COVNA HK57-T Double Union PVC 3 Way Pneumatic Actuator Ball Valve
Features of
Double Union PVC 3 Way Pneumatic Actuator Ball Valve
including 1 million lifetime, high low, high torque and easy to installation. Widely used for various applications. Such as water treatment, water filter, etc. Spring return actuator and double acting actuator are available.
COVNA provides 3 way pneumatic actuator ball valve in T port and L port for your choice. To allow your project to have a good diverter performance.
模型
- Actuator Type: Spring Return / Double Acting
- Air Supply Pressure: 2.5 bar to 8 bar
- Pressure: 10 bar (145 psi)
- Body Material: Plastic UPVC / CPVC
- 介质温度:60℃ (140℉)
- Suitable Media: Water, Liquids, Gas, Oil, Air, Steam, Corrosive Medium, etc
Benefits Of Pneumatic UPVC 3 Way Ball Valves:
COVNA Pneumatic UPVC 3-Way Ball Valves provide you with great value fluid solutions. UPVC three-way ball valve can help you achieve the needs of transport, shut-off and changing the flow direction of the medium. The advantages of UPVC ball valves are lightweight, easy installation and low cost. Available in T port and L port for you.
Using pneumatic actuators could help you improve production efficiency and reduce labor costs. Provide you with cost-effective fluid solutions.
Features Of HK57-T Double Union PVC 3 Way Pneumatic Actuator Ball Valve:
● 3-way ball valve design with excellent diverter performance
● Double union quick connection
● Available in T port and L port
● To provide supplementary platform-embedded copper nut products
Technical Parameters Of HK57-T Double Union PVC 3 Way Pneumatic Actuator Ball Valve:
致动器类型 | Spring Return / Double Acting | 尺寸范围 | DN15 to DN50 |
港口航线 | Double Union, Threaded | 机身材料 | Plastic UPVC / CPVC |
中型 | Air, water, steam, oil, etc | 结构 | T port / L port |
工作压力 | 10 bar (145 psi) | 适用媒体 | Water, Liquids, Gas, Oil, Air, Steam, Corrosive Medium, etc |
机身材料 | Plastic UPVC / CPVC | 介质温度 | 60℃ (140℉) |
3 Way Ball Valve Flow Diagram:
Dimension Of HK57-T Double Union PVC 3 Way Pneumatic Actuator Ball Valve:
Technical Parameters Of COVNA Pneumatic Valve Actuators:
结构 | Rack and pinion pneumatic valve actuator |
Mounting | ISO5211, NAMUR, DIN3337 |
Air Supply Pressure | 2.5 bar to 8 bar |
Double Acting Type | Air to open, air to close, air supply failure to keep the current position. Torque range from 8Nm to 4678Nm |
Single Acting (Spring Return) | Air to open, interrupt air to close, air failure to close. Torque range from 5Nm to 2792Nm |
Optional Accessory | Positioner, Limit switch, Gearbox, F.R.L, and Pneumatic solenoid valve |
COVNA AW Series Pneumatic Actuator:
AW series high torque pneumatic rotary actuator suitable for the large size ball valve which has higher torque needs. Such as trunnion mounted ball valve. To ensure the valve opens or closes smoothly.
● Double acting type: Torque range from 515Nm to 157,300Nm
● Spring-return type(single-acting type): Torque range from 270Nm to 37,000Nm
阀门执行机构的技术参数 |
双作用 | 空气打开、空气关闭、供气设备无法保持当前位置 |
单作用 N/C | 空气打开、空气关闭中断、空气关闭失败 |
单作用 N/O | 空气关闭,中断空气打开,空气无法打开 |
可选配件 | 反向电磁阀、限位开关盒、空气过滤减压阀、定位器、手柄手册、锁定阀。 |
阀体技术参数 |
身体 | 阀门组件 | ||
尺寸范围 | DN50~DN400 | 密封材料 | 不锈钢 |
机身材料 | 不锈钢 tseel | 核心材料 | 不锈钢 |
结束连接 | 晶片,法兰 | 阀杆材料 | 不锈钢 |
工作压力 | 1.0, 1.6MPa | 适用媒体 | 水、油、气、液体、蒸汽、粉末、防腐基质 |
结构 | 中线结构/ A 型 |
1.石油和天然气工业
管道流量和压力控制:用于天然气和石油管道的流量和压力控制,确保运输过程中的稳定性。
气体和液体分配系统:调节气体或液体的流量,确保在各种运行条件下的精确控制。
分配系统自动化:用于炼油厂和天然气加工厂,实现流体分配自动化并调节反应过程。
2.化工和石化行业
反应器压力和流量控制:用于化学反应器、储罐和其他设备,控制压力和流量,确保化学反应过程的稳定性。
流量/压力调节:在聚合、精炼和蒸馏等工艺中调节液体或气体的流量,以确保高效生产。
蒸汽控制:调节蒸汽发生器和分配系统中蒸汽的流量和压力。
3.水和废水处理
水流控制:调节供水和废水处理系统中的水流和水压,确保正常运行。
气体和化学品添加:调节水处理过程中添加的化学品或气体(如氯气或氨气)的流量。
4.暖通空调(HVAC)系统
温度控制和气流调节:用于空调系统,调节制冷或制热流体的流量,以保持所需的温度。
压力和气流调节:调节通风、空调和加湿系统中的气流和气压,确保室内舒适。
5.食品和饮料业
液体流量控制:精确控制酿造、乳制品生产和饮料装瓶等流程中的液体流量。
温度和压力调节:在加热、冷却和灭菌过程中调节温度和压力,确保产品质量和安全。
6.制药业
精密流量控制:调节制药工艺中液体和气体的流量,确保工艺参数的精确控制。
压力控制:调节清洗和消毒系统的压力,确保系统稳定运行。
7.HVAC 系统
气流和温度控制:控制气流和温度,调节环境条件,确保建筑物内的舒适度和能源效率。
8.钢铁和冶金工业
气体流量控制:在冶炼和加热过程中精确调节氧气和氮气等气体的流量,以确保稳定的炉温和化学反应。
冷却液流量调节:调节冷却系统中冷却液的流量,确保设备的温度控制。
9. 火电行业
蒸汽和水流量及压力控制:调节锅炉系统、热交换器和发电厂中的蒸汽和水流量,确保热力系统的高效运行。
10.采矿业
矿浆流量调节:在运输和分离过程中调节矿浆的流量和压力,确保矿物的高效提取和加工。