Home> Products> Current Sensor> high precision fluxgate current sensor DXE1000-M4/61
high precision fluxgate current sensor DXE1000-M4/61
high precision fluxgate current sensor DXE1000-M4/61
high precision fluxgate current sensor DXE1000-M4/61

high precision fluxgate current sensor DXE1000-M4/61

$1≥100Piece/Pieces

Payment Type:T/T
Incoterm:FOB,CFR,CIF,EXW,FCA
Min. Order:100 Piece/Pieces
Transportation:Ocean,Land,Air,Express
Port:SHANGHAI,NINGBO,GUANGZHOU
Product Attributes

Model No.DXE1000-M4/61

BrandDEXIE, OEM Service is available

Place Of OriginChina

Accuracy0.001%

Packaging & Delivery
Selling Units : Piece/Pieces
Package Type : Carton / Pallet
Download :
Product Description

Flux Gate Current sensor DXE1000-M4/61    IP N = 1000 A

The DXE1000-M4/61 is a advanced flux gate Current Sensor that use high technology to bring the best combination of performance and reliability. It is rated for a primary current measurement range of ±1000A dc. It is calibrated and temperature compensated for improved accuracy using multi-point temperature characterization.


DIFFERENTIATION

● Accuracy: Multi-point temperature characterization and calibration for improved accuracy over temperature range.

● Magnetic immunity: Flux gate configuration and optimized magnetic circuit allow for excellent performance in diverse magnetic environments.

● Flexible: Customizable on-board firmware to meet specific application requirements.


Features

● Excellent accuracy

● Very good linearity

● Low temperature drift

● Wide frequency bandwidth

● Optimized response time


Application Domain

● Metrological verification and calibration

● Laboratory current measurement

● Instrumentation (e.g. power analyzer)

● Medical equipment, such as magnetic resonance imaging(MRI)

● Battery pack detection

● Power control


Electrical data

Parameter

specifications

Condition

Minimum value

Standard value

Maximum value

Rated input current IPN=

 ±1000 Adc

/

Measure range IPM=

 

±1200 Adc

 1Min/Hour

Power supply voltage VC

±14 Vdc

±16 Vdc

Full range 

Current consumption IC

±60 mA 

±560 mA

±660 mA 

IPM  range

Current change KN

 2000:1 

Input : Output

Rated output current ISN

500 mA 

Rated input current

Measuring resistance RM

 6Ω

8Ω


Accuracy- Dynamic Parameter 

Project

Symbol

Test conditions

Numerical value

Unit

minimum

standard

maximum

Accuracy

Xe

@0%~50%IPN

--

--

0.005

A

@50%IPN~IPM

--

--

0.001

%RD

Ratio error

XGe

@0%~50%IPN

--

--

0.005

A

@50%IPN~IPM

--

--

0.001

%RD

angle error

XPe

 

--

--

0.01

crad

Linearity

εL

--

--

--

5

ppm

Temperature drift coefficient

TCI

--

--

--

0.2

ppm/K

Time drift coefficient

TT

--

--

--

0.5

ppm/month

Power supply anti-interference

TV

--

--

--

1

ppm/V

Zero offset current

Io

25±10

--

--

±0.0025

mA

Zero offset current

IoT

Within the full operating temperature range

--

--

±0.005

mA

Ripple current

In

DC-10Hz

--

--

1

ppm

Dynamic response time

Tr

di/dt=100A/us

--

--

1

us

rise to 90% IPN

Current following speed

di/dt

--

100

--

--

A/us

Bandwidth(- 3 dB)

F

--

0

--

100

kHz


General characteristics 

Project

Symbol

Test conditions

Numerical value

Unit

minimum

standard

maximum

Operating temperature range

TA

--

-40

--

85

Storage Temperature Range

TS

--

-45

--

85

Weight

m

 

1000g±200g

g


Safety characteristics

Project

Symbol

Test conditions

Numerical value

Unit

minimum

standard

maximum

Withstand voltage

Between primary and secondary edges

Vd

50Hz,1min

 

2.5

 

KV

Transient isolation withstand voltage

Between primary and secondary edges

Vw

50us

 

5

 

KV



Mechanical characteristics

● General tolerance: ± 1mm

● Connector: DB9


NOTE

● When the direction of the input current IP is consistent with the direction indicated by the arrow in the outline drawing, the output current IS is in the forward direction.

● Please try to locate the primary conductor at the center of the probe aperture as much as possible.

● The through-hole is made of metal material, so the through-hole wire cannot be an exposed cable. The through-hole wire must be insulated.

● This module is a standard sensor, please contact us for special applications.

● We reserve the right to modify this sensor manual without prior notice.

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