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  • CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703
  • CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703
  • CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703
  • CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703
  • CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703
  • CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703
CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703
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CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703

$69.00-$96.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 200 pieces)
Customized packaging(Min.Order: 200 pieces)
Graphic customization(Min.Order: 200 pieces)

CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Fill Level Monitoring: Uses ultrasonic sensors and advanced imaging technology to track trash bin fill levels and waste type composition in real-time.
  • Smart Waste Detection: Combines camera-based material recognition and weight sensors to optimize waste sorting and collection efficiency.

Key features

  • 1. Advanced Material Technology

  • With an IP68-rated waterproof and dustproof casing, ensure reliable operation in harsh outdoor environments*. This durable design withstands extreme weather and outdoor conditions, outperforming less-protected sensors in longevity and stability.

  • 2. Multi-Protocol Connectivity

  • With LoRaWAN, 4G, and NB-IoT connectivity options, seamlessly integrate into diverse smart city networks* for real-time data transmission. This flexibility surpasses single-protocol systems, enabling broader compatibility and reliability.

  • 3. Precision Ultrasonic Detection

  • With ultrasonic fill-level sensing technology, achieve up to 20% more accurate waste volume measurements than traditional weight-based sensors*. This ensures optimized collection schedules and reduces overcollection costs.

  • 4. Customizable Scenario Solutions

  • With adaptable deployment options, tailor the system to residential, commercial, or industrial waste management needs*. The modular design and software customization outperform rigid systems, maximizing efficiency across scenarios.

  • 5. Comprehensive Compliance Certifications

  • With CE and EPR France certifications, meet stringent safety and environmental regulations for global deployment*. These certifications ensure compliance with EU standards, offering peace of mind for international use.

Product details

CNDINGTEK Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor IP68 SDK Available DF703

The Smart NB IoT LoRaWAN 4G Ultrasonic Waste Trash Bin Fill Level Detection Sensor DF703 combines rugged durability with advanced IoT connectivity to optimize waste management in smart cities. Its IP68-rated design ensures reliability in outdoor environments, while multi-protocol outputs (LoRaWAN, 4G, NB-IoT) enable seamless integration into existing infrastructure.


Technical specifications

FeatureSpecificationBenefit
MaterialDurable plastic/metal compositeWithstands harsh outdoor conditions
Protection LevelIP68Submersion-resistant for all weather use
Sensing TechnologyUltrasonic fill-level detectionAccurate real-time waste volume monitoring
ConnectivityLoRaWAN, 4G, NB-IoTFlexible network compatibility
CertificationsCE, Spain_Packing, EPR_France_PackingMeets EU regulatory standards for deployment
Output InterfaceDigital data analysis tabletUser-friendly visualization of waste metrics

Customization guide

Adjustable parameters include:

  • Detection Range (customizable for bin sizes 50L–2,000L)
  • Sensing Frequency (from 1Hz to 10Hz for real-time updates)
  • Communication Protocol (prioritize LoRaWAN for rural areas or 4G/NB-IoT for urban networks)

Get inspired

With the DF703 sensor, cities can reduce collection costs by up to 30% through optimized routes. Its ultrasonic precision ensures no overflow, while the IP68 rating eliminates downtime in extreme weather.


Choose your model

ParameterBase Model (DF703-B)Advanced Model (DF703-A)Pro Model (DF703-P)
Detection Range2m3m (+50%)4m (+100%)*
Update Frequency1Hz5Hz10Hz
Battery Life1 year2 years (+100%)3 years (+200%)
CertificationsCECE + RoHSCE + RoHS + FCC

*Compared to industry-standard 2m sensors.


Supplier's note

  1. Technical Breakthroughs:

    • IP68 Protection: Enables deployment in flood-prone zones without corrosion risk.
    • Multi-Protocol Support: With LoRaWAN/4G/NB-IoT, the Pro model connects seamlessly to legacy and modern IoT ecosystems.
    • Real-Time Analytics SDK: Allows customization for unique use cases like hazardous waste tracking.
  2. Version Selection Guide:

    • Base Model: Ideal for small municipalities or residential areas needing basic fill-level alerts.
    • Advanced Model: Commercial zones (e.g., malls, offices) benefit from 5Hz updates and extended battery life.
    • Pro Model: Industrial complexes or smart cities require the 4m range and triple-certification for global compliance.

With the Pro’s 4m detection range, you can monitor large industrial bins without recalibration. Pair its 10Hz updates with the analytics SDK to predict waste overflow 24 hours in advance—reducing operational delays by 40%.

Frequently asked questions

  • Which ultrasonic sensor model suits outdoor smart city waste bins?

  • How do I maintain the sensor unit for longevity?

  • Ultrasonic vs. Weight Sensors: Which is better for fill level detection?

  • Can the system be customized for industrial waste management?

  • Is the DF703 certified for EU smart city projects?

  • Does the system support multiple IoT networks?

  • How does the data analysis interface optimize waste collection?

  • How accurate is the ultrasonic fill-level detection?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Ultrasonic SensorsSmart cities, commercial areas, industrial wasteIP68 rated (submersible up to 1m) ▲ Triple connectivity: LoRaWAN, 4G, NB-IoT
CE certified, EPR France compliance
▲ Global deployment via multi-protocol support ▲ Waterproof for harsh outdoor useRequires periodic cleaning; higher cost than basic sensors
Laser SensorsHigh-precision industrial applicationsAccuracy ±0.5cmIP65 rated (water jet resistance) ▲ Line-of-sight requiredHigh precision for critical tasks; low power consumptionExpensive; vulnerable to dust; limited in outdoor environments
Weight SensorsGarbage trucks, collection centersLoad cell tech (up to 1000kg capacity) ▲ IP67 rated (dust/water resistant)Direct volume measurement via weight; robust constructionBulky installation; inaccurate for varying waste densities
Infrared SensorsResidential bins, low-cost monitoringAccuracy ±5cmIP65 rated ▲ Low-cost designEconomical; easy to installInaccurate in dusty conditions; limited range/precision
Camera-based SensorsAdvanced recycling centersAI visual analysis (95% accuracy) ▲ IP68 rated ▲ Requires high processingIdentifies waste types; detailed analyticsHigh power use; privacy concerns with visual data
RFID SensorsLogistics, tagged waste systemsRFID tracking (10m read range) ▲ IP65 rated ▲ Requires pre-tagged binsTracks individual bins without contact; precise inventory controlHigh upfront tagging cost; limited to tagged items

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