Air Jet Device
| Price : | Price Negotiable |
| Quantity : | 1000 () |
| Minimum Order : | 10 |
| Product Status : | New |
| Sample Available : | no |
| Payment Mode : |
Bank Transfer,L/C |
| Categories : | Electrical & Electronics, Electrical Control System |
| Posted By : | Yantai S S Science And Technology Application Engineering Co., Ltd. |
Description
Air-jet Energy-saving Device
The task of saving energy for air-jet looms has been the goal that many companies is working to achieve, since air-jet looms rank the first in all shuttleless looms in terms of energy consumption, 1.3 times higher than that of shaft looms. This high energy consumption is mainly caused by the high gas consumption arising from the high workload of nozzles, and gas leakage at all parts of the machine. Taking the whole design considerations, people can only improve the nozzles to reduce energy consumption rather than eliminating it. However, the leakage at all parts of the machine, which is usually among the dominant factors causing rapid increase in gas consumption, can be controlled or eliminated. In this context, air-jet energy-saving device is designed to bring good effects in terms of reducing gas consumption and increasing weaving efficiency.
With many electronic technologies widely used for monitoring the operation process of looms, a number of companies also developed new technologies and took new energy-saving measures. After put into use for a specific period, air-jet looms tend to cause more or less gas leakage at many parts, like nozzle ends, solenoid valves, internal air piping, and connecting pipes and valves, as a result of many factors, including inferior components, vibration, or poor assembly. The occurrence inevitably leads to a waste of air, and running of air compressor at full capacity, ultimately causing economic losses, directly or indirectly. Air-jet energy-saving device, designed for this purpose, has the following advantages:
1. Enable real-time monitoring of instantaneous gas consumption and total overall gas consumption of a certain loom based on a certain technology standard, thus offering managers or decision-makers very intuitive data; allow for setting of a variety of technology standards and real-time measurement, and calculation of instantaneous gas consumption based on the standard; when the difference between the measured value and the standard one is within a certain range, it is can be regarded as normal for a certain period; when the difference is beyond the range, it can be inferred that a gas leakage occurs, accordingly requiring identification of leakage positions and elimination of the problem to achieve energy-saving objectives. Meanwhile, the system will give a sound and light alarm, and send a warning signal to the loom, activating the loom to take appropriate measures.
2. The system also captures signals of running states, mainly of weft, to analyze and process the signals and thus to calculate the spindle speed and the start time and end time of weft, enabling more accurate calculation of instantaneous gas consumption for each of weft threads, and thus precise judgment of the running states.
3. All the air-jet looms are networked: Each of jet looms equipped with air-jet energy-saving device enables real-time calculation and display of instantaneous and total gas consumption respectively. Moreover, the energy-saving devices can be networked by integrating a group of them into a single monitoring network, by using the up-to-date, well-developed networking technology, enabling display, processing, comparison and analysis of air consumption for each of jet looms in the system respectively, thus releasing warnings to the management so as to take necessary measures. Through the data obtained by using the above technologies, people can get a clear range of figures needed to be managed, including running state, running time, and downtime for each of air-jet looms, and then take note of them based on fabrics and time, so as to help the management or decision-makers to conduct a centralized control of all the looms in the factory.
Air-jet energy-saving device can be installed at the inlet of any air-jet loom. Even in a noisy and chaotic environment, the device allows for real-time analysis and calculation of gas consumption, and accordingly fast and efficient judgment of a possible energy consumption problem, informing equipment keepers of maintenance by releasing a sound and light alarm and facilitating easy handling of a single loom. Air-jet energy-saving device enables accumulative calculation of energy consumption, release of warnings in case that energy consumption is beyond normal levels, ensuring of an economic running at air compressor stations, avoidance of loss or waste and reduction of wear at high-power electrical motors, and extending of the service life of air compressors.
The task of saving energy for air-jet looms has been the goal that many companies is working to achieve, since air-jet looms rank the first in all shuttleless looms in terms of energy consumption, 1.3 times higher than that of shaft looms. This high energy consumption is mainly caused by the high gas consumption arising from the high workload of nozzles, and gas leakage at all parts of the machine. Taking the whole design considerations, people can only improve the nozzles to reduce energy consumption rather than eliminating it. However, the leakage at all parts of the machine, which is usually among the dominant factors causing rapid increase in gas consumption, can be controlled or eliminated. In this context, air-jet energy-saving device is designed to bring good effects in terms of reducing gas consumption and increasing weaving efficiency.
With many electronic technologies widely used for monitoring the operation process of looms, a number of companies also developed new technologies and took new energy-saving measures. After put into use for a specific period, air-jet looms tend to cause more or less gas leakage at many parts, like nozzle ends, solenoid valves, internal air piping, and connecting pipes and valves, as a result of many factors, including inferior components, vibration, or poor assembly. The occurrence inevitably leads to a waste of air, and running of air compressor at full capacity, ultimately causing economic losses, directly or indirectly. Air-jet energy-saving device, designed for this purpose, has the following advantages:
1. Enable real-time monitoring of instantaneous gas consumption and total overall gas consumption of a certain loom based on a certain technology standard, thus offering managers or decision-makers very intuitive data; allow for setting of a variety of technology standards and real-time measurement, and calculation of instantaneous gas consumption based on the standard; when the difference between the measured value and the standard one is within a certain range, it is can be regarded as normal for a certain period; when the difference is beyond the range, it can be inferred that a gas leakage occurs, accordingly requiring identification of leakage positions and elimination of the problem to achieve energy-saving objectives. Meanwhile, the system will give a sound and light alarm, and send a warning signal to the loom, activating the loom to take appropriate measures.
2. The system also captures signals of running states, mainly of weft, to analyze and process the signals and thus to calculate the spindle speed and the start time and end time of weft, enabling more accurate calculation of instantaneous gas consumption for each of weft threads, and thus precise judgment of the running states.
3. All the air-jet looms are networked: Each of jet looms equipped with air-jet energy-saving device enables real-time calculation and display of instantaneous and total gas consumption respectively. Moreover, the energy-saving devices can be networked by integrating a group of them into a single monitoring network, by using the up-to-date, well-developed networking technology, enabling display, processing, comparison and analysis of air consumption for each of jet looms in the system respectively, thus releasing warnings to the management so as to take necessary measures. Through the data obtained by using the above technologies, people can get a clear range of figures needed to be managed, including running state, running time, and downtime for each of air-jet looms, and then take note of them based on fabrics and time, so as to help the management or decision-makers to conduct a centralized control of all the looms in the factory.
Air-jet energy-saving device can be installed at the inlet of any air-jet loom. Even in a noisy and chaotic environment, the device allows for real-time analysis and calculation of gas consumption, and accordingly fast and efficient judgment of a possible energy consumption problem, informing equipment keepers of maintenance by releasing a sound and light alarm and facilitating easy handling of a single loom. Air-jet energy-saving device enables accumulative calculation of energy consumption, release of warnings in case that energy consumption is beyond normal levels, ensuring of an economic running at air compressor stations, avoidance of loss or waste and reduction of wear at high-power electrical motors, and extending of the service life of air compressors.
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