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  • Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max
  • Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max
  • Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max
  • Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max
  • Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max
  • Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max
Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max

Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max

$48.00-$59.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo（Min.Order: 100 pieces）
OEM（Min.Order: 1 pieces）
ODM（Min.Order: 1 pieces）
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Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Soil Moisture Measurement: The Veinasa-TWSD sensor accurately measures soil moisture content, providing essential data for agricultural and environmental monitoring.
  • Temperature Measurement: This device also measures soil temperature, ensuring comprehensive soil condition analysis.
  • Data Output: Equipped with an RS485 interface, the sensor offers reliable digital communication for seamless integration with monitoring systems.

Key features

  • 1. Advanced Material Technology

    • With corrosion-resistant metal contacts, the Veinasa-TWSD sensor ensures long-lasting performance even in harsh soil environments.

  • 2. Interactive Design

    • With a compact and portable design, you can easily install and relocate the sensor across various agricultural sites, enhancing flexibility in soil monitoring.

  • 3. Superior Performance Parameters

    • With a wide temperature range of -40 to 80°C and a moisture measurement range of 0-100%, the sensor provides comprehensive data for diverse agricultural and environmental applications.

  • 4. Versatile Scenario Solutions

    • With its RS485 output and digital interface, this sensor seamlessly integrates into larger monitoring systems, perfect for both small-scale farming and extensive environmental projects.

  • 5. Reliable Certification Standards

    • With its compatibility with standard 5V DC power supplies, including solar options, the sensor supports sustainable and eco-friendly monitoring solutions.

Product details

Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor for Arduino FDR with 20ma Output Max and 24v Voltage Max

The Veinasa-TWSD Digital Soil Humidity Temperature EC Sensor is engineered for precision in monitoring soil conditions. Manufactured by Sichuan Weinasa Technology Co., Ltd., this sensor is ideal for applications requiring accurate soil moisture and temperature readings, with a robust 20mA output and a maximum voltage of 24V. Its digital interface ensures seamless integration with modern monitoring systems, making it a versatile choice for both agricultural and environmental projects.

Technical specifications

FeatureSpecificationBenefit
Soil Moisture Measurement0-100% RangeAccurate monitoring of soil hydration levels for optimized irrigation
Temperature Measurement-40 to 80°CWide temperature range for diverse environmental conditions
Output InterfaceRS485, 4-20mAReliable data transmission over long distances
Power Supply5V DC, 24V MaxCompatibility with various power sources including solar

Customization guide

Adjustable RS485 output allows for integration into larger systems, catering to specific data collection and analysis needs.

Get inspired

With the Veinasa-TWSD sensor, you can enhance your agricultural efficiency by precisely monitoring soil conditions, ensuring optimal crop growth and water usage.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Moisture Accuracy±3%[+15%][+30%]*
Temperature Range-20 to 60°C-30 to 70°C-40 to 80°C
Output Current10mA15mA20mA

Supplier's note

The Pro version's moisture accuracy, surpassing the industry standard by 30%, ensures precise irrigation control, crucial for high-value crops. When paired with its wide temperature range, it provides comprehensive environmental monitoring. For large-scale agricultural operations, the Pro Model is recommended due to its superior data transmission capabilities and integration options.

Frequently asked questions

  • Which model of soil moisture and temperature sensor is best for agricultural use?

  • How do I maintain and care for a digital soil humidity sensor?

  • What are the material advantages of the Veinasa-TWSD sensor for outdoor use?

  • Can I integrate the soil sensor with existing environmental monitoring systems?

  • Is the Veinasa-TWSD soil sensor compatible with solar power systems?

  • How does the Veinasa-TWSD sensor compare to other soil moisture sensors regarding accuracy?

  • Does the sensor support digital communication for data transfer?

  • What unique features does the Veinasa-TWSD sensor offer for soil condition monitoring?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Soil Moisture SensorAgricultural MonitoringMeasures 0-100% moisture (accurate across full range)Enhances crop growth by optimizing water usageRequires regular calibration for accuracy
Soil Temperature SensorEnvironmental StudiesOperates from -40 to 80°C (suitable for diverse climates)Supports ecosystem research by providing temperature dataMay require protection against extreme weather
Digital Interface SensorData Collection SystemsRS485 output (reliable long-distance communication)Easy integration with existing systemsRequires compatible receiving equipment
High Current Output SensorIndustrial Applications20mA current output (sufficient for robust signals)Ensures strong signal transmission over long distancesHigher power consumption compared to low-current models
Compact Soil SensorPortable MonitoringCompact design (easy to transport and install)Facilitates flexible monitoring setupsLimited range due to small form factor
Corrosion-Resistant SensorOutdoor InstallationsStainless steel contacts (resistant to rust)Long-lasting performance in moist environmentsHigher initial cost due to durable materials

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