ProSight Outdoor Temperature & Humidity Transmitter

The ProSight Outdoor Temperature & Humidity Transmitter is an environmental monitoring instrument designed to continuously measure ambient temperature and relative humidity in outdoor environments and other locations exposed to changing environmental conditions.

Temperature and humidity are critical parameters for many outdoor and industrial applications. Monitoring these conditions can help users understand weather patterns, manage outdoor equipment, optimize HVAC systems, protect stored materials, and maintain appropriate environmental conditions.

The ProSight Outdoor Temperature & Humidity Transmitter is designed for outdoor-oriented applications where environmental conditions may change significantly throughout the day. It provides continuous measurement data that can be used for local monitoring or transmitted to compatible control and monitoring systems.

Depending on the selected configuration, the transmitter can be integrated with weather monitoring systems, HVAC controllers, building management systems, PLCs, SCADA systems, data acquisition equipment, and other automation platforms.

The ProSight Outdoor Temperature & Humidity Transmitter is particularly useful where reliable temperature and humidity measurement is required in outdoor areas, equipment installations, agricultural facilities, industrial sites, and other environmental monitoring applications. 

How Does It Work?

• The temperature sensor detects the surrounding ambient air temperature.
• The humidity sensor measures the moisture content of the surrounding air and determines relative humidity.
• The sensing elements convert environmental conditions into electrical signals.
• Internal electronics process the sensor signals and calculate the measured temperature and humidity values.
• The transmitter generates corresponding output signals based on the measured parameters.
• The output can be connected to a monitoring or control system such as a PLC, SCADA system, BMS, weather station, or data acquisition system.
• The connected system can use the information to monitor environmental conditions or control related equipment.
• Users can track temperature and humidity trends to identify changing weather conditions, environmental risks, or abnormal conditions.
• Automated systems can use the data to support HVAC control, ventilation, irrigation, climate management, or equipment protection.

Why Choose this Product?

• Designed for outdoor monitoring – Suitable for measuring temperature and humidity in outdoor and exposed environments.
• Dual environmental measurement – Measures both temperature and relative humidity in one transmitter.
• Continuous monitoring – Provides ongoing environmental information for monitoring and control.
• Outdoor climate monitoring – Useful for tracking changing environmental conditions.
• Weather monitoring support – Can be integrated into weather and environmental monitoring systems.
• Agricultural applications – Helps monitor environmental conditions affecting crops and agricultural operations.
• HVAC integration – Provides environmental information for outdoor air and climate-control systems.
• Building automation – Can supply outdoor environmental data to building management systems.
• Industrial applications – Suitable for monitoring environmental conditions around industrial facilities and outdoor equipment.
• Equipment protection – Temperature and humidity data can help identify environmental conditions that may affect equipment performance.
• Environmental management – Supports data-driven decisions for outdoor climate and environmental control.
• Automation compatibility – Can be integrated with PLCs, SCADA systems, monitoring platforms, and data acquisition equipment.
• Wide application range – Suitable for commercial, industrial, agricultural, institutional, and environmental monitoring applications.

Benefits

• Provides continuous outdoor temperature measurement.
• Provides continuous outdoor relative humidity measurement.
• Helps users understand changing environmental conditions.
• Supports weather and climate monitoring.
• Helps protect outdoor equipment from unsuitable environmental conditions.
• Supports agricultural and greenhouse climate management.
• Provides data for HVAC and building automation systems.
• Helps improve outdoor environmental awareness.
• Supports automated climate-control strategies.
• Reduces dependence on occasional manual measurements.
• Enables long-term environmental trend analysis.
• Supports preventive maintenance and equipment protection.
• Can contribute to optimized energy and resource management.
• Suitable for integration into larger environmental monitoring networks.