Passive Components

Good price C61 Ceiling Fan Capacitor 250V 10UF Blue With 200 Line Length VH Terminal online C61 Ceiling Fan Capacitor 250V 10UF Blue With 200 Line Length VH Terminal Get Best Price Good price CBB61 450V 3.5UF Blue S3 High Speed Ceiling Fan Condenser With Plastic Triangle Location Hole online CBB61 450V 3.5UF Blue S3 High Speed Ceiling Fan Condenser With Plastic Triangle Location Hole Get Best Price Good price 1.2UF Ceiling Fan Capacitor CBB61 450V Blue S3 2Un .5s 40 / 85 / 56 online 1.2UF Ceiling Fan Capacitor CBB61 450V Blue S3 2Un .5s 40 / 85 / 56 Get Best Price Good price 2.5UF CBB61 450V Ceiling Fan Speed Control Capacitor ±5% Tolerance With 30mm Line Length online 2.5UF CBB61 450V Ceiling Fan Speed Control Capacitor ±5% Tolerance With 30mm Line Length Get Best Price CONTACT US 86--15380000049 Tommy@xunwande.com 86- , 0519-89191080 Contact Now Product Description CBB61 450V 8.0UF Ceiling Fan Capacitor With 100mm Line Length The Ceiling Fan Capacitor is an essential part of any ceiling fan motor controller, ensuring that the motor runs smoothly and efficiently. It is designed to provide superior performance and durability, making it an ideal choice for ceiling fan motor controllers. Applications Small size, reliable electric performance, self-healing, Packed by difficult burned plastic cases and filled with epoxy. Applied to the starting and better working of single-phase motor in 50Hz(60Hz) frequency AC power system. Can be used in air conditioners ,ventilator,electric fan etc. Basic Info.(Techical Parameters) Operation temperature range -25℃～+70℃ ( 25/70/21 ) Rated Voltage 450V.AC Capacitance Range 8.0UF Capacitance tolerance ±5% Lifetime 3000 hours Flammability UL94V-0 Outline Drawing CBB61 Ceiling Fan Capacitor 450V 8.0UF With 100mm Line Length 0 Manufacturing Process Flow 1 Coating 2 Cutting 3 Winding 4 Heat treatment 5 Spring metal 6 Voltage cleaning 7 Middle inspection 8 Welding 9 Assembling 10 Pour epoxy 11 Final inspection 12 Marking 13 Packing 14 Delivery CBB61 Ceiling Fan Capacitor 450V 8.0UF With 100mm Line Length 1 Workshop and Transport CBB61 Ceiling Fan Capacitor 450V 8.0UF With 100mm Line Length 2 CBB61 Ceiling Fan Capacitor 450V 8.0UF With 100mm Line Length 3 Why Choose XWD-XD Capacitors? √ One of the largest metalized polypropylene film capacitor manufacturers in China; √ Fast lead time due to fully automatic production and vertical raw materials supply; √ With world-class lab center, strong R&D research and self-owned film metallization technology; √ Highly consistent quality products by strictly adhering to ISO and IATF16949; √ Proudly work with top brands in appliances as well as the leading power and new energy customers.

The steel refining process by secondary refining furnace can be divided into two categories: primary refining, aimed at removing carbon from pig iron, and additional refining processes conducted after primary refining, collectively referred to as secondary refining. Secondary refining furnace process involves the removal of impurities and adjustment of elements. The secondary refining usually takes place in a ladle (a transport container for molten steel) and is crucial for producing high-quality steel. The primary role of secondary refining is ultimate desulfurization, the elimination of oxygen, nitrogen, hydrogen, and other impurities, as well as the final decarburization of ultra- low carbon steel. A steel melting and secondary refining method comprising the steps of melting steel manufacture raw materials while the molten steel is subjected to oxidation and decarburization so that the oxidation and decarburization are substantially completed before melt-down; after melt-down, heating the molten steel to a temperature above a liquidus line temperature and below 50℃. in temperature increment from the liquidus line temperature, and thereafter tapping the molten steel into a primary ladle; teeming the molten steel from the primary ladle into a secondary refining furnace; allowing the molten steel to be effluent into a secondary ladle at a lower portion of the secondary refining furnace while the temperature of the molten steel is raised; and continuously performing gas bubbling in the secondary ladle in a vacuum under existence of slag simultaneously with the effluence of the molten steel into the secondary ladle. TYPES OF SECONDARY REFINING FURNACE In the realm of steel production, the Secondary Refining Furnace stands as a pivotal player in achieving exceptional steel purity and quality. This crucial phase of the secondary metallurgy steelmaking process encompasses various techniques aimed at fine-tuning the composition of the molten metal, eliminating impurities, and ensuring the final product meets the stringent demands of modern industries. WHAT ARE THE FUNCTIONS OF VARIOUS SECONDARY REFINING FURNACES? Advantages of ladle refining furnace in alloy steel secondary refining Enhancing Steel Quality through ESR Process Stainless steel refining: AOD and VOD furnace Advantages of ladle refining furnace in alloy steel secondary refining Ladle refining furnace offers strong heating functions, permits the addition of a large amount of alloys, and enables precise temperature control. The ladle secondary refining furnace also provides outstanding desulfurization by high- temperature treatment with reducing fluxes and the removal of deoxidation products. The LRF process is therefore often used for the secondary refining process of alloy steel. THE PIVOTAL ROLE OF SECONDARY REFINING FURNACES-SHAPING MODERN STEEL EXCELLENCE Secondary refining aims to fine-tune the steel's properties, ensuring the secondary refining process meets the stringent requirements of various industries, including automotive, construction, aerospace, and more. Purity Enhancement: Steel produced in primary lead refining furnace can still contain impurities and non-metallic inclusions that might adversely affect its mechanical properties, formability, and overall quality. Secondary refining furnaces, such as ladle furnaces or vacuum degassing units, focus on reducing these impurities to enhance the steel's purity. Through secondary refining processes like desulfurization and deoxidation, excess sulfur and oxygen are removed, leading to cleaner and more refined steel. Composition Adjustment: Steel's composition can significantly impact its performance in various applications. Secondary refining furnaces provide a controlled environment for adjusting the composition of steel by adding precise amounts of alloying elements. This secondary metallurgy steelmaking process allows steelmakers to achieve specific mechanical properties, corrosion resistance, and other characteristics required for specific applications. Refining Quality: The secondary refining process involves precise temperature and chemical control, which aids in the removal of undesirable elements and compounds that could compromise the steel's quality. By utilizing techniques like argon or vacuum degassing, hydrogen removal, and slag foaming, steelmakers can achieve higher levels of cleanliness and homogeneity in the final product. This contributes to improved mechanical properties, surface finish, and overall quality. FAQS ABOUT SECONDARY REFINING FURNACE  HOW DOES A SECONDARY REFINING FURNACE ENHANCE THE PURITY OF STEEL?  Secondary refining furnaces employ various processes to enhance the purity of steel. Through the flow of molten steel, these furnaces can remove excess sulfur, oxygen, and other impurities using techniques such as blowing, injection, or vacuum treatment. This treatment significantly reduces the content of non-metallic inclusions and impurities, resulting in cleaner and higher purity steel.  HOW DO SECONDARY REFINING FURNACES CONTRIBUTE TO ENVIRONMENTAL SUSTAINABILITY?  Modern secondary refining furnaces also take environmental factors into consideration. They utilize technologies such as slag recycling and waste heat utilization to reduce waste generation, energy consumption, and emissions. These measures contribute to achieving sustainable steel production and reducing the environmental impact.  HOW DO SECONDARY REFINING FURNACES ADJUST THE COMPOSITION OF STEEL TO MEET SPECIFIC REQUIREMENTS?  Secondary refining furnaces adjust the composition of steel by adding alloying elements to meet specific requirements. Steel producers can precisely control the amount of alloying elements added, thus achieving specific properties and characteristics in the steel, such as corrosion resistance, thermal conductivity, hardness, etc. This enables steel to be tailored for various application domains. For more information about furnace in steel plant and cupellation furnace price, please feel free to contact us!

The carbon oxygen lance mainly refers to the EAF smelting, generally referring to the carbon oxygen lance at the EAF furnace door, as well as the furnace wall carbon oxygen burners also called KT lance. The furnace door carbon oxygen manipulator is equipped with two water-cooled nozzles, some with two water- cooled oxygen lances, and some with combination oxygen lance. The former consists of two oxygen lances arranged around, one is a Laval supersonic oxygen lance and the other is a carbon lance used for direct hole carbon powder spraying; The latter is equipped with two spray lance arranged above and below the overall lance, with a supersonic oxygen lance below, which is also a Laval nozzle, and a carbon lance above. ADVANTAGES OXYGEN LANCE MANIPULATOR ADVANTAGES oxygen lance manipulator Advantages During smelting, the spray lance inside the furnace door gradually inserts into the furnace as the scrap steel melts. Compared with traditional smelting processes, the use of EAF carbon oxygen lance has the following advantages: The furnace door carbon oxygen lance injects oxygen into the molten pool at Mach 2 supersonic speed, which changes the Chemical equilibrium in the molten pool and greatly increases the amount of CO in the molten pool. The whole process of foam slag smelting, due to the participation of carbon injection, the conditions for the whole process of foam slag smelting are improved, the splash is reduced, the power utilization rate is increased, the noise is reduced, and the quality is improved; As the temperature of the flue gas increases, sufficient oxygen reacts with carbon. Compared with traditional systems, free oxygen is used for CO combustion during decarbonization, resulting in a weaker oxidizing atmosphere in the furnace, reducing electrode and refractory consumption. WHY WHY SUCH LANCE SYSTEM IS NEEDED? Carbon removal. Promotion reduction reaction. Slag forming. Horizontal stirring of liquid bath. Remote control. Optimal height (up and down) adjustment for different process stages. Increase of oxygen efficiency and productivity. Increase of chemical reaction to speed up liquid melting down. For more information about different types of furnaces used in metallurgy, please feel free to contact us!

LF roofing is round-shaped and has a tube-type water-cooled structure. It is divided into a large furnace roof, a small ramming roof, an offgas exhaust hood, and is provided with an operation door and an alloy addition orifice. CHARACTERISTICS LF ROOFING CHARACTERISTICS Water-cooled furnace exhaust roof have the following characteristics: 1. Minimize contact between air and molten steel in the atmospheric environment 2.Hanging slag or cold steel on the edge of the ladle does not affect the performance of the furnace. DESCRIPTIONS LADLE FURNACE ROOFING DESCRIPTIONS A furnace exhaust on roof for a metallurgical ladle/furnace (L.A.F) comprising a self-supporting structure of metallic pipework defining at least one flow circuit for cooling water, with a lower end having a circular peripheral flange (A), with a cylindrical body member of smaller diameter than the flange (A) located above the flange (A) (in use away from the ladle/furnace), and is provided with an end wall having a plurality of apertures each to receive, in a gas-tight manner, a carbon electrode, and an aperture for fume extraction provided in the arcuate wall of the cylindrical body member. For more information about steel furnace for sale, please feel free to contact us!

A Li-ion battery pack is a type of rechargeable battery commonly used in portable electronic devices. It is made up of several individual high quality lithium ion battery that are connected together in series or parallel to increase voltage and capacity. Lithium ion battery packs are known for their high energy density, long cycle life, and low self-discharge rate. They also have the advantage of being lighter and more compact than other types of rechargeable batteries. Types of Custom lithium ion battery packs for sale Consumer Electronics Lithium Battery Consumer electronics lithium ion battery pack china are rechargeable batteries used in various portable electronic devices like smartphones, laptops, cameras, and tablets, offering high energy density and voltage. Consumer Electronics Lithium Battery  Vacuum Cleaner Lithium Battery Vacuum cleaner lithium batteries are rechargeable batteries used in cordless vacuum cleaners. They offer high energy density, long run-time, and quick recharging capabilities for efficient and convenient cleaning. Vacuum Cleaner Lithium Battery  Emobility Lithium Battery Emobility lithium batteries are the primary energy source for electric vehicles (EVs). They offer high energy density, fast charging, and long life cycle for reliable and sustainable transportation. Emobility Lithium Battery  Wholesale Lithium Battery Packs Technology Benefits Li-ion battery pack technology offers several benefits, including high energy density, longer cycle life, and low self-discharge rate. Lithium battery packs are lighter and more compact than other types of rechargeable batteries, making them ideal for use in portable electronic devices, electric vehicles, and renewable energy systems. They are also more efficient, meaning they can store and release energy more efficiently than other batteries. High quality lithium ion battery can be recharged quickly, and they don't require regular maintenance. Additionally, wholesale lithium battery packs are more environmentally friendly than traditional batteries because they don't contain toxic chemicals. Global Trends in Li-ion Battery Pack Usage Global trends in lithium ion battery pack usage have been on the rise, particularly in the renewable energy, automotive, and consumer electronics sectors. The demand for electric vehicles, hybrid vehicles, and renewable energy storage systems has grown exponentially. The consumer electronics industry relies heavily on Li-ion batteries in smartphones, laptops, and tablets. Additionally, advancements in technology have led to increased efficiency, longer battery life, and higher energy density. Countries across the globe are investing in research and development to meet the growing demand for lithium battery products and enhance their capabilities. The market for Li- ion battery pack is expected to continue to grow in the coming years. Li-ion Battery Packs Safety Features Safety features in Li-ion battery packs are essential because these batteries can be susceptible to overheating, overcharging, and other safety risks. Lithium battery pack manufacturers incorporate several safety features that ensure the battery's safe use, including a circuit that regulates temperature and voltage, stress testing, and an overcharge protection system. Custom li ion battery packs such as consumer battery also have built-in safety mechanisms that protect against overcurrent, over-discharge, and short circuits. Additionally, when handling custom lithium ion battery packs, it is essential to follow safety protocols, including proper storage, transportation, and disposal of the batteries to prevent safety hazards. If you are looking for a reliable lithium ion battery pack factory, don't hesitate to contact us to buy lithium ion battery pack. There are many lithium battery makers, but we are one of the best choices for you.

26650 lithium battery are a type of cylindrical cell battery that is larger than the 18650 lithium battery and smaller than the prismatic lithium battery. The 26650 battery wholesale has a diameter of 26mm and a length of 65mm, making it a popular choice for energy storage applications that require a larger form factor. CHAM is a company that specializes in the production of 26650 lithium batteries. We offer 26650 battery bulk with a higher energy density, longer life cycle, and improved safety features compared to other traditional battery technologies. Our 26650 lithium batteries are ideal for use in electric vehicles, renewable energy storage systems, and consumer electronics. Datasheet Model Capacity (mAh) Voltage (V) Impedance （mΩ) Max. Continuous Dis. Current Cycle Life Discharge Operating Temperature (℃) NCM26650 5000 3.6 ≤20 3C ≥1500 -20~60℃ LFMP26700 5000 3.7 V ≤13 2C ≥3000 -20~60℃ There are many 26650 battery suppliers, but we are one of the best choices for you. If you are looking for a reliable lithium batteries factory, don't hesitate to contact us!

Model Number:UIYDX14073A60T175NF Frequency Range:TX:60~110MHz RX:148~175MHz Insertion Loss:1.0dB Ripple:0.7dB Isolation:50dB VS , WR:1.3 Power:100W Connector Type:N-F Temperature:-30~+70°C Dimension:14 , 0×73×33mm

Minimum Order: 1 bags

Model Number:UIYCC4546A2000T2500NF Frequency Range:2000~2500MHz Insertion Loss:0.5dB Isolation:18dB VSWR:1.3 Forwar , d Power:500W Reverse Power:500W Connector Type:N-F Temperature:-20~+80°C Dimension:45 , *46*26mm

Minimum Order: 1 bags

Model Number:UIYWI4242A88T104 Frequency Range:8.8~10.4GHz Insertion loss:0.4dB Isolation:20dB VSWR:1.25 Forwa , rd Power:100W Reverse Power:30W Connector Type:WR90(BJ100) Temperature:-40~+85°C Dime , nsion:42*42*28mm

Minimum Order: 1 bags

Model Number:UIYCA50AS124A20 Frequency Range:DC-12.4GHz Power:50W Attenuation Value:20dB Attenuation Tolerance:±1.3dB VSWR:1.3 Connector Type:SMA-M/SMA-F Impedance:50Ohm

Minimum Order: 1 bags

Model Number:UIYBCC6434A2T3NF Frequency Range:2.0~3.0GHz Insertion Loss:1.0dB Isolation:36dB VSWR:1.3 Forwar , d Power:100W Reverse Power:100W Connector Type:N-F Temperature:+10~+70°C Dimension:64 , *34*21mm

Minimum Order: 1 bags

The CX2040-0155 CPU is equipped with a fan with ball bearings and speed monitoring. In addition to the CPU and chipset the CX2040 also contains the main memory with 4 GB RAM as standard. The controller boots from the CFast flash memory card. The power supply for the CPU module comes from a CX2100-0014 or CX2100-0914 power supply module, which is connected on the right-hand side of the CPU. Two further CFast memory card modules (CX2550-0010) can be connected between the power supply unit and the CPU, so that a total of up to three CFast cards can be used. RAID can be used in situations where more than one CFast card is used.

Model Number:UIYBCC4040A17T35SF Frequency Range:1.7~3.5GHz Insertion Loss:0.7dB Isolation:17dB VSWR:1.4 Forwar , d Power:100W Reverse Power:100W Connector Type:SMA-F Temperature:0~+70°C Dimension:40 , *40*20mm

Minimum Order: 1 bags

Model Number:UIYDDI7046A415T435 Frequency Range:415~435MHz Insertion Loss:0.6dB Isolation:45dB VSWR:1.2 Forwar , d Power:300W Reverse Power:100W Connector Type:TAB Temperature:-30~+70°C Dimension:70 , *46*11mm

Minimum Order: 1 bags