This small Hall effect magnetic sensor reliably detects magnetic fields without touching them. It's for position sensing. Its compact size and IP68 rating mean it works in tight spots and tough industrial settings. This remote nonpolar magnetic proximity sensor is a solid choice for automation projects. Features and Benefits
- NPN and PNP models - Pick the right output for your control system. NPN switches the output to ground (sinking). PNP switches it to the positive voltage (sourcing).
- NO or NC logic - Available as Normally Open (circuit closes when a magnet is there) or Normally Closed (circuit opens). This allows flexible system design.
- IP68 rated enclosure - The sealed housing keeps out all dust. It can also be submerged in water. This means it works in dirty or wet conditions.
- 3-wire 12-24V DC operation - This 3-wire Hall sensor connects easily to standard low-voltage industrial controls. It uses simple power, ground, and signal wiring. Applications
- Pneumatic cylinder control - Detects when the piston reaches the end of its stroke in automated machines.
- Rotational speed counting - Measures how fast a shaft spins by detecting magnets attached to it.
- Access control - Senses if a door, gate, or safety guard is open or closed. This is for security or automation systems.
What It Is
This is an Effect Magnetic Sensor, also known as an IP68 Proximity Switch, designed for reliable object detection. It functions as a Hall Effect sensor, capable of detecting the presence of a magnetic field. With a robust IP68 protection rating, it is suitable for demanding industrial environments. The sensor operates on 12V DC or 24V DC power and features a 3-wire wiring configuration. It is available with either NPN or PNP output types, and can be configured for Normally Open (NO) or Normally Closed (NC) switching functions.
Key Uses & Applications
This proximity sensor is ideal for applications where non-contact detection of metallic objects is required. Common uses include position sensing in automated machinery, counting parts on a production line, and limit switching for moving components. Its IP68 rating makes it suitable for wet or dusty conditions, such as in manufacturing plants or outdoor equipment. The 15mm or 20mm diameter options allow for integration into various setups. It can be used to control electronics modules or as a reliable industrial sensor for automation tasks.
How to Choose
When selecting this proximity sensor, consider the required detection distance and the type of object to be sensed. While this is a magnetic sensor, other proximity sensors include optical sensors. For this specific product, choose between 12V DC or 24V DC to match your power supply. Determine if you need an NPN or PNP output and whether a Normally Open (NO) or Normally Closed (NC) switching function is appropriate for your control system. The 15mm or 20mm diameter should fit your mounting requirements. To test a proximity sensor, apply the correct voltage and observe its output state when an appropriate target is introduced and removed.
Voltage: 12V DC, 24V DC. Application: Proximity Magnetic Sensor. Diameter: 15mm, 20mm. Output Type: NPN, PNP. Protection Rating: IP68. Sensor Type: Hall Effect. Switching Function: NO (Normally Open), NC (Normally Closed). Wiring: 3-wire. Material: Plastic. EU LVD Voltage: Low voltage: Below 50Vac or 75Vdc. Operating Voltage: DC 12V, DC 24V. Output State: NO (Normally Open), NC (Normally Closed). Output Type: NPN, PNP. Operating Temperature: -25°C to +70°C. Protection Rating: IP68. Current Consumption: 10mA. Mounting Type: Flush/Non-flush. Product Type: Micro Hall Effect Sensor. Response Frequency: 1 kHz. Sensing Distance: 15mm, 20mm. Sensing Principle: Hall Effect. Wiring Configuration: 3-wire. Q: What are the sensing distance and wiring options for this Hall effect sensor? A: You can choose between a 15mm or a 20mm sensing distance. For wiring, it's available as a 3-wire NPN or PNP type, with either Normally Open (NO) or Normally Closed (NC) output logic.. Q: How well does this magnetic sensor handle tough industrial conditions? A: It's built with an IP68 rating, which means it's completely sealed against dust and can be continuously submerged in water. This makes it a very dependable choice for wet or dirty environments.. Q: What voltage does this proximity switch need? A: This sensor works with a DC power supply anywhere between 12 and 24 volts. It's also nonpolar, which makes wiring a little easier since the positive and negative leads can be reversed.. Q: What happens if the sensor fails soon after I buy it? A: We cover all our sensors with a 1-year warranty against manufacturing defects. If you experience any issues within that first year, we'll arrange for a replacement.. Q: What's the main advantage of using a Hall effect sensor instead of an inductive one? A: A Hall effect sensor detects a magnetic field, so it can sense a magnet through non-metal materials like plastic or aluminum. Inductive sensors only work with metal targets, so this gives you more options for machine design..