*K5系列机床控制变压器

概述

*K5系列机床变压器适用于交流50-60HZ，一般输入额定电压不*过660V，输出额定电压不*过230V的电路中，作为各行各业的机械设备，一般电器的控制、照明和信号灯的电源之用。

*K5系列变压器是引进德国*新型的变压器系列，在国内*K3系列机床控制变压器基础上，进一步改进并优选国外**的接线端子结构，将端子与骨架结合在一起，*了接线密集程度，并使*护等级*到IP2LX，*偶然触及电路，采用IT冷压接线端子，增加了接线牢固性，*性。本系列变压器硅钢片与硅钢片之间，硅钢片与底板之间的联接均采用气体保护氩弧焊工艺，形成一个整体简捷明了。尤其是底板成型，使安装尺寸更为准确，精密，而采用优质*蚀合金材料，大大*接地性能的*性，本系列变压器从外观到产品质量得到**，产品*合GB5226，*/T5555-2001，VDE0550-1-3，EN61558-1:1997，EN61558-2-13:2000等有关*、国际标准，并荣获欧共体"CE"，可与国外产品互换使用。

*K5系列机床控制变压器技术特性

初级次级绕组分开绕制，当次级只有一个绕组时，它担负变压器的*额定容量，次级如兼有控制、照明及指示灯绕组时，则按各绕组容量分配分别绕制，对单绕组且有中间抽头的变压器其各中间抽头容量，皆小于变压器的额定容量，只有*高电压输出端可担负额定容量。

*K5 Machine Tool Control Transformer

Application:

*K5 series transformers are used in the 50-60HZ ac circuit of input voltage less than 660V and output voltage less than 230V as machine equipment in various area for controlling the power of electrical equipment , lighting and Signal lamp. This series transformer is adopted in Germany technic and made improvement on the base of *K3 model. It improve in advanced terminal block which can be connected to the coilframework together and increasethe wire compression so as to heighten protection grade to IP2LX to avoid touching circuit. It use IT end sleeves to increase fastness and reliability ofthe wire connection. This series transformer is adopted in weld of gas protection argon arc so as to be whole. The soleplate is moulding in one time to be more accurate and extract in the installation dimension. This series transformer is much improved in quality and shape. It conforms to GB5226，*/T5555-201，VDE0550-1-3，EN61558-1:1997，EN61558-2-13:2000and gets CE approval.

*K5 series engine bed control transformer technology characteristic

primary secondary circles the system separately, when secondary when a winding, it shoulders the transformer completely the rated capacity, when secondary like has at the same time the control, the illumination and the indicating lamp winding, presses various windings capacity *ignment to circle the system separately, to simplex winding, and has intermediate tap's transformer its each intermediate tap capacity, is *aller than transformer's rated capacity, only then the overvoltage out-port may shoulder the rated capacity.