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CSNE151

Solid State Sensors Closed Loop Current Sensors

DESCRIPTION ThesenewindustrialcurrentsensorsextendHoneywell’sclosedloopcurrentsensingcapability.Theyofferincreasedcurrentmeasuringcapabilityupto1000Aoveranextendedtemperaturerangeof-40°Cto+85°Candareavailablewithdifferentterminaloptions. Thesensorsareclo

CSNE151

CSN Series closed loop current sensor, measures AC, DC or impulse current, 25 amp-turns nominal, ? 36 amp-turns range, smaller housing, 1000 turn

CLOSEDLOOPSENSORS ClosedloopcurrentsensorsmeasureAC,DCandimpulsecurrentsover0-25,0-50,0-100,0-600and0-1200Ampranges.TheCSNSeriesisbasedontheprinciplesoftheHalleffectandthenullbalanceorzeromagneticfluxmethod(feedbacksystem).Themagneticfluxinthesen

CSNE151

Package：模塊，單通式；包裝：卷帶（TR）剪切帶（CT）Digi-Reel? 得捷定制卷帶 類別：傳感器，變送器 電流傳感器 描述：SENSOR CURRENT HALL 36A AC/DC

Honeywell Sensing and Productivity Solutions

CSNE151-005

Closed Loop Current Sensors; ·Current sensing up to 1275 amps (depending on product listing)\n·Measures ac, dc and impulse currents\n·Competitive cost/performance ratio\n·Rapid response\n·High overload capability\n·High level of electrical isolation between primary and secondary circuits\n·Industrial operating temperature range\n·Small size and weight;

CSN Series closed loop current sensor, measures ac, dc or impulse current, 25 amp-turns nominal, ±36 amp-turns range, smaller housing, 1000 turn.The CSN Series of closed loop current sensors are based on the principles of the Magnetoresistive or Hall effects, and the null balance or zero magnetic flux method (feedback system). The magnetic flux in the sensor core is constantly controlled at zero. The amount of current required to balance zero flux is the measure of the primary current flowing through the conductor, multiplied by the ratio of the primary to secondary windings. This closed loop current is the output from the device and presents an image of the primary current reduced by the number of secondary turns at any time. This current can be expressed as a voltage by passing it through a resistor.

CSNE151-010

Closed Loop Current Sensors; ·Current sensing up to 1275 amps (depending on product listing)\n·Measures ac, dc and impulse currents\n·Competitive cost/performance ratio\n·Rapid response\n·High overload capability\n·High level of electrical isolation between primary and secondary circuits\n·Industrial operating temperature range\n·Small size and weight;

CSN Series closed loop current sensor, measures ac, dc or impulse current, 25 amp-turns nominal, ±36 amp-turns range, low offset, smaller housing, 1000 turn.The CSN Series of closed loop current sensors are based on the principles of the Magnetoresistive or Hall effects, and the null balance or zero magnetic flux method (feedback system). The magnetic flux in the sensor core is constantly controlled at zero. The amount of current required to balance zero flux is the measure of the primary current flowing through the conductor, multiplied by the ratio of the primary to secondary windings. This closed loop current is the output from the device and presents an image of the primary current reduced by the number of secondary turns at any time. This current can be expressed as a voltage by passing it through a resistor.

CSNE151-100

Closed Loop Current Sensors; ·Current sensing up to 1275 amps (depending on product listing)\n·Measures ac, dc and impulse currents\n·Competitive cost/performance ratio\n·Rapid response\n·High overload capability\n·High level of electrical isolation between primary and secondary circuits\n·Industrial operating temperature range\n·Small size and weight;

CSN Series closed loop current sensor, measures ac, dc or impulse current, 25 amp-turns nominal, ±90 amp-turns range, 1000 turn.The CSN Series of closed loop current sensors are based on the principles of the Magnetoresistive or Hall effects, and the null balance or zero magnetic flux method (feedback system). The magnetic flux in the sensor core is constantly controlled at zero. The amount of current required to balance zero flux is the measure of the primary current flowing through the conductor, multiplied by the ratio of the primary to secondary windings. This closed loop current is the output from the device and presents an image of the primary current reduced by the number of secondary turns at any time. This current can be expressed as a voltage by passing it through a resistor.

CSNE151-010

Interactive Catalog Replaces Catalog Pages

CSNE151-100

Current Sensors Line Guide

CSNE151-104

CSN Series Hall Effect Current Sensors

CSNE151-204

CSN SERIES