1713-DC-10/PE

SDKE-17139 10S

SDKE-1714 12DC

SDKE-1715 10S DC24V

SDKE-1718 DC10S DC24V

SDKE-175112/WP 10S AC220V

SDKE-1611 DC 10S DC24V

SDKE-1631/2 DC10S/PE DC220V

DKE-1630/2/FV-X24DC

SDKE-1630/2-X24DC

SDHE-0639/O 10S

SDHE-0713 10S

SDHE-0631/2 10S

SDHE-0613/A 10S DC24V

SDHE-0631/2-X24DC

SDHE-0713-X24DC

SDHE-0713P 10S

SDHE-0630/2/A-X

SDHE-0711-X

SDHE-0631/2P 10S

SDHE-0718 10S

SDHE-0711 10S

SDHE-0713/WP

SDHE-0613 10S

SDHE-0710-24DC+SP-667

SDHE-0713P 10S

SDHE-0630-/2 10S

SDHE-0671/A 10S

SDHE-0639/C 20

SDHE-0716-X

SDHE-0632/2/WP

SDHE-0631/2/A

DHE-0671/FV-XK24DC

DHE-0670-XK24DC

DHE-0610/A-X24DC

DHE-0713-X24DC

DHE-0631/2/E

DHE-0630/2-X24DC

SDHE-0714/X24DC

SDHE-0639/O 10S

DHE-0751/2/WP-X 24DC 10

DLEH-2A

DLEH-2A/R

DLEH-2C

DLEH-2C/R

DLEHM-3A

DLEH-3A

DLEH-3A/R

DLEH-3C

DLEH-3C/R

DLEHM-3C

DLEHM-3C/USP-666/24DC

A solenoid valve controller is a device that uses intelligent control technology to control solenoid valves. Its main function is to meet the automatic control requirements of the electromagnetic valve control system, and to achieve intelligent control and monitoring of the system by achieving a certain level of hydraulic control.

Principle of Electromagnetic Valve Control

The control principle of solenoid valves is to convert external electrical signals into mechanical motion through electromagnetic drive devices. The specific operation is as follows:

When powered on: When the electromagnetic coil is powered on, it will generate magnetic force on the stator, forming a spring coupled switch. At this point, the stator transitions from the disconnected state to the closed state, causing the valve to change from the closed state to the open state.

When the power is disconnected, the electromagnetic coil loses its magnetic force and the valve will transition from the open state to the closed state. At this point, the magnetic force of the electromagnetic coil disappears, and the valve is subjected to the action of the spring, closing to block the flowing medium.

Working principle of solenoid valve controller

The solenoid valve controller adopts advanced intelligent control technology, and its working principle is as follows:

1. Signal input: The solenoid valve controller receives external control signals, which can be manual control signals, timing control signals, sensor control signals, etc.

2. Signal processing: The solenoid valve controller processes and analyzes the input signal to determine the valve state and action requirements that need to be controlled.

3. Signal output: The solenoid valve controller sends command signals to the solenoid valve through the output interface based on the processing results to control the opening and closing of the valve.

4. Feedback control: The solenoid valve controller can detect the status and working condition of the control system through sensors, and send feedback signals to the controller for feedback control, in order to achieve intelligent monitoring and control functions of the system.

Application scenarios of solenoid valve controllers

Electromagnetic valve controllers are widely used in hydraulic systems, water supply systems, air conditioning systems, water supply and drainage systems, and petrochemical industries. Its main function is to control the flow rate, pressure, and direction of fluids, achieving automation and intelligent control of the system.

Advantages of Electromagnetic Valve Controllers

The solenoid valve controller has the following advantages:

1. Precise control: The solenoid valve controller can achieve precise valve control according to requirements, ensuring the stability and safety of the system.

2. Fast opening and closing: The solenoid valve controller has the characteristic of fast opening and closing, which can efficiently control the flow of fluid medium.

3. Automatic control: The solenoid valve controller can achieve automatic control of the system, reduce manual intervention, and improve work efficiency.

4. High reliability: The solenoid valve controller adopts reliable control technology and components, with high reliability and anti-interference ability.

5. Energy saving and environmental protection: The solenoid valve controller can adjust the flow rate and pressure of the medium as needed, achieving energy saving and reducing energy waste.

summary

A solenoid valve controller is a device that uses intelligent control technology to control solenoid valves. Through the principle of electromagnetic drive, the solenoid valve controller can achieve control over the opening and closing of the valve. Its working principle includes signal input, signal processing, signal output, and feedback control. The solenoid valve controller has the advantages of precise control, fast opening and closing, automatic control, high reliability, and energy conservation and environmental protection. It has a wide range of applications in hydraulic systems, water supply systems, air conditioning systems, and other fields.

DHA-0631/2/M 21

DHA-0631/2/M/O 24DC

DHA-0631/2/A/PA-M/724DC

DHA-0631/2/M/7 22

DHA-0713P/NPT-24VDC

DHA-0631/2/NPT-24VDC

DHA-0711/M/7 24V

DHA-0611/M/A0 24DC

DHA-0711/M/0 24DC

DHA-0713-M-24DC

DHA-0713/M/O 24DC

DHA-0713P/PA-M

DHA-0713/7M - 24DC

DHA-0751/2/ M

DHA-0631/2/A/M/7-24DC

DHA-0714/PA-GK 24DC 25/BT

DHA-0631/2/PA-GK 24DC 25/BT

SDHA/MA-0713 10S

SDHA/MA-0630/210S

SDHA\\MA-0630\\2- 24DC-K-01

SDHA\\MA-0631\\2\\A 100

SDHA/MA-0639/O 10S

DPZO-AES-671-L5/EI

DPZO-A-271-S5

DPZO-AEB-NP-273-S5

DPZO-AEB-NP-473-D5/EG

DPZO-TEB-SN-NP-171-L5/D

DPZO-T-173-L5/D 51

DPZO-TEB-SN-NP-271-L5/BE 10

DPZO-TEB-SN-NP-271-S5/I /PE

DPZO-TEB-SN-NP-471-S5/E

DPZO-TEB-SN-NP-271-L5/IQD+SP-ZH-7P

DPZO-A-273-S5/D 50

DPZO-AE-373-LS/GI 32

DPZO-LEB-SN-NP-271-S5/DGI

DPZ0-LEB-SN-NP-127-D5/IQ

DPZO-LEB-SN-NP-471-L5/I

DPZO-AEB-NP-271-S5/DI

DPZO-AEB-NP-173-L5/DG

DPZO-T-271-D3

DPZO-T-271-S5

DPZO-L-273-D5

DPZO-T-473-S5/D

DPZO-AEB-NP-473-D5/DG

DPZO-LES-SN-NP-271-05/1Q 60

DPZO-LE-271-S5/I

HG-031/50

HG-031/32

HG-031/100-23/PE

HG-031/210-23

HG-033/210 23

HG-034/32 23

HG-SR352J

HM-011/210/40

HM-013/210 40

HM-012/210

HM-015/210 /40

HM-014/210 10

HM-012/350 40

HM-013/350

HM-011/350

HMP-011/350/DN6

HMP-013/350/DN6

Regarding the specifications and models of solenoid valve coils, they are divided into five categories, including increased safety type, intrinsic safety type, positive pressure type, sealed type, explosion-proof type, etc.

1. Increased safety type: During normal operation, there will be no arc, spark, or risk of low temperature, and the structure will further accommodate maintenance steps, improving the safety and reliability of equipment placement.

2. Intrinsic safety type: Under the premise of rules, the electrical sparks and thermal effects generated by the external circuits of the equipment cannot extinguish explosive mixtures under normal circumstances or in the form of regular faults.

3. Positive pressure type: Adhere to maintaining the pressure of the external maintenance gas higher than the surrounding pressure to prevent explosive substances from entering the shell or sufficient maintenance gas from passing through the shell, so as to reduce the concentration of external explosive substances below the explosive upper limit.

4. Sealed type: It will seal the arc, spark, or low-temperature area that is likely to cause the extinguishing of explosive mixtures, making it unable to extinguish the surrounding explosive mixtures.

5. Explosion proof type: When the equipment is placed in normal operation, the components that can generate spark arcs are placed inside the explosion-proof shell. The explosion-proof shell can withstand external explosive pressure without damage and can reduce energy when the external flame gas passes through the gap, lacking the ability to ignite the gas outside the shell.

Specification and model of solenoid valve coil

The solenoid valve adopts explosion-proof coils, which enclose all components of the equipment that may ignite explosive gas mixtures in a shell. The shell can withstand the combustible mixture penetrating into the interior of the shell through any joint surface or structural gap of the shell without damage, and will not cause ignition of the explosive environment formed by one or more gases or vapors outside. The components that may generate sparks, arcs, and dangerous temperatures are all placed in the explosion-proof shell, which separates the internal space of the equipment from the surrounding environment.

Supply Italian ATOS plug-in valves

Supply of Italian ATOS solenoid valves, ATOS conventional valves, ATOS overlay valves, ATOS plug-in valves, ATOS proportional valves, ATOS directional valves, ATOS cover plates, ATOS plunger pumps, ATOS gear pumps, ATOS vane pumps, ATOS ordinary oil cylinders, ATOS servo oil cylinders, ATOS electronic components, ATOS accessories and other hydraulic products.

LIMZA-A-1/180/M 20

LIMZA-A-3/180/M 40

LIMZO-A-3/210

LIMZO-A-4/210

LIMZO-A-5/315/P 30

LIMZO-AE-4/315 10

LIMZO-TER-4/210 50

LIMZO-TER-4/210/I

LIQV-2 20

LIQV-2/K

LIQZO-A-252S4

LIQZO-L-252L4 50

LIQZO-L-322L4 50

LIQZO-LE-402L4 50

LIQZO-LE-502L4 50

LIQZO-LE-632L4 51

LIQZO-T-252L4

LIQZO-T-252L4 50 /PE

LIQZO-T-322L4 50

LIQZO-T-402L4

LIQZO-TE-322L4 50

LIQZP-LEB-SN-NP-632L4

LIQZP-LEB-SN-NP-802L4/I 10

LIQZP-LEB-SN-NP-503L4/Q

LIQZP-TEB-SN-NP-502L4/Q

LIRA-1/100 20

LIRA-1/210 20

LIRA-2/210/V 20

LIRA-3/100

LIRA-4/210/V 11

LIRZO-A-1/210

Pressure flow valve

QVHZO-A-06/12 20

QVHZO-A-06/18

QVHZO-A-06/3

QVHZO-A-06/36

QVHZO-A-06/45

QVHZO-AE-06/3/I 10

QVHZO-AE-06/45/I

QVHZO-T-06/12 31

QVHZO-T-06/3 31/WG

QVHZO-TE-06/18 40

QVHZO-TE-06/18/I 40

QVHZO-TE-06/3 40

QVKMZOR-A-10/90/210/18

QVKZOR-A-10/65

QVKZOR-AE-10/90 10

QVKZOR-AES-BC-10/65 10

QVKZOR-T-10/65

QVKZOR-TE-10/65 20

QVKZOR-TE-10/65/F 20

QVZO-A-20/210-S4

QVZO-A-20/2-L4/18/V 20

QVZO-A-20/2-S4 30

QVZO-A-20/2-S4/V

QVZO-A-20/3-S4 30

ATOS is an electro-hydraulic component manufacturer headquartered in Sesto Calende, Italy, near the Alps. ATOS products mainly include pumps, valves, and systems, hydraulic cylinders, servo cylinders, stacked valve plates, conventional valves. All ATOS products have passed quality testing and are guaranteed by professional technical personnel.

The main features of ATOS solenoid valve are external leakage blockage, easy control of internal leakage, and safe use. Internal and external leakage is a factor that endangers safety. Other self-control valves usually extend the valve stem and control the rotation or movement of the valve core through electric, pneumatic, or hydraulic actuators. All of this needs to solve the problem of long-term leakage of valve stem seals; Only solenoid valves use electromagnetic force to seal the iron core inside the magnetic sleeve of the electric control valve, without dynamic sealing, so external leakage is prone to blockage. Electric valve torque control is not easy, which can easily cause internal leakage and even break the valve stem head; The structural type of solenoid valve is easy to control internal leakage until it is reduced to zero. So, the use of solenoid valves is particularly safe, especially suitable for corrosive, toxic, or high and low temperature media. The ATOS solenoid valve system is simple, easy to connect to a computer, and has a low price. The solenoid valve itself has a simple structure and low price, making it easier to install and maintain compared to other types of actuators such as regulating valves. More significantly, the composed self-control system is much simpler and priced much lower. Due to the fact that the solenoid valve is controlled by switch signals, it is very convenient to connect with industrial control computers. In today's era of widespread computer use and significant price reductions, the advantages of solenoid valves are even more apparent. ATOS solenoid valve action express, with small power and lightweight appearance. The response time of solenoid valves can be as short as a few milliseconds, and even pilot operated solenoid valves can be controlled within tens of milliseconds. Due to its self-contained circuit, it responds more sensitively than other self-control valves. A well-designed solenoid valve coil has low power consumption and is considered an energy-saving product; It can also automatically maintain the valve position by triggering the action, without consuming any electricity during normal operation. The electromagnetic valve has a small external size, which saves space and is lightweight and beautiful. The adjustment accuracy of the solenoid valve is limited, and the applicable medium is restricted. Electromagnetic valves usually have only two states: on/off, and the valve core can only be in two extreme positions, which cannot be continuously adjusted. (There are many new ideas trying to break through, but they are still in the experimental stage) Therefore, the adjustment accuracy is still limited to a certain extent. ATOS solenoid valves have high requirements for the cleanliness of the medium, and are not suitable for media containing particles. If impurities are present, they must be filtered out first. In addition, viscous media are not suitable, and the viscosity range of media suitable for specific products is relatively narrow. ATOS solenoid valves come in a variety of models and have a wide range of applications. Although solenoid valves have inherent shortcomings, their advantages are still very prominent, so they are designed into a variety of products to meet different needs and have a wide range of applications. The progress of solenoid valve technology also revolves around how to overcome inherent shortcomings and better leverage inherent advantages