FZX-15型防喷器自动翻转系统由翻转机构支撑固定架、液压旋转推拉机构、液压站总成、旋转机构总成及相应的液压控制系统、电子限位控制系统组成，是一套集机械、液压、电子于一体的高新技术新产品。
主要技术指标
1． 可翻转各种规格的防喷器，可承载并翻转的防喷器重量：≤15吨
2． 液压站电机功率：15KW一台。
3． 液压柱塞泵数量：一台
4． 液压柱塞泵规格型号：63YCY14-1B轴向柱塞泵
5． 推拉翻转油缸行程：2600mm
6． 推拉翻转油缸数量：二只
7． 翻转速度：≤1转/分
技术性能：
1. FZX-15型防喷器自动翻转系统承载防喷器重量 0～15000㎏，适用于各种型号、规格尺寸的防喷器的翻转。
2. 翻转系统尽量节省占地面积，设计应考虑结构合理，结实耐用，易损件使用寿命应在两年以上，并尽可能采用常规件，便于维修。
3. 翻转速度应在每分钟1转左右，即半分左右就可翻转过来，以提高翻转效率，同时可实现任意角度及方向的翻转，便于检查及维护。
4. 液压缸推拉能保证行走同步、速度可调
5. 液压系统配双向液压锁，保证防喷器安全可靠翻转，液压站最高控制压力：31.5MPa
6. 系统具有过载、断相自动保护功能及故障自诊断功能
Bop flip system consists of BOP fixed support structure, hydraulic rotating push-pull mechanism, hydraulic station assembly, limit-place device
and relevant hydraulic control system,and eletronical control system,etc.It is a high and new technology product which gathers mechanism ,hydraumatc and electron
1.Bop flip system carries the BOP of 0~20000kg, Applies to turning over Bop flip system of all size
2. Bop flip system can save floor space, Design structure is reasonable, Strong and durable, service life of wearing parts is over two years, and try best to use conventional parts to be easy to maintenance
3. Flip speed 1r/min, that's mean it can be reversed about for half minutes,in order to improve the efficiency,convenient to check and maintenance.
4. Push-pull hydraulic cylinder quantity: 2 picecs.
5.Push-pull hydraulic cylinder itinerary and push-pull effort: 2600mm push-pull effort ≥1500kg.
6.Push-pull hydraulic cylinder can ensure walking is synchronous, speed is adjustable.
7. Oil pressure sensor of oilway should monitor system oilway pressure, once out-of-order,alert aways and protect
8.Rotating driving mechanism adopts double-way hydraulic lock to achieve safety protection,once black out during flip course,it can ensure automatic braking power and safety
9.Hydraulic station size(Length*Width*Height): 1200mm*800mm*1200mm.
10. Hydraulic station control pressure: 10.5 M Pa
11.Flip system size(Length×Width×Height):590mm×350mm×280mm.
12. System has overload, broken phase automatic protection function and fault self-diagnosis function
