1. Sensors Sensors detect physical quantities and convert them into electrical signals for monitoring, control, and data analysis. They are designed for reliability and easy integration with common automation and data systems in a range of environments. Benefits - Enable real time monitoring and control through accurate measurements - Help prevent unexpected downtime by enabling early anomaly detection - Support energy management, quality assurance, and safety initiatives - Offer flexible form factors and materials for different applications - Provide calibrated performance and long term stability Attributes Function - Measure physical quantities such as temperature, pressure, distance, position, velocity, humidity, light, gas, or other variables, and output signals suitable for processing Compatibility - Engineered to integrate with standard control systems, data loggers, PLCs, microcontrollers, and analysis software; supports common interfaces and mounting options Size - Available in multiple form factors to fit space constraints and installation requirements, from compact units to rugged enclosures Material - Housings and sensing elements made from metal or high strength polymers; designed for durability and environmental protection Performance - High accuracy with low drift, fast response times, and stable outputs across operating ranges; calibrated and traceable where required Applications - Industrial automation and process control Monitor and regulate critical variables on production lines to improve product quality and energy efficiency - Equipment monitoring and predictive maintenance Collect temperature, vibration, and other data to detect wear or faults before failures occur - Building automation and smart environments Support HVAC optimization, safety monitoring, and energy management in commercial or residential settings