智能阀门定位器 IP5500 系列用户手册 7. 安装 7.1. 直行程(常规型或远传型) 直行程执行机构安装组件 序号 名称 数量 注意 ① U 型杆 工作过程中使反馈杆发生旋转 ② 夹板 在执行机构上安装 U 型杆 ③ M6 内六角螺钉 × ④ M6 弹簧垫圈 防止螺钉松动 ⑤ 反馈杆 A 或 B 安装在定位器主轴上 ⑥ M6 内六角螺栓 20,搭配方形螺母 × ⑦...
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智能阀门定位器 IP5500 系列用户手册 2. 把匹配反馈杆 A 的 U 型杆或匹配反馈杆 B 的传动销安装到执行器上。 图11. U 型杆安装 常规型 远传型 图12. U 型杆安装方向 用内六角螺钉③和弹簧垫圈④把 U 型杆①和夹板②固定在执行器的中心轴上,使用 内六角扳手拧紧螺钉。...
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智能阀门定位器 IP5500 系列用户手册 图13. 传动销安装 将传动销⑪安装到阀的主轴上。反馈杆 B 的插槽高度为 6.2 mm。因此用户如果未使 用提供的传动销,需注意使用传动销的直径为 6 mm,传动销与阀的主轴上的螺纹大小须 一致。 3. 安装匹配反馈杆 A 的传动销。 传动销 传动销 图14. 匹配反馈杆 A 的传动销安装 根据阀门实际行程选择上图对应的反馈杆。将传动销安装至反馈杆上的对应的行程 刻度处。如果传动销不对应标尺刻度安装,当阀门动作时,可能会造成反馈杆损坏。比...
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智能阀门定位器 IP5500 系列用户手册 如对于 100mm 行程的阀门,将传动销装在刻度 40 处,当阀门动作时,可能会使反馈杆 受力变形。如果阀门行程不在反馈杆 A 的行程范围内,请咨询厂家。 4. 把反馈杆和直行程安装支架安装到定位器或远传型传感器上。 图15. 反馈杆 A 和安装支架安装(常规型) 图16. 反馈杆 A 和安装支架安装(远传型)...
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智能阀门定位器 IP5500 系列用户手册 图17. 反馈杆 B 和安装支架安装(常规型) 图18. 反馈杆 B 和安装支架安装(远传型) 把反馈杆 A 或 B⑤连接到定位器或远传型传感器后部的反馈轴上。 观察箭头标记,检查反馈杆行程是否在可操作范围内。 使用内六角扳手拧紧内六角螺栓⑥。 用六角头螺栓⑧、弹簧垫圈⑨及平垫圈⑩把直行程安装支架⑦预紧在定位器或远传型传 ...
智能阀门定位器 IP5500 系列用户手册 设臵参数选项 选项 描述 位臵显示以及位臵反馈信号值与定位器检测的行程相对应。 riSE 位臵显示以及位臵反馈信号值与定位器检测的行程相反。 FALL 8.3.2.11. CUT 此功能用于定位器在自动模式下使阀门完全关闭或完全打开。当紧闭功能使能后,主界 面左下角显示 CU 标志。 CUT 的子功能选项 C MIN 和 C MAX 分别设臵紧闭最小最大值。 菜单中选择此功能, 按 键进入子功能选择操作, 按 键选择子功能选项 C MIN 或 C MAX,按 键开启参数设臵,参数闪烁显示。按 键设臵参数,持续按 键 或 键可快速修改参数。按 键确认修改。 当...
智能阀门定位器 IP5500 系列用户手册 阀门行程(%) 位臵设定值(%) 图41. CUT 8.3.2.12. POS 此功能用于设臵位臵显示和反馈信号输出的标准。 菜单界面选择此功能, 按 键开启参数设臵,参数闪烁显示。按 键设臵参数。 按 键确认修改。 设臵参数选项 选项 描述 位臵显示和反馈信号输出对应机械行程 0-100%。 设定值以实际阀位设定值显示。 不受 L MIN 和 L MAX 参数影响。 位臵显示和反馈信号输出采用 0-100%的形式来表示 L MIN 和 L MAX 参数之间 的范围。设定值以此标准显示。...
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Intelligent Valve Positioner IP5500 Series User’s Manual Contents 1. Overview ............................. 49 2. One-key automatic initialization ....................49 3. Selection and ordering data ......................50 4. Technical data ..........................51 5. Connection description ....................... 52 6. Dimension ........................... 53 6.1.
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Intelligent Valve Positioner IP5500 Series User’s Manual 8.3.4. Tips of menu option or function cannot access ............89 8.3.5. Menu function options summary description............89 8.4. Feedback signal ......................90 8.5. Adjust air flow ......................90 9. Trouble shooting ......................... 92...
Intelligent Valve Positioner IP5500 Series User’s Manual 1. Overview IP5500 series intelligent valve positioner is mounted on pneumatic actuators. It’s used to control air intake and exhaust of the pneumatic actuators to drive the valve position to the set point by calculating both data from 4-20 mA DC signal and feedback position.
Intelligent Valve Positioner IP5500 Series User’s Manual exiting, the system enters the manual mode interface, press button again to switch to the automatic mode. At this time, the user can control the valve position through the 4-20mA signal. For some reasons, the system will display an error message in the function option line during the automatic initialization process and the automatic initialization will be interrupted.
Intelligent Valve Positioner IP5500 Series User’s Manual 4. Technical data Material Aluminum 24V DC ±10% Power supply 4~20mA DC Set-point Signal 0~50°C Ambient Temperature ISO 8573-1 Solid particle size and density Class 3 Gas Source Requirement Dew point Class 3 ...
Intelligent Valve Positioner IP5500 Series User’s Manual 5. Connection description DC 24V OUT2 DC 24V OUT1 Figure 1. Connection description Electrical Pneumatic Description Description Connection Connection Air supply enter 4-20 mA set-point signal + OUT1 Pilot air outlet 1 4-20 mA set-point signal -...
Intelligent Valve Positioner IP5500 Series User’s Manual 6.3. Dimension of linear stroke feedback lever 6.3.1. Feedback lever A (with driving pin) Short feedback lever Long feedback lever (Suitable stroke: 10 ~ 35mm) (Suitable stroke: 35 ~ 130mm) Figure 7. Dimension of feedback lever A 6.3.2.
Intelligent Valve Positioner IP5500 Series User’s Manual 7. Installation 7.1. Linear stroke (normal type or remote type) Linear actuator mounting components Name Amount Note ① U-shaped rod Rotate the feedback lever in the working process ② Clamping assembly Mount U-shaped rod to actuator M6 hexagon socket ③...
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Intelligent Valve Positioner IP5500 Series User’s Manual confirmation, power off the positioner. 2. Install the U-shaped rod that matches the feedback lever A or the driving pin that matches the feedback lever B to the actuator. Figure 11. U-shaped rod installation...
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 13. Driving pin installation ⑪ Install the driving pin on the main stem of the valve. The slot height of the feedback lever B is 6.2 mm. Therefore, if the user does not use the provided driving pin, it should be noted that the diameter of the driving pin used is 6 mm, and the thread size of the driving pin and the main stem of the valve must be the same.
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Intelligent Valve Positioner IP5500 Series User’s Manual the manufacturer. 4. Mount feedback lever and linear mounting bracket to the positioner or the remote sensor. Figure 15. Feedback lever A and mounting bracket installation (normal type) Figure 16. Feedback lever A and mounting bracket installation (remote type)
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 17. Feedback lever B and mounting bracket installation (normal type) Figure 18. Feedback lever B and mounting bracket installation (remote type) Mount the feedback lever A or B ⑤ to the feedback axis on the rear of the positioner or the remote sensor.
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Intelligent Valve Positioner IP5500 Series User’s Manual ⑧ ⑨ ⑩ bolts , spring washer and flat washer 5. Fix linear mounting bracket to the actuator. Figure 19. Valve mid-stroke point Figure 20. Feedback lever B and driving pin connection...
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 21. Installation with actuator (Feedback lever A) Figure 22. Installation with actuator (Feedback lever B) Input air to the valve cylinder, adjust the valve position to the mid-stroke point according to the stroke ruler on the valve, as shown in Figure 19.
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Intelligent Valve Positioner IP5500 Series User’s Manual 6. Overall schematic diagram. Figure 23. Linear stroke for normal type (Feedback lever A)
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 24. Linear stroke for remote type (Feedback lever A)
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 25. Linear stroke for normal type (Feedback lever B)
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 26. Linear stroke for remote type (Feedback lever B)
Intelligent Valve Positioner IP5500 Series User’s Manual 7.2. Rotary stroke (normal type or remote type) Rotary actuator mounting components Name Amount Note ① Adapter Mounted on the positioner main stem. Hexagon socket ② 8,fix adapter to the positioner main stem.
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 27. Four cases of installation matching...
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Intelligent Valve Positioner IP5500 Series User’s Manual Pay attention to the difference between the remote type and the normal type. For the installation of the remote type, please refer to the installation of the normal type. Figure 28. Comparison of the feedback axis pointers (remote type and normal type) 1.
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 30. Rotary stroke mounting bracket installation 4. Mount the rotary stroke mounting bracket to the actuator. Figure 31. Installation with actuator...
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Intelligent Valve Positioner IP5500 Series User’s Manual 5. Overall schematic diagram. Figure 32. Rotary stroke for normal type...
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 33. Rotary stroke for remote type...
Intelligent Valve Positioner IP5500 Series User’s Manual 8. Operation 8.1. Interface description User’s operating interface includes one LCD screen and 4 buttons. LCD display description Position Description Display the percentage value of angle sensor in the initial interface (NOINI) or when running the initialization function.
Intelligent Valve Positioner IP5500 Series User’s Manual 8.2. Display and operation of main interface Positioner is in the uninitialized state before initialization. When LCD displays the sign NOINI, interface displays percentage value of sensor in the top line. As shown in Figure 34.
Intelligent Valve Positioner IP5500 Series User’s Manual Figure 35. Operating mode interface ≤ When the 4-20mA input signal 3.5mA, the system considers the signal to be wrong. The ERR sign is displayed at the position of the set-point percentage value on the bottom line of the main interface.
Intelligent Valve Positioner IP5500 Series User’s Manual sign will appear in the lower left corner of LCD. Top line shows the percentage value of sensor and the step is showed in the bottom line. Sign FINSH will display on LCD after the auto initialization...
Intelligent Valve Positioner IP5500 Series User’s Manual and option 20 mA. For example, if 4-20mA signal is set as 50%(12mA) in the field, while the actual signal value collected by positioner is 52% (12.32mA), it indicates that there is a deviation between the input signal and the signal actually collected by positioner.
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Intelligent Valve Positioner IP5500 Series User’s Manual The function is to determine the relationship between position set-point value and valve stroke. Select this function in the menu interface, press button to start setting, and the parameter will flash. Press buttons to set parameter and press button to confirm.
Intelligent Valve Positioner IP5500 Series User’s Manual Valve stroke ( % ) Set-point value ( % ) Figure 38. CHAR 8.3.2.7. FREE Set value of FrEE characteristic curve in CHAR function option. Sub-function options of FREE are FR 0, FR 5, …,FR 100, 21 set points in total.
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Intelligent Valve Positioner IP5500 Series User’s Manual Valve stroke ( % ) Set-point value ( % ) Figure 39. FREE 8.3.2.8. DB Set Dead band zone of positioner. The system does not adjust the valve stroke when the gap between the stroke value and the position set-point value is not bigger than the dead band value.
Intelligent Valve Positioner IP5500 Series User’s Manual 8.3.2.9. LIM This function limits the automatic adjustment range in the whole valve physical stroke. The LIM sub-function options L MIN and L MAX of set the minimum and maximum limits of the stroke respectively.
Intelligent Valve Positioner IP5500 Series User’s Manual 8.3.2.11. CUT This function is used for the positioner to fully close or open the valve in automatic mode. When the function is enabled, sign CU displays in the left bottom in main interface.
Intelligent Valve Positioner IP5500 Series User’s Manual flash. Press buttons to set parameter and press button to confirm. Options for setting parameter Option Description The position display and feedback signal output correspond to 0-100% of mechanical stroke. The set-point value is displayed as the actual valve position set value. Not affected by the L MIN and L MAX parameters.
Intelligent Valve Positioner IP5500 Series User’s Manual factory setting. Then the system is in an uninitialized state and the LCD displays FINSH. 8.3.2.14. WP This function is a parameter write protection function. The parameter oFF is write protection disabled, and the parameter on is write protection enabled.
Intelligent Valve Positioner IP5500 Series User’s Manual percentage value between two installation requirements. endpoints of sensor is bigger than 16%. In the initial interface (NOINI), adjust the installation position by the angle error minimum The positioner is not sensor percentage value displayed on...
Intelligent Valve Positioner IP5500 Series User’s Manual curve 1:25 1:33 1:50 n1:25 n1:33 n1:50 FrEE 0.0% 7 FREE→FR 0, FR Custom parameters 5.0% 0.0% – 100.0% 5…FR 100 settings etc. to 100.0% 0.2 – 10.0% 8 DB 1.0% Set dead band Set minimum value for 9 LIM→L MIN...
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Intelligent Valve Positioner IP5500 Series User’s Manual Figure 44. Remove the circuit board protective cover NOTE:Must install or remove the circuit board protective cover when the device is powered off. 2. Adjust restrictors ① ② Restrictors Y1 and Y2 can reduce air output to increase the stability of positioning for small volume actuators.
Intelligent Valve Positioner IP5500 Series User’s Manual Figure 45. Air flow adjustment ① Restrictors Y1 ② Restrictors Y2,only for double-acting actuator. 9. Trouble shooting Contents Possible reasons Solutions Error electrical connections. Check the electrical connections No current output from current...
Intelligent Valve Positioner IP5500 Series User’s Manual 10. Warranty terms If the product is found to have quality problems which are confirmed by our company staff, customers have after-sale services for product maintenance or free replacement in the warranty period. Service response time is 24 hours (excluding non-working days).
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V250314 本说明书内容变更,恕不另行通知。 相关技术更新本公司保留最终解释权。 The changed contents of this manual are not noticed. The Company reserves the final interpretation for related technical updating...
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