Hall Effect Sensor SS44E TO-92 Hall Element Sensor Motor 3 Pins for Arduino – KSH 60 at HIMASTORES Mombasa – best electronics in Kenya

Hall Effect Sensor SS44E TO-92 Hall Element Sensor Motor 3 Pins for Arduino

SKU: HMJ649 Category: Sensors
KSH 60.00
Out of Stock

Product Description

SS44E Hall Effect Sensor TO92 3Pin Magnetic Sensor

Digital Magnetic Field Detection Sensor for Arduino

The SS44E Hall Effect Sensor is a highsensitivity, TO92 packaged magnetic switch designed for precise magnetic field detection. This reliable sensor features an open-collector output that pulls low when a magnetic field (south pole) is detected, making it an essential component for position sensing, speed measurement, and proximity detection applications.

Wide operating voltage: 4.5V to 24V DC
Output: Opencollector requires pull-up resistor
South pole magnetic field activates the sensor

Technical Specifications

ParameterValue
PackageTO92 (3pin)
Supply Voltage4.5V - 24V DC
Output TypeOpen-collector
Output CurrentUp to 25mA
Operating Temp-40°C to +130°C
Output SwitchDigital (ON/OFF)
Polarity DetectionSouth Pole
Response TimeInstant
MountingThrough-hole

= Key Features =

Digital Output - Simple high/low switch for easy microcontroller reading

OpenCollector Requires pull-up resistor for proper operation

Wide Voltage Range - Works from 4.5V to 24V DC systems

TO92 Package Standard transistor-like package for breadboard and PCB

South Pole Sensing - Specifically detects south magnetic polarity

Low Power - Minimal current consumption for battery projects

Robust Design Industrialgrade durability

= Applications =

  • Magnetic proximity detection
  • Motor speed sensing
  • Door and window position sensing
  • RPM measurement
  • Brushless motor commutation
  • Liquid level sensing
  • Automation limit switches
  • Arduino and robotics projects
  • Security systems
  • Conveyor belt monitoring

Pin Configuration (TO-92)

PinFunctionDescription
1VCC (Power)Connect to 4.5-24V DC
2GNDGround connection
3OUT (Signal)Open-collector output

> Device marking: 44E on flat face

Pinout: Facing the flat side, left to right: 1. VCC, 2. GND, 3. OUT

Wiring Guide

SS44E PinArduino PinDescription
VCC (Pin 1)5VConnect to 5V (or 3.3V)
GND (Pin 2)GNDCommon ground
OUT (Pin 3)Digital PinWith 10K pull-up resistor

> Always use a pullup resistor (4.7K10KΩ) between VCC and OUT

Without pull-up resistor, output signal will be unreliable
Do not connect OUT directly to VCC or GND

How It Works

  1. No Magnet: Output is HIGH (due to pull-up resistor)
  2. South Pole Detected: Output switches to LOW (GND)
  3. Magnet Removed: Output returns to HIGH state
The sensor is active low - output goes LOW when triggered
Use the south pole of a magnet for activation
North pole generally does not activate this type

Output Characteristics

ConditionOutput StateExplanation
Magnet Not PresentHIGH (via pull-up)Sensor idle state
South Pole PresentLOW (0V)Sensor triggered
North Pole PresentHIGHNo activation

> Output is opencollector only pulls to ground

Pull-up resistor is required to get HIGH state
Maximum output current: 25mA sink

Why Choose SS44E?

Reliable digital magnetic field detection
Wide 4.5V-24V supply voltage range
Industrystandard TO92 package
Open-collector output for interface flexibility
Cost-effective and readily available
Suitable for industrial environments

√ Compatible with 3.3V and 5V systems

√ Works with Arduino, ESP32, and PIC

√ Simple interface requires only 3 wires

√ Built-in reverse protection

√ Proven design for decades

√ Perfect for educational projects


Safety Precautions

Do not exceed 24V supply voltage
Ensure correct polarity (VCC to Pin 1)
Use pull-up resistor for proper operation
Keep away from strong magnetic interference
Protect from ESD when handling
Sensor may be affected by very strong external magnetic fields
Mount sensor away from ferrous materials for best results

What's Included

  1. SS44E Hall Effect Sensor (TO-92 Package)

The SS44E Hall Effect Sensor delivers simple, reliable magnetic detection for your Arduino and automation projects. With its wide voltage range and open-collector output, it's the ideal choice for position sensing, speed detection, and proximity applications.

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