Angle Sensor Hall Effect Potentiometer Analog Transducer Rotation Displacement Non Contact Instrument DC 5V 10166

Name: Angle Sensor Hall Effect Potentiometer Analog Transducer Rotation Displacement Non Contact Instrument DC 5V 10166
Brand: Shenzhen Qinda Electronics Co., Ltd.
SKU: 62459451198_1
Price: 14.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Angle Measurement & Displacement Sensing: Utilizes Hall Effect technology to non-contactingly convert rotational movement into proportional analog voltage output (0-5VDC), enabling precise angle and displacement tracking.
Versatile Transducer Operation: Designed for real-time monitoring of mechanical motion in applications requiring high accuracy, such as robotics, industrial automation, and control systems.

Key features

1. Durable Material Construction

With a corrosion-resistant aluminum alloy casing, you can ensure reliable operation in harsh industrial environments.

2. Non-Contact Hall Effect Technology

With non-contact Hall Effect sensing, you can achieve precise angle measurements without mechanical wear or friction.

3. High-Precision 0-5V Output Range

With a wide analog output range (0-5VDC), you can capture accurate angle data across diverse applications, from robotics to automation systems.

4. Versatile Industrial Scenario Solutions

Designed for industrial automation and robotics, you can integrate this sensor into systems requiring continuous rotation and displacement monitoring.

5. Compliance with Industrial Standards

Built to meet international safety and performance standards, you can ensure reliable operation in critical applications.

Product details

The Angle Sensor Hall Effect Potentiometer Analog Transducer is a precision non-contact measurement device designed for reliable angle and rotation detection in industrial and automation applications. Powered by a 5V DC supply, it converts mechanical movement into proportional voltage output (0-5V), enabling accurate monitoring of displacement, rotation, or angular position in harsh environments.

Technical specifications

Feature	Specification	Application Scenario
Technology	Hall Effect	Non-contact angle measurement in robotics
Supply Voltage	5V DC (VCC)	Compatibility with standard industrial power systems
Output Range	0-5V DC (Vout)	Direct analog signal for PLC/DAQ integration
Connection Type	Analog Transducer	Real-time feedback in motion control systems
Environmental Resistance	Durable metallic casing	Industrial machinery and outdoor equipment

Customization guide

Adjustable parameters include:

Output voltage calibration (custom range within 0-5V) to match specific control systems.
Sensitivity tuning for precise measurement of small angular displacements.
Mounting configuration to integrate with non-standard shaft sizes or mechanical interfaces.

Get inspired

This Hall Effect sensor excels in applications requiring contactless precision, such as robotic arm positioning, industrial conveyor tracking, or automotive steering angle monitoring. Its compact design and 5V compatibility simplify integration into existing automation setups.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Measurement Accuracy	±2°	±1°	±0.5°*
Operating Temp. Range	-20°C to 70°C	-30°C to 85°C	-40°C to 105°C
Environmental Resistance	IP54	IP65	IP67
Signal Stability	Standard	Low-drift	Ultra-low-drift**

Supplier's note

Key Breakthroughs:
- Hall Effect Technology: Enables non-contact measurement, eliminating wear and tear.
- 5V Compatibility: Simplifies integration with microcontrollers and PLCs.
- Wide Output Range (0-5V): Offers flexibility for diverse analog systems.
Version Selection Guide:
- Base Model: Ideal for basic automation tasks (e.g., conveyor belt tracking) where cost efficiency is prioritized.
- Advanced Model: Suitable for precision robotics or HVAC systems requiring ±1° accuracy and IP65 protection.
- Pro Model: Designed for extreme environments (e.g., mining equipment) with ±0.5° accuracy and IP67-rated sealing. Pair its ultra-low-drift signal stability with heavy machinery to ensure long-term reliability.

*30% higher accuracy than industry benchmarks. **50% lower drift than standard models.

Frequently asked questions

Which angle sensor is best for industrial automation applications requiring non-contact measurement?
How does the Hall Effect technology in this angle sensor improve performance?
What voltage specifications are required for this analog transducer angle sensor?
Is this angle sensor suitable for high-vibration or outdoor environments?
Can this sensor measure continuous rotation or only limited angles?
How do I install the shaft-mounted analog transducer correctly?
Does this sensor require regular maintenance?
Is the material of this angle sensor FDA-approved for food processing equipment?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Hall Effect Angle Sensors	Robotics, industrial automation	Non-contact magnetic sensing (ISO 9001 compliant) ▲ Supply voltage: 5VDC (IEC 60950-1)	No mechanical wear ▲ High durability ▲ Compact design (10mm diameter)	Susceptible to magnetic interference (tested at 0.5 Gauss tolerance)
Potentiometric Sensors	Basic angle measurement (low precision)	Contact-based rotation ▲ Output: Analog 0-5V (IEC 61131-2)	Cost-effective (▲50% cheaper than Hall Effect) ▲ Simple integration	Mechanical wear over time (50,000 cycles lifespan) ▲ Low accuracy (±5°)
Optical Encoders	High-precision robotics	Optical grating sensing (IEC 61158) ▲ Resolution: 12-bit (ASTM E228)	High resolution ▲ Fast response (▲1ms latency)	Fragile components ▲ Costly (▲3x price vs. Hall Effect) ▲ Sensitive to dust
Magnetic Encoders	Harsh environments (e.g., mining)	IP67-rated sealing ▲ Temperature range: -40°C to 85°C (ISO 16750-3)	Extreme durability ▲ Resistant to shock/vibration ▲	Lower resolution (▲8-bit max) ▲ Requires magnetic coupling ▲
LVDTs (Linear Variable Displ. Transformers)	Precision displacement measurement	Electromagnetic induction (ASTM E228) ▲ Accuracy: ±0.1% FSO (NIST traceable)	Ultra-linear output ▲ No electronic drift ▲	Bulky design ▲ Complex calibration ▲ High cost (▲5x vs. basic sensors)
MEMS Angle Sensors	Wearables, IoT devices	Microelectromechanical (ISO/TS 16331-1) ▲ Power consumption: 10mW (IEC 62304)	Ultra-compact (▲5mm² footprint) ▲ Low power ▲	Limited temperature range (-10°C to 70°C) ▲ Lower durability ▲