
( Brand: Hapivida ), ( Manufacturer Part Number: HAPIVIDAAFG2O5TBMQ-20 ), ( Part Type: Water Throw ), ( Itemweight: 430 ), ( Packageheight: 55 ), ( Packagelength: 243 ), ( Packageweight: 490 ), ( Packagewidth: 237 )
The **Hapivida HAPIVIDAAFG2O5TBMQ-20 (DC 12V 32V) Level Sensor** is a high-performance, industrial-grade solution designed for precise and reliable liquid level monitoring in demanding environments. Engineered with robust construction and advanced sensing technology, this sensor is ideal for applications where accuracy, durability, and resistance to harsh conditions are critical. Operating on a dual-voltage range of 12V to 32V DC, it delivers consistent performance across a wide array of systems, making it versatile for use in water treatment plants, agricultural irrigation, chemical processing, and other industrial or municipal settings where water level detection is essential.
This sensor employs a **4-20 mA analog output**, providing a standardized signal that is easily integrated with PLCs, SCADA systems, or other control mechanisms. The 4-20 mA current loop ensures long-distance signal transmission with minimal noise interference, enhancing reliability in complex or remote installations. Its **0-10 meter measurement range** allows for flexible deployment in tanks, reservoirs, or channels of varying depths, accommodating both shallow and deep liquid levels with equal precision. The sensor s **throw-water design** means it can withstand direct contact with water without compromising functionality, making it particularly suited for submerged or splash-prone environments where traditional sensors might fail.
Built with corrosion-resistant materials and a sealed housing, the HAPIVIDAAFG2O5TBMQ-20 is engineered to endure prolonged exposure to moisture, chemicals, and temperature fluctuations, ensuring longevity even in the most challenging operational conditions. Its compact yet sturdy design allows for easy installation in confined spaces, while the floating or submerged mounting options provide flexibility depending on the application. Whether monitoring groundwater levels, tank inventory, or flood detection systems, this sensor delivers real-time, high-accuracy readings, enabling operators to maintain optimal liquid levels, prevent overflows, and optimize resource management with confidence. Backed by Hapivida s reputation for innovation and reliability, this level sensor represents a dependable choice for industries seeking both performance and durability in their liquid level monitoring solutions.
### **Pros and Cons of buying a HAPIVIDA HAPIVIDAAFG2O5TBMQ-20 (4-20mA, 0-10m, DC 12V-32V Level Sensor for Water)**
#### **Pros:**1. **Accurate Level Measurement** The sensor uses a 4-20mA analog output, which is a standard industrial protocol for precise level monitoring. This makes it suitable for applications requiring reliable data transmission to PLCs, SCADA systems, or data loggers.
2. **Wide Voltage Compatibility** Operates on a broad voltage range (12V 32V DC), offering flexibility in power supply options, which can be useful in different system setups.
3. **Submersible Design** Capable of measuring water levels up to **10 meters**, making it suitable for deep tanks, wells, or reservoirs where other sensors may fail.
4. **Durable Construction** Likely built to withstand harsh environments, including exposure to water, chemicals, and temperature variations, depending on the material (assuming it is made of corrosion-resistant materials like stainless steel or PVC).
5. **Easy Integration** The 4-20mA output is universally compatible with most industrial control systems, reducing the need for additional converters or adapters.
6. **Cost-Effective for Industrial Use** Compared to some high-end ultrasonic or radar sensors, this may offer a more budget-friendly solution for basic to moderate-level monitoring needs.
7. **Low Maintenance** Analog sensors like this typically require minimal calibration and maintenance, provided they are installed correctly and protected from physical damage.
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#### **Cons:**1. **Limited Range** Only measures up to **10 meters**, which may be insufficient for very deep tanks or large-scale industrial applications requiring longer-range sensors.
2. **No Built-In Display or Digital Output** Relies entirely on external devices (e.g., PLC, meter, or computer) to interpret the 4-20mA signal. Users without the proper equipment may need to invest in additional hardware.
3. **Potential Signal Noise Issues** Long cable runs or poor wiring can introduce noise into the 4-20mA signal, affecting accuracy. Shielded wiring may be necessary for optimal performance.
4. **Dependence on Power Supply** If the power supply fails (e.g., voltage drops below 12V or exceeds 32V), the sensor may malfunction or provide incorrect readings.
5. **No Wireless Option** Unlike some modern sensors, this appears to be a wired solution, which may limit flexibility in remote or hard-to-wire locations.
6. **Limited Environmental Protection Rating (Assumed)** Without explicit IP or NEMA ratings mentioned, there is uncertainty about its resistance to dust, water ingress, or extreme temperatures. Users should verify if it meets their environmental requirements.
7. **No Built-In Alarm or Threshold Detection** Unlike some smart sensors, this does not automatically trigger alarms for high/low levels; users must implement this logic externally (e.g., via PLC programming).
8. **Potential Calibration Drift Over Time** Like all analog sensors, accuracy may degrade over prolonged use, requiring periodic recalibration.
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### **Conclusion:**The **HAPIVIDA HAPIVIDAAFG2O5TBMQ-20** is a **reliable, cost-effective analog level sensor** well-suited for **basic to moderate industrial water level monitoring applications** where a **4-20mA output is acceptable**. It excels in **deep tanks (up to 10m), durability, and ease of integration** with existing control systems. However, it is **not ideal for applications requiring wireless communication, long-range measurement, or built-in smart features** (e.g., alarms, wireless transmission).
If your use case involves **simple, wired level monitoring in a controlled environment** and you already have compatible control hardware, this sensor is a **solid choice**. For **high-precision, wireless, or very deep-level applications**, you may need to consider **ultrasonic, radar, or pressure-based sensors** instead.
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### **Recommendation:** - **Buy if:**- You need a **budget-friendly, analog 4-20mA level sensor** for water up to **10 meters**.
- Your system already supports **4-20mA inputs** (e.g., PLC, data logger, or industrial meter).
- You prioritize **simplicity and durability** over advanced features.
- The sensor s **voltage range (12V 32V) aligns with your power supply**.
- **Avoid if:**- You require **wireless communication** or **remote monitoring**.
- Your application demands **longer range (beyond 10m)** or **high-precision measurements**.
- You need **built-in alarms, thresholds, or digital outputs** without additional hardware.
- The environment has **extreme conditions** (e.g., corrosive chemicals, high vibration) where the sensor s material may not be sufficient **verify IP/NEMA ratings** if available.
- **Alternatives to Consider:**- **Ultrasonic sensors** (e.g., for non-contact, high-precision measurements).
- **Radar level transmitters** (for very deep or dusty environments).
- **Pressure-based sensors** (for sealed tanks or high-pressure applications).
- **Smart wireless sensors** (if remote monitoring is required).
Before purchasing, **confirm the sensor s material compatibility with your water chemistry** (e.g., saltwater, chemicals) and **verify the exact IP/NEMA rating** if operating in harsh conditions. Always test the sensor in your specific application to ensure accuracy.
Unique Design 45 degree oblique angle anti impact, probe detachable blocking design. Note: The measured medium is water. DC12V-32V Liquid Level Sensor, 4-20mA Throw in Type Water 0-10M Input Transmitter Detector YB2JF. Anti - bending, high quality solid structure, reliability.
IP68 Waterproof multi layer waterproof protection ensure safe use and long service time. Liquid Level Transmitter Input level transmitter and high precision diffusion of silicon for more accurate monitoring water. Full digital conditioning circuit, 4 20mA signal output ensure more stable performance.