S型称重传感器stc说明书

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STC(Straight Tip Cartridge )操作指南说明书

STC(Straight Tip Cartridge )操作指南说明书

TABLE OF CONTENTS1.Safety Precautions2.Confirmation and Precautions Before Operation3.External Dimension Diagram of Each Part5.Adapter Block6.Sensor Pack(Option)7.Maintenance7-1. Cap Tip Loading Procedure7-2. Cartridge Disassembly Procedure7-3. Cartridge Mounting Procedure8.Example of Cap Tip Insertion Operation9. Robot Teaching10. Problems and Solutions11. Replacement List12. Order ModelContact 2 424 37 32 18 20 22 5131428 33 3 35■Please read "Safety Precautions" carefully before using, and use our product correctly.This product is a device where a cap tip is inserted.Please do not use it for any purpose other than its intended use. Our company does not bear any responsibility with respect to failures, repairs, accidents, or other problems when using our product outside of its intended use. Please understand this point.■Regarding signs"Safety Precautions" provided in this instruction manual to prevent risks and obstacles for you and other people in advance is divided into "Warning" and "Caution" for information. Since both are important contents concerning safety, please be sure to observe them.It indicates contents informing possibilities of death or serious injury in case of incorrect handling.It indicates contents informing possibilities of injury due to handling error or occurrence of material damages.■Examples of SignsTypes of contents to be observed are explained by classification with graphical symbols. (Below are examples of graphical symbols)This symbol indicates operations that should not be done.This symbol indicates operation that should be done.Handling precautionsNever disassemble or modify. ● It may cause injury or operationfailure.Do not insert fingers or hands during operation. ● Injury may occur due to getting suckedin or caught.Please do not sprinkle a large amount of water.● Rush may occur to cause operationfailure.Please do not use chlorine-based or acidic cleaner for cleaning the main body. ● Toxic gas generated from the cleanermay harm your health.Contamination on the main body must be removed regularly.● If contamination is accumulated,it may cause operation failure.When using alcohol, paint thinner, or volatile lubricant for cleaning the main body, please wipe it off well.● When spatter is accumulated on volatilelubricant, it may cause ignition.2.1)This product is used when mounting cap tip with robot gun.2)Upper and lower cartridges can be distinguished by color.Generally, "yellow is for the upper side" and "blue for the lower side".3)Please use unused cap tip for loading.If scratches or contaminations are prominent on used caps or outer tapers, operation failure may occur.※The maximum number of loading are for φ16 → 12pcs /for φ13 → 14pcs /for φ19, 20 → 10pcs.4)Installation place must be where spatter and cooling water do not directly fall down as much as possible.5)Remove dust or foreign substances from the cartridge when they are caught in the cartridge. When cleaning inside, please disassemble. (Please refer to 7-2. Cartridge Disassembly Procedure)6)Please make sure that the cartridge is securely fastened before use. Also, make sure that the cartridge model being used is correct.7)Please make sure that the cap tip is loaded in the cartridge, or the cap tip is used correctly.8)During operation, set the applied gun pressure within 120kgf-150kgf . ※If 150kgf or more is used, the product may be damaged. ※If 120kgf or less is used, the tip may not be set on a shank.9)Do not drop this product.※This product could be broken if it is dropped or hit since it is resin. For Upper Side STC-****U For Lower Side STC-****LWeight about 0.5kg⑤①②③ ④ ⑥⑦⑧⑨⑩⑪⑫⑬①②⑤⑥⑦⑧⑨⑩⑪⑫ ⑬⑤①②③ ④ ⑥⑦⑧⑨⑩⑪⑫⑬①②⑤⑥⑦⑧⑨⑩⑪⑫ ⑬⑤①②③ ④ ⑥⑦⑧⑨⑩⑪⑫④⑩②⑤⑥⑦⑧⑫⑨⑪①⑤①②③ ④ ⑥⑦⑧⑨⑩⑪⑫④⑩②⑤⑥⑦⑧⑫⑨⑪①2)STC-ADB-**L-PP-SET for Lower SideAssemble the proximity sensor in the position below.(Important) Please be careful not to make a mistake because the assembly position is fixed. ** indicate cap tip outer diameters of the usage cap tip.①②③④④④<Wire Reference>1) Limit Switch Wire Color (D4CC-4060)Terminal No.WireColorTerminal1 Brown COM2 White NC3 Blue Earth 4BlackNO2) Connection Diagram of Proximity Sensor NPN (GX-F8A/GX-F8B)3) Connection Diagram of Proximity Sensor PNP (GX-F8A-P/GX-F8B-P)BlackBlueLoadBrow n BlackBlue LoadBrow nAssemble the proximity sensor in the position below.(Important) Please be careful not to make a mistake because the assembly position is fixed. ** indicate cap tip outer diameters of the usage cap tip. ①②③④④④<Wire Reference>1) Connection Diagram of Proximity Sensor (GX-12MLU)2) Connection Diagram of Proximity Sensor NPN (GX-F8A/GX-F8B)3) Connection Diagram of Proximity Sensor PNP(GX-F8A-P/GX-F8B-P)Color of Lead LineBrownBleeder ResistorLoadLoadBlueConditions of Connection Load(1) When OFF, load does not operate at leakage current (0.8 mA). (2) When ON, load operates at power supply voltage (-3V). (3) When ON, the current is in the range of 3-70mA.If less than 3mA, connect a bleeder resistor to flow at 3mA or above.BlackBlueLoadBrow n BlackBlue LoadBrow nPlease prepare a new cap tip for loading.Do not use used cap tips with scratches around the periphery or on taper. The cap tip may not be inserted correctly.The loading of the second and subsequent cap tip opens the fingernail while pushing the cap tip from the front.Please be careful when first opening the fingernail part by pushing the pickerOnce the loading of the total quantity is completed, make sure that the cap tip on the front matches the groove of the picker.Cap BoltM3×25LHexagon SocketHead BoltM3×25LSeparate the case.Remove slowly so that the spring does not pop out.CaseTelescopic BarSpringTelesco Cover Tip Push※M3 screw is used.Picker is removed when separated.Please be careful so that spring does not pop out.SpringPickerAlthough this description is for the upper side cartridge, it operation procedure for the lower side cartridge.Plunger PinDo not drop this product. It could be broken.ArrowArrowTighten 2 pieces of the plunger pin to secure the cartridge.When the pin is not tightened, the cartridge has possibly not been inserted into the fixed position.After completing the operation, make sure that the cartridge does not come off.8. Example of Cap Tip Insertion Operation■This is an example of operation when used with the switchboard of our company.※Please start from the welding power supply OFF/stopped cooling water.1) Start cap tip exchange • insertion operation2) Confirm the presence of the upper and lower cartridges • the presence of the cap tip with "proximity sensor".※The proximity sensor is assembled in the adapter block on Tip Changer3) Move a lower side of robot gun to cap tip removal position.4) Remove the lower side cap tip ※Be sure to remove the tip from the lower side.5) Check the removal of the lower side cap tip with “Limit Switch or Proximity Sensor” on the Tip Changer.6) Move the lower side of the robot gun to cap tip insertion position.7) Insert the lower side cap tip (Applied Pressure: 120-150kgf)8) Move the robot gun back to pull out a cap tip (Speed: 200-300mm/sec)9) Check the insertion of the lower side cap tip with “Limit Switch or Proximity Sensor” on the Tip Changer.10) Move the upper side of the robot gun to removal position.11) Remove the upper side cap tip12) Check the removal of the upper side cap tip with “Limit Switch or Proximity Sensor” on the Tip Changer.13) Move the upper side of robot gun to removal position.14) Insert the upper side cap tip (Applied Pressure: 120-150kgf)15) Move the robot gun back to pull out a cap tip (Speed: 200-300mm/sec)Check cap tip removal (LS) Check cap tip insertion (LS)<OK > <NG > <OK > Presence of Cap TipPresence of Magazine ◆For checking the cap tip removal, set as follows. • If passing without contacting LS, OK • If passing by hitting LS, NG ◆For checking the cap tip removal, set as follows. • If passing by hitting LS, OK • If passing without contacting LS, NG The image below shows an example of using the lower cap tip. ※The image below shows an example of using the lower cap tip.When cap tip insertion check is OK,set as follows.If turning ON when the cap tip is broughtWhen cap tip insertion check is NG,set as follows.If the proximity sensor does not turn ON When cap tip removal check is NG,set as follows.If turning ON when the cap tip isWhen cap tip removal check is OK,set as follows.If the proximity sensor does not turn2) The lower side moves to the position where the front end of the cap tip contacts the pressure plate. Push up from the contact within 1mm.※Operation of pushing up too much will cause failure of cap tip insertion or product breakage.The upper side moves to the pressure position.4) Make room at the front end of the cap tip by an interval ofMove the lower part to a position where an interval ofWhen sending the robot to the rear without moving, there is a risk of scratches on the pressure plate • the front end of the cap tip.5) Send the robot gun backward without opening the robot gun up and down.OK NG■Inserting Lower Side Cap Tip1) Move the robot gun from the front of the cartridge to the cap tip mounting position.※Fit to the loading cap tip and the center position of shank as much as possible.If each center location is out of position, the insertion operation may fail.2) The lower side moves to the position where the cap tip contacts.Push up from the contact within 1mm.※Operation of pushing up too much will cause failure of cap tip insertion or product breakage.The upper side moves to the pressure position.3) Apply pressure and insert the cap tip. (120kgf-150kgf recommended) ※When used at 150kgf or more, the product may be damaged. ※When used at 120kgf or less, the cap tip may not be inserted.4) In the upper part, make room at the front end of the cap tip by an interval of 1-5mm. Move the lower part to a position spread by an interval of 1-2mm.※When sending the robot to the rear without moving, there is a risk of scratches on the pressure plate • the front end of the cap tip.5) Send the robot gun backward without opening up and down.It is an important operation to insert the cap tip correctly. (Speed: 200-300mm/sec) Note) The robot gun should not be sent backward after opening up and down.If sending back after opening up and down, cap tip insertion and cap tip removal cannot be performed correctly.Make sure that the next tip in the cartridge is forwarded correctly after sending backward.OK NGAbnormal Condition Causes and SolutionThe cartridge cannot be assembled with the adapter or cannot be fixed. * The plunger pin is out.→Push the plunger pin back in.* Foreign substances or dusts are stuck in the adapter block • cartridge.→Clean the foreign substances.* Positions of the cartridge groove and the adapter key do not match.→Change the positions.The cap tip cannot be inserted to the cartridge. * The cap tip shape • overall length do not match.→Prepare an appropriate tip for the cartridge.* There are contaminations or scratches around the periphery of the cap tip.→Replace with a new cap tip without scratches.The cartridge does not forward the next tip. * The inside of the cartridge is clogged with foreign substances or dust.→Remove foreign substances and clean.* Spring is damaged.→Disassemble the cartridge to replace the spring.The cap tip cannot be inserted. * Robot teaching is correct.→Adjust the horizontal • vertical of the robot gun.Perform the insertion operation at the cap tipcenter location.* Loading cannot be performed in the correctposition of the tip cartridge.→Adjust the position so that the grooves of thecap tip and picker are aligned.* Applied pressure is low.→Set it the recommended applied pressure(100kgf-150kgf).Product Name: PickerModel(For φ13):STC-ALDC-PC-13E(For φ16, φ19, φ20):STC-ALDC-PC-1692◆Required Quantity: 1◆Exchange Cycle:1 Year or 10,000 TimesProduct Name:Pressure PinModel(For φ13):STC-PP6-L5(For φ16):STC-PP6-L2◆Required Quantity:1◆Exchange Cycle:1 Year or 10,000 TimesProduct Name:Pressure PlateModel(For φ13, φ16):STC-PPS-01-001(For φ19, φ20):STC-PPS-1920-25-01-001◆Required Quantity:1◆Exchange Cycle:1 Year or 10,000 TimesProduct Name:Telescopic BarModelSTC-TSP-01-001STC-TSP-02-001STC-TSP-03-001◆Required Quantity :1 for Each◆Exchange Cycle:2 Years or 20,000 TimesProduct Name: Tip PushModel(For φ13):STC-PC13-01-001(For φ16):STC-PC16-01-001(For φ19):STC-PC19-01-001(For φ20):STC-PC20-01-001◆Required Quantity:1◆Exchange Cycle:1 Year or 10,000 TimesProduct Name:SpringModel11-1041◆Required Quantity:1◆Exchange Cycle:1 Year or 10,000 TimesProduct Name: SpringModel(For φ13,φ16) SUS 0.8*9.7_1D*122n*124N*450H (For φ19,φ20) SUS 0.8*9.7_1D*122n*124N*500H◆Required Quantity:1◆Exchange Cycle:1 Year or 10,000 TimesModel other than the above shapes is "STC-SP***U or L". STC cartridge cannot accept off set cap tips. 6φ16φ136φ19Up to 6φ20Up to 6MEMOContact us if there is any damage or machine defects in our products.KYOKUTOH CO., LTD.181-1, Nakayashiki, Orido-cho, Nisshin, Aichi 470-0115 Japan TEL +81-561-72-8811 FAX +81-561-72-8821 E-Mail:******************SAITAMA SALES OFFICETEL +81-49-277-4324 FAX +81-49-277-4325KANAGAWA SALES OFFICETEL +81-46-204-9260 FAX +81-46-204-9261 HIROSHIMA SALES OFFICETEL +81-82-569-6227 FAX +81-82-569-6228 FUKUOKA SALES OFFICETEL +81-92-410-6977 FAX +81-92-410-6988CHANGER & DRESSER CORPORATION1527 ITC Way, Anniston, AL 36207 U.S.A TEL +1-256-832-4392 FAX +1-256-832-4393 KYOKUTOH CHINA73 Huagang Street, Xiuquan Town, Huadu District, GuangZhou City, GuangDong Province, China. TEL +86-20-86980880 FAX +86-20-86980890 KYOKUTOH THAILAND339/2 Soi Phattanakarn 69, Phattanakarn Road, Prawet, Bangkok 10250 THAILANDTEL +66-272-162-82 FAX +66-272-162-84 http://www.kyokutoh.co.thKYOKUTOH KOREA117, Tawon TAKRA II Industry Center, Dongsan-ro 76, Danwon-gu, Ansan-si, Gyeonggi-do, Korea 15434 TEL +82-31-414-8730 FAX +82-31-414-8731KYOKUTOH EUROPEMax-Planck-Str.4 59423 Unna GermanyTEL +49-2303-93-615-00 FAX +49-2303-93-615-29 http://www.kyokutoh.deKYOKUTOH WELD INDIAOffice No.19, 3rd Floor, Aditya Centeegra, FC Road, Deccan, Pune - 411004TEL +91-20-68297011 FAX +91-20-68297011。

称重控制器说明书

称重控制器说明书

配料秤系配料秤系统统 MW96C简明操作手明操作手册册包括 INCLUDES• 基本设置说明 •操作说明应用于 APPLIESTO•MW96C -配料秤 P-Module•MT8x - 变送器• MW99d4 & MD1 - 重量显示器•变送器软件版本 v5.10 及延续现有参考文件AVAILABLE DOCUMENTATIONCOPYRIGHT © 2011 by EMC Industrial Group Ltd 56 Tarndale Grove, Albany, North Shore, Auckland 0632 PO Box 101 444 North Shore, Auckland 0745, New Zealand 电话 +64-9-415 5110, 传真 +64-9-415 5115 E-mail sales@Web 由于产品改进,实际功能可能与简介书有所差异。

A S WE ARE CONTINUOUSLY IMPROVING OUR PRODUCTS , CHANGES TO THIS SPECIFICATION MAY OCCUR WITHOUT NOTICE .(Document Details: g0 g1 g2 g3 g4 g5 g6 g9 g10 g11 g14 d0 d2 d3 d4 v0 v5 MT8x))产品 说明 参考文件 MW61静态秤系统W EIGHER I NSTRUMENT技术信息简介 简明操作手册 操作说明书 简明设置摘要MW93 变重秤系统W EIGHT C HANGE I NSTRUMENT技术信息简介 简明操作手册 操作说明书 简明设置摘要MW94 冲板流量计系统I MPACT F LOWMETER I NSTRUMENT技术信息简介 简明操作手册 操作说明书 简明设置摘要MW95 皮带秤系统B ELT W EIGHER I NSTRUMENT技术信息简介 简明操作手册 操作说明书 简明设置摘要MW96 配料秤系统W EIGHFEEDER I NSTRUMENT技术信息简介 简明操作手册 操作说明书 简明设置摘要目录C ONTENTS连接电路图 C ONNECTION D IAGRAM4设置指南 SETTING UP GUIDE.....................................5 设置 S ETTINGS ..........................................................5 快捷键 Q UICK K EYS5 初始初始设设置 I NITIAL S ETUP .............................................5 工程计量单位 E NGINEERING U NITS 5 量程范围 M EASURING R ANGE 5 显示数据分辨率 D ISPLAY R ESOLUTION6 标定皮定皮带带速度 & 长度 C ALIBRATE B ELT S PEED & L ENGTH .6 使用手持测速表 W ITH H AND H ELD T ACHOMETER6 标定重量 C ALIBRATE W EIGHT ......................................6 皮带停止 B ELT S TOPPED6 标定修正系定修正系数数 C ALIBRATE C ORRECTION F ACTOR ..............6 实物测试 M ATERIAL T ESTING 6 无修正 N O C ORRECTION7简要设置 – MW96C 变送器 BRIEF SETUP....................8 基本基本设设置 B ASIC S ETTINGS ...........................................8 工程计量单位 E NGINEERING UNITS 8 量程范围 M EASURING RANGE 8 显示数据分辨率 D ISPLAY RESOLUTION8 输入 I NPUTS ..............................................................8 开关量输入 D IGITAL INPUTS8 转速计 & 皮带长度 T ACHO & B ELT LENGTHS 9 称重传感器输入 (称量段重量) L OADCELL INPUT 9 电流/电压输入 (远程流量设定点) C URRENT /V OLTAGE INPUT 9 输入选项 I NPUT OPTIONS9 内部信部信号号 I NTERNAL S IGNALS .....................................10 重量 W EIGHT 10 流量 F LOWRATE 10 总累计量 T OTALISER 10 控制 C ONTROL10 输出 O UTPUTS .........................................................11 模拟量输出 1 (速度命令) A NALOG OUTPUT 1 11 模拟量输出 2 (流量) A NALOG OUTPUT 2 11 开关量输出 D IGITAL OUTPUTS 11 显示器 (MW99 或 MD1) D ISPLAY12 信息信息,,复位 & 最终标终标定定 I NFO , R ESETS & F INAL C AL ......12 变送器控制仪信息 T RANSMITTER I NFORMATION 12 P-Module 卡信息 P-M ODULE I NFORMATION 12 设置复位 R ESET SETTINGS 12 最终标定 F INAL CALIBRATION12简要设置 – 显示器 BRIEF SETUP - DISPLAY..............13 基本基本设设置 B ASIC S ETTINGS .........................................13 时钟 C LOCK13操作 OPERATION.....................................................14 用户操作 U SER O PERATION .......................................14 MD1 显示及操作原理 D ISPLAY AND OPERATING ELEMENTS 14 MD1 显示器15按键 K EYS 15 报警 A LARMS17连接电路图C ONNECTION D IAGRAM设置指南 SETTING UP GUIDE此部分建议了如何进行系统设置,关于变送器及显示器所有设置项的具体细节都可在其后的“设置”部分中找到。

TCS-C 电子台秤 使用说明书

TCS-C 电子台秤 使用说明书

2-9-2 清除所预设之上限值 ..................................................................................19
2-10 重量预设 ............................................................................................................19
2-7 清除预去皮值 .......................................................................................................17
2-8 累 计....................................................................................................................17
1
ZSMC200000061
上海英展机电企业有限公司
2-10-1 预设重量之上限值....................................................................................20 2-10-2 清除所预设之上限值 ................................................................................20 2-11 ID 输入方式 ........................................................................................................20 2-12 ITEM 输入方式...................................................................................................21 2-13 单重预设 ............................................................................................................22 2-13-1 存入单重预设数据之操作方式(写入) ........................................................22 2-13-2 使用单重预设数据之操作方式(读出) ........................................................22 第三章 外部功能设定模式..................................................................................................23

TCS电子台秤说明书

TCS电子台秤说明书
秤体为ib II CT 4
4).其它仪表
3.
3.1
产品型号
产品编号
额定容量
x分度数(kg)
秤台尺寸
(mm)
传感器容量
(kg)
立柱高
(mm)
TCS-30
LP7610-30-4050
30x0.01
400500100
50
400
TCS-60
LP7610-60-4050
60x0.02
400500100
100
600
LP7611-60-4050
50060090
100
700
TCS-150
LP7610-150-4050
150x0.05
400500100
200
600
LP7611-150-5060
50060090
200
700
TCS-300
LP7611-300-5060
300x0.1
500600130
500
700
LP7612-300-6080
600800150
500
1000
TCS-600
LP7611-600-5060
600x0.2
500600130
750
700
LP7612-600-6080
600800160
750
1000
TCS-1000
LP7612-1000-6080
1000x0.5
600800160
2000
1000
注:S--碳钢秤体,不锈钢台面;SS—不锈钢秤体,不锈钢台面
1.0
TC S系列电子台秤采用本公司生产的高精度称重显示仪和称重传感器,具有结构新颖,计量准确,经久耐用的特点,台面采用不锈钢或碳钢材料,可适用于工业及商业的称重场合。该台秤如配置打印机或与计算机联接,可实现称重数据的计算机管理。

精创STC使用说明书

精创STC使用说明书

精创STC-9200 使用说明书一.主要功能及特点:1.制冷,化霜,风机控制多种方式供选择;2.用户菜单与管理者菜单分开设置,既方便普通用户操作,又为高级管理者留有充分的调节余地;3.回差控制方式;温度显示分辨率0.1;4.多种保护和报警方式选择;5.具有COPYKEY功能(可选配)。

二.主要技术参数:1.测温范围:-50~50℃控温范围:-50~50℃2.电源电压:220V AC 50HZ3.整机功耗:<5W4.环境温度:0℃~+60℃5.相对温度:20%~85%(不可结霜)6.精度:±1℃7.整机尺寸:75 ×34.5 × 85 (单位:毫米)8.安装孔尺寸:71 × 29(单位:毫米)9.压缩机继电器容量:8A/220VAC10.风机,化霜继电器容量:8A/220VAC11.数码显示:三位数码管+负号位+状态指示灯(设置灯;制冷灯;化霜灯;风机灯)三.指示灯四.按键功能及设置方式:五.参数项清单六.功能介绍:1.压缩机;A.电热化霜状态下,风机延时设置为正:启动条件;当满足条件a) . b) 或者满足条件a) . c) 时,压缩机继电器吸合。

a)压缩机延时超过设定的延时时间。

b)库温高于设置温度,强制制冷开始。

c)非化霜状态下,库温高于设置温度+回差设置值(当风机延时为负值时,在满足其他启动条件且压机已经运行完延时数值的绝对值后压缩机继电器吸合)关闭条件:满足以下条件之一,压缩机继电器断开◇库温低于设置温度◇化霜开始时◇强制制冷结束B.热气化霜状态下:启动条件;当满足条件a) . b) 或者满足条件a) . c) 或者a) . d)时,压缩机继电器吸合。

a)压缩机延时超过设定的延时时间。

b) 非化霜状态下,库温高于设置温度+回差设置值c)库温高于设定温度强制制冷开始。

d)化霜时(当风机延时为负值时,在满足其他启动条件且压机已经运行完设定的延时数值的绝对值后压缩机继电器吸合。

称重传感器、力传感器技术服务手册

称重传感器、力传感器技术服务手册
4 按适用温度分类 常温:使用在常规场所,对温度没有特殊要求; 高温(超高温):使用在冶金、核电等温度较高的环境; 第 4 页,共 56 页

低温:使用在温度低于-30℃的场所,如冷冻试验。 5 按准确度级别分类
根据传感器的综合性能分为 A、B、C、D 四个级别 6 按结构分
1)柱式;2)剪切梁式;3)平行梁式;4)板环式;5)S 型;6)弯曲梁式等 五、称重传感器的基本应用
主要应用在各种电子衡器、工业控制领域、在线控制计量、安全过载报警、材料实验机等领域。 1)、电子汽车衡;2)、电子台秤;3)、电子叉车秤;4)、动态轴重秤;5)、电子吊钩秤;6)、电子计 价秤;7)、电子钢材秤;8)、电子轨道衡;9)、连续累计自动衡器;10)、重力式自动衡器;11)、自动分 检衡器;12)、称重模块(用于料斗秤、配料秤、罐装秤及其工业领域)
与所加的激励电压有关,所以额定输出的单位以 mV/V 来表示。并称之为灵敏度。
*灵敏度允差
传感器的实际稳定输出与对应的标称额定输出之差对该标称额定输出的百分比。例
如,某称重传感器的实际额定输出为 2.002mV/V,与之相适应的标准额定输出则为
2mV/V,则其灵敏度允差为:((2.002 – 2.000)/2.000)*100% = 0.1%
传感器的线性误差、滞后误差以及在规定温度范围内由于温度对灵敏度的影响所引起的误差等的总和不能
超过误差带 δ。这就允许制造厂对构成计量总误差的各个分量进行调整,从而获得期望的准确度。
称重传感器按转换方法分为光电式、液压式、电磁力式、电容式、磁极变形式、振动式、陀螺仪式、
电阴应变式等 8 类,以电阻应变式使用最广。
所示:
L
L
F
F
D d

S型称重传感器

S型称重传感器

因为S型称重传感器看起来像S形,它通常被称为S型拉压力传感器,是称重传感器的重要类型。

该传感器采用合金钢制成,采用塑料密封密封,安装方便,使用方便。

下面由S型称重传感器的厂家高灵传感为大家详细介绍下该设备的相关常识,帮助大家对该产品有较全面的认识。

S型称重传感器特性:
线性度:指传感器输出量与输入量之间的实际关系曲线偏离拟合直线的程度。

定义为在全量程范围内实际特性曲线与拟合直线之间的最大偏差值与满量程输出值之比。

S型称重传感器用途:
S型称重传感器,选用进口高精度,高稳定性压力传感器芯体,采用电子束焊接,将压力充油部件与不锈钢外壳焊接为一体,由于硅压阻敏感芯片上输出的电压信号与作用下的压力有良好的线性关系,经过本公司的高可靠性放大电路和精细的外部补偿,可实现对被测压力数据的准确测量,再将传感器的压力数据转。

S型称重传感器特性外形尺寸:
蚌埠高灵传感系统工程有限公司在自主创新的基础上开发生产出力敏系列各类传感器上百个品种,各种应用仪器仪表和系统,以及各种起重机械超载保护装置,可以广泛应用于油田、化工、汽车、起重机械、建设、建材、机械加工、热电、军工、交通等领域。

公司除大规模生产各种规格的高精度、高稳定性、高可靠性常规产品外,还可根据用户具体要求设计特殊的非标传感器,以满足用户的特殊要
求。

如果您想进一步的了解,可以直接点击官网高灵传感进行在线了解。

XK3101XS型称重数传器和XK3101DS型称量接收显示器说明.

XK3101XS型称重数传器和XK3101DS型称量接收显示器说明.
2.主要技术指标
XK3101XS/DS型称重数传器/称量接收显示器的技术性能符合GB/T7724-1999《称重显示控制器》规定的中准确度等级的3级标准。
2.1称量性能的基本技术指标
2.1.1示值非线性度:0.01%F•S;传感器信号输入灵敏度:0.3μV /d。(数传器部分)
2.1.2A/D转换速度:约25次/秒;(可选约50次/秒);A/D内部码20万码。(数传器部分)
4
XK3101XS型称重数传器原理框图
XK3101DS型称量接收显示器接收由XK3101XS发送经电缆传输的RS-232C格式0/20mA电流信号。此信号的内容是与称量信号有关的模数转换值。它由带隔离的串行通讯接口、模拟量输入及模数转换器(特殊用途时)和定值报警继电器等组成,其原理框图如下图所示:
XK3101DS型称量接收显示器原理框图
设定分度数、分度值等
+7
A/D码直接显示(应EEPROM键一直按下)
+8
标定和称量内部码显示
7.4 DIP开关说明
由于本接收显示器可面板数字密码设置进入设定或标定等全部操作,因此不用拨动DIP开关。DIP开关的设置主要用来供生产厂家初始化参数设置、方便调试、检验和用户维护以及用户忘记密码时,进入设置参数操作模式来显示已设置的密码。要拨动开关必须打开机壳的盖板。
7.2.5“↑”键,在设置数据时,按一下此键可使显示器个位数加1递增。在XK3101DS-L累加(打印)接收显示器中此键除加1递增外还用来打印已累加的次数和累加值。
7.3密码设置说明
密码以“ ”为提示符,由1~5位阿拉伯数字组成。供方产品出厂时的密码默认值是“80000”,密码可由用户重新定义和修改。为了有利于记忆,本显示器的密码只有一个,而进入相应设定或标定等操作时,应加上规定的常数。具体的密码由如下表定义:

应变式S型称重传感器

应变式S型称重传感器

Capacity/(N)M 10~20350~5004Capacity /102050100200300400500N///////Rated Output 1.7~2.2mV/VCompensated Temp. -10...+40°C Excitation 5~12V Operating Temp. -20...+60°C Zero Balance ±2% of R.O.Temp. Shift Zero ±0.01% of R.O./°C Nonlinearity ±0.1% of R.O .Temp. Shift Span ±0.01% of R.O./°CHysteresis ±0.1% of R.O.Input Resistance385±30ΩNonrepeatability±0.05% of R.O.Output Resistance350±5ΩCreep(30min)±0.05% of R.O.Insulation Resistance>5000MΩ(50V)Safe Overload 150% of F.S.Ingress ProtectionIP64Ultimate Overload200% of F.S.Material of ElementAlloy steelCableØ21500mm 4-core shielded cable*Ø2*1500mm 4R.O.=Rated Output F.S.=Full Scale //------Specifications / Wiring Diagram /Input(+):Red Output(-):White Input(-):Black Output(+):Green Shield(+): (-): (-): (+):Load directionLoad directionWiring Diagram /Input(+):Red Output(-):White Input(-):Black Output(+):Green Shield(+): (-): (-): (+):Capacity /12351015203050kg////////Rated Output 2.0±10%mV/VCompensated Temp. -10...+40°C Excitation 5~15V Operating Temp. -20...+60°C Zero Balance ±2% of R.O.Temp. Shift Zero ±0.05% of R.O./10°C Nonlinearity ±0.1% of R.O .Temp. Shift Span ±0.05% of R.O./10°CHysteresis ±0.1% of R.O.Input Resistance410±30ΩNonrepeatability±0.05% of R.O.Output Resistance350±5ΩCreep(30min)±0.05% of R.O.Insulation Resistance>5000MΩ(50V)Safe Overload 120% of F.S.Ingress ProtectionIP62Ultimate Overload150% of F.S.Material of ElementAluminum alloyCableØ31500mm 4-core shielded cable*Ø3*1500mm 4R.O.=Rated Output F.S.=Full Scale //------Specifications /Load directionWiring Diagram /Input(+):Red Output(-):White Input(-):Black Output(+):Green Shield(+): (-): (-): (+):Capacity /1235101520kg//////Rated Output 2.0±10%mV/VCompensated Temp. -10...+40°C Excitation 5~15V Operating Temp. -20...+60°C Zero Balance ±2% of R.O.Temp. Shift Zero ±0.05% of R.O./10°C Nonlinearity ±0.05% of R.O .Temp. Shift Span ±0.05% of R.O./10°CHysteresis ±0.05% of R.O.Input Resistance410±10ΩNonrepeatability±0.03% of R.O.Output Resistance350±5ΩCreep(30min)±0.03% of R.O.Insulation Resistance>5000MΩ(50V)Safe Overload 120% of F.S.Ingress ProtectionIP64Ultimate Overload150% of F.S.Material of ElementAluminum alloyCableØ31500mm 4-core shielded cable*Ø3*1500mm 4R.O.=Rated Output F.S.=Full Scale //------Specifications /Capacity/ (kg)ABCHM250.8101463.5M6*151020//50.812.71763.5M6*1305060100///50.825.43076.2M12*1.75Load directionCapacity /251020305060100kg///////Rated Output 2.0±10%mV/VCompensated Temp. -10...+40°C Excitation 5~15V Operating Temp. -20...+60°C Zero Balance ±2% of R.O.Temp. Shift Zero ±0.05% of R.O./10°C Nonlinearity ±0.03% of R.O .Temp. Shift Span ±0.05% of R.O./10°CHysteresis ±0.03% of R.O.Input Resistance410±30ΩNonrepeatability±0.02% of R.O.Output Resistance350±5ΩCreep(30min)±0.03% of R.O.Insulation Resistance>5000MΩ(50V)Safe Overload 120% of F.S.Ingress ProtectionIP64Ultimate Overload150% of F.S.Material of ElementAluminum alloyCableØ41500mm 4-core shielded cable*Ø4*1500mm 4R.O.=Rated Output F.S.=Full Scale //------Specifications / Wiring Diagram /Input(+):Red Output(-):White Input(-):Black Output(+):Green Shield(+): (-): (-): (+):Wiring Diagram /Input(+):Red Output(-):White Input(-):Black Output(+):Green Shield(+): (-): (-): (+):Capacity /51203050100200300kg/0//////Rated Output 2.0±10%mV/VCompensated Temp. -10...+40°C Excitation 5~15V Operating Temp. -20...+60°C Zero Balance ±2% of R.O.Temp. Shift Zero ±0.05% of R.O./10°C Nonlinearity ±0.03% of R.O .Temp. Shift Span ±0.05% of R.O./10°CHysteresis ±0.03% of R.O.Input Resistance350±30ΩNonrepeatability±0.03% of R.O.Output Resistance350±5ΩCreep(30min)±0.03% of R.O.Insulation Resistance>5000MΩ(50V)Safe Overload 150% of F.S.Ingress ProtectionIP50Ultimate Overload200% of F.S.Material of ElementAlloy steelCableØ52000mm 4-core shielded cable*Ø5*2000mm 4R.O.=Rated Output F.S.=Full Scale //------Specifications /Capacity(kg)L W H M 5/10/20/30/50508.12.763.5M8*1.25100/200/30050.81976.2M12*1.75Wiring Diagram /Input(+):Red Output(-):White Input(-):Black Output(+):Green Shield(+): (-): (-): (+):Capacity /2003005001000200030005000kg//////Rated Output 2.0±10%mV/VCompensated Temp. -10...+40°C Excitation 5~15V Operating Temp. -20...+60°C Zero Balance ±2% of R.O.Temp. Shift Zero ±0.05% of R.O./10°C Nonlinearity ±0.03% of R.O .Temp. Shift Span ±0.05% of R.O./10°CHysteresis ±0.03% of R.O.Input Resistance350±30ΩNonrepeatability±0.03% of R.O.Output Resistance350±5ΩCreep(30min)±0.03% of R.O.Insulation Resistance>5000MΩ(50V)Safe Overload 150% of F.S.Ingress ProtectionIP65Ultimate Overload200% of F.S.Material of ElementAlloy steelCableØ52000mm 4-core shielded cable*Ø5*2000mm 4R.O.=Rated Output F.S.=Full Scale //------Specifications /Capacity(kg)L W H M 200/300/500602570M12*1.751000602570M16*22000642570M16*23000/5000863594M18*1.5Wiring Diagram /Input(+):Red Output(-):White Input(-):Black Output(+):Green Shield(+): (-): (-): (+):Capacity /510203050kg////Rated Output 2.0±10%mV/VCompensated Temp. -10...+40°C Excitation 5~15V Operating Temp. -20...+60°C Zero Balance ±2% of R.O.Temp. Shift Zero ±0.05% of R.O./10°C Nonlinearity ±0.05% of R.O .Temp. Shift Span ±0.05% of R.O./10°CHysteresis ±0.05% of R.O.Input Resistance385±30ΩNonrepeatability±0.03% of R.O.Output Resistance350±5ΩCreep(30min)±0.03% of R.O.Insulation Resistance>5000MΩ(50V)Safe Overload 120% of F.S.Ingress ProtectionIP65Ultimate Overload150% of F.S.Material of ElementAlloy steelCableØ31500mm 4-core shielded cable*Ø3*1500mm 4R.O.=Rated Output F.S.=Full Scale //------Specifications /Load direction。

S型称重传感器

S型称重传感器

S型称重传感器广州兰瑟电子培训资料——杨帆S型称重传感器概述:最为常见的一种传感器,主要用于测固体间的拉力和压力,通用也人们也称之为拉压力传感器,因为它的外形像S形状,所以习惯上也称S型称重传感器,此传感器采用合金钢材质,胶密封防护处理,安装容易,使用方便,适用于吊秤,配料秤,机改秤等电子测力称重系统。

常见几种S型传感器结构:S型称重传感器特点传感器基于这样一个原理:弹性体(弹性元件,敏感梁)在外力作用下产生弹性变形,使粘贴在他表面的电阻应变片(转换元件)也随同产生变形,电阻应变片变形后,它的阻值将发生变化(增大或减小),再经相应的测量电路把这一电阻变化转换为电信号(电压或电流)从而完成了将外力变换为电信号的过程。

S型称重传感器受力方向:S型称重传感器接线方法:红+(输入+)白-(输出-)黑-(输入-)绿+(输出+) S型称重传感器相应尺寸参照表(mm):S型称重传感器技术参数:额定载荷Rated capacities(Emax)0.5、1、2、3、4、5(kg)输出灵敏度Rated output 2.0±10%mV/V综合误差Total error0.03~0.05%F.S非线性Non-linearity0.03~0.05%F.S滞后Hysteresis0.03%F.S重复性Repeatability0.02%F.S蠕变(30分钟)Creep(30min)0.03%F.S零点输出Zero balance±2%F.S零点温度漂移Temperature effect on zero±0.03%F.S/10℃温度灵敏度漂移Temperature effect on out±0.03%F.S/10℃输入阻抗Input resistance350±10Ω输出阻抗Output resistance350±5Ω绝缘电阻Insulation resistance≥5000MΩ/100DC 温度补偿范围Compensated Temperature range-10~+40℃工作温度范围Operation Temperature range-20~+55℃安全过载Maximum safe overload150%F.S极限过载Ultimate overload200%F.S推荐激励电压Excitation recommend9~12V DC最大激励电压Excitation maximum15VDC防封等级Protection Class IP67电缆尺寸Cable sizeΦ5×3000mm外形尺寸:。

ICS-ST矿用电子皮带秤说明书

ICS-ST矿用电子皮带秤说明书

ICS-ST矿用电子皮带秤使用说明书合肥海明科技开发有限责任公司二○○九年七月目录一、概述 ---------------------------------------------1二、设备组成与工作原理 ---------------------------------1三、技术特性 ------------------------------------------ 1四、安装 -------------------------------------------- 2五、使用方法 ------------------------------------------ 3六、使用、保养、维修及注意事项--------------------------4七、警告 ----------------------------------------------- 4八、运输与贮存 ------------------------------------------4九、开箱及检查 ----------------------------------------- 5十、联系方式 --------------------------------------------5一、概述1、产品总述:ICS-ST型矿用矿用电子皮带秤是由合肥海明科技开发有限责任公司研制的新型接触式矿用运料计量设备,该设备由:矿用电子皮带秤数显分机(内含隔爆兼本质安全电源、本安主机板、本安显示板、信号变送器)、本安称重传感器、矿用开停传感器部分组成(见附图)。

可直接工作在具有爆炸性气体(甲烷)和煤尘的矿井中,作为皮带机设备的运料计量。

本产品执行企业自编标准(QB/HMKJ10-2009)2、产品名称ICS-ST矿用电子皮带秤。

3、本产品应能在下列条件下正常工作。

3.1环境温度:0~+40℃3.2最大平均相对湿度:95%RH(25℃)3.3大气压力:80kPa~106kPa3.4无显著振动和冲击的场合3.5无破坏绝缘的腐蚀性气体场合3.6 有甲烷和煤尘爆炸性气体混合物,但无显著振动和冲击、无破坏绝缘的腐蚀性气体煤矿井下。

S型称重传感器工作原理及安装方法

S型称重传感器工作原理及安装方法

S型称重传感器S型称重传感器尺寸S型称重传感器工作原理传感器基于这样一个原理:弹性体(弹性元件,敏感梁)在外力作用下产生弹性变形,使粘贴在他表面的电阻应变片(转换元件)也随同产生变形,电阻应变片变形后,它的阻值将发生变化(增大或减小),再经相应的测量电路把这一电阻变化转换为电信号(电压或电流),从而完成了将外力变换为电信号的过程。

S型称重传感器有哪些优势?S型称重传感器,器如其名,S型传感器。

这种传感器具有拉压两用的功能。

拉力和压力两者都能测量。

在很多工业自动化设备上能够得到广泛的应用。

S型称重传感器体积一般较小,量程也不是特别大,100KG到500KG之间是比较比较常见的。

这种传感器的主材是合金钢,性价比让这种传感器在市场受到大部分客户群体青睐。

S型称重传感器其抗偏载能力方面,在众多传感器当中也是名列前茅的。

他的优势是精度高,测量范围好,安装方便。

就在包装行业得到很多的应用。

S型称重传感器安装方法1、根据所需工作环境来选定合适的传感器量程以及确定所用传感器的额定载荷,称重传感器虽然本身具备一定的过载能力,但在安装和使用过程中应尽量避免此种情况。

有时短时间的超载,也可能会造成传感器永久损坏。

2、称重传感器要轻拿轻放,尤其对于用合金铝材料作为弹性体的小容量传感器,任何振动造成的冲击或者跌落,都很有可能造成很大的输出误差。

3、安装前按说明书要求接线,常用接线方式:红色为电源正极,接到EXC+上,黑线为电源负极,接到EXC-上,绿线为信号正极,接到SIG+上,白线为信号负极,接到SIG-上,蓝线为反馈正极,接到SEN+上,黄线为反馈负极,接到SEN-上,各厂家出厂时线颜色可能不一样,具体请按说明书接线,4、传感器外壳、保护盖板、引线接头均经密封处理,不可随意打开,电缆线不宜自行加长,因为传感器电缆线在出厂时按输出电阻值调整过,自行加长或减短会影响到传感器输出电阻,为影响整个传感器精度,如果实在确实需加长时应在接头处锡焊,并加防潮密封胶,重新加电阻进行调整达到出厂时的默认输出电阻,5、传感器的电缆线应远离强动力电源线或有脉冲波的场所,这样可以减少现场干扰源对传感器信号输出,减少误差,提高精度。

称重传感器的使用与调试

称重传感器的使用与调试

称重传感器的使用与调试二、称重系统的构成和工作原理1.系统构成SCS全电子汽车衡主要由称重显示仪表、称重传感器、秤体等三大部分构成。

其中,秤体是被称物体与转换元件之间的机械传力复位系统,包括接受被称物体载荷的承载器、传力复位机构、限位装置等,他是汽车衡的主要承载部件,起到了承受物体重量的作用。

秤台和传力机构负责将物体的重量准确的传递给称重传感器。

称重传感器(一次仪表)位于秤台和基础之间,将被称物体的重量按一定的函数关系转换为相应的毫伏级电信号,通过接线盒信号电缆输出到称重显示仪表(二次仪表)。

经处理后仪表直接显示被称物体的重量数据。

2.工作原理当称重物体或载重汽车停放在秤台上,载荷通过秤体将重量传递给称重传感器,称重传感器将重量转换为相应的mV级电信号。

该信号经前置放大、滤波、A/D转换。

由微处理器(单片机)对信号处理后,数字显示部位直接显示称重值。

三、现场使用和调试根据长期在外现场调试的经验,以全电子汽车衡为例,我国称重传感器的现场使用和调试中主要存在下列几种情况:地基和秤体的处理,传感器选择,标定以及角差的调节,传感器的各类故障检测和排除,称重仪表的选择和故障检测等。

1.地基和秤体的处理SCS全电子汽车衡的基础结构分为无基坑和浅基坑两种,施工中应满足下列要求:基础设计符合《JJG668-90固定式电子衡检定规程》的要求;基础的地耐力不低于98KPa;基础必须挖到冻土层以下;有必要有排水沟道的必须修排水沟道。

磅房内必须设置一根接地桩,接地电阻必须小于4欧姆。

对于配置防浪涌保护装置的汽车衡和配置防爆装置的汽车衡有更加严格的要求,基础施工时必须严格按照提供的指标完成,否则将达不到防浪涌保护和防爆的要求。

应注意的问题是安装限位螺栓和调整限位间隙。

安装时必须做到限位间隙达到2~3mm,然后必须拧紧螺母。

传感器的安装必须遵循传感器厂家提供的安装方法。

安装好的秤台用水准仪检查是否水平。

同时检查和校正秤台四周的间隙,使之达到安装要求。

称重传感器使用说明书

称重传感器使用说明书

称重传感器使用说明书一:原理和结构传感器利用电阻应变原理构成。

当被测的力通过拉压头直接作用于粘贴有电阻应变片的空心圆柱体的应变筒上,则应变筒轴向压缩,径向膨胀,相应轴向电阻应变值降低,径向值增加,电桥失去平衡,在外界提供电桥电源时则角输出端有不平衡的电压输出,该电压正比于作用在荷重传感器上的被测力。

传感器电路采用八片电阻应变片组成全桥结构。

二:特点1、传感器结构简单,安装、使用、携带方便。

2、具有较好的密封的防潮性能。

3、具有较高的抗振动、冲击稳定性。

4、结构设计保证了传递误差小且测量可靠,并有良好的静、动态特性。

5、能用于远距离进行静态和动态测量。

三:主要性能1、输出灵敏度:1.5mV/V2、非线性误差:0.1-0.3%R.O3、滞后误差:0.1-0.3%R.O4、重复性误差:0.1%R.O5、桥路阻抗:350欧姆6、过载能力:20%R.O7、绝缘阻抗:200兆欧8、激励电压:DC12V四:接线1,4——激励电压;1——电源正4——电源负2,3——输出信号;2——信号正3——信号负5,——屏蔽线五:使用守则保养1、遵守使用守则和保养方法才能保证测量可靠,满足主要技术条件中规定的指标、安全和较长的使用寿命。

2、传感器工作环境尽可能清洁,避免与较高的非工作热源接触。

3、传感器供桥电压不超过15V,(一般为10),采用容量大、稳定性高的电源并尽量靠近传感器。

4、作远距离测量时连接电缆、传感器、放大器及被测对象均需接地,布线尽量远离噪声源,尽量缩短和固定。

5、传感器接应变仪(或放大器)后,必须预热,待仪器稳定后开始工作。

6、被测量作用线与传感器的轴线重合,以免侧向力带来测量误差。

7、传感器不使用时,放置于干燥箱,保证使用寿命。

8、传感器不要随便启开外壳。

9、传感器定期进行静态标定。

STC-500kg传感器

STC-500kg传感器

美国Celtron STC-500kg称重传感器【广州洋奕电子】美国Celtron STC-500kg称传感器(中国地区正式一级总代理),产品原装现货,正品,拥有优势的价格,优质的服务,电话020-******* 5。

美国Celtron STC-500kg称重传感器技术参数:量程/分国内和国外量程(200,250,300,500,750,1K,1.5K,2K,2.5K,3K,5K,7.5K,10K,15K,20K,40K)Ib(25,50,75,100,250,500,750,1000,1500,2000,2500,5000)kg额定输出 3 mV/V±10%零点平衡±1%STC-500kg称重传感器蠕变0.02%(SS;0.03%)输入阻抗385Ω±5Ω滞后性±0.03%R.O.输出阻抗350Ω±3ΩSTC-500kg传感器非线性±0.01%R.O.绝缘阻抗>5000MΩceltron STC-500kg称重传感器重复性±0.03%R.O.加载负荷偏移量<1mm灵敏度温漂0.015%安全载荷150%STC-500kg传感器零点温漂0.026破坏载荷300%推荐激励电压10V AC/DC工作温度范围-10℃~+40℃STC-500kg最大激励电压15V AC/DC STC-500kg温度补偿范围-20℃~+60℃Celtron STC-500kg称重传感器特点与应用:STC-500kg称重传感器不锈钢制品STC-500kg防潮胶密封量程:25~40KlbSTC-500kg传感器综合精度:0.02%celtorn STC-500kg防护等级:IP65NTEP III 5000SIIIL10000STC/STR/HTC S型称重传感器(load cells) S型称重传感器Celtron STC S型称重传感器量程:25-5000KG,250-40Klb合金钢设计,不锈钢可选双向(张力/压缩)Celtron STC-500kg传感器合理化输出NTEP Class III 5000S, lllL10000 认证250lb-20Klb可选功能:调频批准可以使用美国Celtron STC-500kg S型称重传感器应用:机电转换表, 筒仓/漏斗/罐称重,起重机秤,叉车秤,计量/灌装,拉伸/拉力测量美国Celtron STC称重传感器所有型号:STC-5kg STC-10kg STC-25kg STC-50kg STC-75kg STC-100kg STC-250kg STC-500kg STC-750kg STC-1t STC-1.5t STC-2t STC-2.5t STC-5t STC-7.5t STC-10t STC-20tSTC-50kgSS STC-75kgSS STC-100kgSS STC-250kgSS STC-500kgSS STC-750kgSS STC-1t SS STC-1.5Tss STC-2tSS STC-2.5tSS STC-5tSS STC-7.5tSS STC-10TssSTC-50lb STC-100lb STC-150lb .STC-200lb STC-300lb STC-500lb STC- 750lb STC-1Klb STC-1.5Klb STC-2Klb STC-2.5Klb STC-3Klb STC-5Klb STC- 7.5Klb STC-10Klb STC-15Klb STC-30Klb STC-40KlbSTC-50kgXS STC-75kgXS STC-100kgXS STC-250kgXS STC-500kgXS STC-750kgXS广州洋奕电子供应各类国际进口称重传感器、位移传感器、压力传感器、扭矩传感器!我们郑重承诺:“三个月内,不满意或质量问题随时无条件退换货,退还全部货款,不收任何费用,质保一年,两年内随时免费维护”。

S型称重传感器工作原理及安装方法

S型称重传感器工作原理及安装方法

蚌埠力恒传感器工程有限公司传感器中最为常见的一种传感器主要用于测固体间的拉力和压力通用也人们也称之为拉压力传感器因为它的外形像S形状所以习惯上也称S型称重传感器此传感器采用合金钢材质胶密封防护处理安装容易使用方便适用于吊秤配料秤机改秤等电子测力称重系统。

目前中国市场s型称重传感器的生产厂家比较多,那么,s型称重传感器安装使用方法有哪些呢?今天就给大家介绍一下S型称重传感器的工作原理及安装方法!S型称重传感器工作原理传感器基于这样一个原理:弹性体(弹性元件,敏感梁)在外力作用下产生弹性变形,使粘贴在他表面的电阻应变片(转换元件)也随同产生变形,电阻应变片变形后,它的阻值将发生变化(增大或减小),再经相应的测量电路把这一电阻变化转换为电信号(电压或电流),从而完成了将外力变换为电信号的过程。

S型称重传感器安装方法1、根据所需工作环境来选定合适的传感器量程以及确定所用传感器的额定载荷,称重传感器虽然本身具备一定的过载能力,但在安装和使用过程中应尽量避免此种情况。

有时短时间的超载,也可能会造成传感器永久损坏。

2、称重传感器要轻拿轻放,尤其对于用合金铝材料作为弹性体的小容量传感器,任何振动造成的冲击或者跌落,都很有可能造成很大的输出误差。

3、安装前按说明书要求接线,常用接线方式:红色为电源正极,接到EXC+上,黑线为电源负极,接到EXC-上,绿线为信号正极,接到SIG+上,白线为信号负极,接到SIG-上,蓝线为反馈正极,接到SEN+上,黄线为反馈负极,接到SEN-上,各厂家出厂时线颜色可能不一样,具体请按说明书接线,4、传感器外壳、保护盖板、引线接头均经密封处理,不可随意打开,电缆线不宜自行加长,因为传感器电缆线在出厂时按输出电阻值调整过,自行加长或减短会影响到传感器输出电阻,为影响整个传感器精度,如果实在确实需加长时应在接头处锡焊,并加防潮密封胶,重新加电阻进行调整达到出厂时的默认输出电阻,5、传感器的电缆线应远离强动力电源线或有脉冲波的场所,这样可以减少现场干扰源对传感器信号输出,减少误差,提高精度。

称重器使用说明

称重器使用说明

XK3190-A9称重显示器使用说明书2006 年03 月版目录第一章技术参数第二章安装一. 仪表前功能视图和后功能视图二. 传感器和仪表的连接三.打印机与仪表的连接四. 大屏幕显示器的连接五. 串行通讯接口的连接第三章操作方法一. 开机及开机自动置零二. 手动置零 ( 半自动置零)三. 去皮功能四. 日期、时间的使用和操作五. 蓄电池使用六. 内码显示七. 数据记录的贮存八. 打印操作九. 记录的清除操作十. 记忆皮重的输入方法第四章维护保养和注意事项附录亲爱的用户:在使用仪表前,敬请阅读使用说明书。

XK3190-A9第一章技术参数1. 型号 XK3190-A9 称重显示器2. 准确度 III 级 n=30003. 模拟部分转换原理双积分式A/D输入信号范围 0 ~ 18mV最大净输入信号 18mV转换速度 10~15 次/秒A/D 转换分辨码 50 万码非线性< 0.01%F.S满量程温度系数 8PPM/℃标定全部采用键盘操作完成供桥电源 DC,8V,可连接6个350Ω的传感器或12个700Ω的传感器传感器的连接方式采用6线式,长线自动补偿4. 显示 7位LED,字高0.56英寸,7个状态指示符,3个电量指示符显示周期 100ms分度值 1/2/5/10/20/50/100 可选5. 时钟可显示年/月/ 日、时/分/秒,自动闰年、闰月。

精度 + 5s/24h,不受断电影响。

6. 键盘数字键 0~9功能键 15 个(其中10 个与数字键复合使用)键材料轻触式薄膜开关7. 大屏幕显示器接口串行输出方式传输方式电流环 / RS232信号传输的数据格式 11位波特率 600传输距离≤30米8. 串行通讯接口传输方式 RS232C/RS422(选配)波特率波特率可选600/1200/2400/4800/9600传输的数据格式 10 位:1 位起始位、8位数据位(ASCⅡ编码)、1位停止位传输距离RS232:≤30米RS422:≤ 1200米9. 打印接口标准并行输出接口可配TpuP16 微型打印机、TM800、KX-P1121、LQ1600K宽行打印机10. 数据贮存可贮存255个车号和皮重、100 个货号、205组称重记录11. 使用电源交流电源 AC 220V(-15%~+10%);50Hz(-2%~+2%)直流电源采用CP7-12 蓄电池供电(12V7 AH,外接)蓄电池使用时间约16小时(充足电后使用)蓄电池充电时间约30小时交流保险丝 500mA直流保险丝 1.5A12. 使用环境使用温度 0℃ -- 40℃储运温度-25℃ -- 55℃相对湿度≤85%RH预热时间 15 分钟13. 外形 310 ×195×186 (mm)自重约2.5 公斤第二章安装联接一. 仪表前功能视图和后功能视图 :二、传感器与仪表的连接1、传感器的连接采用9芯插头座。

称重传感器说明书电子版1

称重传感器说明书电子版1

阅读使人充实,会谈使人敏捷,写作使人精确。

有勇气承担命运这才是英雄好汉。

一、概况特性1.概述➢工业过程控制系统广泛使用了4~20mA控制环路,很多的数据采集和执行器就是为这种控制方式而设计的,由于它们接口简单,提供了使传感器与控制接口实现标准化的方法及不太容易受噪声影响,所以应用十分广泛。

➢HV01型重量变送器是我公司推出的、面向工业控制领域(或其他需要模拟量输出的应用场所)的产品。

HV01型重量变送器可通过内部拔动开关,选择传感器的供桥电源为12V直流或5V直流供电。

还可以通过内部跳线选择三档不同的放大倍数以适应不同输出灵敏度的传感器。

2.主要特点➢(长)6.4cm*(宽)5.8cm*(高)3.4cm小尺寸;➢模拟输出类型可选电流4~20mA输出或电压0~5V、10V输出;➢传感器激励电压可选直流12V或直流5V供电;➢三档放大倍数范围可选择。

3.技术指标➢传感器激励电压:直流12V或5V驱动1只≥300 Ω模拟式传感器;➢放大倍数: 200~2000倍、400~4000倍或600~6000倍;➢电流输出:负载电阻≤500Ω,电压输出:负载电阻≥10,000Ω;➢综合精度:1%FS;4.电源➢重量变送器的电源电压范围:直流15-24V,最大功耗1.5瓦。

➢重量变送器不可与易产生电源噪声的设备如电机、继电器或加热器等共用一个电源。

二、安装与接线1.外形尺寸Iout Vout GND +24VGND 电压输出接线方法电压输出接地接地电源15-24VDCIout Vout GND +24VGND 电流输出接线方法电流输出接地接地电源15-24VDC2. 系统接线图Iout Vout GND +24VGND 电压输出接线方法电压输出接地接地电源15-24VDCIout Vout GND +24VGND 电流输出接线方法电流输出接地接地电源15-24VDC3. 传感器接线将传感器从右侧穿入重量变送器内部,按照上图标识连接。

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S-Type Load CellModel STCCeltronFEATURES•Capacities: 25 to 5000kg, 250 to 40Klb •Alloy steel construction •Stainless steel available•Bi-direction(tension/compression)•Rationalized output•NTEP Class III 5000S, lllL10000 approval from 250lb to 20KlbOPTIONAL FEATURE•FM approval availableDESCRIPTIONS Type load cell as the name indicated can be easily identified by S-shaped body.They can be loaded either in tension or compression, and used for single or multiple-cell application if the output is rationalized.STC is made of alloy or stainless steel,sealed to IP67 providing excellent protection against moisture and humidity.APPLICATIONS•Electro-mechanical conversion scales •Silo/hopper/tank weighing •Crane scales •Fork-lift scales •Dosing/filling•Universal material tester •Tensile/pulling force measurementModel STCS-T ype Load Cell Celtron OUTLINE DIMENSIONSCAPACITY L W W1H T25/50/75kgmm50.8 26.712.763.5M6 x 1.0 (inch) 2.00 1.050.50 2.50100/150kgmm50.822.9219.176.2M10 x 1.5 (inch) 2.000.90.75 3.00250/300lbmm50.8 26.712.776.2(inch) 2.00 1.050.50 3.003/8-24UNF250kg 500/750lbmm50.830.419.176.2 M12 x 1.75 (inch) 2.00 1.20.75 3.001/2-20UNF500/750kgmm50.825.419.176.2M12 x 1.75 (inch) 2.00 1.000.75 3.001K/1.5Klbmm50.8 26.119.176.2(inch) 2.00 1.030.75 3.001/2-20UNF1000/1500kg 2K/2.5K/3Klbmm50.8 31.825.476.2M12 x 1.75 (inch) 2.00 1.25 1.00 3.001/2-20UNF5K/7.5Klbmm76.231.825.4107.9(inch) 3.00 1.25 1.00 4.253/4-16UNF2000/2500/5000kgmm76.238.131.8100.4M20 x 1.5 (inch) 3.00 1.50 1.25 3.9510Klb mm88.931.825.4120.7(inch) 3.50 1.25 1.00 4.753/4-16UNF15Klbmm101.638.131.8139.7(inch) 4 1.50 1.25 5.501-14UNS20Klbmm12755.750.8177.8(inch) 5 2.1927.0011/4-12UNF40Klbmm152.469.963.5254.0(inch) 6.00 2.75 2.5010.0011/2-12UNFWiring diagram+ Excitation Red- Excitation Black+ Signal Green- Signal WhiteModel STCCeltronS-T ype Load CellSPECIFICATIONS*Capacities 250-20Klbs **Stainless steel availableAll specifications listed subject to change without notice.FM ApprovalIntrinsically Safe: Class I, II, III; Div. 1 Groups A-G Non-Incendive: Class I; Div. 2 Groups A-DPARAMETERVALUEUNITNTEP/OIML Accuracy class NTEP III & IIIL Non-Approved Maximum no. of intervals (n)III 5000single*IIIL 10000single*2000Y = E max /V min100005000Maximum availableStandard capacities (E max )25, 50, 75, 100, 250, 500, 750, 1000, 1500, 2000, 2500, 5000kgStandard capacities (E max )250, 300, 500, 750, 1K, 1.5K, 2K, 2.5K, 3K, 5K, 7.5K,10K, 15K, 20K, 40KlbsRated output-R.O.3.0mV/VRated output tolerance 0.25±%of rated output Zero balance 1±%of rated output Non linearity 0.0200.020 (SS: 0.05) ±%of rated output Hysteresis0.0200.020 (SS: 0.05)±%of rated output Non-repeatability0.020±%of rated output Creep error (20 minutes) 0.030±%of rated output Zero return (20 minutes)0.030±%of rated output Temperature effect on min. dead load output 0.00150.0026±%of rated output/°C Temperature effect on sensitivity 0.00100.0015±%of applied load/°CCompensated temperature range -10 to +40°C Operating temperature range -20 to +60°C Safe overload 150% of R.C.Ultimate overload300% of R.C.Excitation, recommended 10Vdc or Vac rms Excitation, maximum 15Vdc or Vac rmsInput impedance 385±5Ohms Output impedance 350±3Ohms Insulation resistance >5000Mega-OhmsConstructionNickel plated alloy steel**Environmental protection IP67Vishay Precision GroupDisclaimerALL PRODUCTS, PRODUCT SPECIFICATIONS AND DATA ARE SUBJECT TO CHANGE WITHOUT NOTICE.Vishay Precision Group, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, “Vishay Precision Group”), disclaim any and all liability for any errors, inaccuracies or incompleteness contained herein or in any other disclosure relating to any product.The product specifications do not expand or otherwise modify Vishay Precision Group’s terms and conditions of purchase, including but not limited to, the warranty expressed therein.Vishay Precision Group makes no warranty, representation or guarantee other than as set forth in the terms and conditions of purchase. To the maximum extent permitted by applicable law, Vishay Precision Group disclaims (i) any and all liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special, consequential or incidental damages, and (iii) any and all implied warranties, including warranties of fitness for particular purpose, non-infringement and merchantability.Information provided in datasheets and/or specifications may vary from actual results in different applications and performance may vary over time. Statements regarding the suitability of products for certain types of applications are based on Vishay Precision Group’s knowledge of typical requirements that are often placed on Vishay Precision Group products. It is the customer’s responsibility to validate that a particular product with the properties described in the product specification is suitable for use in a particular application.No license, express, implied, or otherwise, to any intellectual property rights is granted by this document, or by any conduct of Vishay Precision Group.The products shown herein are not designed for use in life-saving or life-sustaining applications unless otherwise expressly indicated. Customers using or selling Vishay Precision Group products not expressly indicated for use in such applications do so entirely at their own risk and agree to fully indemnify Vishay Precision Group for any damages arising or resulting from such use or sale. Please contact authorized Vishay Precision Group personnel to obtain written terms and conditions regarding products designed for such applications.Product names and markings noted herein may be trademarks of their respective owners.。

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