技术参数 | |||
通道数量 | 96 | 通道间隔 | 50GHz, 100GHz |
通道频率 | 196.45~191.7THz | 最大输入功率 | 500mW; 27dBm |
带宽 | 1526.05~1563.86 nm | 光源接头 | SC/PC Standard |
测量速度 | 4 Sec. (all 96ch.) | 电池 | 锂聚合物电池, 1800毫安时,3.7伏 |
测量范围 | +10~-40dBm | 电池工作时长 | 充满电后单次使用620分钟 |
测量精度 | ± 1.0dB @ -40 dBm | 电流消耗(Max) | 0.25A |
显示屏分辨率 | 0.01dB | 电力消耗 | 0.925W |
显示单位 | dB, dBm,nm,THz | 显示 | 3.5” TFT-LCD, 16bit color, 240*320 |
重量 | 0.6 kg | 尺寸 | 196*95*40 mm |
温度 (环境条件) | -20 to +55 °C (操作环境) | 湿度 (最大无冷凝) | 95% (操作环境) |
-35 to +65°C (储存环境) | 85% (储存环境) |
美国米顿罗GM系列机械隔膜式计量泵/GM0120米顿罗加药泵/苏州加药泵
计量泵GM0050 /米顿罗GM0050/米顿罗计量泵GM0050/苏州GM0050计量泵
GM0090米顿罗/GM0090计量泵/米顿罗计量泵GM0090/苏州GM0090计量泵
米顿罗GM0120 /计量泵GM0120 /米顿罗计量泵GM0120/苏州GM0120计量泵
米顿罗GM0170 /计量泵GM0170 /米顿罗计量泵GM0170/苏州GM0170计量泵
GM0500米顿罗/GM0500计量泵/米顿罗计量泵GM0500/苏州GM0500计量泵
主要型号包括:GM0050 GM0090 GM0120 GM0170 GM0240 GM0330 GM0400 GM0500
特点:
平滑脉冲设计,无冲击 ? 冲程在静态及动态条件下均可调节
多种材质及泵头结构可选 ? 可选配电动冲程控制器
机械驱动PTFE膜片 ? 最大液体温度40 ℃*
手动/ 自动冲程调节可选 ? 稳态精度 +/- 2%(10%~100%)
冲程可调0~100%(自动/手动) ? 最大吸程4m水柱*
可选配电机控制器实现外部信号自动 控制, ? 最大吸入压力:20m 水柱
电机频率0~100%可调(GM泵 自动控制方式)
米顿罗机械隔膜泵,GM和GB系列两个系列。泵头材质为PVC,PP,SS316,高粘度等可选择,适合多种场合液体介质的输送。流量范围从2.25L到1800L均有。
可选双隔膜泵头结构
建议维护周期: 自动控制方式选择
电动冲程控制器接受外部控制信号,调节计量泵冲程长度, 从而改变计量泵输出流量。
GM系列计量泵选择ST型。 GB系列计量泵选择ECC型。
变频控制器:接受外部控制信号,调节计量泵冲程频率,从而改变计量泵输出流量。
供 电:220V/50HZ 单向
380V/50HZ 三相 控制信号:4~20mA 电机控制器(VARIPULSE):
仅用于GM系列计量泵,用于控制三相电机,改变冲程频率,从而调节计量泵输出流量。
V 型-同计量泵一体式安装 VR型-同计量泵分体式安装
主要型号包括:GM0050 GM0090 GM0120 GM0170 GM0240 GM0330 GM0400 GM0500
上海 | 江苏 | 浙江 | 安徽 | 福建 | 江西 | 山东 | 山西| 湖北 | 湖南 | 广东 | 广西 | 海南 | 重庆 | 四川 | 贵州 | 云南
苏州米顿罗机械隔膜计量泵
1)*系列型号编码 | 流量* L/h | 压力 MPa | 冲程 spm |
GM0002PL1MNN GM0005PL1MNN GM0010PL1MNN | 2.25 4.5 9 | 1.2 1.2 1.2 | 36 72 144 |
GM0025PL1MNN GM0050PL1MNN | 25 50 | 1.2 1.0 | 72 144 |
GM0090PQ1MNN GM0120PQ1MNN GM0170PQ1MNN GM0240PP1MNN | 85 115 170 235 | 0.7 0.7 0.7 0.7 | 72 72 144 144 |
GM0330PP1MNN GM0400PP1MNN GM0500PP1MNN | 315 400 500 | 0.5 0.5 0.5 | 144 144 180 |
上海 | 江苏 | 浙江 | 安徽 | 福建 | 江西 | 山东 | 山西| 湖北 | 湖南 | 广东 | 广西 | 海南 | 重庆 | 四川 | 贵州 | 云南
特点:
•平滑脉冲设计,无冲击 •冲程在静态及动态条件下均可调节
•多种材质及泵头结构可选 •可选配电动冲程控制器
•机械驱动PTFE膜片 •最大液体温度40 ℃*
•手动/ 自动冲程调节可选 •稳态精度±2%(10%~100%)
•冲程可调0~100%(自动/手动) •最大吸程4m水柱*
•可选配电机控制器实现外部信号自动 控制,•最大吸入压力:20m 水柱
电机频率0~100%可调(GM泵 自动控制方式)
•可选双隔膜泵头结构
•建议维护周期:≤1.0MPa 4000h
≤0.7MPa 8000h
自动控制方式选择
•电动冲程控制器 接受外部控制信号,调节计量泵冲程长度, 从而改变计量泵输出流量。
GM系列计量泵选择ST型。 GB系列计量泵选择ECC型。
•变频控制器: 接受外部控制信号,调节计量泵冲程频率,从而改变计量泵输出流量。
供 电:220V/50HZ 单向
380V/50HZ 三相
控制信号:4~20mA
•电机控制器(VARIPULSE):
仅用于GM系列计量泵,用于控制三相电机,改变冲程频率,从而调节计量泵输出流量。
V 型-同计量泵一体式安装
VR型-同计量泵分体式安装
1Human cyclic adenosinemonophosphate(cAMP)Elisa KitCatalog No. CSB-E04488h(96T) This immunoassay kit allows for the in vitro quantitative determination of humancAMP concentrations in serum, plasma. Expiration date six months from the date of manufacture FOR RESEARCH USE ONLY. NOT FOR USE IN DIAGNOSTIC PROCEDURES.2INTRODUCTIONCyclic adenosine monophosphate (cAMP, cyclic AMP or 3'-5'-cyclicadenosine monophosphate) is a second messenger important in manybiological processes. cAMP is derived from adenosine triphosphate (ATP)and used for intracellular signal transduction in many different organisms,conveying the cAMP-dependent pathway.cAMP is synthesised from ATP by adenylyl cyclase located on the innerside of the plasma membrane. Adenylyl cyclase is activated by a range ofsignaling molecules through the activation of adenylyl cyclase stimulatory G(Gs)-protein-coupled receptors and inhibited by agonists of adenylylcyclase inhibitory G (Gi)-protein-coupled receptors. Liver adenylyl cyclaseresponds more strongly to glucagon, and muscle adenylyl cyclase respondsmore strongly to adrenaline.cAMP decomposition into AMP is catalyzed by the enzymephosphodiesterase.cAMP is a second messenger, used for intracellular signal transduction,such as transferring the effects of hormones like glucagon and adrenaline,which cannot pass through the cell membrane. It is involved in theactivation of protein kinases and regulates the effects of adrenaline andglucagon. It also regulates the passage of Ca2+ through ion channels.3PRINCIPLE OF THE ASSAYThe microtiter plate provided in this kit has been pre-coated with agoat-anti-mouse IgG. Standards or samples are then added to theappropriate microtiter plate wells with a HRP-conjugated cAMP andantibody preparation specific for cAMP and incubated. Then substratesolutions are added to each well. The enzyme-substrate reaction isterminated by the addition of a sulphuric acid solution and the color changeis measured spectrophotometrically at a wavelength of 450 nm ± 2 nm. Theconcentration of cAMP in the samples is then determined by comparing theO.D. of the samples to the standard curve.DETECTION RANGE0.08pmol/ml-250 pmol/ml. The standard curve concentrations used for theELISA’s were 250 pmol/ml, 50 pmol/ml, 10 pmol/ml, 2 pmol/ml, 0.4 pmol/ml,0.08 pmol/ml.SPECIFICITYThis assay recognizes human cAMP No significant cross-reactivity orinterference was observed.4MATERIALS PROVIDEDReagent QuantityAssay plate 1Standard1 x 0.25 ml(5000pmol/ml)HRP-conjugate 1(1000 x stock solution)Antibody 1(1000 x stock solution)HRP-conjugate Diluent 1 x 6 mlAntibody Diluent 1 x 6 mlNeutralizing Reagent 1 x 6 mlWash Buffer1 x 15 ml(10×concentrate)Substrate A 1 x 10 mlSubstrate B 1 x 10 mlStop Solution 1 x 6 mlOTHER SUPPLIES REQUIRED1. Deionized or distilled water.2. Concentrated HCl.3. Precision Pipets for volumes between 5μ l and 1000μ l.4. Repeater Pipets for dispensing 50μ l and 200μ l.5. Disposable breakers for diluting buffer concentrates.6. Graduated cylinders.7. A microplate shaker.8. Adsorbent paper for blotting.9. Microplate reader capable of reading at 450 nm, preferably withcorrection between 570 and 590 nm.5STORAGE1. For long-term best results, store stocks of the Standard ,Antibody andHRP-conjugate at -80℃. All other components of this kit are stable at4°C until the kit's expiration date.SAMPLE COLLECTION AND STORAGEThis ELISA is compatible with cAMP samples that have been treated withhydrochloric acid to stop endogenous phosphodiesterase activity. Samplesin this matrix can be measured directly without evaporation or furthertreatment.Tissue samples should be frozen in liquid nitrogen. The tissue should beground to a fine powder under liquid nitrogen in a stainless steel mortar.After the liquid nitrogen has evaporated, weigh the frozen tissue andhomogenize in 10 volumes of 0.1M HCl. Centrifuge at > 600 x g at roomtemperature. The samples can then be diluted in the 0.1M HCl.Cells grown in tissue culture media can be treated with 0.1M HCl after firstremoving the media. Incubate for 10 minutes and visually inspect the cellsto verify cell lysis. If adequate lysis has not occurred incubate for a further10 minutes and inspect. Centrifuge at 600 x g at room temperature, thenuse the supernatant directly in the assay. Cell or tissue lysis can beenhanced by adding 0.1% to 1% Triton x-100 to the 0.1M HCl prior to use.When used in this concentration range, the detergent will not interfere with6the binding portion of the assay, however there will be a modest increase inthe optical density. Samples containing Triton should be evaluated against astandard curve diluted in the same for the most accurate determination.Cyclic AMP in the media can be measured after treating 1 mL of thesupernatant media with 10 μ L of concentrated hydrochloric acid.Centrifuge at 600 x g at room temperature. The supernatants can then beused directly in the assay.Procedural Notes1. Allow all reagents to warm to room temperature for at least 30 minutesbefore opening.2. Pre-rinse the pipet tip with reagent ,use fresh pipet tips for eachsample,standard and reagent.3. Pipet standards and samples to the bottom of the wells.4. Add the reagents to the side of the well to avoid contamination.5. The kit uses break-apart microtiter strips,which allow the user tomeasure as many samples as desired.Unused wells must be keptdesiccated at 4℃ in the sealed bag provided,The wells should be usedin the frame provided.6. Prior to addition of substrate ensure that there is no residual washbuffer in the wells .Any remaining wash buffer may cause variationin assay resultes.REAGENT PREPARATIONBring all reagents to room temperature before use.71. Wash Buffer If crystals have formed in the concentrate, warm to roomtemperature and mix gently until the crystals have completely dissolved.Dilute 15 ml of Wash Buffer Concentrate into deionized to prepare 150ml of Wash Buffer.2. HRP-conjugate working solution: Centrifuge the vial right before use.Dilute the HRP-conjugate 1000x stock solution (take 6μl) with theprovided dilution buffers (6 ml).3. Antibody working solution: Centrifuge the vial right before use. Dilutethe Antibody 1000x stock solution (take 6μl) with the provided dilutionbuffers (6 ml).4. Standards: Centrifuge the vial right before use. Allow the 5,000pmol/mL cAMP standard solution to warm to room temperature. Labelsix tubes #1 through #6. Pipet 475 μL 0.1M HCl into tube #1 and 400 μL0.1M HCl into tubes #2-6. Add 25 μL of the 5,000 pmol/mL standard totube #1. Vortex thoroughly. Add 100 μL of tube #1 to tube #2 andvortex thoroughly. Continue this for tubes #3 through #6. Theconcentration of cAMP in tubes #1 through #6 will be 250, 50, 10, 2, 0.4,and 0.08 pmol/mL respectively. Diluted standards should be usedwithin 30 minutes of preparation. Label one tube as the ZeroStandard/NSB tube. Pipet 600μl 0.1M HCl into this tube.ASSAY PROCEDUREBring all reagents to room temperature for at least 30 minutes prioropening.ALL standards and samples should be run in duplicate.Add the reagen directly to the samples and vortex for 2 seconds immediatelyafter the addition.81. Refer to the Assay Layout Sheet to determine the number of wells to beused and put any remaining wells with the desiccant back into thepouch and seal the ziploc .Store unused wells at 4℃.2. Pipet 50 μL of the Neutralizing Reagent into each well, except theTA(Total Activity) and Blank wells.3. Pipet 100 μL of 0.1M HCl into the NSB(None Specific Binding) and theBo (0 pmol/mL Standard) wells.4. Pipet 100 μL of Standards into the appropriate wells.5. Pipet 100 μL of the Samples into the appropriate wells.6. Pipet 50 μL of 0.1 M HCl into the NSB wells.7. Pipet 50 μL of HRP-conjugate working solution into each well exceptthe TA and Blank wells.8. Pipet 50 μL of Antibody working solution into each well, except theBlank, TA and NSB wells.9. Incubate the plate at room temperature for 2 hours on a plate shaker at250~500 rpm.10. Empty the contents of the wells and wash by adding 400 μL of washsolution to every well. Repeat the wash 2 more times for a total of 3washes.11. After the final wash, empty or aspirate the wells, and firmly tap the plateon a lint free paper towel to remove any remaining wash buffer.12. Add 5 μL of the HRP-conjugate working solution to the TA wells.913. Add 200 μL of the Substrate solution to every well. Incubate at roomtemperature for 5~30 minutes without shaking. A gradient of blue colorshould become visible during the incubation period. (Substrate A andB should be mixed together in equal volumes within 15 minutes ofuse. Protect from light.)14. Add 50 μL of Stop Solution to every well. This stops the reaction andthe plate should be read immediately.15. Blank the plate reader against the Blank wells, read the optical densityat 450 nm (for HRP), preferably with correction between 570 and 590nm. If the plate reader is not able to be blanked against the Blankwells, manually subtract the mean optical density of the Blank wellsfrom all readings.1 0CALCULATION OF RESULTSSeveral options are available for the calculation of the concentration ofcAMP in the samples. The X-axis is the concentration of cAMP for thestandards. The Y-axis is either the Average Net Optical Density or thePercent Bound.1. Calculate the average Net Optical Density (OD) bound for each standardand sample by subtracting the average NSB OD from the average ODbound:Average Net OD = Average Bound OD - Average NSB OD2. Calculate the binding of each pair of standard wells as a percentage ofthe maximum binding wells (Bo), using the following formula:3. Using Logit-Log paper plot Average Net OD or Percent Bound(B/Bo) versus concentration of cAMP for the standards. Theconcentration of cAMP in the unknowns can be determined byinterpolation.1 1Typical Standard CurvesThese curves must not be used to calculate cAMP concentrations; eachuser must run a standard curve for each assay and version used.SensitivitySensitivity was calculated by determining the average optical density boundfor ten wells run with the Bo, and comparing to the average optical densityfor ten wells run with Standard #5. The detection limit was determined asthe concentration of cAMP measured at two standard deviations from thezero along the standard curve.Non-Acetylated VersionMean OD for Bo = 0.685±0.003Mean OD for Standard #5 = 0.604±0.010Delta Optical Density(0-0.08pmol/ml) = 0.0812 SD's of the Zero Standard = 0.006Sensitivity = ̄0.006/0.081×0.4pmol/ml = 29.6 fmol/mL1 2LinearityA sample containing 16.0 pmol/mL cAMP was serially diluted 7 times 1:2 inthe 0.1M HCl and measured. The data was plotted graphically as actualcAMP concentration versus measured cAMP concentration. The lineobtained had a slope of 1.000 with a correlation coefficient of 0.999.Cross ReactivitiesThe cross reactivities for a number of related compounds were determinedby competition ELISA assays. Potential cross reactants were dissolved inthe kit Assay Buffer at concentrations from 500,000 to 500 pmol/mL. Thesesampleswere then measured in the cAMP assay, and the measured cAMPconcentration at 50% B/Bo calculated. The % cross reactivity wascalculated by comparison with the actual concentration of cross reactant inthe sample and expressed as a percentage.Compound Cross ReactivitycAMP 100%AMP <0.0001%ATP <0.0001%cGMP <0.0001%GMP <0.0001%GTP <0.0001%cUMP <0.0001%CTP <0.0001%
HS706C.T.P4S.DUL轴承 HS706C.T.P4S.DUL轴承价格 HS706C.T.P4S.DUL轴承尺寸 HS706C.T.P4S.DUL轴承报价 精密角接触球轴承样本图
订购原装FAG轴承请拨打021-3653 9288【FAG HS706C.T.P4S.DUL轴承】尺寸规格参数:轴承型号:HS706C.T.P4S.DUL轴承轴承系列:精密角接触球轴承轴承品牌:FAG轴承内径:6 外径:17 厚度:6 动载荷(Cr):1.56 静载荷(Cor):0.7 脂润滑限速:150000油润滑限速:220000净重kg:0.01 产品描述:钢球,15度,树脂保持架,P4级,开式,对装自由配组 上海东晟轴承有限公司提供 HS706C.T.P4S.DUL轴承的轴向压力、滚粒的数目、动态负荷、静态负荷、直径、替代型号等技术参数,我公司代理经营美国FAG轴承,瑞典SKF轴承,日本 NSK、NTN、IKO轴承,德国FAG、INA轴承、NADELLA轴承等名优进口轴承,如果您对 6 mm×17 mm×6 mm FAG HS706C.T.P4S.DUL轴承有疑问,请联系我们获取更多HS706C.T.P4S.DUL轴承的最新信息。TEL:021-3653 9288 我公司专业现货供应精密角接触球轴承 HS706C.T.P4S.DUL轴承,我们为您推荐以下型号: B7004-E-T-P4S轴承 R18/16-8 23096BKD1 NN3026轴承 PHS3EC HC7004-C-T-P4S轴承 7036CD/DT W036 6320-2Z轴承 4T-HM911242/HM911210 6301-2RZ轴承 6016-RS1 2207K NA4826轴承 SD544 FAG HS706C.T.P4S.DUL轴承 我公司还为您推荐FAGHS706C.T.P4S.DUL轴承广泛应用于: 齿轮泵, 手动泵, 钉跟机, 玻璃反应釜, 移印机, 食品药品包装机, 化纤机械, 塑料板材设备, 气流干燥设备, 等领域。EGBZ0812-E40轴承 http://www.fag.sh.cn/zhoucheng/EGBZ0812-E40.htmlEGBZ0814-E40轴承 http://www.fag.sh.cn/zhoucheng/EGBZ0814-E40.htmlC081008轴承 http://www.fag.sh.cn/zhoucheng/C081008.htmlBCE85轴承 http://www.fag.sh.cn/zhoucheng/BCE85.htmlK20X26X12轴承 http://www.fag.sh.cn/zhoucheng/K20X26X12.htmlL812147/L812111轴承 http://www.timken.sh.cn/TIMKEN/L812147_L812111.htmlL812148/L812111轴承 http://www.timken.sh.cn/TIMKEN/L812148_L812111.html29590/29520轴承 http://www.timken.sh.cn/TIMKEN/29590_29520.html29590/29522轴承 http://www.timken.sh.cn/TIMKEN/29590_29522.html395A/394轴承 http://www.timken.sh.cn/TIMKEN/395A_394.htmlEWP211轴承 http://www.nsk.sh.cn/bearings/EWP211.htmlEWP212轴承 http://www.nsk.sh.cn/bearings/EWP212.htmlEWP305轴承 http://www.nsk.sh.cn/bearings/EWP305.htmlAX4.5120155轴承 http://www.nadella.sh.cn/bearings/AX4.5120155.html
一、PXR型数字温控表的功能特点如下: 1. 前面板IP66防水结构,三健式菜单操作;2.标准螺钉接线,无须插座;3. 纵向尺寸比PXW表更短;4. UL/CSA/CE认证标志;5. 测量值大LED红色显示;6. 控制功能多种:简单ON/OFF控制,PID带自动调节控制,模糊及PID带自动调节控制,PID自适应调节控制;7.再传输功能(选件):传感器测量值可以以4-20MA型式传送到PHR型数据记录仪,PLC及个人计算机中;8.8段斜坡/保温程序控制功能(选件);9.RS-485通讯功能(选件),可与FUJI POD及个人计算机通讯;10.数字输入控制功能(选件):通过一点开关量ON/OFF,可改变设定值SV,控制动作起/停,斜坡/保温控制的开始/ 复位,自动调节功能的起/停,报警锁存的复位、定时器计时开始;11. 加冷却控制(选件):有利于节能;12. 加热断线报警(选件);13. 两点各种报警功能(选件):绝对值报警区间报警偏差报警; 14. 具有塑机专用的模糊+PID控制功能:15. 内部定时器功能二、型号及尺寸PXR3 24×48×97 (高×宽×深)PXR5 96×48×78 (高×宽×深)PXR4 48×48×78.8 (高×宽×深)PXR9 96×96×79.5(高×宽×深)技术指标控制类型: PID 控制、on/off控制、自整定、模糊控制单输出或加热/制冷双
最大32K的超大内存,3轴100K的高速脉冲具体型号如下:FX3G-14MTFX3G-24MT 最多可以带二个扩展模块FX3G-40MR FX3G-40MTFX3G-60MR FX3G-60MT 最多可以带4个扩展模块
此外本机带有USB接口可以直接带FX2N的扩展模块可以直接带FX3U的模块扩展模块FX3U-232ADPFX3U-4AD-ADPFX3U-4DA-ADPFX3U-4AD-PT-ADPFX3U-4AD-PTW-ADP(宽温度范围)可以同时接2个通信接口,通信接口是:FX3G-232;422;485 例如 FX3G-232-BD+FX3G-485-BD
功率配置590+ 四象限逆变回馈型;2 个全控3 相晶闸管桥;591+ 二象限非逆变回馈型;1 个全控3 相晶闸管桥;晶闸管控制可变磁场电枢电流(ADC)规格1:15,35A规格2:40,70,110,165A规格3:180,270A规格4:380,500,725,830A规格5:1580A规格H:1200,1700,2200,2700ADRV 选项适用于尺寸规格1 和2。过载能力:电流为15-450A 的传动,200% 过载最长10 秒钟;150%过载,最长30 秒钟。大于700A 的规格,不同规格有不同的过载能力。请参见手册。电枢电压:Varmature(max)=Vac x 1.2供电电源:110-220V(± 10%),规格1-5 选项220-500V(± 10%),规格1-5500-600V(± 10%),规格4-5 选项500-690V(± 10%),规格H磁场电流规格1:4A 规格2-3:10A规格4-5:30A 规格H:60A磁场电压:Vfield(max)=Vac x 0.9环境温度:0-45℃,< 270A 的规格;0-40℃,> 270A 的规格。超过上限,温度每升高1℃,降容1% 。环境温度为55℃海拔:500 米以下正常使用;超过500 米,每升高200 米,降容1%;为5000 米。
模拟输入:5 个(1 个12bits 精度带符号,4 个10bits 精度带符号)1 速度给定 (-10/0/+10V);4 可自定义模拟输出:3 个(10bits A/D 转换精度)1 电枢电流输出(-10/0/+10V 或0-10V)2 可自定义数字输入:9 个(24VDC,最大15A)1- 程序控制停止1- 惯性停车1- 外部信号停车1- 启停5- 可自定义数字输出:3 个(24V(最大30V) 100mA)3- 可自定义参考电压输入:3 个,-10VDC/+10VDC/24VDC保护高能Mov"s 散热器过温瞬时过流晶闸管触发失败逆变过流线间缓冲器网络磁场故障零速监测速度反馈故障静止逻辑电机过热堵转保护标准:符合欧洲CE 和北美UL 的工业标准。
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EH-50P电磁流量计由仪华测控生产,质量可靠,售后有保障。联系人:吴先生;联系电话:传真,QQ908805187本文来源<p><strong><a href="http://www.0523yh.com">压力变送器</a></strong></p>,http://www.yhck88.com/,<p><strong><a href="http://www.xhyhyb.com">压力变送器,<p><strong><a href="http://www.yhlwj.com">压力变送器</a></strong></p>产品名称:EH-50P电磁流量计规格型号:可非标定制产品价格:不同型号价格不同,请来电资询产品类别:流量计公司简介:仪华测控仪表有限公司主要生产各种型号的压力变送器、压力传感器、物位计、料位计、磁翻板物位计、温度仪表、压力仪表、物位仪表、控制开关、电热带配件等产品。是历史三十多年的仪表仪器行业中的大型企业,被国家列入大型一档企业,并被例入中国电力企业家协会火电分会成员,化工产业定点企业。被化工部、机电部、冶金工业部推荐为质量信得过产品企业。由于仪华的诚信和努力,长期来在供求双方之间保持着很高的信誉和良好的沟通渠道。企业连续多年被有关部门评为“重合同,守信用”单位。 兴化仪华生产EH-50P电磁流量计传感器由LDCK型EH-50P电磁流量计传感器和TBS型M900电磁流量传感器配套组成,用于测量管道内液体流量,EH-50P电磁流量计可以测量酸、碱、盐等腐蚀性液体或液体内混有固体的两相体,如矿浆、泥浆和含有大量杂物的污水及粘度很大的介质。EH-50P电磁流量计具有测量精度不受介质压力、温度、密度(包括固液比)、粘度等物理参数变化的影响,仪表灵敏、测量范围度大的特点,抗干扰能力强,零点稳定,工作可靠。EH-50P电磁流量计传感器有防爆型,防爆等级为:mdⅡBT4。本产品执行检定规程:JJGl98-94速度式流量计检定规程。EH-50P电磁流量计传感器特点:1、EH-50P电磁流量计可编程频率低频矩形波励磁,提高了流量测量的稳定性,功率损耗低;2、采用16位嵌入式微处理器,运算速度快、精度高;3、EH-50P电磁流量计全数字量处理,抗干扰能力强。测量可靠,精度高,流量测量范围可达1500:1;4、超低EMI开关电源,适用电源电压变化范围大。抗EMC性能好;5、全汉字菜单操作,使用方便,操作简单,易学易懂;6、EH-50P电磁流量计高清晰度背光LCD显示;7、具有双向流量测量、双向总量累计功能,电流、频率具备双向输出功能;8、EH-50P电磁流量计内部具有三个积算器可分别显示正向累计量、反向累计量及差值积算量;9、EH-50P电磁流量计具有RS485或RS232C数字通讯信号输出;10、EH-50P电磁流量计具有电导率测量功能,可以判别传感器是否空管; 11、恒流励磁电流范围大,可与不同公司、不同类型的EH-50P电磁流量计传感器配套使用;EH-50P电磁流量计传感器具有自检与自诊断功能;采用SMD器件和表面安装(SMT)技术,电路可靠性高;仪表内部设计有不掉电时钟,可记录16次掉时间。
防护等级: 标准型IP65,特殊型IP67 电 源: 转换器电源220V,50Hz,传感器由转换器供电,(24V DC,特殊订货)。
V锥流量计须知(1)被测介质 (2)最大、常用、最小流量。 (3)工作压力、工作温度 (4)介质密度、粘度 (5)管道材质、内径、外径 (6)允许压力损失 (7)取压方式 (8)现场管道敷设情况和局部阻力件形式
购买涡轮流量计须知:1.认真核对被测介质的工况条件如:压力、温度、密度等。2.认真核对被测介质的流量范围,确认最小流量值并确定仪表口径。3.确定传感器的安装地点。4.认真天蝎订货咨询单。5.与销售部联系,确认选型的准确性。
购买EH-50P电磁流量计须知:1.认真核对被测介质的工况条件如:压力、温度、密度等。2.认真核对被测介质的流量范围,确认最小流量值并确定仪表口径。3.确定传感器的安装地点。4.认真天蝎订货咨询单。5.与销售部联系,确认选型的准确性。
购买EH-50P电磁流量计须知:1、认真核对被测介质的工况条件:压力、温度、密度等。2、认真核对被测介质的流量范围,确认最小流量值并确定仪表口径。3、与生产厂销售部联系,确认选型的准确性。
购买EH-50P电磁流量计须知:质量流量计订货须知订货时请详细提供以下数据:(1)被测介质(2)最大、常用、最小流量。(3)工作压力、工作温度(4)介质密度、粘度(5)管道材质、内径、外径(6)允许压力损失(7)取压方式(8)现场管道敷设情况和局部阻力件形
购买EH-50P电磁流量计须知:超声波流量计订货须知测量气体种类、成份及大致描述工况参数(温度、压力、流量范围、密度)管道形式、材质,外径及壁厚换能器安装形式、位置,是否防爆,是否管段式转换器安装方式连接电缆长度断流安装还是不断流安装,是否需要提供现场服务可选: 1、温度、压力变送器进行补偿,以及可编程(天然气)流量积算仪
仪器采用LED显示,有自动和手动(脚踏)两种工作模式,超声时间、功率任意设定,样品温度检测显示,频率自动跟踪等功能。适用于小体积样品处理的超声波细胞破碎仪。
特点:
可用于96酶标及无数个小试管排列后,手持超声波换能器点动控制超声,使无数个样品在短时间内完成超声处理。
型号 | UP-400S |
最大超声功率输出 | 400W |
主机尺寸 | 190*190*73mm |
控制模式 | 自动、手动可切换(可选配脚踏开关) |
温度控制 | 超声保护报警功能(0-99℃) |
脉冲器 | 0.1-99s可调(间隙/工作) |
工作频率范围 | 19-25KHz |
总时间 | 0.1-240min可设定 |
变幅杆 | 3mm |
处理量 | 10-200ml |
电源 | 220V/50Hz |
显示方式 | 液晶显示 |