The Branson 922JA Converter (Transducer) is a high-performance ultrasonic device designed for industrial applications. It is integral to ultrasonic systems, enabling the conversion of electrical energy into precise mechanical vibrations for processes such as welding, cutting, and cleaning.
Key Features of Branson 922J Converter
Frequency:
Operates at 20 kHz, delivering high-power ultrasonic performance for demanding industrial tasks.
Advanced Piezoelectric Technology:
Utilizes high-quality piezoelectric ceramics for efficient and reliable energy conversion.
Durable and Robust Design:
Constructed with industrial-grade materials to ensure longevity and consistent performance under heavy-duty conditions.
Precision Vibrations:
Provides stable and consistent ultrasonic waves, ensuring accuracy and repeatability in applications like welding and cutting.
Enhanced Compatibility:
Designed to integrate seamlessly with Branson ultrasonic generators and systems for optimal performance.
Applications:
Ultrasonic Welding: High-strength joining of plastics and metals.
Cutting Applications: Clean and precise cuts for textiles, food, and other materials.
Sealing and Bonding: Reliable bonding in industries like packaging and automotive.
The Branson 902J Converter (Transducer) is a robust and reliable ultrasonic device used in industrial applications. It plays a key role in converting electrical signals into high-frequency mechanical vibrations for processes such as welding, cutting, and cleaning.
Key Features of Branson 902J Converter
Frequency:
Operates at 20 kHz, making it suitable for heavy-duty ultrasonic applications requiring high power and precision.
Piezoelectric Technology:
Equipped with high-quality piezoelectric ceramics, ensuring efficient and consistent energy conversion.
Durable Construction:
Engineered with rugged materials to withstand prolonged operation in demanding industrial environments.
Precision Performance:
Provides stable ultrasonic vibrations, ensuring high accuracy in welding, cutting, or cleaning tasks.
Compatibility:
Specifically designed for use with Branson ultrasonic systems and generators, ensuring seamless performance and system reliability.
Applications:
Plastic and Metal Welding: Joins parts with high-strength, precision bonds.
Cutting: Suitable for textiles, food, or delicate materials needing clean edges.
Cleaning: Used in systems for removing contaminants from intricate components.
The Branson 402 Ultrasonic Converter Transducer is a critical component in ultrasonic welding systems, designed to convert high-frequency electrical energy into mechanical vibrations. These vibrations are essential for welding applications, particularly in plastic welding.
Key Specifications:
Frequency: Operates at 20 kHz, suitable for various welding applications.
Output Power: Delivers up to 2,000 watts, providing the necessary energy for effective welding.
Ceramic Discs: Equipped with four ceramic discs, each with a diameter of 50 mm, which are crucial for generating ultrasonic vibrations.
Capacitance: Features a capacitance of 11-12 nF, ensuring optimal performance in energy conversion.
Amplitude: Offers an amplitude of 10 �µm, contributing to precise and controlled welding processes.
Joint Bolt: Includes a 1/2-20 UNF joint bolt for secure attachment to the ultrasonic welding system.
Applications:
The Branson 402 Ultrasonic Converter Transducer is primarily used in ultrasonic welding machines, such as the Branson 8200 and 8400 models. It is also compatible with 182 and 184 V/P 20 kHz power supplies. Its robust design and high power output make it suitable for various welding applications, including plastic welding and metal welding.
Additional Information:
The performance and service life of the Branson 402 Ultrasonic Converter Transducer depend on material selection and manufacturing processes. High-quality transducers are heat-resistant and can operate over a wide temperature range, ensuring long life and high reliability. Each transducer is typically tested before shipment to ensure optimal performance.
For more detailed information or to purchase the Branson 402 Ultrasonic Converter Transducer, you can visit specialized ultrasonic welding parts suppliers.
110kV Outdoor Termination Kits are essential components in high-voltage power systems, providing a secure and efficient connection between overhead lines and underground cables. Designed for outdoor use, these kits ensure reliable insulation, protection against environmental factors, and seamless power transmission. They typically include stress control components, insulation layers, and weatherproofing materials to withstand high voltages, harsh climates, and mechanical stresses, ensuring safety and performance.
GoGoalHydro is a leading hydro turbine manufacturer, dedicated to designing and delivering high-performance turbines that power efficient and sustainable hydropower solutions. Our turbines are engineered with precision to suit diverse water flow conditions and capacity requirements, ensuring maximum energy output and operational reliability.
From small-scale setups to large hydropower plants, GoGoalHydroâ??s customized turbine solutions cater to a wide range of projects, including hydroelectric power stations and Hydel projects. Our commitment to quality, innovation, and sustainability positions us as a trusted partner in advancing renewable energy infrastructure.
Choose GoGoalHydro for state-of-the-art hydro turbine technology and unmatched expertise to power the future of clean energy.
Looking for reliable mixer grinders? BK Starling, a leading manufacturer in India, provides durable, high-performance mixers at affordable prices. Order now!
Add a splash of artistry and warmth to your tea time with our exquisite **Hand-Painted Tea Kettle**. Each kettle is meticulously crafted and individually hand-painted by skilled artisans, making every piece a one-of-a-kind work of art. Made from high-quality, durable metal, this kettle combines traditional craftsmanship with vibrant, contemporary designs, blending seamlessly into any kitchen or dining decor.
The kettles intricate patterns and vivid colors make it a captivating centerpiece, perfect for serving tea, coffee, or simply displaying as a decorative item. With its ergonomic handle and lightweight construction, its easy to handle and pour, providing a smooth, comfortable tea experience.
Whether used for brewing your favorite tea blend or as a decorative accent, this hand-painted kettle embodies the spirit of artisan craftsmanship and cultural heritage. It makes an ideal gift for lovers of art, tea, and unique home decor.
**Features:**
- **Material**: High-quality metal, hand-painted with non-toxic, lead-free paints.
- **Capacity**: [1 Litre and 0.5 Litre ]
- **Care Instructions**: Clean gently with a damp cloth; not recommended for stovetop or dishwasher use.
- **Perfect For**: Serving, gifting, or home decoration.
Bring home a piece of art with our hand-painted tea kettle a beautiful blend of functionality and style that will add charm to any setting!
The range of toroidal transformers can vary in terms of power capacity, voltage, and mounting style:
Power capacity: Standard toroidal isolation transformers can range from 100 to 5,000 VA.
Voltage: Dual primaries can be configured for 120 V or 240 V operation. Dual secondaries can range from 2 to 12 V windings to 2 to 120 V windings.
Mounting style: Standard mounting for sizes up to 5000 VA is with a single metal centering washer and mounting screw or bolt. Other mounting methods include PCB mounting, DIN rail mounting, and resin center potting with brass inserts.
Toroidal transformers are known for their high efficiency, typically ranging from 95% to 99%. This high efficiency is due to their near-ideal design, which effectively contains the magnetic flux within the windings, eliminating leakage flux.
They are used in electrical applications when the frequency ranges between 2 MHz to several hundred MHz and are suitable for inductors above 70 Mhz. 3. Sand Dust: These are high-frequency Choke Coils ideally used with ferrites only.
output voltages ranging from 012V, 5Amp
R-core Transformers are manufactured using the unique rectangular core with round cross section known as R-core. The special feature of this transformer is that the core is gap less and continuous. The winding is done on special round bobbins on two parallel legs of the core.
Design
The core is continuous and gapless, with two balanced windings on either side. The winding is done on special round bobbins on the two parallel legs of the core.
Size
R-core transformers are smaller and have a lower profile than E-I core transformers of the same capacity.
Temperature rise
R-core transformers have a lower temperature rise due to the round cross sectional area and tapered slitting.
Noise
R-core transformers have low noise due to the balanced winding and low flux leakage. This makes them suitable for use in noise sensitive equipments.
Leakage flux
R-core transformers have a leakage flux that is about 1/10th of conventional transformers. This allows the transformer to be placed close to critical electronic components.
An EI transformer is a type of transformer with a core made of thin electrical steel sheets that are stacked to form the letters E and I. The primary and secondary windings are wound on bobbins, which are then placed on spindles to apply the windings.
