HN LD一体式电磁流量计

概述:    HN LD系列电磁流量计 测量原理是法拉第电磁感应定律,传感器主要组成部分是:测量管、电极、励磁线圈、铁芯与磁轭壳体。电磁流量计 主要用于测量封闭管道中的导电液体和浆液中的体积流量。包括酸、碱、盐等强腐蚀性的液体。电磁流量计 广泛应用于石油、化工、冶金、纺织、食品、制药、造纸等行业以及环保、市政管理,水利建设等领域。 产品特点:1、测量不受流体密度、粘度、温度、压力和电导率变化的影响;2、测量管内无阻碍流动部件,无压损,直管段要求较低;3、系列公称通径DN15~DN3000。传感器衬里和电极材料有多种选择;4、转换器采用新颖励磁方式,功耗低、零点稳定、精确度高。流量范围度可达1500:1;5、转换器可与传感器组成一体型或分离型;6、转换器采用16位高性能微处理器,2x16LCD显示,参数设定方便,编程;7、 流量计为双向测量系统,内装三个积算器:正向总量、反向总量及差值总量;可显示.庄、反流量,并具有多种输出:电    流、脉冲、数字通讯、HART;8、转换器采用表面安装技术(SMT),具有自检和自诊断功能; 主要技术数据:整机和传感器技术数据

执行标准

JBT 9248—1999

公称通径

152025324050658010012515020025030035040045050060070080090010001200140016001800200022002400260028003000

流速

15ms

精确度

DNl5DN600

示值的:±0.3流速≥1ms)±3mms(流速<1ms)

DN700—DN3000

示值的±0.5流速≥0.8mS)±4mms(流速<0.8mS)

流体电导率

≥5uScm

公称压力

4.0MPa

1.6MPa

1.0MPa

0.6MPa

6.310MPa

DNl5DN150

DNl5DN600

DN200DN1000

DN700DN3000

特殊订货

环境温度

传感器

—25℃—60℃

转换器及一体型

—10℃—60℃

衬里材料

聚四氟乙烯、聚氯丁橡胶、聚氨酯、聚全氟乙丙烯(F46)、加网PFA

流体温度

体型

70℃

分离型

聚氯丁橡胶衬里

80℃120℃(订货时注明

聚氨酯衬里

80℃

聚四氟乙烯衬里

100℃150℃(订货时注明

聚全氟乙丙烯(F46)

加网PFA

信号电极和接地电极材料

不锈钢0Crl8Nil2M02Ti、哈氏合金C、哈氏合金B、钛、钽、铂/铱合金、不锈钢涂覆碳化钨

电极刮刀机构

DN300—DN3000

连接法兰材料

碳钢

接地法兰材料

不锈钢1Crl8Ni9Ti

进口保护法兰材料

DN65—DNl50

不锈钢1Crl8Ni9Ti

DN200DNl600

碳钢十不锈钢1Crl8Ni9Ti

外壳防护

DNl5DN3000分离型橡胶或聚氨酯衬里传感器

IP65IP68

其他传感器、——体型流量计和分离型转换器

IP65

间距分离型

转换器距离传感器一般不超过100m

电源

交流

85—265V45—400Hz

直流

11—40V

操作键和显示

按键式

4个薄膜按键可设定选择全部参数,也可利用PC(RS232)对转换器设定编程;

3LCD宽视角、宽温、带背光显示;

1行显示流量值;

2行显示流量单位;

3行显示流量百分比、正向总量、反向总量、差值总量、报警、流速。

磁键式

2个磁键用于显示参数的选择和复位,利用PC(RS232)对转换器设定编程;

2LCD宽视角、宽温、带背光显示:

1:磁键选择:显示流量百分比、正向总量、反向总量、差值总量、报警、流速。

2行:显示流量。

内部积算器

正向总量、反向总量及差值总量。

输出信号

单向模拟输出

全隔离,负载≤600D(20mA

上限:0—21mA可选,每档lmA

下限:0—21mA可选,每档1mA

正、反向流量输出方式编程。

双向模拟输出

下限限制为。或4mA,其他同单向模拟输出。

双向脉冲输出

两路输出分别对应正向和反向流量,频率0800Hz,上限1—800Hz可选,每档IHz

方波或选定脉宽,选定脉宽上限25S,每档1ms

无源隔离晶体管开关输出,可吸收250mA的电流,耐压35V

双路报警输出

可报警编程高/低流量、空管、故障状态、正,,反向流量、模拟量超量程、脉冲量超量程、脉冲小信号切除,输出极性可选;

带隔离保护的晶体管开关输出,可吸收250mA的电流,耐压35V.(与脉冲输出不隔离

数字通讯

 

RS232RS485HART

衬里材料

主要性能

介质温度

适用范围

体型

分离型

 

聚四氟乙烯(F4)

是化学性能最稳定的一种塑料,能耐沸腾的盐酸、硫酸、硝酸和王水,也能耐浓碱和各种有机溶剂。不耐三氟化氯、高温三氟化氯、高流速液氟、液氧、自氧的腐蚀。

70℃

100℃ 150℃ (需特殊订货

1、浓酸、碱等强腐蚀性介质。 2、卫生类介质。

聚全氟乙丙烯(F46)

F4,耐磨性、抗负压能力高于F4

同上

 

聚氟合乙烯(Fs)

适用温度上限较聚四氟乙烯低,但成本也较低。

80℃

 

聚氯丁橡胶

1、有极好的弹性,高度的扯断力,耐磨性能好。2、耐一般低浓度酸、碱、盐介质的腐蚀,不耐氧化介质的腐蚀。

80℃ 120℃ (需特殊订货

水、污水、弱磨损性的泥浆矿浆。

聚氨酯橡胶

1、耐磨性能极强。

2、耐腐蚀性能较差。

80℃

中性强磨损的矿浆、煤浆、泥浆

 

兰种类

适 用 范 围

接地法兰或接地环

适用于非导体管道,如塑料管道,但有接地电极的传感器不需要。

进口保护法兰

当介质有强磨损性时选用。

 电极的选择

电极材料

耐蚀及耐磨性能

不锈钢0Crl8Nil2M02Ti

用于工业用水、生活用水、污水等具有弱腐蚀性的介质,适用于石油、化工、钢铁等工业部门及,市政、环保等领域。

哈氏合金B

对沸点以下的一切浓度的盐酸有良好的耐蚀性,也耐硫酸、磷酸、氢氟酸、有机酸等非氯化性酸、碱,非氧化性盐液的腐蚀。

哈氏合金C

能耐非氧化性酸,如硝酸、混酸、或铬酸与硫酸的混合介质的腐蚀,也耐氧化性盐类如:Fe、、Cu”下或含其他氧化剂的腐蚀,如高于常温的次氯酸盐溶液、海水的腐蚀

能耐海水、各种氯化物和次氯酸盐、氧化性酸包括发烟硫酸、有机酸、碱的腐蚀。不耐较纯的还原性酸如硫酸、盐酸的腐蚀,但如酸中含有氧化剂如硝酸、Fc++、Cu++时,则腐蚀大为降低。

具有优良的耐蚀性和玻璃很相似。除了氢氟酸、发烟硫酸、碱外,几乎能耐——切化学介质包括沸点的盐酸、硝酸和l 50℃以下的硫酸的腐蚀。在碱中刁;耐蚀。

铂/钛合金

几乎能耐——切化学介质,但不适用于王水和铵盐。

不锈钢涂覆碳化钨

用于无腐蚀性,强磨损性的介质。

注: 由于介质种类繁多,其腐蚀性又受温度、浓度、流速等复杂因素影响而变化,故本表仅供参考。用户应根据实际情况自己做出选择,必要时应做拟选材料的耐腐试验,如挂片试验。

 HN LD系列电磁流量计仪表选型◆量程范围确认一般工业用 电磁流量计 被测介质流速以2~4m/s为宜,在特殊情况下,流速应不小于0.2m/s,应不大于8m/s。若介质中含有固体颗粒,常用流速应小于3m/s,防止衬里和电极的过分磨擦;对于粘滞流体,流速可选择大于2m/s,较大的流速有助于自动消除电极上附着的粘滞物的作用,有利于提高测量精度。在量程Q已确定的条件下,即可根据上述流速V的范围决定流量计口径D的大小,其值由下式计算:Q=πD2V/4Q:流量(㎡/h) D:管道内径 V:流速(m/h)电磁流量计 的量程Q应大于预计的最大流量值,而正常的流量值以稍大于流量计满量程刻度的50为宜。◆HN LD系列电磁流量计参考流量范围

口径mm

流量范围m3/h

口径mm

流量范围m3/h

φ15

0.06~6.36

φ450

57.235722.65

φ20

0.1111.3

φ500

70.657065.00

φ25

0.1817.66

φ600

101.7410173.6

φ40

0.4545.22

φ700

138.4713847.4

φ50

0.7170.65

φ800

180.8618086.4

φ65

1.19119.4

φ900

228.9122890.6

φ80

1.81180.86

φ1000

406.9440694.4

φ100

2.83282.60

φ1200

553.9055389.6

φ150

6.36635.85

φ1600

723.4672345.6

φ200

11.31130.4

φ1800

915.6291562.4

φ250

17.66176.25.

φ2000

1130.4113040.00

φ300

25.432543.40

φ2200

1367.78136778.4

φ350

34.623461.85

φ2400

1627.78162777.6

φ400

45.224521.6

φ2600

1910.38191037.6

型号

口径

 

HN LD

15~2600

 

 

代号

安装形式

 

Y

一体式

F

分体式

 

代号

转换器型号

ZA

圆形

ZB

方形

 

代号

输出信号

I.4

4~20mA

f

频率 1KHz

Rs

串行通讯(485)

C

控制输出

 

 代号

防爆要求

 N

无防爆

EX

防爆(仅适用于分体式)

 

代号

介质温度

T1

≤65℃

T2

≤120℃

T3

≤180℃(仅适用于分体式)

 

代号

内衬材质

NE

氯丁橡胶(≤65℃)

PTFE

聚四氟乙烯(≤189℃)

PVC

聚氯乙烯(≤70℃)

 

代号

电极材质

316L

不锈钢

HC

哈氏合金C

HB

哈氏合金B

Ti

Ta

该公司产品分类: 变送器 效验仪表 记录仪 数显仪表 液位仪表 温度计 热电偶/阻 压力仪表 流量仪表

防腐电磁流量计/污水电磁流量计/污水流量计

防腐电磁流量计/污水电磁流量计/污水流量计电磁流量计 /自来水流量计/水计量表-江苏三丰仪表科技有限公司质量至上, 诚信为本,服务上乘。为广大客户提供产品咨询,选型指导,报价等服务,欢迎广大客户订购!联系电话:0517-86990003传真:0517-86992223手机/V信:18915199993 qq:413955085

一、电磁流量计概述 电磁流量计测量原理是法拉第电磁感应定律,传感器主要组成部分是:测量管、电极、励磁线圈、铁芯与磁轭壳体。它主要用于测量封闭管道中的导电液体和浆液中的体积流量。包括酸、碱、盐等强腐蚀性的液体。该产品广泛应用于石油、化工、冶金、纺织、食品、制药、造纸等行业以及环保、市政管理,水利建设等领域。SF-LDE电磁流量计是一种根据法拉第电磁感应定律来测量管内导电介质体积流量的感应式仪表,采用单片机嵌入式技术,实现数字励磁,同时在电磁流量计上采用CAN现场总线,属国内首创,技术达到国内领先水平。二、电磁流量计性能特点     1、测量不受流体密度、粘度、温度、压力和电导率变化的影响;2、测量管内无阻碍流动部件,无压损,直管段要求较低;3、系列公称通径DN15~DN3000。传感器衬里和电极材料有多种选择;4、转换器采用新颖励磁方式,功耗低、零点稳定、精确度高。流量范围度可达1500:1;5、转换器可与传感器组成一体型或分离型;6、转换器采用16位高性能微处理器,2x16LCD显示,参数设定方便,编程;7、流量计为双向测量系统,内装三个积算器:正向总量、反向总量及差值总量;可显示.庄、反流量,并具有多种输出:电    流、脉冲、数字通讯、HART;8、电磁流量计转换器采用表面安装技术(SMT),具有自检和自诊断功能;技术参数整机和传感器技术数据执行标准JB/T 9248—1999公称通径15、20、25、32、40、50、65、80、100、125、150、200、250、300、350、400、450、500、600、700、800、900、1000、1200、1400、1600、1800、2000、2200、2400、2600、2800、3000流速15m/s精确度DNl5~DN600示值的:±0.3%(流速≥1m/s);±3mm/s(流速<1m/s)DN700—DN3000示值的±0.5%(流速≥0.8m/S);±4mm/s(流速<0.8m/S)流体电导率≥5uS/cm?公称压力4.0MPa1.6MPa1.0MPa0.6MPa6.3、10MPaDNl5~DN150DNl5~DN600DN200~DN1000DN700~DN3000特殊订货环境温度传感器—25℃—十60℃转换器及一体型—10℃—十60℃衬里材料聚四氟乙烯、聚氯丁橡胶、聚氨酯、聚全氟乙丙烯(F46)、加网PFA流体温度—体型70℃分离型聚氯丁橡胶衬里80℃;120℃(订货时注明)聚氨酯衬里80℃聚四氟乙烯衬里100℃;150℃(订货时注明)聚全氟乙丙烯(F46)加网PFA信号电极和接地电极材料不锈钢0Crl8Nil2M02Ti、哈氏合金C、哈氏合金B、钛、钽、铂/铱合金、不锈钢涂覆碳化钨电极刮刀机构DN300—DN3000连接法兰材料碳钢接地法兰材料不锈钢1Crl8Ni9Ti进口保护法兰材料DN65—DNl50不锈钢1Crl8Ni9TiDN200~DNl600碳钢十不锈钢1Crl8Ni9Ti外壳防护DNl5~DN3000分离型橡胶或聚氨酯衬里传感器IP65或IP68其他传感器、——体型流量计和分离型转换器IP65间距(分离型)转换器距离传感器一般不超过100m

防腐电磁流量计/污水电磁流量计/污水流量计 电磁流量计转换器技术数据电源交流85—265V,45—400Hz直流11—40V操作键和显示按键式4个薄膜按键可设定选择全部参数,也可利用PC机(RS232)对转换器设定编程;3行LCD宽视角、宽温、带背光显示;第1行显示流量值;第2行显示流量单位;第3行显示流量百分比、正向总量、反向总量、差值总量、报警、流速。

磁键式2个磁键用于显示参数的选择和复位,利用PC机(RS232)对转换器设定编程;2行LCD宽视角、宽温、带背光显示:第1行:磁键选择:显示流量百分比、正向总量、反向总量、差值总量、报警、流速。第2行:显示流量。

内部积算器正向总量、反向总量及差值总量。输出信号单向模拟输出全隔离,负载≤600D.(20mA时);上限:0—21mA可选,每档lmA;下限:0—21mA可选,每档1mA;正、反向流量输出方式编程。

双向模拟输出下限限制为。或4mA,其他同单向模拟输出。双向脉冲输出两路输出分别对应正向和反向流量,频率0~800Hz,上限1—800Hz可选,每档IHz;方波或选定脉宽,选定脉宽上限2.5S,每档1ms;无源隔离晶体管开关输出,可吸收250mA的电流,耐压35V。

双路报警输出可报警(编程)高/低流量、空管、故障状态、正,,反向流量、模拟量超量程、脉冲量超量程、脉冲小信号切除,输出极性可选;带隔离保护的晶体管开关输出,可吸收250mA的电流,耐压35V.(与脉冲输出不隔离)

数字通讯 RS232,RS485,HART

防腐电磁流量计/污水电磁流量计/污水流量计电磁流量计衬里的选择衬里材料主要性能?介质温度适用范围—体型分离型 聚四氟乙烯(F4)是化学性能最稳定的一种塑料,能耐沸腾的盐酸、硫酸、硝酸和王水,也能耐浓碱和各种有机溶剂。不耐三氟化氯、高温三氟化氯、高流速液氟、液氧、自氧的腐蚀。70℃100℃ 150℃ (需特殊订货)1、浓酸、碱等强腐蚀性介质。 2、卫生类介质。聚全氟乙丙烯(F46)同F4,耐磨性、抗负压能力高于F4。同上 聚氟合乙烯(Fs)适用温度上限较聚四氟乙烯低,但成本也较低。80℃ 聚氯丁橡胶1、有极好的弹性,高度的扯断力,耐磨性能好。2、耐一般低浓度酸、碱、盐介质的腐蚀,不耐氧化介质的腐蚀。80℃ 120℃ (需特殊订货)水、污水、弱磨损性的泥浆矿浆。聚氨酯橡胶1、耐磨性能极强。2、耐腐蚀性能较差。80℃中性强磨损的矿浆、煤浆、泥浆

防腐电磁流量计/污水电磁流量计/污水流量计 进口保护法兰和接地法兰(或接地环)的选择法兰种类适 用 范 围接地法兰(或接地环)适用于非导体管道,如塑料管道,但有接地电极的传感器不需要。进口保护法兰当介质有强磨损性时选用。

防腐电磁流量计/污水电磁流量计/污水流量计电磁流量计电极的选择电极材料耐蚀及耐磨性能不锈钢0Crl8Nil2M02Ti用于工业用水、生活用水、污水等具有弱腐蚀性的介质,适用于石油、化工、钢铁等工业部门及,市政、环保等领域。哈氏合金B对沸点以下的一切浓度的盐酸有良好的耐蚀性,也耐硫酸、磷酸、氢氟酸、有机酸等非氯化性酸、碱,非氧化性盐液的腐蚀。哈氏合金C能耐非氧化性酸,如硝酸、混酸、或铬酸与硫酸的混合介质的腐蚀,也耐氧化性盐类如:Fe,”、、Cu”下或含其他氧化剂的腐蚀,如高于常温的次氯酸盐溶液、海水的腐蚀钛能耐海水、各种氯化物和次氯酸盐、氧化性酸(包括发烟硫酸)、有机酸、碱的腐蚀。不耐较纯的还原性酸(如硫酸、盐酸)的腐蚀,但如酸中含有氧化剂(如硝酸、Fc++、Cu++)时,则腐蚀大为降低。钽具有优良的耐蚀性和玻璃很相似。除了氢氟酸、发烟硫酸、碱外,几乎能耐——切化学介质(包括沸点的盐酸、硝酸和l 50℃以下的硫酸)的腐蚀。在碱中刁;耐蚀。铂/钛合金几乎能耐——切化学介质,但不适用于王水和铵盐。不锈钢涂覆碳化钨用于无腐蚀性,强磨损性的介质。注: 由于介质种类繁多,其腐蚀性又受温度、浓度、流速等复杂因素影响而变化,故本表仅供参考。用户应根据实际情况自己做出选择,必要时应做拟选材料的耐腐试验,如挂片试验                                                                                  电磁流量计仪表选型◆量程范围确认一般工业用电磁流量计被测介质流速以2~4m/s为宜,在特殊情况下,流速应不小于0.2m/s,应不大于8m/s。若介质中含有固体颗粒,常用流速应小于3m/s,防止衬里和电极的过分磨擦;对于粘滞流体,流速可选择大于2m/s,较大的流速有助于自动消除电极上附着的粘滞物的作用,有利于提高测量精度。在量程Q已确定的条件下,即可根据上述流速V的范围决定流量计口径D的大小,其值由下式计算:Q=πD2V/4Q:流量(㎡/h) D:管道内径 V:流速(m/h)电磁流量计的量程Q应大于预计的最大流量值,而正常的流量值以稍大于流量计满量程刻度的50为宜。◆SFLD系列电磁流量计参考流量范围口径mm流量范围m3/h口径mm流量范围m3/hφ150.06~6.36φ45057.23~5722.65φ200.11~11.3φ50070.65~7065.00φ250.18~17.66φ600101.74~10173.6φ400.45~45.22φ700138.47~13847.4φ500.71~70.65φ800180.86~18086.4φ651.19~119.4φ900228.91~22890.6φ801.81~180.86φ1000406.94~40694.4φ1002.83~282.60φ1200553.90~55389.6φ1506.36~635.85φ1600723.46~72345.6φ20011.3~1130.4φ1800915.62~91562.4φ25017.66~176.25.φ20001130.4~113040.00φ30025.43~2543.40φ22001367.78~136778.4φ35034.62~3461.85φ24001627.78~162777.6φ40045.22~4521.6φ26001910.38~191037.6

四、电磁流量计订货及售后服务1、 订货时请提供以下数据:被测介质名称。最大、常用、最小流量。工作压力、工作温度介质密度、粘度 (水,蒸汽,常用气体可以不提供) 管道材质、内径、外径2、 本公司产品一律实行三包制度,质保期内无条件更换维修产品及零部件,质保期外只收取更换产品零部件成本费用五、注意事项    的现场应用经验告诉我们,流量计在使用当中出现的问题,80%以上是由于选型不当造成的,所以请提供详细的技术数据,我们将向您提供最适合的产品 

该公司产品分类: 热式气体质量流量计 质量流量计 浮子(转子)流量计 PH计 在线密度计 分析仪表 电容式液位计 腰轮流量计 双色石英管液位计 压力式液位计 浮球液位计 压差流量计 超声波液位计 雷达液位计 磁翻板液位计 变送器 传感器 料位开关 差压变送器 压力开关

管道式电磁流量计,污水流量计,自来水电磁流量计

 

一、产品特点、用途和适用范围
1.1特点
   ●电磁流量计,具有以下特点:
●不受流体密度、粘度、温度、压力和电率变化的影响,线性测量原理能实现高精确度测量;
●测量管内无阻流件,压损小,直管段要求低;
●公称通径DN6-DN2000覆盖范围宽,衬里和电极有多种选择,能满足测量多种导电流体的要求;
●转换器采用可编程频率低频矩形波励磁,提高了流量测量的稳定性,功率损耗小;
●转换器采用16位嵌入式微处理器,全数字处理,运算速度快,抗干扰能力强,测量,精确度高,流量测量范围度可达1500:1;
●高清晰度背光LCD显示,全汉字菜单操作,使用方便,操作简单,易学易懂;
●具有RS485或RS232O数字通讯信号输出;
●具有电导率测量功能,可以判别传感器是否空管,具有自检与自诊断功能;
●采用SMD器件和表面安装(SMT)技术,电路性高;
●可用于相应的防爆场合。
1.2主要用途
   系列电磁流量计,可用来测量封闭管道中导电流体的体积流量。广泛应用于石油化工、钢铁冶金、给水排水、水利灌溉、水处理、环保污水测控、造纸、医药、食品等工农业生产工艺过程中的流量测量和控制。
1.3使用环境条件
   环境温度:   传感器-25℃~+60℃   转换器-10℃~+60℃
   相对温度:   5%-95%
1.4工作条件
   流体温度:   一体型 70℃
         分离型:   聚四氟乙烯衬里   150
                    氯丁橡胶衬里     80
                    聚氨酯橡胶衬里   70
     流体电导率:   ≥5uS/cm
 
二、工作原理
2.1数学物理模型
电磁流量计的工作原理基于法拉第电磁感应法律。当一个导体在磁场场内运动时,在与磁场方向、运动方向相互垂直方向的导体两端,会产生感应电动势。电动势的大小与导体运动速度和磁场的磁感应强度大小成正比。
如图一,当导电流体以平均流速V(m/s)通过装有一对测量电极的一根内径为D(m)的绝缘导管内流动时,该管道处于一个均匀的磁感应强度为B(T)的磁场中,那么在一对电极上就会产生感应电动势E(V),它的方向垂直于磁场和流体的方向。
法拉第电磁感应定律为:E=B·D·V                  (1)
流量的体积流量为:              (2)
     由公式(1)和(2)可得到: m3/h)         (3)
     因此电动势可表示为:                  (4)
B是一个常数时,对某一个固定的口径D也是一个已知数,公式(3)中 =K(一个常数),那么公式(3)可改写为:     QV=K·E (m3/h)     (5)
从公式(5)可以看出,流量QV与电动势E成正比。
 

 

 
 
 
 
 
 
 
 
 
 
 
 
 
 

 

2.2转换器电路结构
电磁流量转换器一方面向电磁流量传感器励磁线圈提供稳定的励磁电流,以达到B是一个常数,同时把传感器感应的电动势放大\\转换成标准的电流信号或频率信号,便于流量的显示,控制与调节.图二所示为转换器电路结构。

 

DN15-DN2800饮用水矿泉水电磁流量计,高精度卫生型电磁流量计

  南通国仪自动化仪表有限公司是一家集研发、生产、销售为一体的高新技术企业,主要产品有电磁流量计、涡街流量计、超声波流量计、涡轮流量计、金属转子流量计及各种节流装置等。  南通国仪自动化仪表有限公司位于南通港闸经济开发区,技术力量雄厚,与南通大学高校合作,建有流体力学国家重点实验室;在上海和江苏无锡设有产品研制中心。南通国仪拥有专业设计、定制的具有领先水平的流量计生产线、具备的生产能力,并且拥有国内的的检测装置及标定系统,确保所生产的产品具有高性能、高性。  公司生产的电磁流量计有:一体型电磁流量计(夹持型,法兰型),分体型电磁流量计(夹持型,法兰型),潜水型电磁流量计,防爆电磁流量计(隔爆),卫生型电磁流量计(食品级),高精度电磁流量计(精度0.2级,0.2%),微小流量电磁流量计,消防水流量计,泥浆流量计,矿浆流量计,全不锈钢电磁流量计,纸浆专用流量计,电磁热能表(电磁热量计)等,填补了国内多项空白。用于石化,化工,造纸,印染,水处理,环保,电力,楼宇工程等。

LED电磁流量计

智能电磁流量计性能特点:  
      ◆测量精度不受流体密度、粘度、温度、压力和电导率变化的影响,传感器感应电压信号与平均流速呈线性关系,因此测量精度高。
      ◆测量管道内无阻流件,因此没有附加的压力损失;测量管道内无可动部件,因此传感器寿命极长。
      ◆由于感应电压信号是在整个充满磁场的空间中形成的,是管道载面上的平均值,因此传感器所需的直管段较短,长度为5倍的管道直径。
      ◆传感器部分只有内衬和电极与被测液体接触,只要合理选择电极和内衬材料,即可耐腐蚀和耐磨损。
      ◆LDE转换器采用国际进的单片机(MCU)和表面贴装技术(SMT),性能,精度高,功耗低,零点稳定,参数设定方便。点击中文显示LCD,显示累积流量,瞬时流量、流速、流量百分比等。
      ◆双向测量系统,可测正向流量、反向流量。采用特殊的生产工艺和材料,确保产品的性能在长时候内保持稳定。
智能电磁流量计测量原理:
       SY-LDE型智能电磁流量计的测量原理是基于法拉第电磁感应定律:导电液体在磁场中作切割磁力线运动时,导体中产生感应电势,其感应电势E为:
                                                       E=KBVD
                                                  式中:K----仪表常数
                                                               B----磁感应强度
                                                               V----测量管道截面内的平均流速
                                                               D----测量管道截面的内径
     测量流量时,导电性液体以速度V流过垂直于流动方向的磁场,导电性液体的流动感应出一个与平均流速成正比的电压,其感应电压信号通过二个或二个以上与液体直接接触的电极捡出,并通过电缆送至转换器通过智能化处理,然后LCD显示或转换成标准信号4~20ma和0-1khz输出。
 
如何正确选型:
     仪表的选型是仪表应用中非常重要的工作,有关资料表明,仪表在实际应用中有2/3的故障是仪表的错误选型或错误的安装而造成的,请特别注意。
◆收集数据:
     1.被测流体成份
     2.最大流量、最小流量
     3.工作压力
     4.温度、温度
◆被测流体必须具备一定的导电性,导电率>5μS/CM
      最大流量和最小流量必须符合下表中的数:
口径mm
流量范围m3/h
口径mm
流量范围m3/h
φ15
0.0636~6.36
φ450
57.23~5722.65
φ20
0.11~11.30
φ500
70.65~7065.00
φ25
0.18~17.66
φ600
101.74~10173.6
φ40
0.45~45.22
φ700
138.47~13847.4
φ50
0.71~70.65
φ800
180.86~18086.4
φ65
1.19~119.4
φ900
 228.91~22890.6
φ80
1.81~180.86
φ1000
 406.94~40694.4
φ100
2.83~282.60
φ1200
553.90~55389.6
φ150
6.36~635.85
φ1600
723.46~72345.6
φ200
11.3~1130.4
φ1800
915.62~91562.4
φ250
17.66~176.25.
φ2000
1130.4~113040.00
φ300
25.43~2543.40
φ2200
1367.78~136778.4
φ350
34.62~3461.85
φ2400
1627.78~162777.6
φ400
45.22~4521.6
φ2600
1910.38~191037.6
◆实际工作压力必须小于流量计的额定工作压力。
◆工作温度和温度必须符合流量计规定的温度要求。
◆确定是否有负压情况存在。
   您可以根据上表中的流量选择相应的电磁流量计,若所选择的电磁流量计的内径与现在工艺管道的内径不符,应进行缩管或扩管。
◆若管道进行缩管,应考虑由于缩管引起的压力损失是否会影响工艺流程。
◆从产品价格考虑,可以选择较小口径的电磁流量计,相对减少投资。
◆测洁净水时,经济流速时1.5-3m/s,测易结晶的溶液时,应适当地提高流速,3-4m/s为宜,起到自清扫,防止粘附沉积等作用;测矿浆等磨◆耗性流体时,应适当降低流速,1.0-2m/s为宜,以降低对内衬和电极地磨损。实际应用很少超过7m/s,超过10m/s则更为罕见。
 
智能电磁流量计型谱:
 

型号
口径
 
SY-LDE
15~2600
 
 
代号
电极材料
 
K1
316L
K2
HB
K3
HC
K4
K5
K6
铂合金
K7
不锈钢涂覆碳化钨
 
代号
内衬材料
 
C1
聚四氟乙烯(F4)
C2
聚全氟乙丙烯(F46)
C3
聚氟合乙烯(FS)
C4
聚录丁橡胶
C5
聚氨脂橡胶
 
代号
功能
E1
0.3级
E2
0.5级
E3
1级
F1
4-20Madc,负载≤750Ω
F2
0-3khz,5v有源,可变脉宽,输出频率
F3
RS485接口
T1
常温型
T2
高温型
T3
超高温型
P1
1.0MPa
P2
1.6MPa
P3
4.0MPa
P4
16MPa
D1
220VAC±10%
D2
24VDC±10%
J1
一体型结构
J2
分体型结构
J3
防爆一体型结构

您还可搜索以下关键词搜索公司产品:电磁流量计,超声波流量计,涡轮流量计,浮子流量计,转子流量计  

该公司产品分类: 压力表系列 校验仪表系列 显示仪表系列 流量计系列 磁翻板液位计 物位计系列 压力泵系列 温度仪表系列 变送器系列

E+H电磁流量计

E+H流量计

E+H电磁流量计E+H  E+H质量流量计E+H  E+H涡街流量计E+H  E+H超声波流量计E+H

E+H流量仪表:1、E+H电磁流量计:提供了高量程比的高精度测量。可用于严格的卫生场合,并提供适用于危险场合的安全认证。型号有:50W/53W,50P/53P,50H/53H,10W,10H,10P,23H,23P,55S/55H55S电磁流量计   55H电磁流量计

2、E+H涡街流量计:用来测量气体、蒸气和液体的流量。安装成本低,压损小,长时间稳定性及宽动态测量范围。主要型号有:72F,73F,72W   Prowirl 72W涡街流量计   Prowirl 72F涡街流量计  Prowirl 73F涡街流量计  Prowirl 73W涡街流量计

3、E+H热式质量流量计:用来测量气体的流量,操作简便,无压损及宽动态测量范围。主要型号有:80/83F,80/83E,80/83H,80/83M,80/83A,80/83I,40E,84F,84M 84F质量流量计  84A质量流量计  84M质量流量计  CNGmass质量流量计  40E质量流量计 

4、E+H超声波流量计:外部安装,非接触测量。安装简便,不干扰工艺过程,适用于腐蚀性介质,高压、卫生场合。型号有: 90/93W,93/90A,90/93U/C93T超声波流量计   92F超声波流量计

   E+H(恩德斯豪斯)t-switch 热式气体流量测量    E+H(恩德斯豪斯)t-trend 热式气体流量测量    E+H(恩德斯豪斯)能量计算仪 RMC 621    E+H(恩德斯豪斯)能量计算仪 RMS 621    E+H(恩德斯豪斯)Magphant 插入式电磁流量计    E+H(恩德斯豪斯)Memo-graph 可视数据管理器    E+H(恩德斯豪斯)RIA 250 过程显示仪    E+H(恩德斯豪斯)RIA 251 过程显示仪    E+H(恩德斯豪斯)RIA 450 过程指示仪   E+H(恩德斯豪斯)t-mass S AT70热式气体流量测量

E+H能量计算仪RMC621/RMS621

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该公司产品分类: RBT ABB VEGA P+F 倍加福 FESTO 费斯托 E+H

SKLD系列智能型防腐电磁流量计

智能型防腐电磁流量计http://www.china-suke.com/product-ll52.html

SKLD系列智能型防腐电磁流量计采用世界技术。利用恒流低频三值矩形波或双频矩形波励磁,既有矩形波磁场的优点,又克服了正弦波磁场的缺点;还可以消除电源电压波动、电源频率变化及励磁线圈阻抗变化所造成的误差;并有极好的零点稳定性和不受流体噪声干扰影响。从而具有高稳定性、高性的特点。智能型防腐电磁流量计测量原理是基于法拉第电磁感应定律,智能型防腐电磁流量计由传感器和转换器组成,传感器安装在测量管道上,转换器可以与传感器组合连接在一起称为一体型电磁流量计,转换器被安装在离传感器30米内或100米内的场合,两者间由屏蔽电缆连接称为分离型电磁流量计。智能型防腐电磁流量计传感器主要组成部分是:测量管、电极、励磁线圈、铁芯与磁轭壳体。智能型防腐电磁流量计主要用于测量封闭管道中的导电液体和浆液中的体积流量。如水、污水、泥浆、纸浆、各种酸、碱、盐溶液、食品浆液等,智能型防腐电磁流量计广泛应用于石油、化工、冶金、纺织、食品、制药、造纸等行业以及环保、市政管理,水利建设等领域。

产品特点: 1、测量不受流体密度、粘度、温度、压力和电导率变化的影响; 2、测量管内无阻碍流动部件,无压损,直管段要求较低; 3、系列公称通径DN15~DN3000。传感器衬里和电极材料有多种选择; 4、转换器采用新颖励磁方式,功耗低、零点稳定、精确度高。流量范围度可达1500:1; 5、转换器可与传感器组成一体型或分离型; 6、转换器采用16位高性能微处理器,2x16LCD显示,参数设定方便,编程; 7、流量计为双向测量系统,内装三个积算器:正向总量、反向总量及差值总量;可显示.庄、反流量,并具有多种输出:电流、脉冲、数字通讯、HART; 8、转换器采用表面安装技术SMT,具有自检和自诊断功能;

该公司产品分类: 仪表配件 电线电缆 变送器仪表 校验仪表 显示仪表 流量仪表 压力仪表 温度仪表 仪器仪表

ZK-LDC插入式电磁流量计

  ZK-LDC插入式电磁流量计的详细资料:

一、ZK-LDC插入式电磁流量计特点

ZK-LDC插入式电磁流量计除具有一般电磁流量计的特点外,还具有其自身独特的优点:

1、结构简单,无可动部件,使用寿命长.

2、体积小,重量轻,安装方便,维护量小.

3、有截止阀插入式电磁流量计实现了不断流即可安装,拆卸,方便用户维护、检修.

4、测量时不受被测管道材质的影响.

5、不需要衬里,不需要接地环. 二、ZK-LDC插入式电磁流量计 技术参数

1、管道公称通径及流量范围见表1

2、被测液体导电率:> 5 μ s/cm

3、公称压力:0.6MPa 1.0MPa 1.6MPa

4、被测介质温度:0~60℃

5、传感器定位杆轴线与管道轴线的夹角允差+5°,插入深度允差3mm

6、直管段长度要求:传感器上游直管段长度≥ 20D;传感器下游直管段长度≥ 7D

7、转换器主要技术性能指标:

a、输出信号:直流电流:4~20mA(允许负截电阻为0~500 Ω,光电隔离)

b、供电电源: AC 或24V Dc

c、传感器与轩换器之间连接电缆的最大长度为100m

d、工作环境:温度为0~40℃;相对湿度小于85%;周围空气中不应含有腐蚀性气体

e、显示瞬时流量和累计流量

8、精确度:当管道公称通径DN ≤ 150 时,为± 1.5%R

当管道公称通径DN ≥ 200 时,为± 1.5%R ± 2.5%R

9、外壳防护等级:IP67 

三、选型参数及型号标记

对于插入式电磁流量计,设计单位应根据本产品的主要技术指标,参照用户的实际情况选型.

1、适用流量范围的确定

如果用户已做好管道,可根据表选择相适用的流量及传感器口径.

如果用户没有做好管道,首先要根据流量范围确定传感器口径,再考虑是安装有截止阀型还有安装无截止阀型的传感器.  

2、探头及插入杆形式

探头形式是根据介质悬浮物情况确定的,一般悬浮物多不易经常拆装的选敞开式,否则选导管式.插入杆形式是对安装的要求.一般螺杆式比较易于安装.

3、压力及使用情况

用户可根据管道压力的要求选择传感器的压力指标.一般插入式电磁流量计用于管道压力较小的场合,适用于大中型管道中的循环水、源水和净水计量.另外,插入式电磁流量计与同口径的一体、分体电磁流量计相比价格较低廉. 

四、ZK-LDC 型传感器选型表

ZK-LDC——插入式电磁流量传感器

安装方式——(有截止阀;1- 无截止阀)

探头形式——(A 敞开式,B 导管式)

插入杆形式——(1 螺杆,2 光杆式)

口径——(见表1)

 五、ZK-LDC插入式电磁流量计选型表

ZK-LDC——插入式电磁流量计

使用环境——(B :防爆;无:非防爆)

转换器型号——(6 A :一体化;5 A :分体型)

结构形式——(Y :一体型:分体型)

安装方式——(有截止阀;1 - 无截止阀)

探头形式——(A 敞开式;B 导管式)

插入式杆形式——(1 螺杆式;2 光杆式)

02083620460 13434282715广东污水流量计 广州防腐流量计 电磁流量计

 

智能电磁流量计,是用于测量连续或间断流经封闭管道中导电液体和液固两相流的体积流量。由于它的测量精度不受被测介质的温度、密度、粘度以及电导率(允许限以上)变化的影响,选择合适的衬里和电极材料,就可以测量各种腐蚀性(如酸、碱,盐)以及磨擦系数的矿浆等介质流量。因此,被广泛地用于石油、化工、水利、治金、煤矿、供水、环保、食品卫生等领域。
主要技术参数: 
公称通径DN(mm):10~600
流量范围(m/h):0.1~6000
度:0.5级;1级(按协议可提供量程百分误差)
量程比:1:201:30;
重复性%:<基本误差限的1/3
介质流速范围(m/s):0.3~10
额定工作压力PN(Mpa):1.0;1.6;2.5;4.0;6.4;10;16;25;
介质电导率(pS/cm):≥5
介质工作温度(℃):一体型:<70/分体型:聚四氟乙烯衬里<180/高压时<70其它衬里:<80  
输出方式:脉冲输出;模拟输出;4~20mAPS485接口
供电方式:24VDC;220V AC; 50Hz
该公司产品分类: 亿仪自动化 定量流量计 污水流量计 蒸汽流量计 气体流量计 液体

电磁流量计

SY-LDE液体流量计特别设计了带背光宽温的中文液晶显示器,功能齐全实用、显示直观、操作使用方便,可以减少其他电磁流量计英文菜单所带来的不便。另外我们设计4-6多电极结构,进一步了测量精度并且任何时候无需接地环,减轻了仪表体积和安装维护的麻烦。液体流量计测量精度不受流体密度、粘度、温度、压力和电导率变化的影响,液体流量计传感器感应电压信号与平均流速呈线性关系,因此测量精度高。液体流量计测量管道内无阻流件,因此没有附加的压力损失;测量管道内无可动部件,因此传感器寿命极长。液体流量计由于感应电压信号是在整个充满磁场的空间中形成的,是管道载面上的平均值,因此传感器所需的直管段较短,长度为5倍的管道直径。传感器部分只有内衬和电极与被测液体接触,只要合理选择电极和内衬材料,即可耐腐蚀和耐磨损。如何正确选型:
仪表的选型是仪表应用中非常重要的工作,有关资料表明,仪表在实际应用中有2/3的故障是仪表的错误选型或错误的安装而造成的,请特别注意。◆收集数据1.被测流体成份2.最大流量、最小流量3.工作压力4.温度、温度◆被测流体必须具备一定的导电性,导电率>5μS/CM最大流量和最小流量必须符合下表中的数
口径mm
流量范围m3/h
口径mm
流量范围m3/h
φ15
0.0636~6.36
φ450
57.23~5722.65
φ20
0.11~11.30
φ500
70.65~7065.00
φ25
0.18~17.66
φ600
101.74~10173.6
φ40
0.45~45.22
φ700
138.47~13847.4
φ50
0.71~70.65
φ800
180.86~18086.4
φ65
1.19~119.4
φ900
228.91~22890.6
φ80
1.81~180.86
φ1000
406.94~40694.4
φ100
2.83~282.60
φ1200
553.90~55389.6
φ150
6.36~635.85
φ1600
723.46~72345.6
φ200
11.3~1130.4
φ1800
915.62~91562.4
φ250
17.66~176.25.
φ2000
1130.4~113040.00
φ300
25.43~2543.40
φ2200
1367.78~136778.4
φ350
34.62~3461.85
φ2400
1627.78~162777.6
φ400
45.22~4521.6
φ2600
1910.38~191037.6
实际工作压力必须小于流量计的额定工作压力。工作温度和温度必须符合流量计规定的温度要求。确定是否有负压情况存在。您可以根据上表中的流量选择相应的电磁流量计,若所选择的电磁流量计的内径与现在工艺管道的内径不符,应进行缩管或扩管。若管道进行缩管,应考虑由于缩管引起的压力损失是否会影响工艺流程。从产品价格考虑,可以选择较小口径的电磁流量计,相对减少投资。测洁净水时,经济流速时1.5-3m/s,测易结晶的溶液时,应适当地提高流速,3-4m/s为宜,起到自清扫,防止粘附沉积等作用;测矿浆等磨◆耗性流体时,应适当降低流速,1.0-2m/s为宜,以降低对内衬和电极地磨损。实际应用很少超过7m/s,超过10m/s则更为罕见。
的正确接线
①励磁电缆可选用YZ中型橡套电缆,其长度与信号电缆一样
②信号电缆和其他动力电源电缆必须严格分开,不能敷设在同一根管子内,不能平行敷设,不能绞合在一起,应分别单独穿在钢管内。
③信号电缆和励磁电缆尽可能短,不能将多余的电缆卷在一起,应将多余电缆剪掉,并重新焊接头,电缆进入传感器电气接口时,在端口处做成U型,这样可以防止雨水渗透到传感器中。
④分体型电磁流量计励磁电缆和转换器之间的连接用专用接线完成,转换器和外部的连接同一体型电磁流量计。
液体流量计的接线:
①励磁电缆可选用YZ中型橡套电缆,其长度与信号电缆一样
②信号电缆和其他动力电源电缆必须严格分开,不能敷设在同一根管子内,不能平行敷设,不能绞合在一起,应分别单独穿在钢管内。
③信号电缆和励磁电缆尽可能短,不能将多余的电缆卷在一起,应将多余电缆剪掉,并重新焊接头,电缆进入传感器电气接口时,在端口处做成U型,这样可以防止雨水渗透到传感器中。
④分体型电磁流量计励磁电缆和转换器之间的连接用专用接线完成,转换器和外部的连接同一体型电磁流量计。
 
  分体型电磁流量计的接线:
 
电磁
 
液体流量计如何在管道上安装:
应安装在水平管道较低处和垂直向上处,避免安装在管道的点和垂直向下处;
 
应安装在管道上上升处;
 
在开口排放管道安装,应安装在管道的较低处;
 
若管道落差超过5m时,在传感器的下游安装排气阀;
 
应在传感器的下游安装控制阀和切断阀,而不应安装在传感器上游;
 
传感器绝对不能安装在泵的进出口处,应安装在泵的出口处;
 
在测量井内安装流量计的方式
 

1、入口
2、溢流管
3、入口栅
4、清洗孔
5、流量计
6、短管
7、出口
8、排放阀

 
如何正确选择安装节点:
  正确地选择安装点和正确安装流量计都是非常重要的环节,若在安装环节失误,轻者影响测量精度,重者会影响流量计的使用寿命,甚至会损坏流量计。
 
选择安装位置时需特别注意:
·非测量电极的轴线必须近似于水平方向;
 
·测量管道内必须充满液体;
 
·流量计前方最少要有5* D(D为流量计内径)长度的直管段,后方最少要有3* D(D为流量计内径)长度的直管段;· 流体的流动方向和流量计的箭头方向一致;·管道内要有真空会损坏流量计的内衬,需特别注意;·在流量计附近应无强电磁场;·在流量计附近应有充裕的空间,以便安装和维护;·若测量管道有振动,在流量计的两边应有固定的支座测量不同介质的混合液体时混合点与流量计之间的距离最少要有30×D(D为流量计内径)长度为方便今后流量计的清洗和维护,应安装旁通管道;
该公司产品分类: 校验仪表系列 温度仪表系列 压力仪表系列 流量仪表系列

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