1. Sensors - What this is A family of sensors that convert physical changes into electrical signals for monitoring and control. Designed to provide reliable measurements across a range of environments. - Function Transduces physical quantities into signals that can be read by controllers, data loggers, or automation systems. Supports conditioning and easy interfacing with common hardware. - Compatibility Suitable for integration with standard microcontrollers, PLCs, and data logging systems. Offers multiple output options including analog and digital interfaces, and supports common communication protocols such as I2C, SPI, and UART where applicable. - Size and mounting Compact form factor for easy installation in tight spaces, enclosures, panels, or on machinery. Flexible mounting options to fit various applications without adding bulk. - Material and durability Built with a robust construction designed for reliability in both industrial and consumer environments. Materials chosen to provide durability and environmental resistance appropriate to typical use cases. - Performance and accuracy High measurement accuracy with good repeatability, fast response, and low drift. Low power options and stable outputs suitable for continuous monitoring and data logging. - Calibration and maintenance Factory calibrated for immediate use with options for recalibration in the field. Designed for straightforward installation, testing, and routine maintenance. - Use scenario 1: Industrial process monitoring In a manufacturing line, sensors provide temperature, proximity, or other measurements to feed control systems and ensure product quality and safety. They integrate with PLCs and data loggers to enable real-time monitoring and alerts. - Use scenario 2: Smart building and home automation In offices or homes, sensors monitor environmental conditions and occupancy to optimize HVAC, lighting, and energy use. They support seamless integration with building management systems and smart home controllers. - Use scenario 3: Equipment health and preventive maintenance In equipment maintenance programs, sensors track motor temperature, vibration, or other indicators to detect anomalies and support planned maintenance before failures occur. They enable data-driven decisions and reduce downtime.