KUHSE brake spare parts

Kuhse is your expert in independent control and automation technology for power generation and distribution. Kuhse provides complete control systems for power plants, emergency power systems, cogeneration, and hybrid solutions within a power range of up to 300 MW. A high availability control system for decentralized energy production and distribution in critical infrastructure, as safety, availability, economy, and environmental compatibility are important. Kuhse provides one-stop services from advice and planning, production and debugging, to support. KUHSE's service philosophy for protection technology, switchgear, control technology, generator and motor technology ensures high availability and safety of global power generation systems. Kuhse is your experienced service partner for the entire energy generation system, whether it's system maintenance and conversion, modernization of existing systems (retrofitting), protection testing, or monitoring and debugging. Here is the KUHSE electromagnet we introduce to you. It is a German KUHSE electromagnet, original and genuine. Welcome to consult and cooperate with us.

1. Introduction to KUHSE Electromagnetic Products in Germany

KUHSE produces a series of customized electromagnets that can generate uniform or proportional magnetic field shapes with a wide range of magnetic field strengths. This type of electromagnet is made of rolled metal sheets or composed of coils. In the coil electromagnet, each thin sheet can be electrically controlled to achieve the required precise field strength. The magnetic field distribution can be uniform or can reach peak, stable, and valley values along the axial length of the electromagnet according to your requirements. When a specific magnetic field shape is required, the shaped magnetic field electromagnet can be designed with ultra-high precision for this structure. The thin sheets in electromagnet design can be of various widths and can be interchangeable. The nominal inner and outer diameters can be selected to meet the application size requirements. They also offer special designs that use cryogenic oil or liquid nitrogen to increase the current beyond normal levels, resulting in a field strength that exceeds 200% of the non cooling design.

2. Product Description of KUHSE Electromagnets in Germany

The linear electromagnet can achieve linear reciprocating motion of the push rod, playing the role of pushing and pulling external load devices. Adding a magnetic substance to the periphery or center of the solenoid will magnetize it and achieve the effect of strengthening the magnetic field. Generally speaking, the magnetic field strength generated by an electromagnet is related to the magnitude of the direct current, the number of coils, and the magnetic material at the center. When designing an electromagnet, attention will be paid to the distribution of coils and the selection of magnetic materials, and the magnitude of the direct current will be used to control the magnetic field strength. An electromagnet is an electromagnetic actuator that uses electricity to generate electromagnetic force. The input is electrical energy and the output is mechanical energy. To achieve precise motion of the overall mechanism through the conversion of electrical and mechanical energy.

3. Characteristics of KUHSE Electromagnetics from Germany

The magnetic field strength generated by an electromagnet is related to the magnitude of the direct current, the number of coils, and the magnetic material at the center. When designing an electromagnet, attention will be paid to the distribution of coils and the selection of magnetic materials, and the magnitude of the direct current will be used to control the magnetic field strength. When all electrons in a metal object rotate in the same direction, an electromagnetic field is generated, which can be a natural phenomenon or induced by an electromagnetic field. A suction cup electromagnet is composed of an iron core and a coil, which only attracts the magnet during the flow of current under the action of the magnetic current. A compact component with simple construction, high reliability, and excellent functionality. Suction cup electromagnet is a high-performance design that controls the residual magnetic flux during adsorption.

4. Principle of KUHSE Electromagnetic Products in Germany

When the coil is energized, the iron core and the armature are magnetized, becoming two magnets of opposite polarity, generating electromagnetic attraction between them. When the suction force is greater than the reaction force of the spring, the armature begins to move towards the iron core direction. When the current in the coil is less than a certain value or the power supply is interrupted, the electromagnetic suction force is less than the reaction force of the spring, and the armature will return to its original release position under the action of the reaction force. A device with an iron core inside that uses a coil with current to make it magnetic like a magnet is called an electromagnet, usually made in the shape of a bar or hoof. The iron core should be made of soft iron or silicon steel that is easy to magnetize and easily loses magnetism. This type of electromagnet has magnetism when powered on and disappears when powered off. When the coil is energized, the iron core and the armature are magnetized, becoming two magnets of opposite polarity, generating electromagnetic attraction between them.

5. Product parameters of KUHSE electromagnetic coil from Germany

① Voltage types: 12 and 24 V DC

② Power: 12-41 W

③磁力： 30–170 N

④ Delay: 5%

⑤ Connection time: 100%

⑥ Work schedule: 2.5-4.0 mm

⑦ Total travel: 5.0-8.8 mm

⑧ Pressure range: 70, 210, and 350 bar (maximum dynamic compressive strength)

⑨ Sealing: Depending on the plug type, IP65 to IP6K9K

6. Advantages of KUHSE Electromagnetics from Germany

① Simple structure and economy

② Low residual magnetic attraction

③ Lightweight, compact, and small in size design

④ Integrated high reliability structural design

⑤ Design with high lifespan and high reliability

⑥ The design that utilizes mechanical strength and durability is the most energy-efficient scenario

⑦ Has relatively stronger attraction and adsorption power

⑧ It can be fully achieved by adjusting the electrical power and electromagnetic air gap (face-to-face adsorption)

⑨ High performance design that controls residual magnetic attraction

⑩ Higher output power, adjustment of external dimensions, and other special technical parameters

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KUHSE brake spare parts KUHSE brake spare parts