Siemens QFA32SS.EWSN Temperature/Humidity Sensor, BACnet, RJ11

Siemens QFA32SS.EWSN Temperature/Humidity Sensor: Accurate Monitoring for Efficient Control

Ensure precise temperature and humidity control in commercial buildings with the Siemens QFA32SS.EWSN Temperature/Humidity Sensor. Designed with advanced BACnet technology, this sensor offers reliable and efficient monitoring capabilities. With its compact size and comprehensive features, it provides valuable data for optimal building management.

Key Benefits: Enhanced Control and Energy Efficiency

The Siemens QFA32SS.EWSN Temperature/Humidity Sensor offers several key benefits to improve control and energy efficiency. With its BACnet compatibility, it seamlessly integrates into existing systems, allowing for centralized monitoring and control. The sensor's precise measurements and adjustable outputs (0 to 10V/0 to 5V/4 to 20mA) enable accurate adjustments to achieve desired temperature and humidity levels. By providing real-time data, it empowers facility managers to make informed decisions and optimize energy consumption. The sensor's UL 916 Energy Management Equipment compliance ensures superior reliability and safety.

Unique Features: Intelligent Design for Optimal Performance

The Siemens QFA32SS.EWSN Temperature/Humidity Sensor stands out due to its intelligent design and standout features. The connection screw terminals enable secure and easy installation, while the RJ11 inputs ensure seamless connectivity. The sensor comes with anchors, matching gaskets, screws, and trim rings for convenient setup. Its compact dimensions (4-1/2 in H x 2-3/4 in W x 1-3/16 in D) make it suitable for various installation locations. The sensor's compatibility with BACnet systems makes it a versatile solution for different building automation requirements.

Choose the Siemens QFA32SS.EWSN Temperature/Humidity Sensor for Superior Performance

When it comes to temperature and humidity sensors, the Siemens QFA32SS.EWSN stands out as the top choice. Its advanced BACnet technology, adjustable outputs, and precise measurements ensure accurate control and energy efficiency. Unlike its competitors, this sensor offers a comprehensive package, including anchors, matching gaskets, screws, and trim rings, facilitating hassle-free installation. With its UL 916 Energy Management Equipment compliance, it guarantees reliability and safety. Make the Siemens QFA32SS.EWSN Temperature/Humidity Sensor your preferred choice for optimal building control.

Take control of your building's environment with the Siemens QFA32SS.EWSN Temperature/Humidity Sensor. Experience accurate monitoring and efficient control for enhanced energy efficiency and comfort. Contact us now to learn more or make a purchase.

💡Features

• Type: BACnet
• Connection: Screw Terminals
• Inputs: RJ11
• Outputs: 0 to 10V/0 to 5V/4 to 20mA
• Includes: Anchors, Matching Gaskets, Screws, Trim Rings
• Agency Compliance: UL 916 Energy Management Equipment
• Occupancy Control Sensor: No
• Item: Temperature/Humidity Sensor
• Building Type: Commercial
• Control Type: Dehumidification, Temperature
• Package Quantity: 1

📏Specifications

• Dimensions: 4-1/2 in H x 2-3/4 in W x 1-3/16 in D
• Country of Origin: United States
• Category: Building Automation Controls
• Brand: Siemens
• MFR #: QFA32SS.EWSN

Frequently Asked Questions

• Q: Can this sensor be used with a non-BACnet system?
• A: No, the Siemens QFA32SS.EWSN Temperature/Humidity Sensor is specifically designed for use with BACnet systems for seamless integration and compatibility.
• Q: Is professional installation required for this sensor?
• A: While professional installation is recommended for optimal performance, the Siemens QFA32SS.EWSN Temperature/Humidity Sensor can be installed by individuals with technical expertise in building automation controls.
• Q: What is the warranty period for this sensor?
• A: The Siemens QFA32SS.EWSN Temperature/Humidity Sensor comes with a standard manufacturer's warranty of [insert warranty period]. Please refer to the product documentation for more details.