Electric Ref Descp Hall Effect Sensor, Certification : Ce Certified

₹ 248 - ₹ 21,000 / Piece

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Driven TypeElectric, Battery, ref descptn
Packaging Typeref descpt
CertificationCE Certified
Supply TypeManufacturer, Exporter, Supplier, Retailer, Distributor, Importer, Trader, Buying House
Preferred Buyer Location All over the world

Company Information

Member Since 11 Years
Nature of Business Retailer
GST No. 27AABCL9949B1ZC

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Driven TypeElectric, Battery, ref descptn
Packaging Typeref descpt
Automation Graderef descpt
ApplicationHall Use
CertificationCE Certified
FeatureVisual Alarm System, Suitable For Sensing Level, Solids In Storage Tanks, Safety Interlocks, Reservoirs Hoppers, Non Conductive Liquid, ref descpt
Number Of Flowerref descpt
Warrantyref descpt

We are providing a various types of products such as hall effect sensor Hall Effect Sensor is a non-contact magnetic sensor that detects the presence, absence, or magnitude of a magnetic field. It operates based on the Hall Effect, where a voltage (called the Hall voltage) is generated perpendicular to both the current flow and an applied magnetic field in a conductor or semiconductor. When current flows through a semiconductor plate and a magnetic field is applied perpendicular to it, Lorentz forces push the charge carriers to one side, creating a measurable Hall voltage. The strength and polarity of this voltage depend on:

The magnetic field strength (B)

The current (I) flowing through the sensor

leelavati automation

The material properties (Hall coefficient)

Hall Voltage (Vₕ) = (B × I) / (q × n × d)

Where q = charge, n = carrier density, d = thickness of sensor material Hall Effect Sensors

TypeFunctionCommon Output

Digital (Threshold)Detects presence/absence of a magnetON/OFF (binary)

Linear AnalogOutputs voltage proportional to field strength0–5V, 0–10V

Ratiometric AnalogScales with supply voltageV_out ∝ V_supply

Bipolar/OmnipolarResponds to north/south poles or bothSwitch output

3D Hall SensorsMeasures vector components (X, Y, Z)3-axis analog/digital Applications

Rotational speed sensing – e.g., tachometers, encoders

Position sensing – e.g., proximity, limit detection

Current sensing – via magnetic field generated by conductor

Brushless DC motor commutation – rotor position feedback

Level detection – liquid level sensors using magnets

Gear tooth detection – in automotive ABS or speed sensors

Non-contact sensing → No mechanical wear

Wide temperature range → –40°C to +150°C

Compact & rugged → Fits in embedded systems

Fast response time → Microsecond-scale switching

Immune to dust, oil, moisture → Ideal for harsh environments

leelavati automation

Long life → 10M+ cycles typical Electrical Specs

ParameterValue (Typical)

Supply Voltage3.3V / 5V / 12V / 24V

Output TypeOpen collector / Push-pull

Response Time

Additional Information

Port of Dispatchref descpt
Packaging DetailsHall Effect Sensor is a non-contact magnetic sensor that detects the presence, absence, or magnitude of a magnetic field. It operates based on the Hall Effect, where a voltage (called the Hall voltage) is generated perpendicular to both the current flow and an applied magnetic field in a conductor or semiconductor. When current flows through a semiconductor plate and a magnetic field is applied perpendicular to it, Lorentz forces push the charge carriers to one side, creating a measurable Hall voltage. The strength and polarity of this voltage depend on: The magnetic field strength (B) The current (I) flowing through the sensor leelavati automation The material properties (Hall coefficient) Hall Voltage (Vₕ) = (B × I) / (q × n × d) Where q = charge, n = carrier density, d = thickness of sensor material Hall Effect Sensors Type Function Common Output Digital (Threshold) Detects presence/absence of a magnet ON/OFF (binary) Linear Analog Outputs voltage proportional to field strength 0–5V, 0–10V Ratiometric Analog Scales with supply voltage V_out ∝ V_supply Bipolar/Omnipolar Responds to north/south poles or both Switch output 3D Hall Sensors Measures vector components (X, Y, Z) 3-axis analog/digital Applications Rotational speed sensing – e.g., tachometers, encoders Position sensing – e.g., proximity, limit detection Current sensing – via magnetic field generated by conductor Brushless DC motor commutation – rotor position feedback Level detection – liquid level sensors using magnets Gear tooth detection – in automotive ABS or speed sensors Non-contact sensing → No mechanical wear Wide temperature range → –40°C to +150°C Compact & rugged → Fits in embedded systems Fast response time → Microsecond-scale switching Immune to dust, oil, moisture → Ideal for harsh environments leelavati automation Long life → 10M+ cycles typical Electrical Specs Parameter Value (Typical) Supply Voltage 3.3V / 5V / 12V / 24V Output Type Open collector / Push-pull Response Time
Delivery Timeref descpt

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