日常設備使用中有不少因素可能對配電箱性能產生影響，比如日常的維護措施是否科學合理，空氣中的灰塵，使用環(huán)境的溫度，散熱是否良好以及設備自身的震動等都有可能影響設備性能，影響仿威圖機柜性能的主要因素。
There are many factors in the daily use of equipment may affect the performance of the distribution box, such as whether the daily maintenance measures are scientific and reasonable, dust in the air, the temperature of the use environment, heat dissipation is good and the vibration of the equipment itself may affect the performance of the equipment, the main factors affecting the performance of the imitation Weichart cabinet.
按國標設計和制造的電氣成套設備運行時周圍環(huán)境溫度的上限值不應超過40℃，而盛夏暴露在烈日中的戶外配電柜，由于太陽光的直射、水泥地面熱量的反射以及柜內設備自身產生的熱量，有時戶外配電柜內的溫度竟超過60℃。
The upper limit of ambient temperature of complete electrical equipment designed and manufactured according to national standards should not exceed 40℃ when it is running. However, the outdoor power distribution cabinet exposed in the hot sun in summer sometimes has a temperature of more than 60℃ due to direct sunlight, heat reflection from the cement floor and heat generated by the equipment in the cabinet.
電器觸頭因溫度過高而增加接觸電阻，接觸電阻增加又加劇發(fā)熱，如此惡性循環(huán)終導致觸頭燒壞；同時溫度過高還會影響戶外配電柜保護性能的穩(wěn)定性、動作的可靠性、計量的準確性。
The electrical contact increases the contact resistance due to high temperature, and the increase of contact resistance increases the heating, so the vicious cycle eventually leads to the contact burn out; At the same time, the high temperature will affect the stability of outdoor PDC protection performance, reliability of operation, and accuracy of measurement.
設備的防塵：防塵是這類設備使用過程中須要注意的事項，機箱長時間積聚灰塵會大大降低散熱功能，導致風扇等部件無法正常運轉，從而產生一定的噪音。因此除了在設備使用中采取一定的防塵措施外，對于設備機箱的日常清理也是比較重要的。
Dust prevention: Pay attention to dust prevention when using the device. Dust accumulation in a shelf for a long time greatly reduces the heat dissipation function and causes the abnormal operation of components such as fans, which causes certain noise. Therefore, in addition to taking certain dust-proof measures in the use of the device, it is also important to clean the device chassis daily.
設備的散熱情況：配電箱是否能夠正常運行，與設備的散熱情況有較為直接的影響。如果散熱情況較差可能導致設備癱瘓無法正常運行。
Heat dissipation of the device: The normal operation of the power distribution box directly affects the heat dissipation of the device. If the heat dissipation is poor, the device may break down and cannot run normally.
設備產生的振動噪音：設備運行中出現的噪音主要是由于機箱的硬度及箱體的連接方式的不同導致的。如果材料較薄，導致機箱不堅固，在使用中與內置的電子設備形成共振產生噪音。
Vibration noise generated by the equipment: The noise generated during the operation of the equipment is mainly caused by the hardness of the box and the connection mode of the box. If the material is thin, the chassis is not solid, in use with the built-in electronic equipment to generate resonance noise.
還可能導致機箱變形使板卡死在上面。板材過于輕薄的機箱機柜強度不足，容易變形，進而損傷硬件，同時由于其他零部件的共振出現噪音，造成配電箱的性能受到影響。
In addition, the chassis may be deformed and the board may be stuck on it. The chassis with too thin plates is weak in strength and prone to deformation, which damages the hardware. At the same time, the performance of the distribution box is affected due to the resonance noise of other parts.
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