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来源：http://www.cx-fire.com/ 日期：2026-07-06
消防泵组与泵炮系统是现代消防工程中用于扑救大面积、高危险性火灾的核心装备，广泛应用于石油化工、港口码头、大型仓储、高层建筑及船舶等场所。该系统由消防泵组、消防炮、供水管网、控制装置及动力源等部分组成，其中消防泵组是系统的“心脏”，消防炮则是执行灭火任务的“手臂”。
The fire pump unit and pump cannon system are the core equipment used in modern fire engineering to extinguish large-scale and high-risk fires. They are widely used in places such as petrochemicals, ports, large warehouses, high-rise buildings, and ships. The system consists of fire pump units, fire cannons, water supply pipelines, control devices, and power sources. The fire pump units are the "heart" of the system, while the fire cannons are the "arms" that perform firefighting tasks.
消防泵组通常采用离心式水泵作为核心设备，其工作原理基于离心力作用——水泵启动前需充满水，叶轮高速旋转时产生离心力，将水从叶轮中心甩向边缘，经蜗壳收集后压入出水管，从而实现水的输送与增压。消防泵组的选型主要依据流量—扬程曲线，该曲线反映了水泵在不同工况下的工作能力。根据《消防泵性能和试验方法》标准，消防泵的性能和技术条件有严格规定。在泵组配置方面，消防泵和稳压泵均应设置备用泵，备用泵的工作能力不应小于其中非常大一台工作泵的工作能力。同一泵组的消防水泵型号宜一致，且工作泵不宜超过3台。水泵外壳宜为球墨铸铁，叶轮应是青铜或不锈钢，以确保耐腐蚀性和长期运行的可靠性。
Fire pump sets usually use centrifugal water pumps as the core equipment, and their working principle is based on centrifugal force - the water pump needs to be filled with water before starting, and centrifugal force is generated when the impeller rotates at high speed, which throws the water from the center of the impeller to the edge, collects it through the volute, and presses it into the outlet pipe, thereby achieving water transportation and pressure increase. The selection of fire pump units is mainly based on the flow head curve, which reflects the working capacity of the pump under different working conditions. According to the "Performance and Test Methods for Fire Pumps" standard, there are strict regulations on the performance and technical conditions of fire pumps. In terms of pump configuration, both the fire pump and the stabilizing pump should be equipped with backup pumps, and the working capacity of the backup pump should not be less than that of the largest working pump. The models of fire pumps in the same pump group should be consistent, and the number of working pumps should not exceed 3. The casing of the water pump should be made of ductile iron, and the impeller should be made of bronze or stainless steel to ensure corrosion resistance and long-term reliability.
消防炮是系统的终端执行部件，分为水炮、泡沫炮和干粉炮三种类型。水炮系统适用于一般固体可燃物火灾，泡沫炮系统适用于甲、乙、丙类液体及固体可燃物火灾，干粉炮系统则适用于液化石油气、天然气等可燃气体火灾场所。消防炮的布置有严格规范要求：室内消防炮的布置数量不应少于两门，其布置高度应保证射流不受上部建筑构件影响，并应能使两门水炮的水射流同时到达被保护区域的任一部位。室外消防炮的布置则要求射流完全覆盖被保护场所及被保护物，且应满足灭火强度及冷却强度的要求。消防炮塔的结构强度应能同时承受使用场所非常大风力和消防炮喷射反力。
The fire monitor is the terminal execution component of the system, which is divided into three types: water monitor, foam monitor and dry powder monitor. The water monitor system is applicable to general solid combustible fire, the foam monitor system is applicable to Class A, B and C liquid and solid combustible fire, and the dry powder monitor system is applicable to liquefied petroleum gas, natural gas and other combustible gas fire places. The layout of fire cannons has strict regulatory requirements: the number of indoor fire cannons should not be less than two, and their layout height should ensure that the water jet is not affected by the upper building components, and should be able to simultaneously reach any part of the protected area with the water jet from both water cannons. The arrangement of outdoor fire cannons requires that the jet completely covers the protected area and objects, and should meet the requirements of fire extinguishing intensity and cooling intensity. The structural strength of the fire turret should be able to withstand both the maximum wind force at the site of use and the reaction force of the fire cannon spray.
在控制方面，远控炮系统应具有对消防泵组、远控炮及相关设备进行远程控制的功能，包括控制消防炮的俯仰、水平回转和相关阀门的动作。消防控制室应能优先控制无线控制器所操作的设备。水炮系统和泡沫炮系统从启动至炮口喷射水或泡沫的时间不应大于5分钟，干粉炮系统则不应大于2分钟。这一快速响应能力对于火灾初期的有效控制至关重要。
In terms of control, the remote control cannon system should have the function of remotely controlling the fire pump group, remote control cannon, and related equipment, including controlling the pitch, horizontal rotation, and related valve actions of the fire cannon. The fire control room should be able to prioritize the control of equipment operated by wireless controllers. The time from the start of the water monitor system and the foam monitor system to the muzzle spraying of water or foam shall not be more than 5 minutes, and the time for the dry powder monitor system shall not be more than 2 minutes. This rapid response capability is crucial for effective control in the early stages of a fire.
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