1. Confirm the measurement reference
Mark the transmitter reference point, tank bottom and maximum operating 液位 on the drawing. State whether the 控制器 needs distance or 液位. If the system displays volume, provide verified vessel geometry or a tank table. An incorrect reference point can create a consistent offset even when the transmitter itself is operating normally.
2. Review the nozzle
Provide the nozzle dia仪表, height, orientation and internal surface condition. Compare these details with the installation requirements for the selected antenna and configuration. Avoid assuming that any convenient top connection is suitable. A long or narrow nozzle may require a different arrangement or further technical review.
3. Map internal obstructions
Show ladders, heating coils, support beams, agitators, inlet pipes and filling streams. Position the measuring path away from fixed obstacles and strong disturbance where practical. If the tank already exists, photographs and a simple internal sketch can make the review more reliable than a text description alone.
4. Describe process conditions
List the medium, 温度, 压力, vapor, condensation, foam and agitation. Confirm the wetted materials and process seal for the ordered configuration. Where the application involves hazardous locations, 卫生型 requirements or independent overfill protection, state those requirements explicitly and request the applicable documented configuration.
5. Check power and signal integration
Provide the power supply, output, cable route, grounding practice and receiving-system input. Confirm the output scaling and engineering units in both the field device and PLC or DCS. Communication support and configuration tools must be checked against the selected model documentation rather than inferred from a product-family name.
6. Plan commissioning
Agree the empty and full reference values before startup. Check the signal at accessible known 液位s and record the configuration, tag, firmware or device information required by the plant procedure. Investigate false echoes, unstable surfaces and scaling errors systematically before changing multiple settings at once.
RFQ information
Send the tank drawing, medium, 温度, 压力, 液位 range, nozzle dimensions, internal-obstruction sketch, output, power supply, quantity and delivery country. WESIVO can then review the RD08A configuration and identify missing application details before quotation.
1. 确认测量参考点
在图纸上标出仪表参考点、罐底和最高运行液位，说明控制系统需要距离还是液位。如果系统显示容积，应提供已核实的容器几何信息或罐容表。参考点设置错误时，即使仪表正常工作，也可能出现固定偏差。
2. 核对安装短管
提供短管直径、高度、方向和内表面情况，并与所选天线及配置的安装要求比较。不能认为任何方便的顶部接口都适用；细长短管可能需要不同结构或进一步技术核对。
3. 标出内部障碍物
在图中标明梯子、加热盘管、支撑梁、搅拌器、进料管和进料流。条件允许时，测量路径应避开固定障碍物和强烈扰动。对于已有储罐，照片和简明内部草图通常比单纯文字描述更有利于选型核对。
4. 说明过程工况
列出介质、温度、压力、蒸汽、冷凝、泡沫和搅拌情况，确认订货配置的接液材质和过程密封。涉及危险场所、卫生要求或独立防溢流保护时，应明确提出并索取相应配置文件，不能默认产品具备。
5. 核对供电和信号接入
提供电源、输出、线缆路径、接地方式和接收系统输入，确认现场仪表与 PLC 或 DCS 中的输出范围和工程单位一致。通讯能力和配置工具应依据具体型号资料核对，不能仅从产品系列名称推定。
6. 规划调试
启动前约定空罐和满罐参考值，在可核对的已知液位检查信号，并按工厂程序记录配置、位号及设备信息。遇到虚假回波、液面波动或量程换算错误时，应逐项排查，避免同时修改多个参数。
询价资料
请提供储罐图、介质、温度、压力、液位范围、短管尺寸、内部障碍物草图、输出、电源、数量和收货国家。WESIVO 可据此核对 RD08A 配置，并在报价前指出缺少的应用信息。
沟通您的应用需求
请提供介质、工况、连接、输出、数量及收货地区，WESIVO 将在报价前核对配置。