AMISCO Type Hydraulic Solenoid Valve EVI 5M/13 Magnetic Coil

AMISCO Type Hydraulic Solenoid Valve EVI 5M/13 Magnetic Coil

The EVI 5 system by AMISCO Type includes a wide range of electrical coils suitable for solenoicfoperated pneumatic and hydraulic valves. The EVI 5 coils are designed to fit most of the current applications and offer a wide choice of electrical terminations. The leaded version can be equipped with different connectors upon request.

The EVI 5E coil is designed to fit solenoid tubes with 13 or 14 mm dici.
The EVI 5M and EVI 5P coils are desiqned to fit solenoid tubes with 13 mm dia.
Types, power ratinqs and more technical specifications are described in the following. The coils can be manufactured with different powers or characteristichs upon special agreement.

All coils feature:
• Heat resistant bobbin moulded with 30% glass filled thermoplastic polyester material
• Class H 200°C wire according to IEC 317-8
• Built-in magnetic yoke made by low carbon iron
• Encapsulation witn high quality custom designed glass filled nylon or thermoplastic polyester.

Technical parameter of EVI 5M/13 AMISCO type solenoid coil:

Main dimension of EVI 5M/13 φ13mm hole diameter pneumatic solenoid coil: 

Detail enlargement of DIN43560A Amisco type evi 5m/13 electromagnetic coil:

Other AMISCO type EVI 7/9 series Solenoid Coil for your reference:

More details about EVI 5M13 Amisco Type Solenoid Coil can be found below the Youtube Video:

The solenoid valve coil is a product of magnetic materials. So what is its role? And how to install the solenoid valve coil?

The role is as follows:

The movable iron core in the solenoid valve coil is attracted by the coil when the valve is energized, which drives the spool to move, and then changes the conduction state of the valve; the so-called dry or wet only refers to the working environment of the coil, and the valve action is not large. difference. However, we know that the inductance of an air-core coil is different from the inductance of a core after it is added to the coil. The former is small and the latter is large. When the coil is connected to alternating current, the impedance of the coil is not Similarly, when the same coil is added with the same frequency of alternating current, the inductance will change with the orientation of the core, that is, its impedance changes with the orientation of the core. When the impedance is small, the current flowing through the coil will increase.

The installation method is as follows:

1. Check if the solenoid valve and the selected parameters are common, such as differential pressure, etc. If the error occurs, the solenoid valve coil will be burned out. Voltage fluctuations should be within the normal range and meet additional voltages.

2. The flushing pipeline required before the pipeline is connected, the residual dirt in the pipeline is cleaned and cleaned. If there are residual stains, it will affect the normal operation of the solenoid valve. In order to avoid this situation, a filter should be installed in the pipeline.

3. The solenoid valve coil of the solenoid valve is vertically installed on the horizontal and ground pipes. In case of special conditions, the device cannot be vertical. The appropriate solenoid valve should be ordered in advance, otherwise the solenoid valve will not work properly.

4. When installing the device, a safety process should be added, and the device should be manually cut to facilitate repair in case of failure.

5, the device pays attention to the direction, can not be reversed, according to the direction indicated on the package, can be reversed under certain special conditions such as vacuum.

6. If the medium may exhibit water hammer, it is necessary to take appropriate protective measures or select a solenoid valve with a waterproof hammer function.

7. The solenoid valve cannot be energized all the time, otherwise it will reduce its life. It should be noted that the normally open and normally closed solenoid valves cannot be used with pickiness.

Welcome to your inquiry!