Italian atos solenoid valve KC011-30/15 original genuine product

Basic working principle of solenoid valve

The working principle of solenoid valves is based on the action of electromagnetic force. The solenoid valve has a sealed chamber inside, with through holes at different positions, each leading to a different oil pipe. There is a valve core in the middle of the chamber, and two electromagnets on each side. When the electromagnetic coil on one side is energized, the generated electromagnetic force will attract the valve core, causing it to move and open or close the corresponding through-hole, controlling the flow direction of the fluid.

Classification of ATOS solenoid valves

ATOS solenoid valves can be classified into the following categories based on their working principle and structure:

typeworking principlecharacteristic

direct-actingAfter being powered on, the electromagnetic force directly moves the valve core and opens the valve port; After power failure, the valve core closes the valve port under the action of the reset springSimple structure, reliable action, suitable for situations with small diameters

Step by step direct action typeAfter power on, the moving iron core is first lifted to reduce the pressure on the main valve piston, and then drives the main valve piston to open; After power failure, the moving iron core resets and the main valve piston closesCan operate reliably under zero pressure difference and vacuum pumping, but consumes a large amount of power

pilotComposed of a pilot valve and a main valve, when powered on, the pilot valve opens, causing the pressure in the back chamber of the main valve core to decrease and the main valve core to open; After power failure, the pilot valve closes and the main valve core closes under the action of spring forceLow power consumption and large diameter, but suitable for situations with a certain pressure difference

The specific working principle of KC011-30/15

Specifically:

Direct acting: If KC011-30/15 is a direct acting solenoid valve, its working principle is similar to the description of a direct acting solenoid valve.

Step by step direct acting: If it is a step by step direct acting solenoid valve, its working principle is similar to the description of a step by step direct acting solenoid valve.

Pilot operated: If it is a pilot operated solenoid valve, its working principle is similar to the description of a pilot operated solenoid valve.

For a more accurate understanding of the working principle of KC011-30/15, it is recommended to refer to the specific technical manual of this model or contact ATOS for detailed information.

Characteristics and functions of Italian ATOS solenoid valve KC-011/30/15

The Italian ATOS solenoid valve KC-011/30/15 is a pressure compensator with the following features and functions:

Features: Suitable for mineral oil or synthetic fluid hydraulic systems with similar lubrication characteristics.

Features: The pressure compensator creates a constant pressure difference (Δ p) between the P and A ports or between the P and B ports, maintaining a constant pressure difference (Δ p) through the throttle port, thereby maintaining a constant flow rate during pressure changes.

Features: Equipped with an automatic pilot selector, the pressure difference Δ P is only applicable to 6-way valves.

Features: Loosen the locking nut ④, rotate the training screw of the pilot element to adjust the pressure difference Δ p, and turn clockwise to increase AP.

Function: HC=IS04401 standard, with a 6-way flow rate of 50 Umin.

Function: KC=ISO4401 standard, with a 10 way flow rate of 100Vmin.

Function: JPC=ISO4401 standard, with a 16 channel flow rate of 200Wmin and an inlet pressure of 350bar.

In practical applications, please refer to the product manual and manufacturer's guidance.

Maintenance Guide for Italian ATOS Solenoid Valve KC011-30/15

Italian ATOS solenoid valves are widely used in various industrial fields, and their reliability and durability have been widely recognized. Regular maintenance and upkeep are very important to ensure the normal operation and prolong the service life of solenoid valves. The following are maintenance recommendations for ATOS solenoid valve KC011-30/15:

1. Regularly check the sealing components

The integrity of the seal is the key to ensuring the normal operation of the solenoid valve. Before each use, check whether the various seals of the solenoid valve are loose or damaged. If looseness is found, it should be tightened in a timely manner; If the seal is damaged, it should be replaced immediately with a new one.

2. Change the engine oil

After working for a period of time, the solenoid valve needs to replace the oil in the sealing chamber and motor chamber. The specific replacement cycle is as follows:

Sealing chamber oil: Change it every 500 hours of operation.

Electric motor chamber oil: Replace once a year.

When replacing, pay attention to using the correct engine oil grade, usually 5 or 10. Different grades of engine oil cannot be mixed for use.

The main uses of Italian ATOS solenoid valve KC-011/30

According to the search results, the main uses of Italian ATOS solenoid valve KC-011/30 are as follows:

Pressure compensation: This solenoid valve is mainly used for pressure compensation in hydraulic systems. It can generate a constant pressure difference (Δ p) between the P and A ports or between the P and B ports, maintaining a constant pressure difference through the throttle port, thus keeping the flow rate constant when the pressure changes.

Flow control: This solenoid valve is suitable for flow control of different diameters. Specifically, KC-011/30 is suitable for 10 port diameters with a flow rate of up to 100L/min.

Hydraulic system application: This solenoid valve is suitable for mineral oil or synthetic fluid hydraulic systems with similar lubrication characteristics, used to regulate and control the pressure and flow of hydraulic systems.

Pilot operated pressure reducing valve: This solenoid valve belongs to the pilot operated pressure reducing valve and is used for pressure reduction and regulation in hydraulic systems.

Industrial application: This solenoid valve is widely used in the industrial field, especially in situations where precise control of pressure and flow is required.

Product specifications and features

Brand: ATOS/Atos

Model: KC-011/30

Material: Cast Iron

Type: Pilot type

Connection type: flange

Applicable medium: oil

Purpose: Voltage regulation

Specification: 1KC-011/30

Warranty: One year (excluding human factors)

Product advantages

Original *: Ensure product quality and performance.

Timely delivery: Generally, it can be shipped on the same day and offers multiple logistics options.

Spot supply: Adequate inventory to meet urgent needs.

Applicable scenarios

Hydraulic system: Suitable for various hydraulic systems, especially those that require precise control of pressure and flow.

Industrial automation: widely used in industrial automation equipment for precise control of pressure and flow.

Mechanical Manufacturing: Suitable for various hydraulic equipment and systems in the field of mechanical manufacturing.

From the above information, it can be seen that the Italian ATOS solenoid valve KC-011/30 is mainly used for pressure compensation and flow control in hydraulic systems, with a wide range of application scenarios and advantages.

Installation precautions

Media compatibility: Ensure that the solenoid valve is suitable for the media in the system (such as mineral oil or synthetic fluids with similar lubricating properties), avoiding performance abnormalities or damage caused by mismatched media.

Pressure range: Confirm that the operating pressure of the system does not exceed the rated pressure of the solenoid valve.

Installation position: Try to install the solenoid valve in a horizontal position as much as possible to avoid vertical installation that may cause unstable operation of internal components due to gravity; At the same time, ensure that the installation environment is clean and away from vibration and heat sources.

Pipeline connection: Use pipeline connections that conform to the nominal diameter to ensure good sealing of the interface and prevent leakage. If the cleanliness of the medium is insufficient, a filtering device needs to be installed in front of the solenoid valve.

Usage and maintenance

Power and control signals: Ensure that the power supply voltage and control signals of the solenoid valve meet specifications to avoid voltage fluctuations that may cause coil damage.

Debugging and adjustment: If pressure or flow regulation is involved, refer to the adjustment method similar to that of a pressure compensator (such as loosening the lock nut and rotating the adjustment screw to change the pressure difference), but the specific manual of the solenoid valve should prevail.

Regular inspection: During operation, pay attention to whether the solenoid valve operates smoothly, whether there are any abnormal noises or leaks, and regularly clean the valve body and pipeline impurities.