TAP-210DG-3   换能传感器

TAP-210DG/3交流测量用DEIF换能器

型号:TAP-210DG/3

其他信息:换能器交流测量估计运输尺寸

尺寸:263x58 × 28mm重量:4.3 kg

原产国:美国

基本细节:用于交流测量的TAP-210DG/3 DEIF换能器

测量:瓦特、无功、频率、相角、电压、电流精度等级0.5

安装在DIN导轨紧凑型设计上

辅助。电压:57.7…440V交流电或24…根据lEC 688

测量原理:时分乘(TDM)均方根测量

测量电压(Unom)57.7..440v ac±20%(0…测量电流(Inom)0.5..10AAC。测量范围:0..120% Inom(每相0.3VA)

测量范围0..Qnom / -Qnom. O. +Qnom

测量频率45..65赫兹(300 . . 500赫兹)

过载电压1.2 x Unom，控制/ 2 x Unom持续10秒

过载电流2 × lnom, cont / 10 × Inom持续10秒(最大75a)/ 40 × Inom持续1秒(最大75a)300)输出(0 . 100%)0 . . 1 ma, 0 . . 5 ma, 10 0 . .妈,0 . . 20 ma, 0 . . 1 v, v 0 . . 10

输出(20。100%)0.2 . .1, 1 . .5, 2 . .10马,4 . . 20 ma, 0.2 v . . 1, 2 . . 10 v

输出(-100% . . 0 . . + 100%)1 . . 0 . .+ 1马,5。0 . .+ 5 ma, -10。0 . .马+ 10,-20。0 . .+ 20 ma 1 . . 0 . .+ 1 v, -10。0 . .+ 10v输出负载电流输出:最大。15V，电压输出:最大。20马

根据lEC 688，精度等级0.5(-10..15..30..55°C)

响应时间/纹波< 150ms / 1%pp根据lEC 688

out / Uaux / daux / Rload Max.0.1%/10% Uaux /0.1%/45..65Hz /0.1%/ Rload-max温度系数通常为每10°C 0.15%。每10°c最大0.2%

环境温度- 10.55°C(标称)。-25 . .+ 70°℃(操作)。-40 . .+ 70°C(存储)

辅助电源(UJaux)(45.65Hz)57.7-63.5-100-110-120-127-220 -230-240-380-415- 440v AC±20%(∶3.5VA)试验电压2000V-50Hz- 1 min。

EMC符合EN 50081-1/2,EN 50082-1/2,SS4361503(PL4)，IEC 255-4(3级)。CE标志，气候等级HSE，符合DIN 40040

保护外壳:IP52。终端:IP20。符合lEC 529和EN 60529端子标准。多股:2.5 mm2 /单股:4.0 mm2

*输出负载:

通过电压输出，负载不得低于规定的电阻。通过输出电流，负载不得超过规定的电阻。(输出内部保护，防止过载)。

lnstallation指令

为确保长寿，请注意以下事项:

安装的传感器(或其他设备)之间的距离不得小于10mm(建议30mm)。

当多个换能器安装在同一导轨上时，din导轨必须始终处于水平位置，而不是垂直位置。

换能器必须放置在通风良好的地方，以确保最佳的功能和使用寿命。

TAP-210DG-3   换能传感器

TAP-210DG/3 DEIF Transducers for AC measurementManufacturers : DEIF

Model(s) : TAP-210DG/3

Additional lnformation : Transducers for AC measurementEstimated Shipping Size

Dimensions: 263× 58 × 28mmWeight:4.3 kg

Country of Origin: United States of America

Essential details: TAP-210DG/3 DEIF Transducers for AC measurement

Measurement of:

watt, var,frequency, phase angle, voltage, currentAccuracy class 0.5

For mounting on DIN railCompact design

Aux.   voltage: 57.7...  440V AC or 24...  220V DCAccording to lEC 688

Measuring principle Time-Division-Multiplication (TDM)RMS measurement

Measuring voltage (Unom)57.7..  440V AC ±20%(0..  120% Unom with separate Uaux), (口 0.5VA per phase)Measuring current (Inom)0.5..10AAC.   Measuring range: 0..  120% Inom(0.3VA per phase)

Measuring range 0..  Qnom / -Qnom..O..+Qnom

Measuring frequency 45..  65Hz (300..500Hz)

Overloads Voltages 1.2 x Unom, cont. / 2 x Unom for 10 s

Overloads Currents 2 x lnom, cont. / 10 x Inom for 10 s (max.75A)/ 40 x Inom for 1 sec (max.   300A)Output(0..100%)0..1mA,0..5mA,0..10mA,0..20mA，0..1V,0..10V

Output (20..100%)0.2..  1mA, 1..  5mA, 2..  10mA, 4..20mA,0.2..1V,2..10V

output (-100%..0..+100%)-1..0..  +1mA, -5..0..  +5mA, -10..0..  +10mA, -20..0..  +20mA, -1..0..  +1V, -10..0..  +10VOutput loads Current Output: max.  15V, voltage Output: max.   20mA

Accuracy Class 0.5 (-10..15..30..55°C) according to lEC 688

Response time/ripple <150 ms / 1%pp according to lEC 688

out / Uaux /Dfaux /口Rload Max.0.1%/10% Uaux /0.1%/45..  65Hz /0.1%/ Rload-max.  Temperature coefficient Typically 0.15% per 10°C.   Max.0.2% per 10°c

Ambient temperature -10.+55°C(nominal).   -25..  +70°℃ (operating).   -40..  +70°C (storage)

Auxiliary supply (UJaux)(45.65Hz)57.7-63.5-100-110-120-127-220 -230-240-380-415-440V AC ±20%(口3.5VA)Test voltage 2000V-50Hz- 1 min.

EMC According to EN 50081-1/2,EN 50082-1/2,SS4361503(PL4),IEC 255-4(class 3). CE markedClimate Class HSE, according to DIN 40040

Protection Case: IP52.  Terminals: IP20.  According to lEC 529 and EN 60529Terminals Screw Terminals.   Multi-stranded: 2.5 mm2 / single-stranded: 4.0 mm2

*Output loads:

By voltage output the load must not drop below the stated resistance. By current outputthe load must not exceed the stated resistance. (The output is internally protected againstoverload).

lnstallation instruction

To ensure a long lifetime please note the following:

The distance between the mounted transducers (or other equipment) must not be lessthan 10 mm (30 mm is recommended).

The DIN-rail must always be in horizontal position，never in vertical,when severaltransducers are mounted on the same rail.

The transducer must be situated on a well-aerated place to ensure an optimum functionand lifetime.

transducer (English name: transducer/sensor) is a detection device that can feel the information being measured, and can transform the felt information into an electrical signal or other required form of information output according to a certain law to meet the requirements of information transmission, processing, storage, display, recording and control.

The existence and development of sensors, so that the object has the sense of touch, taste and smell, so that the object becomes alive, the sensor is the extension of human features. The sensor has the characteristics of miniaturization, digitalization, intelligence, multi-function, systematization, networking, etc. It is the primary link to realize automatic detection and automatic control