Category: Machinery
Showing 221–240 of 808 results
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Applicable Standards:
ISO 8528:Reciproacting Internal Combustion Engine Driven Alternating Current Generator Set
IEC 60034-1:Rotating Electrical Machines-Fundamental Technical Requirements
YD/T 502：Diesel Generator Set for Communication Use
GB/T 20136-2006：General Test Methods for Internal Combustion Engine Power Stations
Product Advantages:
Advanced electronic-controlled engine capable of compensating for load, temperature, fuel calorific value, and atmospheric pressure. This reduces engine wear, improves fuel efficiency and output power, and lowers NOx and particulate emissions.
Optimized combustion chamber geometry that enhances compression ratio and air–fuel ratio, ensuring thorough mixing of fuel and air. This significantly reduces pollutant emissions, while the lower piston temperature and in-cylinder pressure help reduce mechanical stress.
Integrated ductile-iron pistons that provide superior thermal expansion and contraction characteristics, improving cylinder durability by up to 15%.
New-generation high-pressure fuel injection system delivering improved atomization and more uniform distribution within the combustion chamber. This enhances cold-start performance, transient load response, and overall engine performance.Performance Guarantee:
The transient response of the generator set is fully tested in accordance with ISO 8528-5 standards.
Proven product design, quality, and performance integrity.
All engine systems are verified through prototype validation and factory testing. -
Contact Us
Applicable Standards:
ISO 8528:Reciproacting Internal Combustion Engine Driven Alternating Current Generator Set
IEC 60034-1:Rotating Electrical Machines-Fundamental Technical Requirements
YD/T 502：Diesel Generator Set for Communication Use
GB/T 20136-2006：General Test Methods for Internal Combustion Engine Power Stations
Product Advantages:
Advanced electronic-controlled engine capable of compensating for load, temperature, fuel calorific value, and atmospheric pressure. This reduces engine wear, improves fuel efficiency and output power, and lowers NOx and particulate emissions.
Optimized combustion chamber geometry that enhances compression ratio and air–fuel ratio, ensuring thorough mixing of fuel and air. This significantly reduces pollutant emissions, while the lower piston temperature and in-cylinder pressure help reduce mechanical stress.
Integrated ductile-iron pistons that provide superior thermal expansion and contraction characteristics, improving cylinder durability by up to 15%.
New-generation high-pressure fuel injection system delivering improved atomization and more uniform distribution within the combustion chamber. This enhances cold-start performance, transient load response, and overall engine performance.Performance Guarantee:
The transient response of the generator set is fully tested in accordance with ISO 8528-5 standards.
Proven product design, quality, and performance integrity.
All engine systems are verified through prototype validation and factory testing. -
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The distribution fins are ones of the important brazed components of the aluminum plate-fin heat exchanger. The cutting of the distribution fins is a key process in the manufacturing of the aluminum plate-fin heat exchanger. The production quality of the distribution fins directly affects the assembly quality and brazing quality of the core body. Therefore, mastering the cutting process of the distribution fins for aluminum plate-fin heat exchanger is a crucial step in improving the quality of aluminum plate-fin heat exchangers. However, the guide plates/ distribution fin isn’t regular rectangle which can be directly cutoff by fin machine but parallelogram, trapezoid etc, referring to the below table of distribution fins type. How to cut the irregular guide plates/ distribution fins? Better Tech specializes in providing dedicated guide plate cutting machines which can cut the distribution fins in automatic, high quality and safe modes and have been widely used for plate fin heat exchanger production.
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The Air Duct Machine is a specialized device for processing air ducts. It can shear, bend and perform circular cutting on steel plates to produce air ducts, exhaust pipes and ventilation duct accessories of various shapes.
Widely used in fields like construction, machinery and mining, it provides reliable processing support for the production of ventilation and exhaust systems in these industries. -
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Safe, fireproof, non-polluting, can be run directly in the load center; using domestic advanced technology, high mechanical strength, strong short-circuit resistance, small partial discharge, good thermal stability, high reliability, long service life; low loss, low noise , obvious energy saving effect, maintenance-free
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The three-phase four-wire prepaid smart energy meter is a modern and advanced instrument designed and manufactured based on the actual power consumption conditions of industrial users, which adopts large-scale integrated circuits, digital sampling processing technology and SMT process. The performance indicators of this meter comply with GB/T 17215.321-2021 Special Requirements for Electrical Measuring Equipment (AC)-Part 21: Static Active Energy Meters (Class A, Class B, Class C, Class D and Class E), and GB/T17215.323-2022 Special Requirements for Electrical Measuring Equipment (AC)-Part 23: Static Reactive Energy Meters (Class 2 and Class 3). In accordance with the requirements of IEC62053-21 and IEC62053-2 standards, it can be customized according to functional requirements to meet all technical requirements of multi-functional energy meters.
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Four-shaft series shredders are of multifunction and versatility. With standardized and modular design, shredder of this series has an advantage of good interchangeability between spare parts. The auxiliary knife is refined by die forging, while the main knife, made of special alloy steel by a special process, is of good wearability and high intensity. The shredder is driven by intermediate gear transmission, forming differential relationship. Shredders of this series are applicable to shred plastic barrels, plastic frames, woven bags, circuit board and paper box etc., and have advantages of controllable discharging size, high-efficiency, low rotating speed and low noise.
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DYPS series light crusher is of beautiful exterior design and high-quality steel structure welding. The rotor uses the latest V-shaped cutting technology to send the crushed material to the central, which not only avoids the material impacting on the sidewall, but also makes the sidepiece wearable, and reduces dust producing. The main shaft is made of high-quality material. It has advantage of assembly operation, static balance check, good toughness, hard to deformation, stable working, and light vibration.
Applicable to broken small pipes, profiles, plate sheets, injection molding glands, and all kinds of plastic packaging containers and thin film,etc. DYUN can also provide crushing auxiliary device according to customer’s requirements, such as suction unit collector, feeding conveyor belt and metal separator etc. -
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In order to be environmentally friendly and suitable for different production requirements and crushing objects, DYUN launched the DYSSQ light shredder. It is suitable for shredding and recycling of gates, plastic thick board, building template, plastic films and various blow-molding containers produced during injection molding, blow molding and extrusion. According to the different feeding methods and recycling of the site, conveyors and crushers can be equipped. This shredder has low-speed rotary cutter, and is of low noise, high output and more energy saving
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This series of two-shaft shredder features low noise, low energy consumption and high output. It reflects the superiority of low speed and large torque cutting design. This series of shredders is particularly suitable for the crushing of large-sized plastic materials. After being shredded, the bulk density of the material can be increased, thereby reducing transportation costs. In addition, the material can be further processed after shredding, such as material separation, washing and pelletizing etc.
