Ignition coil manufacturer and supplier with Hj-auto: Ignition coils typically have a long life of operation — over 100,000 miles. However, they can malfunction eventually, causing that dreaded misfire. This issue will probably start out slowly while being hardly noticeable but will become more problematic over time. When a misfire occurs, even for a few seconds, your engine computer management will likely detect the issue and generate a trouble code. At which point the check engine light comes on. With a diagnostic scanner at a garage or auto parts store, you can then see which cylinder is misfiring and proceed from there. Another sign of a misfire can be a rough engine idle. In extreme cases, the vehicle may feel like it’s surging at a high RPM or like it may stall at low speeds. Read even more info at ignition coil supplier.
What is the reason? Here are some of them: The spark plug gap is too large, adjust the gap or replace the spark plug; The gasoline quality is not good, try changing to a higher-grade gasoline; The cylinder compression ratio is wrong, adjust the compression ratio; If there is a program failure on the computer board, you can go to the repair shop to test the car with a computer and clear the error message. If it doesn’t work, there may be a problem with your car’s transmission. Ignition coil manufacturer has more than 30 years of production experience.
Using a collapsing magnetic field to induce an electric current: When a magnetic field has been created by applying an electric current to a coil of wire, any change in the electric current (increase or decrease in current flow) creates the same change in the magnetic field. If the electric current is switched off, the magnetic field will collapse. The collapsing magnetic field will then induce an electric current into the coil. If an electric current used to create a magnetic field is switched off, the magnetic field collapses, which induces another electric current into the coil.
Using a changing magnetic field to induce an electric current: If a coil of wire is exposed to a magnetic field and the magnetic field then changes (or moves), it creates an electric current in the coil of wire. This process is known as ‘inductance’. This can be demonstrated simply by moving a permanent magnet across a coil. The movement or change in the magnetic field or magnetic flux induces an electric current into the coil wire. There are two main factors that affect how much voltage is induced into the coil: The faster the change (or speed of movement) of the magnetic field and the greater the change in the strength of the magnetic field, the greater the induced voltage. The greater the number of windings in the coil, the greater the induced voltage.
Generally, the closet type tool cabinet has a large volume, and more and larger auto repair tools are stored. The mobile tool cabinet is small in size and easy to move. The wholesale tool chest from Haiyan tool trolley manufacturer is usually used to store small auto repair tools for easy access. Haiyan’s wholesale tool chest/ tool cabinet manufacturer includes multiple types. Our wholesale metal tool cabinet with good materials, advanced production technology, and fine manufacturing techniques are used in the production of wholesale tool boxes. The tool cabinet manufacturer is of fine workmanship and good quality and is well sold in the domestic market. Read additional info at hj-auto.com.
Haiyan car ignition coil suppliers have 200 workers, around 170 work over 4 years, with an independent long-term workflow and productivity, have one department including 30 products technology development and research. Our automotive ignition coil manufacturers cover over 14000 square meters, have been awarded city contracts and keeping promises to units, also we certify ISO9001, and TS16949 for a quality system, truly achieving the quality first, reputation first quality service for our customers at home and abroad. Kindly welcome domestic and overseas patrons to come and guide.
How does an ignition coil work? The main task of the ignition coil is to transform the on-board voltage of 12V available in the vehicle to the required ignition voltage and then passed on to the spark plug. Basically, the function of the ignition coil is relatively simple to explain. The ignition coil itself contains a primary and a secondary winding. The primary winding has very few turns, while the secondary winding has very many. As soon as the engine control unit sends a signal to the ignition coil, the on-board voltage of 12V flows through the primary winding. Through this process, a magnetic field is built up. As soon as the signal from the engine control unit is interrupted again, this magnetic field is abruptly reduced. This abrupt degradation generates a high voltage in the secondary winding. This high voltage is now transmitted to the spark plug, which consequently generates a spark.