GFSIGNET2350温度传感器操作说明书.

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红外测温仪的操作指南及各模块说明

红外测温仪的操作指南及各模块说明

《红外测温仪的操作指南及各模块说明》红外测温仪操作指南:将单片机连接电源后,只需将红外测温仪的红外探头瞄准被测物体,按下矩阵键盘上的S13按钮(设定为“开始测温”),测温仪开始工作,LCD显示屏上显示两个温度数值,上为被测点温度,下为环境温度(由探头外环探测得出)。

由于探头精度灵敏,温度数值在稳定建立时间过后仍有小幅度跳变。

按下矩阵键盘上的S14按钮(设定为“STOP”),LCD显示按下时刻的温度值,方便读数。

按下S13“开始测温”,测温仪开始新一轮测温。

单片机模块红外测温仪系统的硬件结构框图红外测温仪系统的软件方案设计框图主程序模块:主要完成系统初始化,温度的检测,串行口通信,键盘和显示等功能。

其中系统初始化包括: 时间中断的初始化、外部中断源的初始化、串口通信中断的初始化、LED 显示的初始化。

红外测温模块:包括获取温度数据,计算温度值。

键盘扫描模块:获取按键信息,处理按键请求等。

显示模块:获取并处理相应的温度数据,通过LED数显管显示温度数据。

单片机处理模块单片机模块的工作原理是:加载相应程序的STC89C51单片机把红外测温模块传来的数据加以处理,送LED显示屏显示。

下图1是单片机处理模块的电路原理图图1 单片机处理模块电路图其复位电路如图2-1左边上部分,本单片机处理模块是通过开关手动复位的,只要在RST引脚出现大于10ms的高电平,单片机就进入复位状态,这样做的目的是便于根据实际情况而选择是否复位温度测量数据。

而此仪器的震荡电路选用的是晶体震荡电路,其具体电路如图2-1左边下部分。

采用晶体震荡电路的原因是因为它的频率稳定性好,而这正是本红外测温仪非常重要的技术要求。

单片机作为红外测温仪的核心处理部件,它关系到整个仪器的性能指标。

因此它的选择是非常重要的。

本测温仪选择的STC89C51RC单片机,下面是STC89C51RC单片机相关资料信息:STC89C51RC单片机是宏晶科技推出的新一代超强抗干扰/高速/低功耗的新一代8051单片机,指令代码完全兼容传统8051单片机,12时钟/机器周期和6时钟/机器周期可任意选择,最新的D版本部集成MAX810专用复位电路。

浸入式温度传感器

浸入式温度传感器

浸入式温度传感器的安装指南浸入式探头是用来测量液体或蒸汽的管道的内部温度,要和热管一起使用。

热管用于非腐蚀性液体,304不锈钢管是用于腐蚀性液体。

接线和颜色的编号两种电线传感器对正负极不敏感,三线的传感器有如下的颜色编号:连接进入电线的颜色电源红色信号线绿色公共端黑色把三线的传感器作为两线的来连接,把电源线和信号线连在一起,所有的连接都必须是焊接。

安装浸入式探头必须安装在热管内,热管或者水平安装或者是开放的一头朝下。

电线的电阻值:电线的总长度X表中的数据,得出总的电阻值。

室外照度传感器LL-ALS1E 照度传感器是用来控制人工照度,取得最好的光照效果,最大限度的节能。

LL-ALS1E 照度传感器利用光明二极管电池来测可选照明单位范围内的光照度。

提供一个线性的0~10V的输出信号。

LL-ALS1E 照度传感器是安装在户外用来测量户外光度。

性能:●连接可选择的范围●24V电源●0~10的输出参数:传感参照光敏二极管精确度+5%视野60度可切换选择:0-2000 Lux0-4000 Lux0-10000 Lux0-20000 Lux控制器机盒材料复合碳酸盐尺寸(见图)环境要求:温度:0~500CRH:0~100% 不可压缩电源供应24Vac/dc(+10%)连接3线输出0~10Vdc保护IP65重量250G产地英国三种典型的光线状态:Lux黄昏15-20 日光2000 晴天20000+光照服务能力:Lux户外最小值25外部的人行道和停车厂50工业生产流程区,仓库150最小的任务光度200总的办公区和其他区域500精细工作,机器操作,机械安装等等1500压力传感器型号:PR-274-275●100%的固态,微机电,玻璃(含硅),超稳定性能的传感器●当压力值低至+0.05`` WC(+12.5Pa)●可解决低于0.0001●高至10 PSID超压力●每个单为内有6个可供选择的范围●输送电源的电压范围很广,在12-40VDC/12-35V AC,可调节●两种补偿温度的输出,4-20mA,两线或者可选择0-5VDC/0-10VDC ●可测口径●短路或正负极颠倒时可保护●符合EMC标准EN50082-1/ EN55014/ EN60730-1GS531-CH 挂壁式氯气传感器技术简介:氯气传感器在5-20ppm氯气浓度范围的输出范围是4-20mA。

GF SIGNET 2450 压力传感器操作说明书

GF SIGNET 2450 压力传感器操作说明书
• 用手将传感器旋 1½ 圈装入过程 连接口
3.4 远方在线式安装(2450-2,2450-5)
可以选用带有 3/4in.过程连接形式的 3-8052-1 一体式接线盒,它提供了方便的接线端子,可 实现电缆在一定范围内的长度延伸。 • 接线盒含有以下组件:
• ¾ in. NPT 传感器连接形式 • 带有接线端子的电缆连接基座与盒盖 • 3-9000.392-1 液密连接件,1/2 in. NPT
传感器 • 涂上密封胶,将传感器安装在延长管段上或
防水导管上。 • 为了防止湿汽侵入/累积于管内,要在延长
管端上装电缆封盖。 • 严禁将传感器的后部牢牢封死(如用硅酮或
环氧树脂)。这样做会因大气压和/或温度 的变化而引入测量误差。 • 在此安装选项中,8050-1 与 8052-2 接线盒 很有用。
• -3X,-4X,-7X:1/2 in.由令阳螺纹
后部连接形式:
3/4 in. NPT 阳螺纹
电缆类型: 3 芯屏蔽电缆,22AWG 黑/红/白/屏蔽线
标准电缆长度:
• 2450-1X,-3X,-5X,-7X: 4.6m(15ft.)
• 2450-2X,-4X:
16cm(6in.)
传感器精度: ±1%满量程@25℃
3-8050-1 3-8052 3-8052-1 3-9000.392-1 3-9000.392-2 5523-0322
编码
159 000 679 159 000 680 159 000 683 159 000 686 159 000 905 159 000 906 159 000 024 159 000 025 159 000 682 159 000 685 159 000 907 159 000 908 159 000 026 159 000 027 159 000 681 159 000 684 159 000 909 159 000 910

Signet 2537 转轮流量计中文操作说明书

Signet 2537 转轮流量计中文操作说明书

对于此传感器的早期版本,2537手册的Rev. C版本可在上的Resource Center中获得。

选择Sensors and Instrumentation,单击Archived Products,选择2537,单击Instruction Manuals。

*3-2537.090*3-2537.090 Rev. 11 03/19Signet 2537 转轮流量计中文操作说明书• English• 中文222235556677771014-152Signet 2537 转轮流量计3 Signet 2537 转轮流量计4Signet 2537 转轮流量计5Signet 2537 转轮流量计安装尺寸接线塑料传感器安装提示• 检查传感器O形圈是否有可能损坏密封的刻痕或其他损坏。

• 使用与系统兼容的非石油基的粘性润滑剂(润滑脂)润滑O形圈。

• 来回扭动传感器,将其放入安装件中,确保黄色外壳上的穿线管端口指向流向。

• 接合传感器盖的一个螺纹,然后转动传感器,直到对齐卡舌卡入安装件的槽口中。

传感器帽卡舌槽口流向润滑O型圈只有合格人员才能操作本产品的电气连接。

要使用接线端子:1. 逆时针转动黄色盖子¼圈以将其取下。

2. 卸下两个固定螺钉,然后拆下黑色盖板。

• 在将电缆连接到端子之前,请将所有电缆穿过穿线管端口。

• 接线端子适用于16-22AWG规格的导线。

• 电缆直径必须为7 mm至10 mm(0.275 in.至0.394 in.),以便在液密接头中正确密封。

3. 穿线管端口有1/2英寸NPT螺纹。

布线后,用液密穿线管接头(3-9000.392-1)或穿线管来密封端口。

• 对于穿线管的安装:• 螺纹穿线管带有½英寸NPT螺纹,可直接连接穿线管管端口。

• 对于带有ISO螺纹的穿线管,请使用接头套件随附的黑色螺纹适配器。

• 为符合NEC要求,请勿在安装中使用任何金属穿线管。

3-2537-xC-P15 in. to 8 in. 管路3-2537-xC-P0½ in. to 4 in. 管路130 mm (5.12 in.)97 mm (3.82 in.)171 mm (6.73 in.)97 mm (3.82 in.)用手将螺母拧紧到安装件上。

IWPT系列无线温度传感器操作手册说明书

IWPT系列无线温度传感器操作手册说明书

|IWPT SeriesINDUSTRIAL WIRELESS PRESSURE TRANSMITTERWhilst every effort has been taken to ensure the accuracy of this document, we accept no responsibility for damage, injury, loss, or expense resulting from errors or omissions, and reserve the right of amendment without notice.Information for usersThis equipment has been tested and found to comply with the limits for a Class B device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy, and if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:•Reorient or relocate the receiving antenna•Increase the separation between the equipment and receiver•Connect the equipment into an outlet on a circuit different from that which the receiver is connected•Consult the dealer or an experienced radio/TV technician for helpCaution: To satisfy FCC RF Exposure requirements for mobile and base station transmission devices, a separation distance of 20cm or more should be maintained between the antenna of this device and persons during operation. To ensure compliance operation at closer than this distance is not recommended. The antenna used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. No other antenna may be used with this equipment other than the PCB antenna supplied with this equipment.This document may not be reproduced in any way without the prior written permission of the company.Cynergy3 Components Ltd7 Cobham Road, Ferndown Industrial Estate, WimborneDorset BH21 7PE, United KingdomTel:+44(0)1202897969,email:******************CONTENTS1.INTRODUCTION _______________________________________________________ 21.1 SAFETY INFORMATION _____________________________________________________ 21.2HARDWARE FEATURES ____________________________________________________ 22.UNPACKING__________________________________________________________ 33.PRODUCT IDENTIFICATION LABEL _____________________________________ 35.SETTING UP THE IWPT WIRELESS PRESSURE TRANSMITTER ___________ 46.TROUBLE-SHOOTING GUIDE__________________________________________ 67.SYSTEM PART NUMBERS______________________________________________ 78.SPECIFICATIONS & CERTIFICATIONS__________________________________ 9 1. INTRODUCTION1.1 Safety InformationThis manual contains information that must be observed in the interest of your safety and to avoid damage to assets. Please read this manual before installing and commissioning the device and keep the manual in an accessible location for all users.Contains FCC ID: W70MRF24J40MDMECaution: To satisfy FCC RF Exposure requirements for mobile and base station transmission devices, a separation distance of 20cm or more should be maintained between the antenna of this device and persons during operation. To ensure compliance operation at closer than this distance is not recommended. The antenna used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. No other antenna may be used with this equipment other than the PCB antenna supplied with this equipment.Please see the Certifications section for more information on RF Exposure Compliance 1.2 Hardware FeaturesThe IWPT range of Wireless Pressure Transmitters has been designed to measure the pressure of the medium connected and transmit the value to one of the IWR range of receivers where the value can be outputted as either a 4-20 mA or 1-5 V dc signal.The IWR-1 has a single output and the IWR-5 has five outputs, each of which can be linked to an IWPT transmitter. The IWPT pressure transmitter works on the license-free 2.4 GHz band.Ranges of up to 500 m are possible using the standard transmitter and receiver unit with the optional 3dBi antenna giving a range of up to 750 m. The transmitter is powered by a 3.6V lithium cell and care must be taken to insert the battery in the correct polarity.2. UNPACKINGThe instrument should be carefully inspected for signs of damage that may have occurred in transit. In the unlikely case that damage has been sustained, DO NOT use the instrument, but please retain all packaging for our inspection and contact your supplier immediately.3. PRODUCT IDENTIFICATION LABELThe unit delivered should be carefully inspected to ensure it is suitable for the application required. Detailed information on the product is included in the identification label and the user manual.Please ensure in particular, that the pressure range of the IWPT is suitable for the intended application and that the IWPT unit will not be subjected to pressures and/or temperatures greater than those specified in this manual.4.INSTALLING/CHANGING THE BATTERYA Lithium 3.6V battery is included inside the IWPT transmitter. The battery may be changed at any time but the correct polarity must be observed at all times! After the battery has been changed, the pushbutton SW1 should be pushed for 5s at the same time as the unit is switched on using SW3. This is to ensure the battery life count is set correctly when a new battery is installed.The internal LED will flash 5 times to indicate this procedure has been carried out successfully.The battery life is determined by the rate the transmitter sends the Pressure value to the receiver, this update rate can be selected using Dip Switch 1 and the default value is 10s. Please dispose of all batteries as specified by the legislator according to the Closed Substance Cycle and Waste Management Act or country regulations.! ! WARNING !MAKE SURE THE CORRECT BATTERY POLARITY IS OBSERVED!!! WARNING !INCORRECT BATTERIES MAY DAMAGE THE UNIT USE ONLY 3.6V LITHIUM C CELL BATTERIES5.1 Mounting InstructionsEnsure that:-- The instrument is used on a pressure medium that is compatible with the wetted parts- The correct seal is used and that the maximum torque (see below) is not exceeded- Fluid is not allowed to freeze in the pressure port as the diaphragm may be ruptured- No sharp objects are inserted into the pressure port as the diaphragm may be damagedTighten the unit in place using a wrench on the 18mm A/F hexagon provided on the unit. Ensure that no more than 15Nm is applied, that the system is de-pressurized, and that a suitable pressure seal is used.5.2 SETTING UP THE IWPT WIRELESS PRESSURE TRANSMITTERThe IWPT instrument is shipped in a default configuration which allows the unit to connect with any default IWR receiver unit and transmit the measured pressure every 10s simply by switching the unit on using SW3 on the internal circuit board.If a different update rate is required, or a different network frequency channel is required these parameters can be selected using DIP Switch 1 as detailed below:Switches 1, 2, 3 & 4 select the RF Network the IWPT will transmit on. The default network for both the IWPT transmitter and IWR receiver is network 1. RF NETWORK 1 2 3 4 1 0 0 0 0 2 0 0 0 1 3 0 0 1 0 4 0 0 1 1 5 0 1 0 0 6 0 1 0 1 7 0 1 1 0 8 0 1 1 1DIP SWITCHLED1BATTERYON/OFF Switch SW3SW1USB+9 1 0 0 010 1 0 0 111 1 0 1 012 1 0 1 113 1 1 0 014 1 1 0 115 1 1 1 016 1 1 1 1Switches 5, 6 & 7 select the Transmission rate of the unit. This effectively sets how often the pressure value is sent to the receiver.Transmit time 5 6 710 seconds 0 0 020 seconds 0 0 130 seconds 0 1 060 seconds 0 1 1120 seconds 1 0 0600 seconds 1 0 11 second 1 1 05 seconds 1 1 1Switches 8, 9, and 10 set the Channel Number of the transmitter. This is used with the 5 channel receiver unit (IWR-5) to select which Pressure transmitter is linked to which4-20 mA or 1-5 V dc output channel.Tx Channel Number 8 9 101 0 0 02 0 0 13 0 1 04 0 1 15 1 0 0The IWPT transmitter is now set up and ready to be used. Install the unit into the pipework as required and switch the unit ON using SW3. Pushbutton switch SW1 can be pushed to force the unit to transmit its current pressure and LED 1 will flash twice if the transmission has been received and acknowledged by an IWR receiver unit.If the unit has transmitted successfully the 4-20 mA or 1-5 V dc output of the connected receiver unit will output a value reflecting the pressure level being measured.6.TROUBLE-SHOOTING GUIDEProblem encountered Possible CausesLED1 doesn’t flash when push button SW1 is pressed Unit not switched on, switch on using SW3. The battery is not installed correctly.The battery needs replacing.LED1 only flashes once when SW1 is pressed IWR receiver not switched on. IWR receiver is not set up for the same RFnetwork.IWR receiver not within range of the transmitter.If an IWR-1 receiver is used, ensure that the transmitter is set to Tx Channel 1Output from the IWR receiver isn’t equivalent to the Pressure being monitored IWR receiver set up incorrectly, see IWR user manual for further details.Check that the green external LED on the receiver is flashing when the transmitter push button is pressed as the receiver may be out of range.7. SYSTEM PART NUMBERSPart Number Pressure Range Receiver Output IWPT-G1000-00 0-1 Bar g 4-20 mA or 1-5 V dc IWPT-G6000-00 0-6 Bar g 4-20 mA or 1-5 V dc IWPT-GM1P9-00 -1-+9 Bar g 4-20 mA or 1-5 V dc IWPT-G1002-00 0-10 Bar g 4-20 mA or 1-5 V dc IWPT-G1602-00 0-16 Bar g 4-20 mA or 1-5 V dc IWPT-CO184-00 -1-+24 Bar g 4-20 mA or 1-5 V dc IWPT-G2502-00 0-25 Bar g 4-20 mA or 1-5 V dc IWPT-G4002-00 0-40 Bar g 4-20 mA or 1-5 V dc IWPT-G1003-00 0-100 Bar g 4-20 mA or 1-5 V dc IWPT-G2503-00 0-250 Bar g 4-20 mA or 1-5 V dc IWPT-G4003-00 0-400 Bar g 4-20 mA or 1-5 V dc IWPTU-GP015-00 0-15 psi g 4-20 mA or 1-5 V dc IWPTU-GP030-00 0-30 psi g4-20 mA or 1-5 V dc IWPTU-CO446-00 -14.5 to +150 psi g4-20 mA or 1-5 V dc IWPTU-GP075-00 0-75 psi g4-20 mA or 1-5 V dc IWPTU-GP100-00 0-100 psi g4-20 mA or 1-5 V dc IWPTU-CO447-00 -14.5 to +350 psi g4-20 mA or 1-5 V dc IWPTU-GP150-00 0-150 psi g4-20 mA or 1-5 V dc IWPTU-GP300-00 0-300 psi g4-20 mA or 1-5 V dc IWPTU-GP750-00 0-750 psi g4-20 mA or 1-5 V dc IWPTU-GP1K5-00 0-1500 psi g4-20 mA or 1-5 V dc IWPTU-GP3K6-00 0-3600 psi g4-20 mA or 1-5 V dc IWPTU-GP5K8-00 0-5800 psi g4-20 mA or 1-5 V dc IWPTL-G0050-00 0-50 mbar g 4-20 mA or 1-5 V dc IWPTL-G0100-00 0-100 mbar g 4-20 mA or 1-5 V dc IWPTL-G0250-00 0-250 mbar g 4-20 mA or 1-5 V dc IWPTL-G0500-00 0-500 mbar g 4-20 mA or 1-5 V dc IWPTL-G0750-00 0-750 mbar g 4-20 mA or 1-5 V dc IWPTL-G1000-00 0-1000 mbar g 4-20 mA or 1-5 V dc IWPTL-A0500-00 0-500 mbar abs 4-20 mA or 1-5 V dc IWPTL-A0750-00 0-750 mbar abs 4-20 mA or 1-5 V dc IWPTL-A1000-00 0-1000 mbar abs 4-20 mA or 1-5 V dcPart Number Pressure Range Receiver Output IWPTLU-GP001-00 0-1 psi g 4-20 mA or 1-5 V dc IWPTLU-GP002-00 0-2 psi g 4-20 mA or 1-5 V dc IWPTLU-GP005-00 0-5 psi g 4-20 mA or 1-5 V dc IWPTLU-GP008-00 0-8 psi g 4-20 mA or 1-5 V dc IWPTLU-GP010-00 0-10 psi g 4-20 mA or 1-5 V dc IWPTLU-GP015-00 0-15 psi g 4-20 mA or 1-5 V dc IWPTLU-AP005-00 0-5 psi abs 4-20 mA or 1-5 V dc IWPTLU-AP010-00 0-10 psi g 4-20 mA or 1-5 V dc IWPTLU-AP015-00 0-15 psi g 4-20 mA or 1-5 V dcPart Number Number of Output ChannelsIWR-1 OneIWR-5 FiveIANT-3 3 dBi Antenna IWPT-SA Swivel Adaptor (1/4” BSP)8.SPECIFICATIONS & CERTIFICATIONSUnited States FCCThis equipment has been tested and found to comply with the limits for a Class B device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy, and if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:• Reorient or relocate the receiving antenna• Increase the separation between the equipment and receiver• Connect the equipment into an outlet on a circuit different from that which the receiver is connected • Consult the dealer or an experienced radio/TV technician for helpWarning: Changes or modifications not expressly approved by Cynergy3 could void the user’s authority to operate the equipment.RF ExposureContains FCC ID: W70MRF24J40MDMEIn this equipment, the antenna supplied is a PCB antenna and an alternative antenna must not be used.System PerformanceAccuracy (non-linearity & hysteresis <±0.25% / FS (BFSL)Setting ErrorsZero & Full Scale,<±0.5% / FS Thermal Zero Shift <±0.04% / FS / °C Thermal Span Shift <±0.02% / °C typicalMedia Temperature -20 to +135 °C Ambient Temperature -20 to +50 °C Storage Temperature -20 to +80 °CPressure Housing 303 Stainless Steel O Ring Seals Viton DiaphragmCeramic Enclosure Material Acetal Weight310 gRF TransmitterContains FCC W70MRF24J40MDME Power Requirements Lithium Ion C 3.6V CellBattery Life 5 Years (10s transmission rate)Dimensions 132mm x 79mm x 52mm (L x W x D) Mounting Any OrientationSensata Technologies, Inc. (“Sensata”) data sheets are solely intended to assist designers (“Buyers”) who are developing systems that incorporate Sensata products (also referred to herein as “components”). Buyer understands and agrees that Buyer remains responsible for using its independent analysis, evaluation and judgment in designing Buyer’s systems and products. Sensata data sheets have been created using standard laboratory conditions and engineering practices. Sensata has not conducted any testing other than that specifically described in the published documentation for a particular data sheet. Sensata may make corrections, enhancements, improvements and other changes to its data sheets or components without notice.Buyers are authorized to use Sensata data sheets with the Sensata component(s) identified in each particular data sheet. HOWEVER, NO OTHER LICENSE, EXPRESS OR IMPLIED, BY ESTOPPEL OR OTHERWISE TO ANY OTHER SENSATA INTELLECTUAL PROPERTY RIGHT, AND NO LICENSE TO ANY THIRD PARTY TECHNOLOGY OR INTELLECTUAL PROPERTY RIGHT, IS GRANTED HEREIN. SENSATA DATA SHEETS ARE PROVIDED “AS IS”. SENSATA MAKES NO WARRANTIES OR REPRESENTATIONS WITH REGARD TO THE DATA SHEETS OR USE OF THE DATA SHEETS, EXPRESS, IMPLIED OR STATUTORY, INCLUDING ACCURACY OR COMPLETENESS. SENSATA DISCLAIMS ANY WARRANTY OF TITLE AND ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, QUIET ENJOYMENT, QUIET POSSESSION, AND NON-INFRINGEMENT OF ANY THIRD PARTY INTELLECTUAL PROPERTY RIGHTS WITH REGARDTO SENSATA DATA SHEETS OR USE THEREOF.All products are sold subject to Sensata’s terms and conditions of sale supplied at SENSATA ASSUMES NO LIABILITY FOR APPLICATIONS ASSISTANCE OR THE DESIGN OF BUYERS’ PRODUCTS. BUYER ACKNOWLEDGES AND AGREES THAT IT IS SOLELY RESPONSIBLE FOR COMPLIANCE WITH ALL LEGAL, REGULATORY AND SAFETY-RELATED REQUIREMENTS CONCERNING ITS PRODUCTS, AND ANY USE OF SENSATA COMPONENTS IN ITS APPLICATIONS, NOTWITHSTANDING ANY APPLICATIONS-RELATED INFORMATION OR CONTACT US EUROPE+44 (0)1202 897969********************* Cynergy3 Components Ltd.7 Cobham Road, Ferndown Industrial Estate, Wimborne, Dorset,BH21 7PE, United Kingdom USACaution: To satisfy FCC RF Exposure requirements for mobile and base station transmission devices, a separation distance of 20cm or more should be maintained between the antenna of this device and persons during operation. To ensure compliance operation at closer than this distance is not recommended. The antenna used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. No other antenna may be used with this equipment other than the PCB antenna supplied with this equipment.Canada (IC)EnglishThis device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device.Under Industry Canada regulations, this radio transmitter may only operate using an antenna of the type and maximum (or lesser) gain approved for the transmitter by Industry Canada. To reduce potential radio interference to other users, the antenna type and its gain should be so chosen that the equivalent isotropically radiated power (e.i.r.p.) is not more than that necessary for successful communication. FrenchLe présent appareil est conforme aux CNR d’industrie Canada applicables aux appareils radio exempts de licence. L’explitation est autorisée aux deux conditions suivantes: (1) l’appareil ne doit pas produire de brouillage, et (2) l’utilisateur de l’appareil doit accepter tout brouillage, et (2) l’utilisateur de l’appareil doit accepter tout brouillage radioelectrique subi, même si le brouillage est susceptible d’en compromettre le fonctionnement.Conformément à la réglementation d’Industrie Canada, le présent émetteur radio peut fonctionner avec une antenna d’un type et d’un gain maximal (ou inférieur) approuvé pour l’émetteur par Industrie Canada. Dans le but de réduire les risques de brouillage radioélectrique à I’intention des autres utilisateurs, il fait choisir le type d’antenne et son gain de sorte que la puissance isotrope rayonnée équivalente (p.i.r.e) ne dépasse pas l’intensité nécessaire à l’établissement d’une communication satisfaisante.EuropeThe MRF24J40MD/ME wireless module used in this equipment has been tested to R&TTE Directive 1995/5/EC Essential Requirements for Health and Safety (Article 3.1(a)), Electromagnetic Compatibility (EMC) Article 3.1(b)) and Radio (Article 3.2) and are summarized in the table below. A Notified Body Opinion has also been issued for this module.Certification Standards ArticleSafety EN60950-2006+A11+A1:2010 (3.1(a))Health EN50371:2002-03 (3.1(a))EMC EN301 489-1 V1..8.1 (2008-04_ (3.1(b))EMC EN301-489-17 V2.1.1(2009-05) (3.1(b))Radio EN 300 328 V1.7.1(2006-10) (3.2)。

Signet 2850 导电性 电阻性传感器电子设备(PVDF)操作说明书

Signet 2850 导电性 电阻性传感器电子设备(PVDF)操作说明书

3-2850-61, 3-2850-62, 3-2850-63with Universal adapter3-2850-51, 3-2850-52with ¾-in. adapter3-2850-51-XXV(D), 3-2850-52-XXV(D)PVDF Integral SystemSignet 2850 Conductivity/Resistivity Sensor Electronics (PVDF)3-2850.090-2 Rev. B 01/15*3-2850.090-1*EnglishOperating Instructions• English • Deutsch • Français • Español •Italianofi eld calibration.2850-61, -62, -63 Universal mount11222 2334455 (567888991012)22850 Conductivity/Resistivity Sensor Electronics32850 Conductivity/Resistivity Sensor Electronics42850 Conductivity/Resistivity Sensor Electronics52850 Conductivity/Resistivity Sensor Electronics62850 Conductivity/Resistivity Sensor ElectronicsNOTE:To work correctly with the 9900, the 2850 must be set for thecustom cell constant or the actual electrode cell constant and the 9900 set for a 1.0 cell constant.123SW1SW3D3Input 1123SW1SW3SW4D3Input 1Input 21234123412341234123412340.01/cm -10.1/cm -11.0/cm -110.0/cm -120.0/cm -1Closed OpenClosedOpenClosedOpenClosedOpenClosed OpenClosed OpenCustom Cell Constant12341234OpenClosedOpenClosed1.0 cell constant, temp comp Active1.0 cell constant,temp comp InactiveExamples NOTE: D ual Input applications usually include one sensor with a smaller cell constant and onesensor with a larger cell constant. Place the larger cell constant on Input 1.This allows periodic recalibration of the larger cell by simply turning Input 2 OFF (OPEN).SW3 = C ell Constant andTemperature Compensation#1 #2 #3 #4 Cell Constant C C C O Custom C O O O 0.01 cm -1 O C O O 0.1 cm -1 C C O O 1.0 cm -1 O O C O 10.0 cm -1 C O C O 20.0 cm -1#4: (O) Open = Temp Comp ACTIVE (C) Closed = Temp Comp INACTIVESW4 = C ell Constant and Input 2#1 #2 #3 #4 Cell ConstantC C C O Custom C O O O 0.01 cm -1 O C O O 0.1 cm -1 C C O O 1.0 cm -1 O O C O 10.0 cm -1 C O C O 20.0 cm -1#4: (O) Open = Input 2 INACTIVE (C) Closed = Input 2 ACTIVESW3 or SW4Integral 2850 Systems (Single Input)• The 2850-51-XX and 2850-52-XX are shipped from the factory with the custom cell constant and temperature offset programmed into the single-input electronics.• SW3 will be preset to "Custom cell constant".• No additional modi fi cations are required.Replacing Integral System Electrode or Electronics• When installing a new conductivity electrode or replacing System Electronics, the SW3 switches must be con fi gured to select the appropriate cell constant. • See Single Input section above.• Leaving SW3 in the custom cell constant con fi guration will effect accuracy.• Use calibration standards to calibrate (see page 8).Dual Input 3-2850-63 Electronics• Switch banks SW3 and SW4 are used to select the cell constant of the electrodes.• Use SW3 #1-3 to select the cell constant for the fi rst sensor.• Use SW3 #4 to disable the PT1000 TempCompensation function in the 2850 (as required for USP applications).This disables the function for BOTH INPUTS.• Use SW4 #1-3 to select the cell constant for the second sensor.• Set SW4 #4 to OPEN to disable Input 2.• Recommended:Make all switch settings before supplying power. Switch changes made after supplying power will take 15 to 20 seconds before becoming effective.Single Input 2850 Electronics(2850-51, 2850-52, 2850-61, 2850-62)• Single input models use only SW3.• Use SW3 #1-3 to select the cell constant for the fi rst sensor.• Use SW3 #4 to disable the PT1000 TempCompensation function in the 2850 (as required for USP applications).• Recommended:Make all switch settings before supplying power. Switch changes made after supplying power will take 15 to 20 seconds before becoming effective.72850 Conductivity/Resistivity Sensor Electronics82850 Conductivity/Resistivity Sensor Electronics92850 Conductivity/Resistivity Sensor Electronics102850 Conductivity/Resistivity Sensor Electronics112850 Conductivity/Resistivity Sensor ElectronicsOrdering InformationSignet 2850 Conductivity/Resistivity Sensor Electronics*All versions include EasyCal Mfr. Part No.Code Description3-2850-51159 001 3982850 Sensor Electronics with Digital (S3L) Output and ¾ inch adapter3-2850-52159 001 3992850 Sensor Electronics with 4 to 20 mA Output and ¾ inch adapter3-2850-61159 001 4002850 Sensor Electronics with Digital (S3L) Output and Universal adapter3-2850-62159 001 4012850 Sensor Electronics with 4 to 20 mA Output and Universal adapter3-2850-63159 001 4022850 Sensor Electronics with Dual Inputs, Dual Digital (S3L) Outputs and Universal adapter(for use with 8900 only)3-2850-51-39V159 001 818Integral 2850 system, Digital (S3L) output, 0.01 cell, PVDF NPT threads3-2850-51-40V159 001 819Integral 2850 system, Digital (S3L) output, 0.1 cell, PVDF NPT threads3-2850-51-41V159 001 820Integral 2850 system, Digital (S3L) output, 1.0 cell, PVDF NPT threads3-2850-51-42V159 001 821Integral 2850 system, Digital (S3L) output, 10.0 cell, PVDF NPT threads3-2850-51-39VD159 001 822Integral 2850 system, Digital (S3L) output, 0.01 cell, PVDF ISO threads3-2850-51-40VD159 001 823Integral 2850 system, Digital (S3L) output, 0.1 cell, PVDF ISO threads3-2850-51-41VD159 001 824Integral 2850 system, Digital (S3L) output, 1.0 cell, PVDF ISO threads3-2850-51-42VD159 001 825Integral 2850 system, Digital (S3L) output, 10.0 cell, PVDF ISO threads3-2850-52-39V159 001 826Integral 2850 system, 4 to 20 mA output, 0.01 cell, PVDF NPT threads3-2850-52-40V159 001 827Integral 2850 system, 4 to 20 mA output, 0.1 cell, PVDF NPT threads3-2850-52-41V159 001 828Integral 2850 system, 4 to 20 mA output, 1.0 cell, PVDF NPT threads3-2850-52-42V159 001 829Integral 2850 system, 4 to 20 mA output, 10.0 cell, PVDF NPT threads3-2850-52-39VD159 001 830Integral 2850 system, 4 to 20 mA output, 0.01 cell, PVDF ISO threads3-2850-52-40VD159 001 831Integral 2850 system, 4 to 20 mA output, 0.1 cell, PVDF ISO threads3-2850-52-41VD159 001 832Integral 2850 system, 4 to 20 mA output, 1.0 cell, PVDF ISO threads3-2850-52-42VD159 001 833Integral 2850 system, 4 to 20 mA output, 10.0 cell, PVDF ISO threadsParts and Accessories3-9000.392-1159 000 839Liquid-tight connector kit, 1 set, 1/2 in. NPT3-9000.392-2159 000 841Liquid-tight connector kit, 1 set, PG 13.53-2850.101-1159 001 392Plug-in NIST-traceable recertifi cation tool, 1.0 μS3-2850.101-2159 001 393Plug-in NIST-traceable recertifi cation tool, 2.5 μS3-2850.101-3159 001 394Plug-in NIST-traceable recertifi cation tool, 10.0 μS3-2850.101-4159 001 395Plug-in NIST-traceable recertifi cation tool, 18.2 MΩ3-2850.101-5159 001 396Plug-in NIST-traceable recertifi cation tool, 10.0 MΩGeorg Fischer Signet LLC, 3401 Aero Jet Avenue, El Monte, CA 91731-2882 U.S.A. • Tel. (626) 571-2770 • Fax (626) 573-2057For Worldwide Sales and Service, visit our website: • Or call (in the U.S.): (800) 854-4090For the most up-to-date information, please refer to our website at 3-2850.090-2 Rev. B 01/15 English © Georg Fischer Signet LLC 2015。

温度传感器使用说明

温度传感器使用说明

Executi ng division : Responsible division : Document type : Confidentiality status :HCN NVPTechnical Documentation InternalPrepared :Document state :08.02.2006 Czernietzki (NVP)Technology Transfer HCN PreliminaryChecked :09.02.2006 Czernietzki (NVP)FNC System BusinessThermistorsApproved :File:Revision :Language :Pages :09.02.2006 Czernietzki (NVP) TD-Thermistors-en-R001 001 en 1/19This document and its contents are the property of Hoppecke or its subsidiaries. This document contains confidential proprietary information. The reproduction,Document administration 文件管理Document History 文件记录VersionDateResponsibleReason of change001 08.02.2006 Czernietzki First release of the document.Change justifiable 变更审核Hans-Peter Czernietzki NVPPreparing , Checking , ApprovingLewis Liu HCN QS Preparing , Checking , ApprovingDocument generated with following tools 使用下列工具编写文件:WORD 200 <Grafic tool>Content 目录1 Overview Thermistors........................................................................................................................................................................2 1.1 General.....................................................................................................................................................................................2 1.2 NTC Thermistors.....................................................................................................................................................................4 1.3 PTC Thermistors......................................................................................................................................................................5 1.4 Lead wire configurations..........................................................................................................................................................6 1.5 Available temperature probe....................................................................................................................................................8 1.6 Available connection cables.....................................................................................................................................................8 2 Designs...............................................................................................................................................................................................9 2.1 Stainless steel block version.....................................................................................................................................................9 2.2 Electrolyte version...................................................................................................................................................................9 2.3 Connection cables..................................................................................................................................................................10 2.3.1 Two wire connection 414 220 0802.............................................................................................................................10 2.3.2 Four wire connection 414 220 0804............................................................................................................................10 2.3.3 Connection clamp........................................................................................................................................................10 2.4 Temperature curve PT100B...................................................................................................................................................11 2.5 Temperature curve NTC10K..................................................................................................................................................11 2.6 Technical data NTC10K.........................................................................................................................................................11 3 Attachments......................................................................................................................................................................................11 3.1 Drawing 2BZ60287-01..........................................................................................................................................................11 3.2 Drawing 3BZ60731-01..........................................................................................................................................................11 3.3 Drawing 2BZ60287-02..........................................................................................................................................................11 3.4 Drawing 3BZ60407-01..........................................................................................................................................................11 3.5 Drawing 3BZ60732-01..........................................................................................................................................................11 3.6 Drawing 3BZ60407-02. (11)1 Overview Thermistors电热调节器简介1.1 General总则Resistance elements come in many types conforming to different standards, capable of different temperature ranges, with various sizes and accuracies available. But they all function in the same manner: each has a pre-specified resistance value at a known temperature which changes in a predictable fashion. In this way, by measuring the resistance of the element, the temperature of the element can be determined from tables, calculations or instrumentation. These resistance elements are the heart of the RTD (Resistance Temperature Detector or short: Thermistor). Generally, a bare resistance element is too fragile and sensitive to be used in its raw form, so it must be protected by incorporating it into an housing.电阻元器件满足不同的标准,能够适用不同的温度范围,可满足多种尺寸和精度要求。

+GF+ SIGNET 515和3-8510 X型转轮流量传感器操作说明书

+GF+ SIGNET 515和3-8510 X型转轮流量传感器操作说明书
GEORG FISCHER +GF+
技术支持:0755-89800917
+GF+ SIGNET 515 和 3-8510 X 型转轮流量传感器操作说明书
安全说明:
1
1 禁止从带压管道上拆卸;
2 禁止使用工况超过最大压力和温度;
3 管道安装件必须由合格焊工安装;
4 没有以下安装说明书,禁止安装和操作;
3 传感器的接线
• 使用 2 芯屏蔽电缆 l 连接可将长度 延长至 60m(200 英尺)
• 连接时电缆屏蔽层一定要接好 • 特殊的接线细节可参考仪表手册
4 +GF+ SIGNET 安装件
型式 描述
塑料’T’形
PVC 粘接鞍 形(无 需O型 圈) 铸铁捆 式鞍形
· 0.5-4in. · PVC 或 CPVC · 用粘接安装件安装 · 2-4in.,开 Φ1-7/16 的孔 · 4-8in.,开 Φ 2-1/4 的孔 · 组装时楔形与鞍形上的箭头在一条直线 上
介质情况:
515/3-8510-XX 传感器压力和温度比率: PP 本体: · 最大 12.5bar(180psi) @20℃(68ºF) · 最大 1.7bar(25psi) @90℃(194ºF) PVDF 本体: · 最大 14bar(200psi) @20℃(68ºF) · 最大 1.7bar(25psi) @100℃(212ºF) 319’Wet-tap’组件压力和温度比率 · 最大 7bar(100psi)@25℃(77ºF) · 最大 1.4bar(20psi)@66℃(150ºF)
7 ‘Wet-Tap’型安装
+GF+ SIGNET 319’Wet-Tap’组件可以直接安 装在+GF+ SIGNET 安装件上从而使其可以从运行 管道上取下传感器。该组件包括 1 个法兰,固定在安装 件上的支撑盘,1 个 PVC 球阀。加长的 515 传感器通 过球阀插入管道。

8750-1 chinese(gf 探头说明书)

8750-1 chinese(gf 探头说明书)

+GF+ SIGNET 8750-1 pH/ORP 变送器操作说明书注意:1 在连接输入和输出时, 断开电源;2 细阅读以下说明,避 免人身伤害。

目录 1 安装2 性能指标3 电气接线4 菜单功能1 安装ProcessPro 变送器有两种安装方式:盘装和现场安装。

盘装需要必要的安装支架,本说明书会介绍盘装说明。

现场安装需要两种安装支架中的一种。

3-8052整体组装件把传感器和变送器结合成一体。

3-8050普通组装件可将变送器安装在可能的任何位置。

整体组装和普通组装的详细说明请参考3-8052和3-8050组件说明。

1.1盘装1盘装变送器需要一个1/4D IN 开孔器,为了手动开孔,安装指导将会提供一个不干胶模板。

建议每个仪表之间在各个边保 留1英寸的间隔; 2装好密封垫片,将仪表装在盘面上;3从仪表后面将安装支架向前推进,直到快速卡片嵌入弹簧槽内;4拆卸仪表时,向外侧按住快速卡片即可。

但要注意,扶住仪表小心仪表从盘面上掉落。

正视(盘装和现场安装) 侧视(线场安装) 侧视(盘装) 盘装2 性能指标普通适用电极:+GF+ SIG NE T 3-27XX/2720 p H/O RP 前置放大器/电极精度:±0.03p H, ±2mVO RP 密封:·等级:NEMA 4X/IP 65 ·外壳:PB T·盘装垫片:氯丁橡胶 ·屏幕:合成聚酯·按键:4个硅胶按键 ·重量:约325克 显示:·2×16数字L CD·对比度:5个等级,可选择 ·刷新率:1秒 电气·电源:12-24V DC ±10%,最大电流21mA 电极输入范围:·p H :0.00-14.00p H·温度:3K Balc o,-25-120℃(-13-248℉) ·O RP: -1000至+2000mV,隔离, (10K Ω I.D.电阻 T +,T -) 电流输出:·4-20mA ,隔离,可调整且反向 ·最大回路阻抗:50Ω@12V ,325Ω@18V ,600Ω@24V ·刷新率:100ms·输出精度:±0.03mA @25℃,24V 开集电极输出,光电隔离:·50mA 最大下拉电流,30VD C 最大上拉电压·可编程对于·Hi ,L o 可调偏移量·正比例脉冲(最大:300个脉冲/分钟) 环境·运行温度:-10ºC-70ºC (14-158ºF ) ·保存温度:-15ºC-80ºC (5-176ºF) ·相对湿度:0-95%,无凝点 ·最大海拔:2000m(6562ft) ·绝缘等级:Ⅱ ·污染等级:2标准和认证·CSA ,CE ,U L·抗干扰性:E N 50082-2 ·辐射:EN 55011 ·安全:EN 61010·IS O9001和ISO14001认证下制造3 电气接线注意:若在拆下接线前未完全按下端子柄,接线端子可能会损坏。

浸入式温度传感器

浸入式温度传感器

浸入式温度传感器的安装指南浸入式探头是用来测量液体或蒸汽的管道的内部温度,要和热管一起使用。

热管用于非腐蚀性液体,304不锈钢管是用于腐蚀性液体。

接线和颜色的编号两种电线传感器对正负极不敏感,三线的传感器有如下的颜色编号:连接进入电线的颜色电源红色信号线绿色公共端黑色把三线的传感器作为两线的来连接,把电源线和信号线连在一起,所有的连接都必须是焊接。

安装浸入式探头必须安装在热管内,热管或者水平安装或者是开放的一头朝下。

电线的电阻值:电线的总长度X表中的数据,得出总的电阻值。

室外照度传感器LL-ALS1E 照度传感器是用来控制人工照度,取得最好的光照效果,最大限度的节能。

LL-ALS1E 照度传感器利用光明二极管电池来测可选照明单位范围内的光照度。

提供一个线性的0~10V的输出信号。

LL-ALS1E 照度传感器是安装在户外用来测量户外光度。

性能:●连接可选择的范围●24V电源●0~10的输出参数:传感参照光敏二极管精确度+5%视野60度可切换选择:0-2000 Lux0-4000 Lux0-10000 Lux0-20000 Lux控制器机盒材料复合碳酸盐尺寸(见图)环境要求:温度:0~500CRH:0~100% 不可压缩电源供应24Vac/dc(+10%)连接3线输出0~10Vdc保护IP65重量250G产地英国三种典型的光线状态:Lux黄昏15-20 日光2000 晴天20000+光照服务能力:Lux户外最小值25外部的人行道和停车厂50工业生产流程区,仓库150最小的任务光度200总的办公区和其他区域500精细工作,机器操作,机械安装等等1500压力传感器型号:PR-274-275●100%的固态,微机电,玻璃(含硅),超稳定性能的传感器●当压力值低至+0.05`` WC(+12.5Pa)●可解决低于0.0001●高至10 PSID超压力●每个单为内有6个可供选择的范围●输送电源的电压范围很广,在12-40VDC/12-35V AC,可调节●两种补偿温度的输出,4-20mA,两线或者可选择0-5VDC/0-10VDC ●可测口径●短路或正负极颠倒时可保护●符合EMC标准EN50082-1/ EN55014/ EN60730-1GS531-CH 挂壁式氯气传感器技术简介:氯气传感器在5-20ppm氯气浓度范围的输出范围是4-20mA。

温室温度传感器说明书

温室温度传感器说明书

X X X X 1Series 1Contact Configuration C – 2 (N.O.), 0 (N.C.)D – 1 (N.O.), 1 (N.C.)E – 0 (N.O.), 2 (N.C.)Supply Voltage 1 – 115 VAC 2 – 230 VACSecondary Voltage (Sensitivity)A – 25 (50 Ω)B – 75 (450 Ω)Enclosure 0 – None F – 3 (N.O.), 0 (N.C.)G – 2 (N.O.), 1 (N.C.)H – 1 (N.O.), 2 (N.C.)4 – 460 VAC 5 – 575 VAC 6 – 115VAC/230VAC 7 – 24 VAC E – 500 (20K Ω)C – 150 (1.5K Ω)D – 300 (7K Ω)1 – NEMA 1 4 – NEMA 4J – 0 (N.O.), 3 (N.C.)Series 1 – Electromechanical Controls2 or3 Pole Output Contact Up to 20K Ohms/cm Sensitivity U.L. “Limit Control” U.L. “Motor Control”One of Warrick’s fi rst products, Series 1 electromechanical controls offer 2 or 3 pole output contacts with 16 amp rating. These versatile controls can be confi gured for single level service, differential control, low water cutoff (with manual reset or lock out capability) control and many other functions.Specifi cationsContact Design 2 or 3 pole, single throw, electromechanical relayContact Rating (110 VAC) 16 amp Resistive 1 hpMode of Operation Direct onlySensitivity 0 - 20K ohm maximum, factory setPrimary Voltage 24 VAC, 115 VAC, 230 VAC, 460 VAC, 575 VAC (+10%/-15%)Power Consumption 4 watts (15 VA)Secondary Voltage 25 VAC, 75 VAC, 150 VAC, 300 VAC, 500 VAC *Temperature -30°F to 130°FApprovals U.L. Rec., FM, CSA, U.L. Listed Limit Control, U.L. 353Connections All screw type connections*Due to high secondary voltage, if personnel can come in contact with electrodes, we suggest using Series 16, 26 or 19 controls.How to OrderUse the Bold characters from the chart below to construct a product code.Typical Single Level Wiring Notes:1.Load contacts shown are non-powered.2.Series 1 shown in these diagrams is G confi guration.Applications •General Purpose •Boiler Level Control •On/Off Control •Boiler LLCO •Pump Control DimensionsTypical Differential Wiring。

GF电磁流量计探头说明书

GF电磁流量计探头说明书

• 2”-4”,管上开 1-7/16”孔 • 大于 4”,管上开 2-1/8”孔
PVC 鞍座
• 2”-4”,管上开 1-7/16” 孔 • 6”-8”,管上开 2-1/8” 孔
玻璃钢三通与鞍座
• 1.5”-8”,插件为 PVDF • >8”,插件为 PVC
钢制鞍座
• 2”-4”,管上开 1-7/16”孔 • 大于 4”,管上开 2-1/8”孔
• 最大回路阻抗: 300Ω • 错误状态: 22.1mA
频率信号 • 最大上拉电压: 30VDC
• 短路保护: ≤30V@0Ω 可以一小时 • 极性反保护: -40V • 带上拉电阻时的过压保护可达 40V • 最大下拉电流: 50mA,极限电流 • 最大电缆长度: 300m (1000ft) • 兼容 Signet 仪表:5075,5500,5600,8550,8900
8.电磁流量计的频率或数字信号接线 9.用户系统的准备与设置 10.i-Go 转换器与调试工具的使用 11.平均值与灵敏度的设置 12.标定数据 13.维护 14.订货信息
1.快速启动指南
本手册中介绍了有关 Signet 电磁流量计 2551-XX-11 与 2551-XX-12 的总体安装、接线与标定数据等内 容。2551-XX-11 的输出信号为频率信号或数字信号,2551-XX-12 的输出信号为无源 4~20mA 信号。本 节概述了几个主要步骤。要了解详细信息,请见相关小节的内容。
安全说明:
1 在安装或拆卸前要使系统泄压并通大气 2 应用前请确认化学兼容性 3 禁止超过最高温度和最大压力 4 安装和维护时,戴上护目镜或防护面罩 5 禁止改变产品结构 6 在进行接线或维护前,请切断电源
2. 产品规格

+GF+ SIGNET仪表

+GF+ SIGNET仪表

1.0000
> 入精确的电导常数
Cond Units:
uS
>
PPM Factor:
2.00
>
Set: Temperature >
Set: Conductivity >
Loop Source:
Cond
>
选择测量值单位:uS, mS, kΩ, MΩ, PPM
如果测量值单位设定为 PPM,要在此项中设置固体溶解总量(Total Dissolved Solids)与 uS 的比例。详见本说明书的章节 3。TDS 系数只 能按 PPM 单位设置。
速固定卡片,抽出仪表即可。
2. 产品规格
概述
兼容的传感器:+GF+SIGNET 3-28XX-1
标准型与认证型的电导率/电阻率探头
精度:
读数的±2%
包装壳箱
• 防护等级: NEMA 4X/ IP65 前面
• 外壳材料: PBT
• 盘装垫片: 氯丁橡胶
• 屏幕:
合成聚酯
• 按键:
4 个封装硅胶键
• 重量:
第 3 步:编辑完成了吗? 保存最后一项的设置内容后,同时按上、下方 向键返回到正常工作状态。
第 5、6 步注意事项: • 在编辑期间,所有输出功能都是有效的 • 只有正在闪动的位可被编辑 • 按右向键可以使闪动位循环移动 • 在按下 ENTER 键后,编辑好的值立即有效 • 如果在 10 分钟内没有按任何键,变送器会保存最后的修
改值,并返回到第 3 步 • 第 6 步(按下 ENTER 键)操作也会返回到第 3 步 • 重复第 3~6 步操作,所有的编辑即可完成
第 5 步:设置有误吗? 在有闪动位的情况下,同时按上、下方向键。 将取消被编辑项的最后的设置内容,并返回 到第 3 步。

Signet 2507微型流量传感器操作说明书

Signet 2507微型流量传感器操作说明书

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电气 电源 ........................................ 5 - 24 VDC ±10%, 稳压,1
0 mA max. 输出类型 ................................ 集电极开路,下降沿触发,
10 mA max. 电缆长度 ................................ 7.6m (25 ft), 可延长至 300 m (1000
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小心/警告/危险 指示潜在危险。未能遵守警告信息会导致设备损坏,人员 受伤或死亡。 静电释放(ESD)/触电危险 警告用户可能存在因ESD而损坏产品的风险 或者因触电导致人员伤亡的风险。 个人防护装备(PPE) 在Signet产品的安装和维护过程中始终使用最合适的 PPE。

Signet 8350-3温度变送器安装说明书

Signet 8350-3温度变送器安装说明书

Signet 8350-3 Temperature Transmitter2. Installation• ProcessPro transmitters are available in two styles: panel mount and fi eld mount. The panel mount is supplied with the necessary hardware to install the transmitter. This manual includes complete panel mounting instructions.• Field mounting requires one of two separate mounting kits. The 3-8052 integral kit joins the sensor and instrument together into a single package. The 3-8050 Universal kit enables the transmitter to be installed virtually anywhere.• Detailed instructions for integral mounting or other fi eld installation options are included with the 3-8052 Integral kit or the 3-8050 Universal kit.2.1 Panel Installation1. The panel mount transmitter is designed for installation using a 1/4 DIN Punch. For manual panelbetween instruments is 1 inch.2. Place gasket on instrument, and install in panel.3. Slide mounting bracket over back of instrument until quick-clips snap into latches on side of instrument.4. To remove RELEASE.Press quick-clips outward and remove.(3.8 in.)SIDE VIEW Field Mount w/8052 Integral kitPanel MountSIDE VIEW FRONT VIEW Field Mount &Panel MountSIDE VIEW Field Mount w/8050 Universal base*3-8350.090-3*3-8350.090-3 Rev. J 01/13EnglishEnglishGeneralCompatibility: Signet 2350 Temperature sensors System accuracy: ±0.5 ºC with 2350 sensors Enclosure:• Case: PBT • Panel case gasket: Neoprene • Window: Polyurethane coated polycarbonate • Keypad: Sealed 4-key silicone rubber • Weight: Approx. 325 g (12 oz.)Display:• Alphanumeric 2 x 16 LCD • Display update rate: 1 second • Contrast: User selected, 5 levels Electrical Power: 12 to 24 VDC ±10% regulated,31 mA max current Current output: 4 to 20 mA, isolated, fully adjustableand reversible Max loop impedance: 50 Ω max. @ 12V 325 Ω max. @ 18V 600 Ω max. @ 24V • Update rate: 200 ms • Output accuracy: ±0.03 mA Open-collector output:• Optically isolated, 50 mA max. sink • Programmable for:• High, Low with adjustable hysteresis• Pulse operation (maximum pulse rate: 400 pulses/min).Environmental• Operating temperature: -10 °C to 70 °C (14 °F to 158 °F)• Storage temperature: -15 °C to 80 °C (5 °F to 176 °F)• Relative humidity: 0 to 95%, non-condensing • Maximum altitude: 2000 m (6562 ft)• Insulation category: II • Pollution degree: 2• Rating: NEMA 4X/IP65 front Standards and Approvals:• CE, UL listed • Immunity: EN50082-2• Emissions: EN55011 Class B• Manufactured under ISO 9001 for Quality, ISO 14001 for Environmental Management and OHSAS 18001 for Occupational Health and Safety.Declaration of Conformity according to FCC Part 15This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions:(1) This device may not cause harmful interference, and,(2) This device must accept any interference received, including interference that may cause undesired operation. China RoHS (Go to for details)2 8350-3 Temperature Transmitter6 5 4 3 2 116 15 14 13 12 11Output 2-Output 2+Output 1-Output 1+Loop 2-Loop 2+System Pwr Loop -System Pwr Loop +AUX Power -AUX Power +Snsr 2 Gnd (WHITE)Snsr 2 IN (RED)Snsr 2 V+(BLACK)Snsr 1 Gnd (WHITE)Snsr 1 IN (RED)Snsr 1 V+(BLACK)3. Electrical ConnectionsFailure to fully open terminal jaws before removing wire may permanently damage instrument.Wiring Procedure1. Remove 13 mm - 16 mm (0.5 in. - 0.625 in.) of insulation from wire end.2. Press the orange terminal lever downward with a small screwdriver to open terminal jaws.3. Insert exposed (non-insulated) wire end in terminal hole until it bottoms out.4. Release orange terminal lever to secure wire in place. Gently pull on each wire to ensure a good connection.Wiring Removal Procedure1. Press the orange terminal lever downward with a small screwdriver to open terminal jaws.2. When fully open, remove wire from terminal.Wiring Tips:• Do not route sensor cable in conduit containing AC power wiring. Electrical noise may interfere with sensor signal.• Routing sensor cable in grounded metal conduit will help prevent electrical noise and mechanical damage.• Seal cable entry points to prevent moisture damage.• Only one wire should be inserted into a terminal. Splice double wires outside the terminal.• If your system uses a single sensor, it must be located within 122 m (400 ft.) of the transmitter.• If your system uses two sensors, the total length of cable connected to the transmitter is limited to 122 m (400 ft.)• The 3 conductors from a dual-sensor system can be tied together and then a single set of wires continued on to the transmitter.• For best performance, ground the sensor SHIELD wire to a local earth ground at a point near the sensor.(Experiment by connecting the sensor shield wire to different local ground points to identify best signal quality.)Terminals 11-16: Dual digital sensor inputs See next page for more information.Terminals 3-4: Primary Loop Power12-24 VDC ±10% system power and current loop connections.SINGLE SENSOR system MUST use terminals 3-4. Terminals 5-6: 12-24 VDC ± 10%Power and current loop connections for second sensor.• Maximum loop impedance:50 Ω max. at 12 V 325 Ω max. at 18 V 600 Ω max. at 24VTerminals 1-2: Auxiliary power is used only if two sensors are connected to the transmitter.38350-3 Temperature Transmitter3.2 System Power/Loop Connections3.1 Sensor Input Connections*Example: Two transmitters connected to PLC/Recorder with separate power supplyLoop 2 -Loop 2 +System Power Loop 1 -System Power Loop 1 +AUX Power -AUX Power +Loop 2 -Loop 2 +System Power Loop 1 -System Power Loop 1 +AUX Power -AUX Power +PLC or Recorder** *Stand-alone application, no current loop usedTransmitter TerminalsAUX power required only where two sensors are usedDelta Temperature (Differential Mode)If two sensors are connected to the transmitter, the DELTA (Sensor 1 - Sensor 2) can be assigned to output. To enable differential mode, the selected output "Source" selection must be set to "DT".Sensor 1 must be equal to ID 1. If it is not, go to the Calibrate menu and switch the sensor ID.In the example below, Sensor 1 is measuring 80º while sensor 2 is measuring 20º. The delta is 60º ( Sensor 1 - Sensor 2 = 60º) To track the delta temperature using a 4-20 mA output:Loop1 Source: DTLoop1 Range: 0-100Loop1: = 13.60 mATo set a delta temperaturesetpoint using an OpenCollector output:Output1 Source: DTOutput1 Mode: LowOutput1 Setpoint: 70Output1 = ONView Menu3.3 Open Collector OutputThe Open Collector output can be used as a switch that respondswhen the process value moves above or below a setpoint, or itcan be used to generate a pulsing signal with a rate proportionalto the process value.• Low:Output energizes whenprocess variable is lessthan the setpoint. Theoutput de-energizeswhen the processvariable moves abovethe setpoint plus thehysteresis value.• High:Output energizeswhen process variableis greater than thesetpoint. The output de-energizes when the process variablemoves below the setpoint plus the hysteresis value.Relay energizedRelay de-energizedHigh SetpointendpointStarting point• Proportional PulsingThe Open Collector output will generate a 100 mS pulse at the rate defi ned by settings in theCALIBRATE menu (see page 6)In the example:• The output will be 0 pulses/min. at temperatures less than 5º.• The output will be 50 pulses/min. at 7.5º.• The output will be 100 pulses/min. at temperatures above 10º.The starting point, endpoint and maximum pulse rate are select able in the menu.Display Description• During normal operation, ProcessPro displays the VIEW menu.• When editing CALIBRATE or OPTIONS menus, ProcessPro returns to the VIEW menu if no activity occurs for10 minutes.• To select a VIEW display, press the ▲ or ▼ keys. The selections will scroll in a continuous loop.• Changing the display selection does not interrupt system operations.• No key code is necessary to change display selection.• Output settings cannot be edited from the VIEW menu.4. Menu Functions4 8350-3 Temperature Transmitter58350-3 Temperature TransmitterNotes on Steps 5 and 6:• All output functions remain active during editing.• Only the fl ashing element can be edited.• ► key advances the fl ashing element in a continuous loop.• Edited value is effective immediately after pressing ENTER key.• If no key is pressed for 10 minutes unit will restore the last saved value and return to step 3.• Step 6 (pressing ENTER key) always returns you to Step 3.• Repeat steps 3-6 until all editing is completed.Notes on Steps 3 and 4:• Refer to pages 6 and 7 for complete listing of menu items and their use.• From the Step 3 display, pressing the ▲ and ▼ keys simultaneously will return the display to the VIEW menu.• If no key is pressed for 10 minutes, display will also return to the VIEW menu.ProcessPro Editing Procedure:Step 1. Press and hold ENTER key:• 2 seconds to select the CALIBRATE menu • 5 seconds to select the OPTIONS menu.Step 2. The Key Code is ▲-▲-▲-▼ keys in sequence.• After entering the Key Code, the display will show the fi rst item in the selected menu.Step 3. Scroll menu with ▲ or ▼ arrow keys.Step 4. Press ► key to select menu item to be edited.• The fi rst display element will begin fl ashing.Step 5. Press ▲ or ▼ keys to edit the fl ashing element.• ► key advances the fl ashing element.Step 6. Press ENTER key to save the new setting and return to Step 3.Step 46 8350-3 Temperature TransmitterCalibrate MenuMenu items will repeat for Loop 2 and Output 2.Display(Factory settings shown)Description78350-3 Temperature Transmitter Menu items will repeat for Loop 2 and Output 2.Options MenuDisplay(Factory settings shown)DescriptionTroubleshootingGeorg Fischer Signet LLC, 3401 Aero Jet Avenue, El Monte, CA 91731-2882 U.S.A. • Tel. (626) 571-2770 • Fax (626) 573-2057For Worldwide Sales and Service, visit our website: • or call (in the U.S.): (800) 854-4090For the most up-to-date information, please refer to our website at 3-8350.090-3 Rev. J 01/13 English© Georg Fischer Signet LLC 2013Ordering InformationMfr. Part No. Code Description3-8350-1 159 000 192 Temperature transmitter Field mount 3-8350-1P 159 000 193 Temperature transmitter Panel mount3-8350-2 159 000 194 Temperature transmitter Field mount with relays 3-8350-2P 159 000 195 Temperature transmitter Panel mount with relays3-8350-3 159 000 196 Temperature transmitter Field mount with dual input/output 3-8350-3P159 000 197Temperature transmitter Panel mount with dual input/outputAccessoriesMfr. Part No. Code Description3-8050 159 000 184 Universal mounting kit3-8052 159 000 188 3/4 in. Integral mounting kit 3-8052-1 159 000 755 3/4 in. NPT mount junction box 3-8050.395 159 000 186 Splashproof rear cover 3-8050.396 159 000 617 RC Filter kit (for relay use)3-0000.596 159 000 641 Heavy duty wall mount bracket 3-5000.598 198 840 225 Surface Mount Bracket3-9000.392 159 000 368 Liquid tight connector kit for rear cover (includes 3 connectors)3-9000.392-1 159 000 839 Liquid tight connector kit, NPT (1 piece)3-9000.392-2 159 000 841 Liquid tight connector kit, PG13.5 (1 piece)3-9900.396159 001 701Angle Adjustment Adapter KitDisplay ConditionPossible CausesSuggested Solutions。

GF SIGNET 2350 温度传感器操作说明书

GF SIGNET 2350 温度传感器操作说明书
2 应用前请确认其化学兼容性; 3 禁止使用工况超过最大温度和压力; 4 安装和维护时,戴上护目镜和防护面罩; 5 禁止改变产品结构。 6 正确处理;禁止焚烧!
目录
1. 产品概述 2. 产品规格 3. 安装 4. S3L™信号接线 5. 4~20mA 信号接线 6. 4~20mA 信号测量范围调整 7. 订货信息
2. 产品规格
兼容性
2.1 概述 接液部分材质: PVDF 温度量程: -10℃~100℃(14˚F~212˚F) 响应时间,τ: 10 s 过程连接形式:3/4 in. NPT 阳螺纹 后部连接形式:3/4 in. NPT 阳螺纹 电缆类型: 3 芯屏蔽电缆,22AWG
黑/红/白/屏蔽线
标准电缆长度: • 2350-1,-3: 4.6m(15ft.) • 2350-2: 16cm(6in.) 运输重量: 0.22kg(0.5lb) 电源要求: • S3L™输出信号:5VDC±10%,<1.5mA • 4~20mA 输出信号:12-24VDC±10% 有短路与电源极性反保护功能
编码 159 000 021 159 000 022 159 000 911
编码 159 000 753 159 000 188 159 000 755 159 000 839 159 000 841 159 000 761
产品描述
温度传感器,S3L™输出信号,3/4 in.NPT, 4.6m(15ft.)长电缆 温度传感器,S3L™输出信号,3/4 in.NPT, 16cm(6in.)长电缆 温度传感器,4~20mA 输出信号,3/4 in.NPT,4.6m(15ft.)长电缆
S3L™输出信号:串行 ASCII 码, TTL 9600bps • 精度: ±0.5℃( ±0.9˚F ) • 重复性: ±0.1℃( ±0.2˚F ) • 分辨率: 0.1℃(0.2˚F) • 刷新率: <100ms

蜂巢温度传感器说明书

蜂巢温度传感器说明书

Vent Line Sensor for Ammonia and Other RefrigerantsLinear 4/20 mA Output VL F7 N4 LPA M KUSERMANUALContentsSection PageDescription 31Sensor2Installation 53Operation 8Warranty 104LimitedSpecial CautionAlways assume that a relief valve can release at any moment. Always employ a “buddy” system, having help with you and watching what you are doing at all times. Always use safety goggles or a safety face shield, and always use gloves and have additional protective equipment easily available, including eye flushing equipment and a breathing apparatus.Personnel should be well trained and protected against falling if a sudden refrigerant leak startles the service person. Make sure there is always an escape route in case of a refrigerant release.IntroductionThis manual has been prepared to help in the use and installation of the Honeywell VL-F7-LPA Vent Line Sensor. This manual will convey the operating details of the sensor, ensure proper installation, and demonstrate start-up and routine maintenance procedures.This manual must be carefully followed by all individuals who have or will have the responsibility for using or servicing the sensor. Warranties made by Honeywell. with respect to this equipment will be voided if the equipment is not used and serviced in accordance with the instructions in this manual. If in doubt about a procedure, please contact Honeywell before proceeding.1 Sensor DescriptionFigure 1: Dimensions of the Vent Line Sensor and Pre-Amp2" N.P .T. pipe plug 7/8" diameter hole for 1/2"conduit electrical connectionThe Honeywell VL-F7-LPA Vent Line Sensor has a solid-state sensor imbedded in a 2" forged steel bull plug. A NEMA 4, 16 gauge steel box is fastened to the bull plug and houses a terminal strip. This is then wired to the current pre-amp which transmits a linear 4/20 mA signal to the readout equipment.The standard trip points are normally in the 5,000 ppm to 10,000 ppm range. Honeywell highly recommends that trip points be in this range due to the fact that minute amounts of a refrigerant released in the very small volume of a relief header will cause very high gas concentrations, normally in the percent range. Trying to have lower setpoints almost always results in false trips.The solid-state sensor used in this design must be considered “broad-spectrum,” i.e., it will detect many gases. Normally this is not a problem due to the higher setpoints commonly used.The sensors normally exhibit long life (five to eight years) unless exposed to very high gas concentrations for long periods or immersed in liquid refrigerant.Proper location in mounting the vent line sensor is the key to long and trouble-free life. Carefully reviewthe mounting instruction portion of this manual.Honeywell VL-F7-LPA Gas Sensor 1998M10501 Sensor DescriptionSystem SpecificationsMethod: Solid-stateRange:•Ammonia – 0 to 10,000 ppm (1%)•CFC/HCFC/HFCs – 0 to 1,000 ppm(depending on refrigerant)Output: Linear 4/20 mA – connects to all Honeywell readouts or other devices capable of accepting a 4/20 mA signalPower Requirements: Powered directly from Honeywell readouts or, when used as 4/20 mA pre-amp and sensor only, requires 17/24 VDC at 200 mA Operating Temperatures: –20° F to +120° F Enclosures:•Sensor – Aluminum NEMA 4•Pre-amp – Stainless Steel NEMA 4 Weight:• 3 lbs., sensor only•15 lbs., with mounting kitDimensions:•Sensor – 4 1/2" x 3 1/8" x 3 1/8"•4/20 mA pre-amp enclosure – 6" x 4" x 4" Cable Requirements:•Pre-amp to readout – #18/3 shielded cable (Belden #8770), maximum run length 1,500 feet •Sensor to pre-amp – #16 AWG, 4 conductors, non-shielded for runs up to 25 feet Specifications subject to change without notice.A Locating the VL-F7-LPAin a Vent Line SystemMount the Vent Line sensor 4-5 feet from the roofline and away from the discharge.See Figure 2 which shows where to mount the vent line sensor.Important mounting considerations:•Make sure discharge does not come down on top of sensor, i.e., hit the sensor or maintenancepersonnel when working on sensor.•Weld nipple to a vertical pipe.•Do provide a plug or means of inducing a draft through the vent header to remove residualrefrigerant after a leak. (Check with local codes tosee what is allowed in your area before doingthis.) Inducing an easy means of clearing theheader will help in troubleshooting a weepingrelief valve.•Safety – Always follow accepted industrypractice by using a face shield and gloves whenworking on the vent line sensor or any part of thevent line system. Always assume a relief valvecould release at any moment. Always treat ventline systems with extreme caution (see Figure 2).B Mounting the VL-F7-LPAin a Relief System VentingDirectly into a Water TankDue to numerous code requirements a common practice is to plumb vent line systems to discharge directly into a water tank. Even though this seems like a very simple and safe way to protect from atmospheric discharge, it presents some unique challenges to the refrigeration designer in assuring a safe relief system. It also presents challenges in where to mount the vent line sensor.The vent line sensor was developed over the years for monitoring atmospheric discharge of vent lines. When properly mounted as described in Section A, it is an extremely reliable method of detecting releases to the atmosphere.Figure 2: Mounting the Vent Line SensorThe advent of the water dump tank utilizing a standard water level covering the relief header discharge presents the vent line sensor with some unique challenges. There are several possible mounting locations as follows: •Water tank atmospheric vent. The simplest and most trouble-free method of mounting a vent linesensor is in this location. This location will not catchthe small weepers but only the larger dischargesresulting in NH3 vapor escaping from the water tank.This method requires no compressed air ventingand the resulting problems this can cause. To helpeliminate water condensation on the sensor, removethe 3/4" test plug to allow ventilation across thesensor (see Figure 3).•Mounting the sensor between the water seal and relief valves. After years of actual field experiencethis location has proven the most difficult. Therehave been occasions where the water has beensiphoned back into the vent header, completelyimmersing the vent line sensor and relief valves.Figure 3: Mounting the Vent Line Sensor whenusing a water tank atmospheric vent •Mounted with compressed air purge. The most successful systems have used compressed airventing into the header as shown in Figure 4. It isessential that this is dry air. Small compressorsdedicated to this have been marginally effective dueto the water condensed during the compressioncycle. It is essential the compressed air be dry inorder to help purge the complete vent line headerand also to compensate for the moisture migrationfrom the water seal. Process facilities that haveplant compressed air work the best when utilizing alarge dedicated dryer for the air injection.T he purge air will cause a small pressure to builddue to the water “head” of the tank. A water head of15 feet to 20 feet will cause the sensor to be 30 to40 percent less sensitive due to the higher airpressure. This is normally not a problem due to thehigh refrigerant concentrations needed for a tripcondition (see Figure 4).In summary, if at all possible mount the vent line sensor on the tank atmospheric vent and utilize a water monitoring method such as pH in the water tank. Figure 4: Compressed air purge system for theVent Line SensorC WiringFigure 5 presents wiring information for the VL-F7-LPA. Electrical wiring must comply with all applicable codes. Plant equipment that may be involved and operating conditions should be discussed with local operating personnel to determine if any special needs should be taken into account.Nearly all start-up problems are due to improper wiring or monitor configuration. Please follow these guidelines carefully.Between the current pre-amp and monitoring equipment use three conductor, #18 AWG, insulated, stranded, shielded copper cable. Between the vent line sensor and current pre-amp use #16 AWG, four conductors, non-shielded.Do not pull sensor wiring with AC power cables. Thiswill cause electrical interference. Be sure there are no breaks or splices in sensor wiring runs. If cable runs cannot be made without a splice, all connections must be soldered. Soldering should be done using a rosin flux to tie the connecting ends of sensor wires to ensure a positive and long-lasting contact.Ground the shield at the main control panel. Tape all exposed shield wire at the sensor to insulate it from the enclosure.All penetrations into a refrigerated room should be sealed to prevent condensate from forming in theconduit and dripping into the sensor enclosure. Silicone should not be used near the sensor, because silicone can damage the sensor.Make drip loops for cables going into sensor housings. Follow the mounting instructions on the Pre-Amp enclosure (…This End Up). See Figure 2.Electrical Power: 24 VDC regulated, 300 mA. Output: Linear 4/20 mA output corresponding to 0–1%.Monitoring equipment may have a maximum input impedance of 250 ohms.Cable Recommendation, Pre-Amp to Monitoring Device:#18/3 shielded cable (Belden #8770 or equivalent). Length of cable to pre-amp should be no greater than 1,500 feet. Use only the existing punched holes for connections to the pre-amp.Cable Recommendation, Vent Line Sensor to Pre-Amp:#16 AWG, 4 conductors non-shielded. Length of cable from vent line sensor to pre-amp should be no greater than 25 feet. Use only the existing punched holes for connections to the pre-amp.Monitoring: The VL-F7-LPA Sensor may be monitored by the Honeywell GM-JR, Air Alert 96D, or otherappropriately configured system. Monitoring equipment must be configured to indicate a fault if the signal is below 1.5 mA.A signal above 20 mA must be considered a high gas concentration.Figure 5: Wiring diagram for the Vent Line SensorBare Black Red (300 mA)WhiteA Start-Up Procedures Before applying power, make a final check of all wiring for continuity, shorts, grounds, etc. It is usually best to disconnect external alarms and other equipment from the sensor until the initial start-up procedures are completed.After power-up, allow 24 hours for the system to stabilize before testing the sensors. Because sensors are normally located at a distance from the main unit, thetest time required and accuracy of the response checks will be improved if two people perform the start-up procedures and use radio contact.Start-Up Test:•One person exposes each sensor to a small amount of the gas that is being monitored.•The second person stays at the control unit to determine that each sensor, when exposed to thegas fumes, is connected to the proper input andresponds, causing appropriate alarm functions. To do this preliminary check, there are two simplepossibilities:•Before installing the 2ft pipe, soak a small rag in “Parsons Ammonia Cleaner” and stuff this rag upthe 2" tee to expose the sensor.•After installation of the 2ft pipe, inject a small amount of propane/butane from an unlitplumber’s torch into the vent opening.Either of the above methods will work for the ammonia or halocarbon vent line sensor as they both use broad-spectrum sensors. Zero Calibration: After the unit is installed and has been powered up for a minimum of 24 hours, the unit should be zero calibrated by the following:•Be sure the unit is in clean air, or apply zero air at 0.8 L/min.•Adjust the zero pot until the sensor outputs4.0 mA (40 mV from Test [–] to Test [+]). Span Calibration: The unit is factory calibrated and normally does not need to be spanned. Do not adjust the span pot without certified calibration gas! If span adjustment is required, the following procedure will span the unit:•Perform zero adjustment before spanning •Apply span gas at 0.8 L/min (span gas must be in air, not nitrogen or other carrier).•After span gas has been on sensor for twominutes, adjust the span pot until the correctoutput is achieved.Calibration kits are available from Honeywell. Calibration of vent line sensors is normally done in the field by using the simple method described under “Start-Up Procedures” where the sensor is challenged with a gas and the proper outputs and trips are observed. (The challenge gas must cause a proper alarm trip.)In a vent line the recommended trip point level is between 15-18 mA. Lower setpoints can result in false trips. Never set alarm points higher than 20 mA.If certified gas samples are required, contact Honeywell for gases available and to discuss techniques in calibration depending on how the vent line sensor is mounted.Each Vent Line Sensor has been factory tested with a calibrated gas sample. Information is noted on the data sheet provided with each sensor.Due to environmental differences and background gases, the installed clean air signal may be different than it was during factory calibration. This difference can be zeroed out.B CalibrationC TroubleshootingSee the mounting instructions for proper mounting techniques.Contact Honeywell for more details if you cannot identify the problem.D MaintenanceHoneywell recommends that as a minimum eachsensor be challenged with a gas sample once each six (6)months.Also, the signal being sent by the sensor should be logged on a monthly basis.During the gas challenge test, all alarm outputs should be confirmed and logged to insure system integrity.E Replacement PartsFor replacement parts, contact Honeywell . Be sure to give serial number of unit.Figure 6: Troubleshooting the 4/20 mA Vent Line Sensor and Pre-AmpThe greatest probability for trouble is reversed orincorrect wiring. Always be consistent with color codes and double-check terminal screw tightness.If sensor output is 0.5 mA: The vent line pre-ampcontinuously monitors the status of the sensor and, if fault conditions arise, the red FLT LED in the pre-amp will light (see Figure 6). After a short time delay, the pre-amp will output a signal of 0.5 mA. Monitoring equipment must be configured to indicate a fault if the signal is less than 1.5 mA.First, check for proper color codes or loose wires to sensors labelled “O O R R” on both the pre-amp and vent line sensor.Second, if the FLT LED is lit continuously, remove the Vent Line Sensor junction box cover (see Figure 5). With power off, measure the resistance across the “RR” (Red Red) terminals which should be approximately 30 ohms. If this is an open circuit, a replacement sensor isrequired. Contact Honeywell . If the FLT LED is flashing, this indicates a faulty sensor. Contact Honeywell for a replacement sensor.If the sensor output is 0 mA: First, verify +24 VDC atthe sensor terminal block (see Figure 6, Note 2).Second, check voltage between Test– and Test+ (see Figure 6, Note 1). Voltage should be in the range of 40 mV to 200 mV corresponding to an actual current flow of 4 to 20 mA. If this voltage is 0 mV, the signal has no path to ground. Check monitoring equipment connections and configuration. Input impedance must be 250 ohms or less.If sensor output indicates a gas concentration when the vent line appears clean: Ensure the mud dauber screen is clear of debris. Cleaning the screen is essential for correct oxygen flow to the sensor. If the sensor is not responding correctly , remove the 2' vent pipe to apply gas directly to the sensor. Weeping pressure relief valves could be the problem. Always do the testing at the sensor with special caution as all vent line systems could discharge at any time. Always be prepared and wear appropriate protective gear such as a face shield and gloves.4Limited Warranty1.Limited WarrantyHoneywell Analytics, Inc. (”Honeywell”) warrants tothe original purchaser and/or ultimate customer(”Purchaser”) of Honeywell’s products (”Product”) that if any part thereof proves to be defective in materialor workmanship withing eighteen months of the date of shipment by Honeywell or twelve months from the date of ÿrst use by the purchaser, whichever comesÿrst, such defective part will be repaired or replaced,free of charge, at Honeywell’s discretion if shipped prepaid to Honeywell Analytics at 405 Barclay Boulevard,Lincolnshire, Illinois 60069, in a package equal to or in the original container. The Product will be returned freight prepaid and repaired or replaced if it is determined by Honeywell that the part failed due to defective materials or workmanship. The repair or replacement of any such defective part shall be Honeywell’s sole and exclusive responsibility and liability under the limited warranty.2.Ex clusionsA.I f gas sensors are part of the Product, the gassensor is covered by a twelve month limited warrantyof the manufacturer.B.I f gas sensors are covered by this limited warranty,the gas sensor is subject to inspection by Honeywellfor extended exposure to excessive gasconcentrations if a claim by the Purchaser is madeunder this limited warranty. Should such inspectionindicate that the gas sensor has been expendedrather than failed prematurely, this limited warrantyshall not apply to the Product.C. This limited warranty does not cover consumableitems such as batteries or items subject to wear orperiodic replacement including lamps, fuses, valves,vanes, sensor elements, cartridges, or fi lter elements.3. Warranty Limitation and ExclusionHoneywell will have no further obligation under this limited warranty. All warranty obligations of Honeywell are extinguishable if the Product has been subject to abuse, misuse, negligence, or accident or if the Purchaser fails to perform any of the duties set forth in this limited warranty or if the Product has not been operated in accordance with the instructions, or if the Product serial number has been removed or altered. 4.Disclaimer of Uns ta ted WarrantiesTHE WARRANTY PRINTED ABOVE IS THE ONLY WARRANTY APPLICABLE TO THIS PURCHASE. ALL OTHER WARRANTIES, EXPRESS OR IMPLIED,INCLUDING BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESSFOR A PARTICULAR PURPOSE ARE HEREBY DISCLAIMED.5.Limi ta tion of LiabilityIT IS UNDERSTOOD AND AGREED THAT HONEYWELL’S LIABILITY, WHETHER IN CONTRACT, IN TORT, UNDER ANY WARRANTY, IN NEGLIGENCE OR OTHERWISE SHALL NOT EXCEED THE AMOUNT OF THE PURCHASE PRICE PAID BY THE PURCHASER FOR THE PRODUCT AND UNDER NO CIRCUMSTANCES SHALL HONEYWELL BE LIABLE FOR SPECIAL, INDIRECT, OR CONSEQUENTIAL DAMAGES. THE PRICE STATED FOR THE PRODUCT IS A CONSIDERATION LIMITING HONEYWELL’S LIABILITY. NO ACTION, REGARDLESS OF FORM, ARISING OUT OF THE TRANSACTIONS UNDER THIS WARRANTY MAY BE BROUGHT BY THE PURCHASER MORE THAN ONE YEAR AFTER THE CAUSE OF ACTION HAS OCCURRED.405 Barclay Boulevard Lincolnshire,Illinois60069, USATel: +1 847 955 8200Toll free: +1 800 538 0363********************************。

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‡ SIGNET 2820 Series Conductivity Sensor Instruction ManualENGLISH1. Wiring2. Recommended Position3. 2819/2820/2821 In-line InstallationSAFETY INSTRUCTIONS FOR IN-LINE ELECTRODE INSTALLATION 1.Do not remove from pressurized lines.2.Do not exceed maximum temperature/pressure specifications.3.Wear safety goggles or face shield during installation/service.4.Do not alter product construction.Failure to follow safety instructions may result in severe personal injury!Customer supplied pipe tee/reducerStandardfitting kit Hole up Mark holeposition3/4 in. NPTHand tighten only!Optional fitting kit Hole up Mark hole positionCustomer supplied pipe tee/reducer1/2 in. NPTHand tighten only!O-ringO-ringSealantSealant+GF + SIGNET 5800CR•Use three conductor shielded cable for cable extensions up to 30 m (100 ft max.• Shield must be maintained through cable spliceREDWHITE BLACK SILVER (SHLDS h l dS i g n a l I NT e m p . I NI s o . G n dCH 2CH 1RED SILVER (SHLDBLACKSILVER (SHLDBLACKCNOTx GND RxCH2S2 T2S1 T1 SGCNOR+R-RLY3RLY4SERIAL ANL2CH11 2 3 4 5 6 7 8 9 10 11 12 13 14WHITE RED WHITE+GF + SIGNET 9050CRIn-line 2821-1Use caution to avoid air bubble or sediment trapping inside the electrode cavity. SubmersibleOR(J-2/03 English3-2820.090-14. 2822 In-line Installation5. 2823 In-Line InstallationCustomer supplied pipe tee/reducer Sealant1-1/4 turns past finger tightHole upMark hole positionInstall behind hole ONLY!Customer supplied pipe tee/reducer3/4 in. NPTSealant121-1/4 turns past finger tight3/4 in. NPT Customer supplied coupling Customer supplied pipe SealantSealant6. 2819/2820/2821 Submersible Installation7. 2822 Submersible Installation2Standard fitting kitOptional fitting kit3/4 in. NPT1/2 in. NPT1Customer supplied pipe Customer supplied couplingHand tighten only!Standard fitting kitOptional fitting kitO-ring SealantSealantOptional submersion fitting kit #3-2820.390121-1/4 turns past finger tight3/4 in. NPT Customer supplied pipe Customer supplied coupling SealantSealant8. 2823 Submersible InstallationFill with 3 to 4 in. of sealantAttach 3/4 in. watertight pipe to the top of the sensor. Secure the threaded connection to prevent any leakage. For additional defense against possible accumulation of condensation at the back seal area of the sensor, fill the lower 3-4 inches (75-100 mm of conduit or extension pipe with a flexible sealant such as silicone.2819-1/2820-1/2821-1•2819-1 cell:0.012819-1 range:0.010 to 100 µS (10 kΩ to 100 MΩ•2820-1 cell:0.12820-1 range: 1 to 1000 µS•2821-1 cell: 1.02821-1 range:10 to 10,000 µS Temperature compensation:PT1000Wetted materials:•O-rings:EPR•Insulator material:PTFE•Electrodes:316 stainless steelStandard fitting:Polypropylene•Max. pressure: 6.9 b ar (100 psi•Max. temperature:100 °C (212 °FOptional fitting:316 stainless steel (1/2 in. NPT•Max. pressure:13.8 bar (200 psi•Max. temperature:120 °C (248 °FQuality Standard:CE 6 in./152 mm4.2 in./107 mm2 in./50 mm0.8 in./21 mm3/4 in. NPT15 ft/4.6 m cable (std. Reversiblefitting assy.for submersion mounting0.5 in./13 mm2821-1sensor tip2820-1sensor tip0.3 in./8 mm2819-S1/2820-S1/2821-S1/2819-T1/2820-T1/2821-T1•2819-X1 cell:0.012819-X1 range:0.010 to 100 µS (10 kΩ to 100 MΩ•2820-X1 cell:0.12820-X1 range: 1 to 1000 µS•2821-X1 cell: 1.02821-X1 range:10 to 10,000 µSSanitary fitting size: 1 and 11/2 in.Temperature compensation:PT1000Wetted materials:•O-rings:EPR•Insulator material:PTFE•Electrodes:316 stainless steel or titanium Sanitary fitting:316 stainless steel or titaniumMax. pressure: 6.9 bar (100 psiMax. temperature:120 °C (248 °FQuality Standard:CE2819-S2/2820-S2/2821-S2/2819-T2/2820-T2/2821-T2•2819-X2 cell:0.012819-X2 range:0.010 to 100 µS (10 kΩ to 100 MΩ•2820-X2 cell:0.12820-X2 range: 1 to 1000 µS•2821-X2 cell: 1.02821-X2 range:10 to 10,000 µSSanitary fitting size: 2 in.Temperature compensation:PT1000Wetted materials:•O-rings:EPR•Insulator material:PTFE•Electrodes:316 stainless steel or titanium Sanitary fi tting:316 stainless steel or titaniumMax. pressure: 6.9 bar (100 psiMax. temperature:120 °C (248 °FQuality Standard:CE152 mm6.0 in./13 mm0.5 in./50 mm2.0 in./126 mm5.0 in./2820-X1sensor tip2821-X1sensor tip50 mm2.0 in./21 mm0.8 in./8 mm0.3 in./ 15 ft/4.6 m cable (std.64 mm2.5 in./152 mm6.0 in./13 mm0.5 in./126 mm5.0 in./2820-X2sensor tip2821-X2sensor tip50 mm2.0 in./21 mm0.8 in./8 mm0.3 in./ 15 ft/4.6 m cable (std.9. SpecificationsAlternate wetted materials and overall lengths are available through special order. Cable length extensions to 100 ft. (30 m are available through special order. For resistivity measurements above 10 MΩ and/or below 20°C, maximum cable length is 25 ft. (7.6 m.ASensor tip (side viewElectrodeBInsulatorCElectrodeCotton swab• Clean electrode • Clean metal body8-32Sensor tip (end viewDInsulatorSensor tip (side view10. MaintenanceAny coatings on electrodes will cause readings to drift or show poor response. Clean metallic surfaces with a mild detergent and a non-abrasive brush or cotton swab.2823-1 Sensor Tip Removal Procedure:11. AccessoriesPart No.Description3-2820.392Optional 1/2" 316 SS Fitting 3-2820.390Optional 3/4" 316 SS Fitting‡ SIGNETSignet Scientific Company, 3401 Aerojet Avenue, El Monte, CA 91731-2882 U.S.A. • Tel. (626 571-2770 • Fax (626 573-2057For Worldwide Sales and Service, visit our website: • Or call (in the U.S.: (800 854-4090GEORGE FISCHER ‡ Piping Systems 3-2820.090-1(J-2/03 English © Scientific Company 2003Printed in U.S.A. on recycledpaper2822-1Cell:10.0Range:100 to 200,000 µS Temperature compensation:PT1000Wetted materials:•O-rings:EPR •Insulator material:CPVC•Electrodes:316 stainless steel Standard fitting:316 stainless stee l Max. pressure: 6.9 bar (100 psiMax. temperature:95 °C (203 °FQuality Standard:CE2823-1Cell:20.0Range:200 to 400,000 µS Temperature compensation:PT1000Wetted materials:•O-rings:EPR •Insulator material:PTFE•Electrodes:316 stainless steel Fitting:316 stainless steel Max. pressure: 6.9 bar (100 psiMax. temperature:150 °C (302 °FQuality Standard:CE8.0 in./203 mm15 ft./4.6 m cable (standard3/4 in. NPTReversible fitting assy for submersion mounting 3.5 in./89 mm0.75 in.19 mm5.8 in./147 mm3.4 in./86 mm15 ft/4.6 m cable (std.Optional 316 SS submersion fitting kit #3-2820.3903/4 in. NPT19 mm0.75 in.3/4 in. NPT。

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