fire tank

Aecording to the relevant technical criterion on fire control,combinging with the practice in the building project inspection of fire control,we pointed out the commom mistakes in the design of fire water tank,and put forward the corresponding countermeasures.

根据现行消防技术规范的有关规定,结合建筑工程消防监督审核的工作实践,指出了消防水箱设计中常出现的错误并提出了相应的改正措施。

In order to make the current design specification more practical for fire prevention, the personal views were presented about the problems existing in the installation of fire water tank and air pressure device, fire hazard rating established for auto-sprinkling system in residence, and fire resistance limit of fire curtain.

为了使现行防火设计规范更切合实际,分别就消防水箱及气压设备的设置、住宅设置自喷系统的火灾危险等级、防火卷帘的耐火极限等条文中出现的问题提出了个人看法,建议对规范中部分条文作适当调整。

Author points out that the calculation of the altitude of fire tank should take the working pressure of sprayer in the worst-case location in consideration,which should not less than 0.

结合工程实例,对多层建筑室外消防给水管网设计流速的确定进行了分析计算,并对临时高压自动喷水灭火系统高位水箱设置高度的确定进行了阐述,指出两位消防水箱的设置高度应以最不利点喷头工作压力不小于0。

Combined with management practice of fire-fighting engineering of five high-rise buildings in one residential district the practicability of five buildings using one elevated fire tank is analyzed.

结合某小区五栋高层消防工程建设管理实践,分析了五栋高层共用一个高位消防水箱的可能性,对工程进行了设计变更,并对变更后的方案进行了经济分析,大大节省了工程投资,保证了五栋楼消防系统的合理性和完整性,同时体现了技术与经济相结合在工程建设管理中的重要性。

This paper introduces two working principles for increasing pressure to solve the insufficient pressure in the fire tank.

介绍了解决消防水箱压力不足常用的2种增压设施的工作原理;通过实例计算,说明了2种增压设施的计算内容与计算方法,对2种增压方式的优缺点进行了比较;提出了设计中选用增压方式的原则。