According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

针对高炉WZ-C无料钟炉顶装料设备存在的布料器温度高、透水等问题进行了原因分,并进行水冷、水封系统改进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

透水坝的坝前最大冲刷坑深度主要与来单宽量、入、坝透水率等因素有关，其中单宽量对冲刷坑深度的影响最大。

According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

针对高炉WZ-C无料钟炉顶装料设备存在布料器温度高、透水等问题进行了原因分,并进行水冷、水封系统改进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

透水桩坝坝前最大冲刷坑深度主要与来流单宽流量、入流角、桩坝透水率等因素有关，其中单宽流量对冲刷坑深度最大。

According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

针对高炉WZ-C无料钟炉顶装料设备存在的布料器温度高、透等问题进行了原因分,并进行冷、封系统改进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

透桩坝的坝前最大冲刷坑深度主要与来单、入角、桩坝透率等因素有关，其中单对冲刷坑深度的影响最大。

According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

高炉WZ-C无料钟炉顶装料设备存在的布料器温度高、透水等问题进行了原因分,并进行水冷、水封系统改进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

透水桩坝的坝前最大冲刷坑深度主要与来单、入角、桩坝透水率等因素有关，其中单冲刷坑深度的影响最大。

According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

针对炉WZ-C无料钟炉顶装料设备存在的布料器、等问题进行了原因分,并进行冷、封系统改进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

坝的坝前最大冲刷坑深主要与来流单宽流量、入流角、坝率等因素有关，其中单宽流量对冲刷坑深的影响最大。

According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

针对高炉WZ-C无料钟炉顶装料设备存在的布料器温度高、透题进行了原因分,并进行冷、封进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

透桩坝的坝前最大冲刷坑深度主要与来流单宽流量、入流角、桩坝透率因素有关，其中单宽流量对冲刷坑深度的影响最大。

According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

针对高炉WZ-C无料钟炉顶装料设备存在的布料器温度高、透等问题进因分,并进、封系统改进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

透桩坝的坝前最大冲刷坑深度主要与来流单宽流量、入流角、桩坝透率等因素有关，其中单宽流量对冲刷坑深度的影响最大。

According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

针对高炉WZ-C无料钟炉顶装料设备存在的布料器温度高、透水等问题进行了原因分,并进行水冷、水封系统改进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

透水桩坝的坝前最大冲刷坑深度主要与来流宽流量、入流角、桩坝透水率等因素有关，宽流量对冲刷坑深度的影响最大。

According to the problems of WZ-C bell-less top charging equipment such as high temperature and perviousness of distributor.The causes are analyzed.The water cooling and block system are modified.

针对高炉WZ-C无钟炉顶装设备存在器温度高、透水等问题进行了原因分,并进行水冷、水封系统改进。

The maximum depth of the pit is mainly related to the inflow angle, unit discharge and the perviousness of the dike etc. with the maximum impact from the Unit discharge.

透水桩最大冲刷坑深度主要与来流单宽流量、入流角、桩透水率等因素有关，其中单宽流量对冲刷坑深度影响最大。