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GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves

GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves

    • GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves
    • GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves
    • GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves
    • GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves
  • GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves

    Product Details:

    Place of Origin: China
    Brand Name: Brando
    Certification: CE
    Model Number: BB13441037

    Payment & Shipping Terms:

    Minimum Order Quantity: 1 set
    Price: negotiation
    Packaging Details: Inner Box, Carton, Pallet
    Delivery Time: 4-8 days
    Payment Terms: L/C, T/T, Western Union,Paypal, MoneyGram
    Supply Ability: 350000 sets per month
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    Detailed Product Description
    Type: ODE Type GDH/GDV Solenoid Coil Material: Brass, PET - Black Polyethylene
    Product Name: 52 Mm X φ13 Mm Solenoid Valve Coils Voltage: DC24V/AC220V (Other Voltage Can Be Customized)
    Hole Diameter: 13 Mm Power: AC: 22VA DC: 20W
    Color: Black (Other Color Can Be Customized) Application: ODE Type 21L/21IH/21A/21Z/31Z Series Solenoid Valves
    Insulation Class: H, F Connection Type: DIN43650A

    GDH/GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V/AC220V ODE Type Solenoid Valves

     

    Whether there is a problem with the solenoid valve coil in use, the answer is naturally yes, no product use will not malfunction, just a matter of time. Although the solenoid valve coil plays a great role in the industrial field, if the working time is long, the fault can not be avoided, and many times it is caused by the wrong method.


    If the installation of the solenoid valve coil is not very strong, then the drop will occur when it is used. Because the device is running, its speed is very fast, so some installations do not fall, and the dropped line is usually not installed, so people should pay attention to this problem. Therefore, when installing the solenoid valve coil, attention should be paid to its tightness, because there are problems that affect not only the working speed and the working effect.


    In addition, the solenoid valve coil is too high in temperature and the heat is too high, which causes the coil to burn out and has problems. For this problem, people should pay attention to the temperature, and the working time cannot be too long. It is better to work for a while, then stop, give the solenoid valve coil some heat dissipation time, so that the failure can be reduced.


    If there is a malfunction in the use of the solenoid valve coil, as long as there is no point of attention, the fault will naturally occur.

     

    Technical parameter of GDV14024CY solenoid coil 52mm x φ13mm:

    Model number BB13441037
    Reference number GDV14024CY
    Normal voltage AC220V, DC24V
    Normal power AC: 22VA DC: 20W
    Material Brass, PET - Black Polyethylene
    Insulation class F, H
    Connection type DIN43650A
    Application ODE type 21L / 21IH / 21A / 21Z / 31Z series solenoid valves
    Weight 369.5 g
    Hole size 13 mm
    Height 41 mm
    Width 51.7 mm

     

    Main dimension of Black Polyethylene ODE type GDH/GDV solenoid valve coils:

    GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves

     

    Applied in ODE type 21L / 21IH / 21A / 21Z / 31Z series solenoid valves:

    GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid ValvesGDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves

     

    Other ODE type BDA/BDV electromagnetic coils for your reference:

    GDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid ValvesGDH / GDV14024CY 52 mm x φ13 mm Solenoid Coils For DC24V / AC220V ODE Type Solenoid Valves

     

    More details about GDV14024CY ODE Type Solenoid Coil can be found below the Youtube Video:

     

    Method for increasing the pushing and pulling force of an electromagnet
    When the electromagnet is working, its push and pull force is crucial. For the electromagnet, it is actually a high-precision component of the automation equipment. It is an electronic component consisting of a built-in coil, a metal case, and an iron core. When the power supply energizes the coil, the electric energy is converted into magnetic energy, and then the magnetic circuit leads the magnetic circuit to the iron core to form a closed magnetic circuit, and then the iron core is driven to generate the corresponding push-pull force.

    With the continuous innovation of science and technology, new products are constantly emerging, from the big brick brother to the mini mobile phone that people are now holding in their hands; from the computer room of the giant to the laptop. From the big to the small, to the exquisite products, this is the inevitable trend of the times. As the product becomes smaller, the requirements for the volume of the magnet are also reduced, which promotes the innovation of the magnet and releases a large force in a limited volume. What are the methods for increasing the push-pull force of the electromagnet? Then let's discuss it with Xiaobian!

    1. According to the characteristics of the magnet, the magnetic circuit needs to be closed, avoid the loss of the magnetic circuit on the magnetic path, and the magnetically permeable outer casing is made into a closed structure, and the magnetic circuit is limitedly used to increase the push-pull force of the electromagnet under the equal volume. .

    2. In the case of the same volume and appearance, how to improve the push-pull force, built the spring into the spring, and change the structure of the bobbin to build a spring, which generates a thrust or tension when the magnet is not energized. When the magnet is energized, the core The push-pull of the core is superimposed in the direction in which the spring is stretched to increase the strength of the product.

    3. In the case of the same volume and shape, the copper tube is built and the copper tube is plated with molybdenum disulfide, and the self-lubricating bearing is added at both ends of the magnet, which can extend the life of the electromagnet and reduce the operation time and the bobbin of the iron core. Conflict with the outside world, and then improve the power of the product.

    The above are several ways to increase the push-pull force of the electromagnet. Nowadays, the general practice is to improve the power of the product and use good material processing and select the best appearance treatment, but in the case of increasing power, it is easy to burn the magnet, other The treatment process can increase the life of the product and correspondingly increase the pushing and pulling force of the product.

     

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    Contact Details
    Ningbo Brando Hardware Co., Ltd

    Contact Person: Echo

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