Advanced Wireless Humidity and Temperature Sensors | ioX-Connect

Wireless Humidity Sensors

Discover precise humidity and temperature monitoring with ioX-Connect Wireless Sensors. Ideal for critical condition monitoring across industries.
Humidity Sensors Collection
ioX-Connect

Remotely Monitor Humidity to actively manage and react to RH conditions

Unlock precision environmental monitoring with the ioX-Connect Wireless Humidity Sensors, your reliable solution for tracking humidity and temperature with unmatched accuracy and efficiency. Designed to cater to a broad range of applications, these sensors integrate seamlessly into both commercial and industrial settings, providing real-time insights that are crucial for maintaining optimal conditions.

Our sensors are equipped with state-of-the-art, factory-calibrated humidity transducers that measure relative humidity (RH) alongside temperature, ensuring comprehensive monitoring within a single device. With the flexibility of wireless connectivity, ioX-Connect sensors offer the convenience of remote data access and management through the ioX-Connect platform—enabling you to monitor, analyze, and react to environmental changes from anywhere, at any time.

 

Humidity Monitoring Solutions

Benefits of Using ioX-Connect Wireless Humidity Sensors

Whether you are looking to enhance indoor air quality, protect sensitive equipment, or meet rigorous compliance standards, ioX-Connect Wireless Humidity Sensors deliver the performance you need with the simplicity you desire. Embrace the future of environmental monitoring today and transform how you manage your critical spaces with our advanced sensor technology.



Accurate Environmental Monitoring

Our wireless humidity sensors are equipped with high-end, factory-calibrated sensors that provide precise measurements of relative humidity and temperature. This accuracy is crucial for maintaining the integrity of environments such as laboratories, data centers, and production facilities where even slight deviations can have significant consequences.

Real-Time Data Access and Alerts

With the capability to transmit data wirelessly, ioX-Connect sensors allow for continuous monitoring and immediate notification. Users can set configurable thresholds for critical conditions; if these thresholds are breached, the system sends instant alerts via email, text, or directly through our platform. This immediate response capability ensures that corrective actions can be taken promptly to prevent damage or deterioration of conditions.

Enhanced Energy Efficiency

By monitoring and controlling indoor humidity and temperature levels, our sensors help optimize HVAC systems' performance. This not only improves comfort but also reduces energy consumption, leading to lower utility bills and a smaller carbon footprint. Effective humidity control can prevent overuse of heating and cooling systems, maximizing energy efficiency.

Compliance with Health and Safety Standards

Our humidity sensors help ensure that environmental conditions meet all relevant health and safety regulations and standards. This is particularly important in industries such as healthcare, where proper humidity levels are essential to prevent the proliferation of bacteria and viruses, and in manufacturing, where specific humidity conditions are required to maintain product quality.

Easy Integration and Scalability

The wireless nature of ioX-Connect sensors makes them easy to install and integrate into existing systems without the need for extensive wiring or disruptions. They are also scalable, allowing additional sensors to be easily added to expand monitoring capabilities as needs grow.

Key Features and Specifications of ioX-Connect Wireless Humidity Sensors

When selecting the right humidity sensor for your needs, understanding both the features and the specific use cases is essential. Below, we detail the key specifications of the ioX-Connect Wireless Humidity Sensors and guide you in determining the most suitable type for your environment.

1. Comprehensive Humidity Measurement Range

  • 0 to 100% Relative Humidity (RH): Our sensors cover the entire spectrum of humidity monitoring, ideal for applications ranging from dry storages to moisture-saturated environments like greenhouses. This versatility ensures accurate humidity control in diverse conditions, crucial for sectors like agriculture, manufacturing, and residential HVAC systems.

2. Extensive Temperature Measurement Range

  • Leaded Sensor Versions: Function effectively within a broad temperature spectrum from -25°C to 70°C, making them perfect for harsh climates and industrial applications where temperature extremes are common.
  • Non-Leaded Sensor Versions: Designed to operate efficiently within the limits set by their specific enclosures and battery types, these sensors are adaptable for general commercial and indoor environments, ensuring temperature monitoring is always precise and reliable.

3. High Resolution and Precision

  • Resolution and Accuracy: With a resolution of 0.01% RH and 0.01°C, coupled with an accuracy of ± 2% RH and ± 0.3°C, our sensors offer detailed and exact readings. This high-level precision is vital for environmental monitoring in fields such as pharmaceuticals, precision engineering, and data centers where stability is key.

4. Configurable Alerts for Optimal Environmental Control

  • Automatic Alerts: Set and customize thresholds for immediate notifications when environmental conditions exceed safe levels. This feature supports proactive management and automated monitoring systems, safeguarding critical assets and enhancing operational safety across facilities.

5. Robust Calibration Standards

  • ISO-17025 (NIST) Calibration Certification: An optional feature for industries requiring stringent compliance with calibration standards. This certification supports applications in healthcare, laboratory settings, and any area where certification is necessary to meet regulatory and compliance standards.

Choosing the Right Type for Your Environment

To determine which sensor type best suits your needs, consider the following categories based on specific environmental and operational requirements:

  • Standard AA-battery powered: Ideal for typical commercial environments such as storage rooms where ease of installation and maintenance is key. The extended range ensures coverage across larger facilities.

  • Compact CC-battery powered: Perfect for space-constrained areas like control cabinets or cold storage, where the compact size fits seamlessly into tight spaces without compromising performance.

  • Industrial-grade: Designed with a weatherproof, NEMA-rated enclosure to withstand demanding conditions, these sensors are optimal for warehouses and production facilities, offering durability in both indoor and outdoor settings.

  • Power over Ethernet (PoE) Sensors: These integrate with a building's existing PoE network for seamless connectivity and can also function with standard Ethernet systems, providing flexible power options through an optional AC adapter.

For further guidance on selecting the appropriate sensor type, explore our Sensor Comparison page to view detailed specifications and comparisons.

Use Cases and Applications of ioX-Connect Wireless Humidity Sensors

Industrial Manufacturing

  • Precision Monitoring: Utilize our sensors in manufacturing environments where controlling humidity is crucial to maintaining the quality of products, especially in industries like textiles and electronics. Real-time humidity control helps in preventing material degradation and ensuring product consistency and quality.

Data Centers

  • Environmental Regulation: Protect sensitive computing equipment from the risks of static electricity and condensation. Our sensors help maintain optimal humidity levels to prolong equipment life and prevent data loss, making them essential for data center management.

Healthcare Facilities

  • Ensuring Comfort and Safety: Hospitals and healthcare facilities use our humidity sensors to monitor and control the environment in patient rooms, surgical theaters, and storage areas for medications and sensitive materials. Maintaining precise humidity levels is critical to patient comfort and the preservation of health standards.

Agriculture

  • Greenhouse Automation: Farmers and agricultural managers rely on accurate humidity monitoring to adjust conditions within greenhouses, enhancing plant growth and optimizing crop production. Our sensors provide the data needed to automate systems for watering and ventilation based on real-time environmental changes.

Commercial and Residential Buildings

  • HVAC System Efficiency: Improve the effectiveness of heating, ventilation, and air conditioning systems by integrating humidity sensors to regulate indoor air quality. This not only enhances occupant comfort but also helps in reducing energy costs by optimizing HVAC operations.

Cultural Heritage Preservation

  • Museum Climate Control: In museums and libraries, maintaining the right humidity levels is essential to preserve artifacts, artworks, and books. Our sensors ensure that these valuable items are kept in conditions that prevent deterioration over time.

Food and Beverage Industry

  • Storage and Transportation: Monitor and control the humidity levels in storage and transportation units to ensure the longevity and quality of perishable goods. This is particularly important in the food sector, where excess moisture can lead to spoilage and loss of product.

How do wireless humidity sensors work?

Understanding Wireless Humidity Sensors

Wireless humidity sensors are ingenious devices that play a crucial role in monitoring environmental conditions effortlessly. Here's how they operate:

  1. Humidity Detection: At the core, these sensors use a hygroscopic material to measure the moisture in the air. Changes in humidity levels cause subtle alterations in the electrical characteristics of the material, which the sensor detects and translates into readable data.

  2. Data Transmission: Once the humidity levels are recorded, the sensor transmits this data wirelessly. Most modern sensors use technologies like Wi-Fi, Bluetooth, or Zigbee to send information to a centralized system or directly to your mobile device.

  3. Real-Time Monitoring: These sensors provide real-time updates, allowing you to track humidity levels continuously. This is particularly beneficial in environments where maintaining certain humidity thresholds is essential, such as in medical facilities, server rooms, or greenhouses.

  4. Alerts and Notifications: Advanced sensors can be configured to send alerts when humidity surpasses or drops below predefined levels. This feature ensures that timely actions can be taken to prevent damage to sensitive equipment or goods.

  5. Energy Efficiency and Battery Life: Designed for low power consumption, these sensors typically feature long-lasting batteries, ensuring continuous operation over extended periods without frequent replacements.

Benefits of Using Wireless Humidity Sensors
  • Flexibility and Placement: Without the need for cumbersome wiring, these sensors can be placed in virtually any location.
  • Scalability: Easily integrate multiple sensors into a single network, allowing comprehensive monitoring of different areas.
  • Ease of Installation: Quick and straightforward setup, often requiring just a few minutes.

Wireless humidity sensors offer a seamless way to keep tabs on atmospheric conditions, making them indispensable tools in various industries. With their real-time monitoring and ease of use, they provide reassurance that critical environments remain within optimal humidity ranges.


What is the ideal relative humidity range for preservation of artifacts and data?

For effective preservation of artifacts and data, maintaining a relative humidity range between 40% and 60% is crucial. Staying within this range helps protect against deterioration and irreversible damage. This optimal humidity level minimizes risks posed by mold and excessive dryness, both of which can harm valuable collections and records over time. Prioritizing a controlled environment within this humidity band ensures the long-term safety of your preserved items.


What other types of sensors are frequently bought together with humidity sensors?

Motion, Temperature & Humidity Sensor (Motion Plus Sensor)

Detect motion and occupancy, ambient temperature, and relative humidity (RH) in a wide variety of facilities, all with one sensor.

Frequently Paired Sensors

For a comprehensive monitoring solution, consider these additional sensors often paired with humidity sensors:

By combining these sensors, you can create a robust network that offers comprehensive insights, ensuring efficiency and safety across your operations.


What documentation and support resources are available for these sensors?

Data Sheets:


General Information Guides:


Additional Resources:

Downloads:

By providing a blend of detailed data sheets, user guides, and general information, along with quick start guides and additional resources, you have all the tools necessary to effectively utilize and troubleshoot our sensors. If you need any assistance please do not hesitate to reach out to us at: sales@iox-connect.com or support@iox-connect.com 

Why ioX Wireless Sensors

Exceptional Value

1200 + ft

Industry leading wireless sensor range, offering multiple installation options

12 years

Best in class power management technology allows for greater sensor battery life.

80 +

With so many different sensor types, ioX wireless sensors gives you options to monitor multiple scenarios.

15 mins

Be up and running within 15 minutes. Easy plug-and-play IoT solution.

FAQs

Your all-in-one wireless monitoring solution

Please reach out to us at: sales@iox-connect.com if you have any additional questions that are not addressed below.

ioX-Connect's Wireless Sensor communication can reach 1,200+ feet through 12+ walls non-line-of-sight.

You can connect up to 50 different ioX Wireless Sensors to 1 gateway. Gateways can also serve as range extenders if you have a big site where sensors will be installed more than 1,000 ft apart.

The life span of the battery is dependent on several factors, including:

  • How frequently does the sensor transmit data (Heartbeat)
  • How far the sensor is from the wireless gateway
  • The obstructions that can cause difficulty in sending data (farther distance and obstructions require that the radio operate at longer intervals to send and receive data)

ioX-Connect Sensors and Gateways provide automated data logging. Our sensors can store up to 4,000 messages if the gateway connection is lost (non-volatile flash, persists through the power cycle). For 10-minute Heartbeat settings, this accounts for approximately 22 days of messages or readings. For 2-hour Heartbeat settings, our sensors can log up to 266 days of readings.

Plus, our gateways can save up to 50,000 sensor messages if its connection is lost. Our sensors and gateways can log all this data before sending it to the ioX-Connect platform—our sensor management and monitoring software—for cloud storage, trending, and analysis.

ioX-Connect wireless products use Encrypt-RF bank-level security, featuring a 256-bit exchange to establish a globally unique key and an AES-128 CTR for all data messages. Security is maintained at all communication points from sensor to gateway, gateway to software, and back again.

ioX-Connect's standard wireless products use several features to help protect sensor data in transit. The proprietary sensor protocol uses very low transmit power and requires specialized radio equipment to operate. Typical wireless devices that run on non-proprietary communication protocols (Wi-Fi, Bluetooth, Zigbee) operate using different frequency bands, so you can't use them to eavesdrop on the radio communications from the ioX-Connect family of sensors. In addition, we use a robust packet tampering evaluation routine to ensure that traffic isn't altered between the sensors and the gateways. This enables us to check for well-formed data packets that only originate from ioX-Connect enabled devices. We have algorithms that protect against spoofing and re-transmission of wireless data packets to safeguard data further.

Absolutely! This is what sets ioX-Connect apart from all other IoT solutions out there. ioX-Connect's Analytics module allows you to combine data from different sources not just sensors to create cross functional reports, analyze and trend sensor data, interact with your historical data and collaborate across departments thereby giving you more insights into your business/operations.

Yes. The ioX-Connect platform can be fed with data from external sensors provided we can retrieve the external sensor data through some service like an API. Please reach out to us at: sales@iox-connect.com for more detail on integration capabilities.

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