Tel: +86-532-83130887 Email: eiffel@qdhaijia.net
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HW-8030
HAIJIA
The innovative design of the weft beating mechanism and the opening device, featuring the newly engineered "U" type short pitch nozzle, brings about a remarkable improvement in weft drawing performance. This enhancement is particularly evident when the loom operates at ultra-high speeds, ensuring a more efficient and precise weft insertion process.
The upgraded and sturdy frame structure, coupled with the refined warp feeding device, effectively shortens the pre-weaving path on the fabric surface. This modification leads to a substantial boost in weft beating performance, especially during the six-link beating process. As a result, the loom can achieve both higher speeds and superior fabric quality, setting a new standard in textile production.
The adjustable axial clearance within the warp feeding worm gear plays a crucial role in maintaining the stability of the warp feeding device. This feature allows the loom to handle a diverse range of fabrics, from extremely fine to coarse yarns, from narrow to wide widths, and from standard to double-layered fabrics with ease. It provides manufacturers with the flexibility to produce various textile products to meet different market demands.
By utilizing a U-shaped weft beating shaft, a specialized balance system, reinforced supports, and a centralized lubrication system, the weft beating force is significantly strengthened. This not only reduces wear and tear on the shaft but also extends the overall lifespan of the weaving machine. The improved weft beating force ensures a more consistent and high-quality weave, contributing to the production of premium textiles.
The redesigned frame structure features a tilted warp path starting from the weaving mouth, which effectively shortens the weaving surface path. This design innovation enables the loom to maintain stable weaving even at higher fabric densities. The warp position line has been reduced to 900 mm, in line with the principles of ergonomic operation. This reduction not only enhances the weft beating performance but also gives weavers better control over the weaving process. Additionally, the ability to make simple parameter adjustments allows for quick changes in the loom's speed, providing flexibility in adjusting the weft density and speed, especially when working on intricate fabric designs.
With a maximum design speed of 1400 RPM and the implementation of a double-pump and four-nozzle system, the loom's work efficiency is significantly enhanced. This high-speed operation, combined with the improved performance of various components, makes the weaving machine a powerful and efficient tool for modern textile manufacturing.
| Water Jet Loom Configuration Table | |||
Model | HW3851、HW3873、HW600、HW6010、HW6012、HW8010、HW8030 | ||
reed width | Nominal reed width(cm) | 150、170、190、210、230、270、280、290、300、320、340、360 | |
Effective reed | Nominal reed width：0～65cm(≤230cm);0～85cm（＞230cm) | ||
Weft selection | 1color、2 colors、3 colors、4 colors | ||
power | Starting mode | Direct drive motor | super start motor drive |
Motor capacity | 2.2KW、2.7KW、3.0KW、3.7KW、4.5KW、6.0KW | ||
running operation | One-hand operation button | Two-hand operation button | |
Weft insertion | pump | single pump | double pump |
nozzle | Normal nozzle,'U'nozzle | ||
Length measurement and weft storage | （FDP）Electronic Length Measurement (FDP) | （RDP)Mechanical length measurement | |
shedding | Crank shedding: 4-piece type, 6-piece type | 8-piece type | |
Positive cam shedding: 6, 8, 10 piece type | 12,14 piece type | ||
Active dobby: 16 piece type | |||
let off | negative loose warp | Positive loose warp device | |
Left and right double bearing, 2-roll mode | |||
Maximum tension | 500Kg、1000Kg | ||
diameter of the beam flange | ∮800mm | ∮914mm、∮1000mm | |
take up | Roll cloth diameter | maximum is 520MM | |
cloth roll path | S type, L type | ||
Beating-up | Crank multi reed sley beating up mechanism, "U" shaped beating up shaft | Solid straight shaft beating up | |
4 linkage,6 linkage | |||
Weft stand | Floor fixed type 2 barrels/color | ||
Selvage | Mechanical planetary mode | ||
Yarn end treatment | Spindle false twisting method | ||
Weft cutting | Mechanical scissors for weft cutting | ||
dehydration | Suction mode of micro slit tube (electric water suction motor), buoyancy air-water separator | Water absorbing strip | |
electronic | Optical fiber type feeler | Photoelectric type | |
Touch screen, control preparation, start, stop, inching and reverse inching | |||
It can display output, speed, efficiency, shutdown times, etc | |||
The four-color indicator light indicates the reason for stopping | |||
Variable inverter/variable speed device | |||
Automation and labor saving | Automatic water replenishment valve, automatic centralized refueling | Variable frequency speed regulation | |
The innovative design of the weft beating mechanism and the opening device, featuring the newly engineered "U" type short pitch nozzle, brings about a remarkable improvement in weft drawing performance. This enhancement is particularly evident when the loom operates at ultra-high speeds, ensuring a more efficient and precise weft insertion process.
The upgraded and sturdy frame structure, coupled with the refined warp feeding device, effectively shortens the pre-weaving path on the fabric surface. This modification leads to a substantial boost in weft beating performance, especially during the six-link beating process. As a result, the loom can achieve both higher speeds and superior fabric quality, setting a new standard in textile production.
The adjustable axial clearance within the warp feeding worm gear plays a crucial role in maintaining the stability of the warp feeding device. This feature allows the loom to handle a diverse range of fabrics, from extremely fine to coarse yarns, from narrow to wide widths, and from standard to double-layered fabrics with ease. It provides manufacturers with the flexibility to produce various textile products to meet different market demands.
By utilizing a U-shaped weft beating shaft, a specialized balance system, reinforced supports, and a centralized lubrication system, the weft beating force is significantly strengthened. This not only reduces wear and tear on the shaft but also extends the overall lifespan of the weaving machine. The improved weft beating force ensures a more consistent and high-quality weave, contributing to the production of premium textiles.
The redesigned frame structure features a tilted warp path starting from the weaving mouth, which effectively shortens the weaving surface path. This design innovation enables the loom to maintain stable weaving even at higher fabric densities. The warp position line has been reduced to 900 mm, in line with the principles of ergonomic operation. This reduction not only enhances the weft beating performance but also gives weavers better control over the weaving process. Additionally, the ability to make simple parameter adjustments allows for quick changes in the loom's speed, providing flexibility in adjusting the weft density and speed, especially when working on intricate fabric designs.
With a maximum design speed of 1400 RPM and the implementation of a double-pump and four-nozzle system, the loom's work efficiency is significantly enhanced. This high-speed operation, combined with the improved performance of various components, makes the weaving machine a powerful and efficient tool for modern textile manufacturing.
| Water Jet Loom Configuration Table | |||
Model | HW3851、HW3873、HW600、HW6010、HW6012、HW8010、HW8030 | ||
reed width | Nominal reed width(cm) | 150、170、190、210、230、270、280、290、300、320、340、360 | |
Effective reed | Nominal reed width：0～65cm(≤230cm);0～85cm（＞230cm) | ||
Weft selection | 1color、2 colors、3 colors、4 colors | ||
power | Starting mode | Direct drive motor | super start motor drive |
Motor capacity | 2.2KW、2.7KW、3.0KW、3.7KW、4.5KW、6.0KW | ||
running operation | One-hand operation button | Two-hand operation button | |
Weft insertion | pump | single pump | double pump |
nozzle | Normal nozzle,'U'nozzle | ||
Length measurement and weft storage | （FDP）Electronic Length Measurement (FDP) | （RDP)Mechanical length measurement | |
shedding | Crank shedding: 4-piece type, 6-piece type | 8-piece type | |
Positive cam shedding: 6, 8, 10 piece type | 12,14 piece type | ||
Active dobby: 16 piece type | |||
let off | negative loose warp | Positive loose warp device | |
Left and right double bearing, 2-roll mode | |||
Maximum tension | 500Kg、1000Kg | ||
diameter of the beam flange | ∮800mm | ∮914mm、∮1000mm | |
take up | Roll cloth diameter | maximum is 520MM | |
cloth roll path | S type, L type | ||
Beating-up | Crank multi reed sley beating up mechanism, "U" shaped beating up shaft | Solid straight shaft beating up | |
4 linkage,6 linkage | |||
Weft stand | Floor fixed type 2 barrels/color | ||
Selvage | Mechanical planetary mode | ||
Yarn end treatment | Spindle false twisting method | ||
Weft cutting | Mechanical scissors for weft cutting | ||
dehydration | Suction mode of micro slit tube (electric water suction motor), buoyancy air-water separator | Water absorbing strip | |
electronic | Optical fiber type feeler | Photoelectric type | |
Touch screen, control preparation, start, stop, inching and reverse inching | |||
It can display output, speed, efficiency, shutdown times, etc | |||
The four-color indicator light indicates the reason for stopping | |||
Variable inverter/variable speed device | |||
Automation and labor saving | Automatic water replenishment valve, automatic centralized refueling | Variable frequency speed regulation | |
