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BSIL-W10精密（量水堰）水位计安装使用手册(REV A)北京SOIL仪器有限公司_____________________________________________________________________________________________________________________________________________________________________________________ 地址：北京市丰台区丰台科技园航丰路9号302室电话：************邮编：100071 传真：************网址：电子邮箱：*************.cn目录1.技术参数 (1)2.概述 (1)3.安装步骤 (1)3.1.检查 (1)3.2.安装 (1)3.读取数据 (2)3.1.BSIL-RO-VW读数仪的操作 (2)4.数据处理 (2)4.1.水位的计算 (2)4.2.温度变化修正 (2)5.维护保养 (3)5.1.干燥管 (3)5.2.浮筒的保养 (4)5.3.传感器 (4)6．故障排除 (4)附录A- BSIL-W10型用于量水堰计的安装示意图 (5)附录B-半导体温度计温度推导公式 (8)附录C-关于干燥管气球的使用 (9)1.技术参数型号：BSIL-W10量程：150、300、600、1500mm 精度2：±0.1% F.S.线性：±0.5% F.S.稳定性：±0.05% F.S.每年温度范围3：-30︒～+80︒ C材料：传感器和浮筒：防污筒：不锈钢PVC(标准配置)，不锈钢（选购件）电缆：4-芯, 22 AWG PVC 护套尺寸（长度×直径）：传感器165×25mm2.概述BSIL-W10型精密水位监测仪用于精确测量非常小的水位变化，如河流、量水堰以及钻孔里需要对很小的水位变化进行精确测量。
液位压差式静力水准仪产品说明书（V1.0）湖南菲尔斯特传感器有限公司Hunan Firstrate Sensor Co.,Ltd●重要声明非常感谢您购买菲尔斯特产品，我们为您真诚服务到永远。
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●产品概述FST800-101S液压式静力水准仪，也叫沉降监测静力水准仪，是一种高精密液位测量仪器，用于测量基础和建筑物各个测点的相对沉降。
由储液器、高精度芯体和特殊定制电路模块、保护罩等部件组成。
主要应用于综合管廊沉降监测。
广泛应用于大型建筑物、高层建筑物、大坝、水电站、核电站、水利枢纽工程、铁路、地铁、高铁、综合管廊等各测点不均匀沉降的测量。
●工作原理地基沉降是一个缓慢过程，在任何较短时期，反映到储液罐液面的变化都会非常细微，能否实时、精确地检测到这个微小变化，反映出地基的微小沉降，做到防微杜渐，是衡量一个静力水准仪产品好坏的关键，这对系统所集成液位传感器的实时性、精密性提出了极高要求。
由于是户外安装，液位传感器的温度系数、防水性、防雷击都是关键技术。
另外，静力水准仪整机的安装尺寸和易更换性也是重要的技术指标，加上储液罐、保护罩、调平支架、通联气、水管等部件组成。
液压式静力水准仪是基于连通器原理，通过测量若干个相互联通的安装于被测量点储液罐液位压力与测量基点（不动点）液罐液位压力的相对变化，反推出各个储液罐安装位置相对位置沉降变化量的一种精密仪器。
●应用领域3、隧道上部山体及建筑物；4、高速公路路基、边坡沉降检测；5、桥墩、基坑沉降检测；6、大坝及水利枢纽、高层建筑的基础；7、核电站、大型水电站；8、综合管廊沉降监测。
ZTDDISPLACER LEVEL TRANSMITTERZTD 型浮筒液（界）位变送器配DLC3010液位控制器使用说明书ZTD-DLC3010-DT-JS-1001-2018(A)WITH DLC3010 LEVEL CONTROLLER感谢您选择丹东通博电器（集团）有限公司的产品。
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1安全提示 (4)1.1爆炸可能会导致死亡或严重伤害。
(4)1.2过程泄漏可能导致严重伤害或死亡。
(4)1.3不遵守安全安装准则可能导致死亡或严重受伤。
(4)2产品说明 (4)2.1 产品主要结构 (4)2.2 工作原理 (5)2.3包装 (5)2.4吊装运输时 (5)2.5仓储 (5)3技术特性 (5)3.1主要性能 (5)3.2主要参数 (5)4外形尺寸示意图 (5)5开箱及检查 (6)5.1开箱验货注意事项 (6)5.2检查内容 (7)6安装 (7)6.1安装工具 (7)6.2安装技术要求 (7)6.3 安装操作过程 (8)7调试 (10)7.1调试准备 (10)7.2电气接线 (11)7.3调试操作过程 (12)8注意事项 (14)9故障分析与排除 (15)10 拆卸 (16)10.1警告 (16)10.2 废物清除 (16)11 产品认证 (16)1安全提示出于安全的原因，明确禁止擅自改装或改变产品，维修或替换只允许使用由制造商指定的配件。
杭州美控自动化技术有限公司更多资讯请扫二维码服务电话：400-152-1718杭州美控自动化技术有限公司U-MIK-LMQ-DYCN3第3版超声波液位计使用说明书前言●感谢您购买本公司产品。
●本手册是关于产品的各项功能、接线方法、设置方法、操作方法、故障处理方法等的说明书。
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如有错误、遗漏，请和本公司联系。
●本产品禁止使用在防爆场合。
版本U-MIK-LMQ-DYCN3第三版2021年1月确认包装内容打开包装箱后，开始操作之前请先确认包装内容。
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产品清单目录第一章产品概述 (1)1.1产品简介 (1)1.2原理说明 (1)1.3.超声波测液位原理 (1)1.4.量水堰槽的测流量原理 (1)第二章主要技术指标 (3)第三章简易操作说明 (5)3.1.显示界面 (5)3.2.按键功能 (5)3.3.按（SET）进入一级菜单 (5)3.4.设置“4mA流量值”和“20mA流量值” (5)3.5.选择量水堰槽的种类 (6)第四章安装 (7)4.1.明渠流量计外形 (7)4.2.安装探头 (7)4.3.现场明渠堰槽安装实物图 (11)4.4.安装量水堰槽 (14)4.5.电气接线图 (15)第五章设置 (18)5.1.运行模式界面简介 (18)5.2.菜单操作说明 (18)5.3.菜单界面及操作说明 (18)第六章主要功能 (38)第七章量水堰槽 (39)7.1.直角三角堰 (39)7.2.矩形堰 (41)7.3.梯形堰 (42)7.4.巴歇尔槽 (43)第八章错误现象及处理 (46)第九章如何根据回波图形判断现场故障原因 (47)第十章质保及售后服务 (53)第十一章通讯协议 (54)附表一巴歇尔槽构造尺寸 (67)附表二巴歇尔槽水位-流量公式 (68)第一章产品概述第一章产品概述1.1产品简介超声波明渠流量计与量水堰槽配合使用，测量明渠内水的流量。
ULC系列磁致伸缩液位仪使用说明书■概述ULC系列磁致伸缩液位仪是利用磁致伸缩技术研制的精密型仪表。
由于利用纯电子技术测量，因而没有磨损，安全可靠，使用寿命长；测量精度不受容器形状和容器内蒸汽等因素影响；液位仪内置LCD液晶显示，方便现场观测。
产品设计符合国家防爆标准要求，广泛用于工业流程、石油化工、制药、食品加工、水处理、加油站地下库存等领域中各种常压或有压储罐的液位、界面、温度等物理量的监测、报警与控制。
产品获得北京市质量技术监督局颁发的计量器具生产制造许可证。
许可证编号：京制0000019号-02■特点●液位、界位、温度等多参数测量● LCD液晶现场显示●计量级产品测量精度高●产品结构模块化设计●高可靠性●无需定期标定●易安装、维护无需清罐●抗静电、抗脉冲串干扰、抗浪涌、抗射频场感应、抗工频磁场感应■型号说明U:物位仪表 L：连续 C：磁致伸缩ULC代码 电子部分分类1 捡拾与电子部分不可拆卸3 捡拾与电子部分可拆卸代码 传感器类型1 刚性杆（测杆≤4m）2 柔性杆（测杆≤12m）代码 显示功能0 带现场显示1 不带现场显示代码 输出方式0 RS4851 4～20mA（两线\带Hart协议\三线）1(完整的产品规格代码) ULC300说明：选型时还需根据选型数据表进行参数定制。
ULC系列选型数据表■用途与适用范围广泛用于工业流程、石油加工、制药、食品加工、水处理、加油站地下库存等领域中各种常压或有压储罐的液位、界面、5点温度、及介质的平均温度等物理量的监测、报警与控制。
■工作原理与结构●工作原理（见图1）图1 磁致伸缩液位仪工作原理图传感器顶端的电子部件产生一个低压电流“询问”脉冲，同时产生一个磁场沿波导线向下传播，浮子随着液位变化沿测杆上下移动，由于浮子内有一组磁铁，也产生一个磁场，当两个磁场相遇时，波导线扭曲形成“返回”脉冲。
从发出“询问”脉冲到接收“返回”脉冲的时间，即对应于液位的变化。
北京昆仑海岸传感技术有限公司ArrayJCS型二线制超声波液位计用户手册超声波液位计……………………………………………………………………保修政策：●用户在维修时请出示保修卡。
在保修期内因正常使用出现的故障，可凭保修卡享受规定的免费保修。
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以下情况不在免费保修范围内：●产品或其部件已超出免费保修期。
●因使用环境不符合产品使用要求而导致的硬件故障。
●因不良的电源环境或异物进入设备所引起的故障或损坏。
●由于未能按使用操作手册上所写的使用方法和注意事项进行操作而造成的故障。
●由于不可抵抗力如：雷电、水火灾等自然因素而造成的故障。
擅自拆机修理或越权改装或滥用造成的故障或损坏。
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本保修卡解释权限归本公司所有，本公司有权对本卡内容进行修改，恕不事先通知。
7超声波液位计目录1概述 (1)2 技术指标 (1)3仪表安装 (2)3.1仪表外形尺寸 (2)3.2仪表接线 (2)3.3安装参数含义 (3)3.4仪表安装原则 (3)3.5安装注意事项 (4)4仪表调试 (4)4.1键盘说明 (4)4.2密码说明 (4)4.3 参数的设置 (4)4.3.1 液位标定(P01) (4)4.3.2 20mA设置(P02) (5)4.3.3显示模式设置(P03) (5)4.3.4探头高度(P04) (5)4.3.5反应速度设置(P05) (5)4.3.6 盲区设置(P06) (6)4.3.7 4～20mA测试设置(P09) (6)超声波液位计保修卡回执 (7)超声波液位计1、概述衷心感谢您选购本公司超声波液位计！本仪表包含多项专利技术，具有安全、清洁、精度高、寿命长、稳定可靠、安装维护方便等特点，适用酸、碱、盐、防腐、高温等各种领域。
本仪表可通过4~20mA连接到显示表或各种DCS系统中，为工业的自动化运行，提供实时的液位数据。
Instruction ManualAnderson Instrument Co., Inc.156 Auriesville Road Fultonville, NY 12072Phone: 800-833-0081Instrument Model Number Instrument Serial NumberSection 1 - Ordering MatrixSpan RangeFittingDiaphragm Material1 0”-20” to 0”-60” Water Column2 0”-60.1” to 0”-100” Water Column 30”-101” to 0”-160” Water Column005 2” Tri-Clamp1Stainless Steel - 316LHB0 Horizontal 1 Verticle (Diaphragm facing up)2 Other (Specify angle)Note: Calibration information must be providedat time of order. Inches of WaterColumn or Inches Height and Specific Gravity.1Section 2 - SpecificationsEnvironmental SpecificationsAmbient Operating Temperature Range: 40°F to 120°F (4°C to 49°C)Storage Temperature Range: -40°F to 250°F (-40°C to 121°C)Humidity: 0 to 95% RH, condensingOperating SpecificationsRange: HB1 0-20” to 0-60” Water ColumnHB2 0-60.1” to 0-100” Water Column HB3 0-101" to 0-160" Water Column Over-Range Capacity: 2.5 times Upper Range Limit Response Time: 200 uSec Accuracy: Factory calibrated to ±0.2% of Upper Range Limit (URL) Stabilized at 75°F (24°C)Process Temperature Limits: 32°F to 250°F (0°C to 121°C) Compensated 32°F to 200°F (0°C to 93°C)Material / ConstructionHousing:304 Stainless Steel, R a 40 maximum finish Wetted Parts:316L Stainless Steel, R a 25 maximum finish Process Connection:2” Tri-ClampOptional: Sealed Cable with 1/2" NPT Conduit ConnectionSection 3 DescriptionThe HB Series Mini-Level Transmitter is an integral unit designed to measure static head pressure (level) in Pasteurization Loop Balance Tanks and small Open Atmosphere Sanitary Storage Vessels. The unit converts head pressure exerted by the product into a proportional 4-20 mA DC signal. This signal may feed instrumentation such as controllers or digital indicators. The all stainless sealed design meets the demands of damp or wet applications, and may be directly washed down during normal cleanup. Units are typically shipped pre-calibrated from the Factory, with provisions provided for field calibration via onboard adjustment potentiometers (Pots).Section 4 WiringA 12 to 40 VDC loop power source is required for operation of the HB transmitter. If below 24 VDC, it is recommended that a regulated supply be utilized.HB mini level transmitters are provided with either the standard M12 5 pin quick disconnect receptacle or with a ½” NPT conduit connector option that includes a sealed four conductor, foil shielded sealed cable connection.Anderson recommends Molded cord-set P/N 42117H0025, 0050, 0100 for lengths 25ft, 50ft or 100ft. This is a premium molded cord-set designed to meet both the electrical and environmental requirements of the HB. Commercially available cord-sets may be used as long as shielding is connected to the attachment nut.For HB ordered with the conduit connection option conduit must be installed to meet environmental protection rating. Conductor assignments as follows:.connection(+)=LoopREDconnection(-)BLACK=LoopUsedGREEN=Not=NotUsedWHITEsensorat=AttachedGROUNDNOTE: If it becomes necessary to splice cable connections, be sure all joints are properly soldered and sealed from moisture. As copper easily becomes contaminated from typical cleaning solutions, poor quality connections will eventually affect 4-20 mA signal output of thetransmitter.Shield Ground(One Point Only)Section 5 Transmitter Electronic Zero CalibrationUpon installation, and at typical six month intervals, a Zero calibration adjustment must be performed. The required procedure is as follows:Tools required: Digital Multimeter (Known accurate)Fine - straight bladed screwdriverNOTE: Must be performed with the sensor installed in the vessel, with appropriate loop power applied.Be sure vessel is drained to a level at or below the sensor. The transmitter should be wired to the receiver at this point. To prevent possibly shorting receiver inputs, it is recommended that loop power be shutoff while making test equipment connections. At the receiver, remove the (-) BLACK transmitter lead. Connect the (+) RED meter lead to the transmitter lead just removed. Connect the (-) BLACK meter lead to the resulting empty terminal in the receiver. The digital multimeter should be set in the mA DC mode. At this point, apply loop power again taking note of the resulting meter reading. You should see 4.00mA registering on the meter display. If not, remove the screw at the end of the sensor labeled “ZERO”. Using the fine screwdriver, adjust the internal potentiometer until a reading of 4.00 mA is achieved. Once complete, replace the protective screw over the Zero potentiometer. Remove test equipment and install transmitter (-) BLACK lead back to receiver. Again, it is recommended that loop power be shut off while disconnecting equipment to prevent shorting of the receiver inputs.Figure 3 Zero AdjustmentsSection 6 Calibration Ranges and AdjustmentsThe HB series transmitter is typically supplied pre-calibrated from the factory. Calibration data is located on the information stamping on the side housing:CAL. RANGE: XXXXXXXXX (Factory Calibrated Range In Inches Of Water Column)Calibration checks may be performed in the field using known accurate pressure test equipment. Typical devices read out directly in Inches of Water Column where 27.7” Water Column equals 1 psig. As the required calibration pressures are very low, it is recommended that a test gauge having a direct Inches Water Column scale be used. This will give the greatest resolution. In some instances, it may be required to alter calibration, or perform calibration of the transmitter in the field. Keep in mind that two ranges exist. A transmitter supplied in the lower range cannot be re-spanned to operate in the higher range, and vice versa. Calibration adjustments within the same base range are allowed. The procedure for adjustment is as follows: Calibration Using Pressure Simulator· Be sure sensor is properly wired to loop power - remove Zero and Span protective cap screws· Attach multimeter as in Figure 3 (Readout in mA DC)· Attach pressure calibration equipment· Orient sensor as close as possible to position as if it were installed in vessel· Perform ZERO potentiometer adjustment with NO pressure on transmitter (Meter to read 4.00 mA)· Apply test pressure to transmitter· Perform SPAN potentiometer adjustment on transmitter (Meter to read 20.00 mA)· Replace sensor into vessel· Perform ZERO potentiometer adjustment with NO pressure on transmitter (Meter to read 4.00 mA)· Zero and Span are non-interactive - calibration is complete - replace protective cap screws Calibration Using Product in Vessel· Be sure sensor is properly wired to loop power - remove Zero and Span protective cap screws· Attach multimeter as in Figure 3 (Readout in mA DC)· Perform ZERO potentiometer adjustment with NO product on transmitter (Meter to read 4.00 mA)· Fill tank to capacity with PRODUCT· Perform SPAN potentiometer adjustment on transmitter (Meter to read 20.00 mA)· Zero and Span are non-interactive - calibration is complete - replace protective cap screws Calibration Using Water in VesselSpecific Gravity = (Pounds Per Gallon for Product / 8.345)· Calibration with water in a vessel that will hold another product requires Specific Gravity correction · Determine Specific Gravity, or calculate if Pounds Per Gallon provided· Correct for Specific Gravity: [ (16.00 mA / Specific Gravity) + 4.00 mA ] = Expected mA Signal · Be sure sensor is properly wired to loop power - remove Zero and Span protective cap screws· Attach multimeter as in Figure 3 (Readout in mA DC)· Perform ZERO potentiometer adjustment with NO product on transmitter (Meter to read 4.00 mA)· Fill tank to capacity with WATER· Perform SPAN potentiometer adjustment on transmitter (Meter to read result of calculation per-formed above)· Zero and Span are non-interactive - calibration is complete - replace protective cap screwsContact Anderson Instrument Technical Services for further assistancePlease have Model and Serial number availableWarranty and Return StatementThese products are sold by The Anderson Instrument Company (Anderson) under the warranties set forth in the following paragraphs. Such warranties are extended only with respect to a purchase of these products, as new merchandise, directly from Anderson or from an Anderson distributor, representative or reseller, and are extend-ed only to the first buyer thereof who purchases them other than for the purpose of resale.WarrantyThese products are warranted to be free from functional defects in materials and workmanship at the time the products leave the Anderson factory and to conform at that time to the specifications set forth in the relevent Anderson instruction manual or manuals, sheet or sheets, for such products for a period of one year.THERE ARE NO EXPRESSED OR IMPLIED WARRANTIES WHICH EXTEND BEYOND THE WARRANTIES HEREIN AND ABOVE SET FORTH. ANDERSON MAKES NO WARRANTY OF MERCHANTABILITY OR FIT-NESS FOR A PARTICULAR PURPOSE WITH RESPECT TO THE PRODUCTS.LimitationsAnderson shall not be liable for any incidental damages, consequential damages, special damages, or any other damages, costs or expenses excepting only the cost or expense of repairs or replacement as described above. Products must be installed and maintained in accordance with Anderson instructions. Users are responsible for the suitability of the products to their application. There is no warranty against damage resulting from corrosion, misapplication, improper specifications or other operating condition beyond our control. Claims against carriers for damage in transit must be filed by the buyer.This warranty is void if the purchaser uses non-factory approved replacement parts and supplies or if the pur-chaser attempts to repair the product themselves or through a third party without Anderson authorization. ReturnsAnderson’s sole and exclusive obligation and buyer’s sole and exclusive remedy under the above warranty is limited to repairing or replacing (at Anderson’s option), free of charge, the products which are reported in writing to Anderson at its main office indicated below.Anderson is to be advised of return requests during normal business hours and such returns are to include a statement of the observed deficiency. The buyer shall pre-pay shipping charges for products returned and An-derson or its representative shall pay for the return of the products to the buyer.An RMA (Return Merchandise Authorization) must be obtained from Anderson Customer Service before returning merchandise.Approved returns should be sent to: Anderson Instrument Co., Inc.Rd.Auriesville15612072Fultonville,NYRepairsATTN:Write RMA number on outside of package。
