A compact instrument that measures relative humidity and air temperature and converts them into standardized electrical or digital outputs for easy integration with control systems. Engineered for accuracy, fast response, and long-term stability, it often offers configurable ranges and rugged enclosures for harsh environments. Used in HVAC, industrial processes, laboratories, and agriculture to maintain conditions, protect equipment, and enable automated control
Quickly verify paint thickness for used car assessments, repairs, and quality checks.
Ensure coating specifications are met on structural steel, railings, and metal fixtures.
Perform fast pass/fail checks on production lines and incoming parts.
Confirm coating thickness during application to prevent costly over- or under-application.
Compact humidity and temperature transmitter with analog and digital outputs
A compact condensation monitor that detects moisture onset to prevent corrosion and failures; offers fast response, configurable alarm thresholds, simple integration with control systems, and rugged probe design for reliable protection
A compact HVAC transmitter measuring relative humidity and temperature with analog outputs; features long-term stability, pollutant-resistant sensor, IP65 housing, configurable scaling, fast response, and easy installation for building automation and climate control
Cost-effective, accurate humidity and temperature transmitter for building automation; provides analog or digital outputs, configurable ranges, robust enclosure, PTFE filter protection, and software-adjustable scaling for precise HVAC and process monitoring
High-accuracy humidity and temperature transmitter for demanding climate control; available with digital bus or analog outputs, interchangeable probes, display, configurable settings, robust IP-class housing, and excellent long-term sensor stability
Transmitter designed for continuous high-humidity applications offering reliable humidity and temperature measurement, corrosion-resistant construction, appropriate sensor protection, stable outputs, and configurations tailored for harsh, moisture-laden environments
Modular humidity and temperature sensor system with interchangeable probes and output options; provides flexible installation, easy maintenance, precise measurement, configurable communication, and rugged construction for varied industrial and HVAC uses
Delivering accurate airflow measurement, compact probe design, simple mounting, analog/digital outputs, fast response, low power consumption, and durable construction for ventilation balancing and airflow monitoring
Multi-protocol interface and gateway facilitating seamless integration between sensors and building automation systems; supports various communication standards, simplifies wiring, offers configurable mappings, and enables centralized monitoring and control
Humidity and temperature sensor module offering compact footprint, fast response, high accuracy, digital or analog outputs, low power consumption, and easy integration into custom devices and instrumentation applications
Interchangeable humidity and temperature probe family providing precision sensing heads with digital interfaces, quick installation, modular replacement, contamination-resistant options, and compatibility with multiple host transmitters for flexible measurement setups
Digital humidity and temperature probe with robust connectorized design for easy replacement, stable sensor performance, built-in signal conditioning, wide temperature range, and suitability for OEM and industrial monitoring applications
High-precision miniature humidity and temperature probe delivering excellent accuracy and fast response in a small package; ideal for tight spaces, laboratory instruments, and mobile measurement applications requiring reliable performance
Heated humidity and temperature probe for meteorological and outdoor applications; prevents condensation, ensures accurate measurements in wet conditions, features robust construction, and supports long-term field deployment with stable outputs
Humidity and temperature module engineered for integration into custom electronics; offers calibrated outputs, compact design, reliable sensor technology, low drift, and straightforward electrical interfacing for product manufacturers
Analogue-output humidity and temperature probe with durable probe construction, precise sensing, configurable ranges, and straightforward wiring for environmental monitoring in HVAC, laboratories, and process-control installations
Digital humidity and temperature probe rated for high temperatures; provides stable digital outputs, rugged construction for demanding industrial environments, extended operating range, and reliable long-term performance for process monitoring
Compact duct or wall-mounted temperature transmitter offering accurate temperature sensing, selectable output types, fast response, simple installation, and robust enclosure for HVAC and building automation applications
Wall-mounted temperature sensor designed for indoor and outdoor use; provides accurate temperature measurement, tamper-resistant housing options, selectable outputs, and dependable performance for energy management and climate control
Temperature cable sensor for surface or immersion measurement, offering flexible installation, corrosion-resistant sheath options, reliable thermal response, and compatibility with common transmitter inputs for process and HVAC monitoring
High-temperature cable sensor built for elevated-temperature environments; provides durable construction, stable temperature sensing, flexible mounting, and compatibility with industrial control systems for reliable process temperature measurement
Room temperature sensor delivering accurate ambient temperature readings, simple wall-mount design, stable outputs, low power consumption, and suitability for building automation, HVAC control, and environmental monitoring
Ultra‑stable sensor: Years of accuracy with minimal drift
Dual outputs: Analog and secure digital concurrently
Fast adaptive filtering: Removes spikes, preserves real changes
Hot‑swap probe: Tool‑free replacement for zero downtime
Anti‑condensation design: Heater or hydrophobic barrier options
Predictive alerts: Early warning of sensor degradation
Measured: Relative humidity and dry‑bulb temperature
Ranges: 0–100 %RH; −40 °C to +60 °C
Accuracy: Humidity ±0.8–2.5 %RH; Temperature ±0.1–0.5 °C
Outputs: 4–20 mA and 0–10 V plus Modbus RTU (optional BACnet)
Power & response: 10–35 VDC; τ63% ≈ 5–30 s
Housing: IP30–IP65 options; replaceable filters/heated probe variants
For Rough Surfaces, For High Precision, For Non-Metals and For Tight Spaces
A CO₂ sensor monitors carbon dioxide levels for safe and healthy air
Detects condensation risk for reliable system protection
Measures airspeed to ensure proper flow and system efficiency
Collects data from multiple sensors for easy monitoring
Detects water in oil to protect equipment
Measures humidity and temperature for system integration
Because human comfort (heat index) depends on both, and together they are used to predict and prevent condensation.
Controlling humidity reduces the growth of mold and bacteria and limits the airborne survival of viruses.
The ideal range is 30% to 50% Relative Humidity (RH) to prevent both dryness and mold growth.
Place it in a central location with good airflow, away from direct sunlight, drafts, and heat sources.
Yes, high humidity leads to condensation, which causes mold, rot, peeling paint, and equipment damage.
A faulty sensor can cause the HVAC system to run inefficiently, wasting energy and providing poor air quality.
