HW2LA2A | Veris HW2 Series Sensor, Wall, Humidity, Replaceable 2%, Segmented LCD, Temperature Transmitter | Veris Industries

Veris Industries HW2 Series Wall Humid Sensor: Providing Accurate Humidity Monitoring for Industrial Applications The HW2 Series sensor from Veris Industries is a wall-mounted humidity sensor designed for precise and reliable humidity monitoring in industrial environments. This sensor is ideal for applications where maintaining optimal humidity levels is critical for product quality, safety, and equipment performance. Key Features: • Accurate and reliable humidity measurement • Wall-mounted design for easy installation • Compact size for discreet placement • Long-lasting performance Benefits: • Ensures optimal humidity levels for critical processes • Monitors humidity in various industrial settings • Easy to install and maintain • Provides valuable data for process optimization Technical Specifications: • Sensor Type: Humidity • Mount: Wall-mounted • Output: Analog or digital • Range: 0-100% RH • Accuracy: ±2% RH • Response Time: <5 seconds Applications: • Industrial manufacturing • Pharmaceutical production • Food processing • Data centers • Warehouses Maintain precise humidity control with the Veris Industries HW2 Series Wall Humid Sensor. Its accurate measurements and reliable performance help ensure optimal conditions for industrial processes. Contact our HVAC supply store today for the best prices and fast shipping on your humidity monitoring needs! The Veris HW2 Series of humidity sensors for rooms is a flexible multi-sensor platform for use with BAS controllers. It is designed to accept 4 to 20 mA, 0 to 5 V DC or 0 to 10 V DC outputs. The wall mounted sensor housing is medium matte white. The user interface is assured by a LCD with 3 control buttons. This air quality sensor include a temperature and humidity elements. The relative humidity sensor is replaceable with a NIST certified version, 1 or 2%. The dimensions of the device are 115 mm in height, 85 mm in width and 24 mm in depth.